wireless test system instrument software · wts software includes scpi commands supported by the...

USER GUIDE

Wireless Test SystemInstrument SoftwareSCPI Command Reference

This document provides an overview for using Wireless Test System Instrument Software(WTS Software) with the Wireless Test System (WTS), and command reference for supportedStandard Commands for Programmable Instruments (SCPI) commands.

WTS Software includes SCPI commands supported by the WTS instrument. WTS Softwareprovides an interface between the client PC and the WTS instrument. WTS Software usesSCPI commands over a Virtual Instrument Software Architecture (VISA) connection tocommunicate with and control the WTS instrument.

This document describes how the SCPI commands of WTS Software interact with the WTSinstrument and describes each functional group of SCPI commands and queries. Eachsupported wireless standard has a corresponding functional group of SCPI commands andqueries. Each of these functional groups is known as a personality. In addition to personality-specific commands, there are SCPI commands for general RF settings that apply to allsupported personalities and the WTS instrument-supported common/mandatory commandsdefined in the SCPI-99 and IEEE 488.2 specifications, which are supported by all instrumenttypes. The example sequences described in this document demonstrate how to use WTSSoftware to perform common measurements with the WTS instrument.

ContentsWTS Instrument .......................................................................................................................2Instrument Communication...................................................................................................... 5

SCPI Syntax and Usage.................................................................................................... 5Interacting with the WTS Instrument............................................................................... 9

Virtual Instruments..................................................................................................................14Configuration Spaces......................................................................................................16Results Spaces.................................................................................................................16Physical Port Names....................................................................................................... 17Logical Port Names........................................................................................................ 17Attenuation Tables.......................................................................................................... 19Troubleshooting.............................................................................................................. 22Debugging.......................................................................................................................22Best Practices and Caveats............................................................................................. 23

RF General Settings................................................................................................................ 24Internal Self-Calibration................................................................................................. 24RF General Settings and Mandatory SCPI Command List............................................ 24RF General Settings SCPI Command Reference............................................................27

GPRF Instrument Personalities...............................................................................................85Continuous Wave (CW) Loopback Example..................................................................85GPRF Signal Analyzer SCPI Command List................................................................. 86GPRF RFSA SCPI Command Reference....................................................................... 89GPRF Signal Generator SCPI Command List..............................................................157GPRF RFSG SCPI Command Reference..................................................................... 158

WLAN Instrument Personalities...........................................................................................184WLAN Signal Analyzer SCPI Command List............................................................. 184WLAN RFSA SCPI Command Reference................................................................... 191WLAN Signal generator SCPI Command List.............................................................394WLAN RFSG SCPI Command Reference................................................................... 396

Bluetooth Instrument Personalities.......................................................................................454Bluetooth Signal Analyzer SCPI Command List......................................................... 454Bluetooth RFSA SCPI Command Reference............................................................... 456Bluetooth Signal Generator SCPI Command List........................................................ 502Bluetooth RFSG SCPI Command Reference............................................................... 503

GSM Instrument Personality................................................................................................ 541GSM Signal Analyzer SCPI Command List.................................................................541GSM RFSA SCPI Command Reference...................................................................... 544

CDMA2000® (CDMA2K) Instrument Personality.............................................................. 651CDMA2K Signal Analyzer SCPI Command List........................................................ 651CDMA2K RFSA SCPI Command Reference.............................................................. 655

LTE Instrument Personality.................................................................................................. 764LTE Signal Analyzer SCPI Command List.................................................................. 764LTE RFSA SCPI Command Reference........................................................................ 770

TD-SCDMA Instrument Personality.................................................................................... 915TD-SCDMA Signal Analyzer SCPI Command List.................................................... 915TD-SCDMA RFSA SCPI Command Reference.......................................................... 920

WCDMA Instrument Personality....................................................................................... 1027WCDMA Signal Analyzer SCPI Command List....................................................... 1027WCDMA RFSA SCPI Command Reference............................................................. 1031

LR-WPAN Instrument Personality..................................................................................... 1139LRWPAN Signal Analyzer SCPI Command List....................................................... 1139LRWPAN RFSA SCPI Command Reference............................................................. 1141

Z-Wave Instrument Personality...........................................................................................1180Z-Wave Signal Analyzer SCPI Command List...........................................................1180Z-Wave RFSA SCPI Command Reference.................................................................1182

Worldwide Support and Services........................................................................................1220

WTS InstrumentThe WTS, manufacturing number NI-MCT001, is a communications test set with full duplexRF ports capable of both receiving and generating signals.

2 | ni.com | WTS Software User Guide

You can use each RF port with integrated signal analyzer (SA) and signal generator (SG)components, which have up to 200 MHz of instantaneous bandwidth. The number of availablesignal analyzers and signal generators depends on the system model. The following figureshows the block diagram for a WTS with two signal analyzers and two signal generators.

Figure 1. WTS Instrument Block Diagram

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WTS Software User Guide | © National Instruments | 3

Figure 2. 16-Port WTS Instrument Block Diagram

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You can create virtual instances of the WTS instrument, called virtual instruments. Virtualinstruments separate the WTS instrument from the SCPI commands of the embedded WTSSoftware, which allows you to more efficiently share the WTS instrument hardware.


For more information about the WTS instrument, refer to the Wireless Test System GettingStarted Guide and Wireless Test System Specifications, available at ni.com/manuals.

Related Information

Virtual Instruments on page 14

Instrument Communication

SCPI Syntax and UsageThis section provides an overview of SCPI syntax and usage standards.

The SCPI-99 and IEEE Std 488.2-1992 standards define SCPI command syntax and usage.The main rules for using SCPI commands are included in this document. Refer to the SCPI-99and IEEE 488.2 standards for more information about using SCPI.

The following sections describe conventions for SCPI syntax.

SCPI Command Conventions

SCPI Command StructureSCPI commands use the conventions described in this section.

SCPI commands are made up of nodes each separated by colon (:). Each node can have a longand a short form. For example, the following long form command:CONFigure:RFSA:GPRF:FREQuencyhas the following short form:CONF:RFSA:GPRF:FREQThe instrument will identify only the exact short form or the exact long form of a node,however the form is not case sensitive. The only purpose of upper and lower case characters inSCPI commands is to allow you to distinguish between the long form and short form.

You can mix the usage of short form and long form nodes by using short form in some nodesand long form in others. For example, the following two commands are both valid andidentical to the instrument:CONF:RFSA:GPRF:FREQuency ConFigure:rfSA:GpRf:freqHowever, the following command is not valid because Config is neither the long form northe short form of CONFigure.

Config:RFSA:GPRF:FREQuency

Note SCPI commands are not abbreviations. According to SCPI-99 rules, they arecontractions of multiple words. For example, EATTenuation is a contraction ofexternal attenuation.


http://www.ni.com/manuals

Table 1. SCPI Command Conventions

Convention Description

Angle brackets<>

Items within angle brackets are variable parameters.

Vertical bar | Vertical bars separate alternative parameters. For example, INTERNAL |EXTERNAL indicates that either INTERAL or EXTERNAL can be used as aparameter.

SquareBrackets [ ]

Items within square brackets are optional. The representationCONFigure:RFSA:GPRF:FREQuency[:CENTer] indicates that thenode :CENTer may be omitted. A parameter within square bracketsindicates that the specific parameter may be omitted.

Braces {} Braces indicate parameters that may be repeated zero or more times. It isused especially for showing arrays. The notation <A>{,} shows thatparameter A must be entered, while parameter B may be omitted or may beentered one or more times.

SCPI ParametersAll SCPI input parameters have a default value, which is the value used if you do not specify avalue.

The default value is also the value that the parameter takes when you issue a *RST commandor set the default value of a command, as in the following code:CONFigure:RFSA:GPRF:FREQuency DEFAULTIn addition to setting the instrument default value, you can configure a parameter to theminimum or maximum value defined for the instrument. For example, the following commandsets the parameter to the minimum legal value, 65E6.CONFigure:RFSA:GPRF:FREQuency MINIMUMAnd the following command sets the parameter to the maximum legal value, 6E9.CONFigure:RFSA:GPRF:FREQuency MAXIMUMParameters can also be embedded in the command node itself. An embedded parameter is asuffix. In the following command the third node, GPRF, contains the suffix .CONFigure:RFSA:GPRF:FREQuencyThe suffix is an integer value. According to SCPI-99 rules, if you omit a specified suffix, avalue of 1 is implied.

The following commands address the same parameter value in the same instrument personalityinstance:CONFigure:RFSA:GPRF:FREQuencyCONFigure:RFSA:GPRF1:FREQuency

Using SCPIThis section provides general information on using SCPI to program the WTS instrument.There are several ways to write SCPI commands. For example, if you want to configure boththe center frequency and level of the general purpose signal generator on the WTS, you canuse any of the following approaches:• Send separate commands:

SOURce:RFSG:GPRF:FREQuency <CenterFrequency>SOURce:RFSG:GPRF:LEVel <Level>

• Send two commands using the relative to last used leaf:SOURce:RFSG:GPRF:FREQuency <CenterFrequency>LEVel <Level>In this case, LEVel and FREQuency are located in the same node system. When acommand follows another command that is in the same node system, you do not need torepeat the node information for the second command. Each time a command is executed,the node containing the function is saved as the current default node. Any functions underthe same default node are accessible directly without having to provide the full node path.

• Send a coupled command, also called a compound command:SOURce:RFSG:GPRF:FREQuency <CenterFrequency>;LEVel <Level>Coupled commands are more efficient because the commands are sent together. TheTCP/IP stack can send one message containing both commands, instead of two messagescontaining one command each.

There is no execution difference between single commands and coupled commands. If youinclude multiple queries in a single coupled command, the instrument honors the order ofrequests in any response it returns. If you send two queries where one takes longer to computethan the other, the resulting response is returned in the same order as requested. For example,if you query the center frequency and level from the instrument using the following compoundcommand:SOURce:RFSG:GPRF:FREQuency?;LEVel?the instrument returns the response values in the following order:<CenterFrequency>;<Level>The returned values are separated by a semicolon (;) to distinguish which query each is aresponse to.

Coupled commands need not belong to the same subgroup. If they do not belong to the samesubgroup, you must include a colon (:) which signals that the command originates from theroot. For example, a coupled command for multiple subgroups or nodes may be written asfollows:CONFigure:RFSA:GPRF:FREQuency?;:TRIGger:RFSA:GPRF:TOUT?

SCPI Command ExecutionSCPI-99 describes two ways a command can execute, sequential or overlapped. The SCPIcommand reference indicates how the instrument executes each command, for both thecommand and the query forms. A sequential command does not allow any commands that

follow it to execute until the sequential command has completed execution. An overlappedcommand allows other commands that follow it to execute at any time.

Sequential Execution: SequentialCommand A

SequentialCommand B

SequentialCommand C

Overlapped Execution:OverlappedCommand A

OverlappedCommand B

OverlappedCommand C

You can think of sequential commands as serial commands, and overlapped commands asparallel, however, it's not that simple. A sequential command will start while a previousoverlapped command is executing, which means that a sequential command can run in parallelwith other overlapped commands.

Mixed Execution:OverlappedCommand A

SequentialCommand B

OverlappedCommand C

Overlapped commands execute more efficiently due to their parallel nature, so most of thecommands implemented by the instrument are overlapped commands. In cases where it doesnot make sense to use overlapped commands, commands are implemented by the instrumentas sequential commands. For example, in cases where overlapped commands can lead tomisconfiguration or command parameter race conditions, sequential commands are used.

SCPI-99 includes synchronization methods to ensure that necessary commands havecompleted executing before the next set of commands begins. For example, if you want tochange the frequency and initiate a measurement, you could use the following coupledcommand:CONFigure:RFSA:GPRF:FREQuency <CenterFrequency>; :INITiate:RFSA:GPRFBecause both commands are overlapped, the execution would be similar to the followingfigure:

Execution:Overlapped

CONFigure:RFSA:GPRF:FREQ

OverlappedINITiate:RFSA:GPRF

Even though the configure command starts execution before the initiate command, initiationcan start before configure finishes executing, causing the initiate to occur on the old frequency.SCPI-99 defines the *WAI (wait), *OPC, and *OPC? (operation complete) commands to usefor synchronization. All three commands ensure that all prior execution has completed before

any subsequent commands begin to execute. The difference among them is whether the clientreceives notification of the synchronization.

*WAI pauses execution until all running commands have finalized. For the followingcompound command:CONFigure:RFSA:GPRF:FREQuency <CenterFrequency>; *WAI;:INITiate:RFSA:GPRF*WAI causes the initiate command to execute only after the configure command has finished,as shown in the following figure.

Execution:Overlapped

CONFigure:RFSA:GPRF:FREQ

*WAI OverlappedINITiate:RFSA:GPRF

Note It is not necessary to precede *WAI or other commands that begin with anasterisk (*) with a colon (:) because the instrument knows those commands alwaysstart from the root.

The Operation Complete command and query (*OPC and *OPC?) execute in the same way,but each also produces an output to the client.

*OPC? places a 1 on the output queue when operation is complete. *OPC raises bit 0 in theevent status register when operation is complete. Both outputs are used for clientsynchronization. For example, the client may wait until it receives 1 on the output queue from*OPC? before starting the DUT transmission, because Initiate has then completed executingand the instrument should be searching for a potential trigger.

Interacting with the WTS InstrumentYou can communicate with the WTS instrument using SCPI commands in the following ways:• VXI-11 RPC• Raw TCP socket• Virtual Instrument Software Architecture (VISA)

VISA is a standard for configuring, programming, and troubleshooting instrumentationsystems comprising GPIB, VXI, PXI, Serial, Ethernet, and/or USB interfaces. VISA providesthe programming interface between the hardware and development environments such asLabVIEW, LabWindows/CVI, and Measurement Studio for Microsoft Visual Studio. NI-VISAis the National Instruments implementation of the VISA I/O standard. NI-VISA includessoftware libraries, interactive utilities such as NI I/O Trace and the VISA Interactive Control,and configuration programs through Measurement & Automation Explorer (MAX) for all yourdevelopment needs. NI-VISA is standard across the National Instruments product line.

Although you can use any programming language to open a VISA session to the WTSinstrument, connect to a WTS virtual instrument resource, and send SCPI commands to thespecified resource, NI recommends using NI-VISA.

Synchronizing Instrument and Client EventsSynchronizing events on the DUT or client with instrument events is an important part ofcreating an efficient test plan.

The WTS implements the Status and Event Registers defined by SCPI-99. These registersallow you to monitor events of interest using the Status Register in order to respondappropriately when the events occur. The following figure illustrates interactions among theclient, instrument, and DUT.

Client

DUT Instrument

You can handle instrument registers in one of the following ways:• Message queries• VISA events

Note VISA events are not available in raw TCP socket connections.

VISA registers are useful for debugging and improving the speed and efficiency of anapplication. If you do not enable notifications from registers, you must send a query todetermine if an error occurred when you get unexpected behavior. The following figureillustrates the VISA registers implemented by the WTS.


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Related Information

Debugging on page 22

Status Byte RegisterThe Status Byte register provides a summary of all other instrument registers and messagequeues.

You can use the Status Byte Register in the following ways:• Use the *STB? command to manually read the Status Byte register.• Sign up for VISA events and use the Service Request Enable register to specify the

events for which to create a Service Request Event. Access the Service Request Enableregister using the *SRE command.


Event Status RegisterThe Event Status register handles command errors and command execution.

A bit is assigned to each of the different types of errors an instrument can encounter. TheEvent Status register also includes a bit that contains a summary of ongoing commandexecution. Set and read the Event Status register using the *ESR? command.

Operation Complete Message-Based ExampleThis example illustrates message-based notification of a completed operation.

The following pseudocode uses messaging to determine when the General Purpose RFanalyzer configuration is armed and ready to receive a signal from the DUT.//code to prepare the DUT for TX...//SCPI Command configuration of the RFSA GPRFVisaWrite("CONFigure:RFSA:GPRF:FREQuency")...//initiate configuration and arm triggerResponse = VisaQuery("INITiate:RFSA:GPRF;*OPC?")IF(response = '1'){//Start DUT TX}Else{ //Error case}When using this approach, be aware that the standard VISA timeout often is set to 2 seconds.However, the standard trigger timeout often is 5-10 seconds. This may cause the *OPC? queryto time out before the instrument times out. In this case, the resulting error from the step isVISA Timeout rather than Trigger Timeout. VISA Timeout indicates that the communicationfailed although the actual error is that the DUT did not transmit or the instrument did notcapture. Be careful when you use this approach to ensure you set the timeout of thecommunication appropriately relative to expected time of the operation you intend to performon the instrument.

Operation Complete Event-Based ExampleThis example illustrates event-based notification of a completed operation.

The following pseudocode uses register events to determine when the General Purpose RFanalyzer configuration is armed and ready to receive a signal from the DUT.//Enable the notification to the Status Byte Register when the operation is completeVisaWrite("*ESE #H01") //Set register bit0 (decimal 1)

//Enable Service Request events (SRQ) on standard event register eventsVisaWrite("*SRE #H20") //Set register bit0 (decimal 32)

//code to prepare the DUT for TX...


//SCPI Command configuration of the RFSA GPRFVisaWrite("CONFigure:RFSA:GPRF:FREQuency")...//initiate configuration and arm triggerVisaWrite("INITiate:RFSA:GPRF;*OPC")

// Event handler for SRQ eventsOnServiceRequest(){//Start DUT TX }

VISA Registers and WTS Virtual InstrumentsYou can use VISA registers to debug the WTS instrument because the registers will show anyerrors experienced by the instrument. VISA registers can indicate that a command was notunderstood by the instrument or that the instrument or its firmware did not execute correctly.Error information will be summarized by the registers and an error will be placed in the errorqueue.

Note Each virtual instrument has its own set of VISA registers.

You can display the VISA - Instrument Register Viewer on the instrument desktop by sendingthe command DEBug:VISA. This window displays the current state of the instrument registersfor the virtual instrument to which you sent the command. This window also provides liveupdates to the state of the registers.


Figure 3. VISA Instrument Register Viewer

Related Information

Debugging on page 22

Virtual InstrumentsYou can use multiple virtual instances of the WTS. All virtual instruments share the sameWTS physical hardware. Each virtual instrument can also have multiple personality instances,called configuration spaces, which perform generation or analysis for a wireless personality.The following figure shows the WTS instrument, virtual instruments, and configurationspaces.


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In traditional instruments, if you have four test stations that each control a DUT, and want toshare a physical instrument among the test stations, only one test station at a time can accessthe physical instrument. Each test station must also be aware of when the other stations areusing the physical instrument, or use VISA locks while one station is accessing the instrumentto prevent access from other test stations. For example, in the following figure, Client B mustwait until Client A releases the physical instrument before it can access it.

Client A

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Configure

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Configure Acquire Calculate Fetch Results

UnlockInstrument

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Using WTS, each test station can interact with its own virtual instrument, which it canprogram completely, as if it were the sole user of the WTS instrument. In the following figure,the virtual instrument attached to Client A is a different virtual instrument than the oneattached to Client B. In this way, you can share the same physical hardware among multipletest stations and concurrently run different test plans that traditionally would require exclusivecontrol of the physical hardware.


Client A

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Configure Acquire Calculate Fetch Results

Configure Blocked Acquire Calculate Fetch Results

To further maximize efficiency by reducing communication overhead, each virtual instrumenthas multiple instances of personality configuration spaces. Each configuration space can beconfigured for a general measurement set, such as GPRF. Each configuration space likewisehas multiple results spaces, which allow for initiation of measurements even before the priormeasurement has completed.

If you are using multiple virtual instruments, each virtual instrument is identified by its ownVISA address in MAX, such as TCPIP:192.168.0.10:Instr0, where Instr0 is theVISA address assigned in MAX.

Configuration SpacesUse a personality configuration space to describe a specific measurement setup that you intendto reuse. For example, you may need to perform several 802.11b (SISO) and 802.11ac MIMOmeasurements on a DUT, both of which require several configuration setup commands. Youcan create one configuration space for 802.11b, called WLAN1, and another configuration spacefor 802.11ac MIMO, called WLAN2. Each WLAN1 and WLAN2 configuration space can then beconfigured individually with the appropriate parameters needed to perform the measurementsyou want. The amount of commands you must send when you switch from 802.11bmeasurements to 802.11ac measurements are minimized because each configuration space hasits own encapsulated configuration set.

In practice, all you need to do is initiate and fetch the measurements. For example, thefollowing code initiates and fetches results for the 802.11b measurement set:INITiate:RFSA:WLAN1FETCH:RFSA:WLAN1Similarly, the following code initiates and fetches measurements for 802.11ac:INITiate:RFSA:WLAN2FETCH:RFSA:WLAN2The configuration space protects your results, so you can execute configuration space WLAN2before you fetch the results from WLAN1.

Results SpacesYou can specify results spaces for INIT and FETCh commands to store results from differentexecutions in different spaces.

Using results spaces allows the client to initiate measurements as soon as configurationcompletes, which provides a speed advantage over traditional instruments. With traditionalinstruments, measurement results overwrite the previous measurement results, so all previousresults must be fetched before a new measurement is initiated, which incurs a delay. With theWTS, measurement results that are stored in results spaces are retained until the next time youuse the same results space.


In WTS Software, the suffix of the RESults parameter denotes the results space, asfollows:

INITiate:RFSA:WLAN[:RESults]FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:HDETection

Physical Port NamesThe amount of RF ports on your WTS instrument depends on your specific model. If you areusing the WTS instrument, the ports are named in the software as they appear on the hardware.

For example, the available ports on the WTS-01 through WTS-04 models appear as PORT0 toPORT7, and ports on the WTS-05 model appear as PORT0 to PORT15. If you are using WTSSoftware with custom hardware, the port names appear as your VST instrument names inMAX. For example, the available port names for a VST instrument appear as RIO<n>. Theport names for the signal analyzer and signal generator are the same.

Broadcast PortsThe WTS supports generation on multiple ports simultaneously using a single generator. Thistype of generation is called broadcasting. To broadcast on the WTS, you must assign abroadcast port instead of a single port when you configure the generator.

Broadcast ports are named after the segment of ports to which they can physically broadcast.Broadcasting is available on ports within the same quadrant. For example, you can broadcastsimultaneously on PORT0 to PORT3, PORT4 to PORT7, PORT8 to PORT11, and PORT12 toPORT15, by using the port names PORT0-3, PORT4-7, PORT8-11, or PORT12-15,respectively. Broadcasting to only a subset of the ports in the quadrant is not possible.

Note Broadcast ports are typically not available on custom hardware.

Logical Port NamesA logical port name is a user-defined name for a physical port.

Logical port names support the use of virtual instruments with the WTS instrument and allowyou to specify different attenuation values for the same physical port. This is useful if youhave switches, splitters, or combiners that route a single port to several different RFconnections on your DUT. You can define a logical port name for a generator port, an analyzerport, or both a generator and analyzer port. Call the following command to define the logicalport name MYPORT for PORT0, which you can then use to refer to the port in other commands.

ROUTe:RF:PORT:DEFine 'MYPORT','PORT0'

You can use the logical port name to set a port name in a personality or assign an attenuationtable to a port, as shown in the following examples:CONFigure:RFSG:GPRF:PORTname 'MYPORT'SYSTem:RFSG:CORRection:CSET:SELect'MYPORT','MYATTENUATIONTABLE'

Note Logical port name definitions are not stored permanently and are deletedwhen you restart the instrument.

Related Information

Assigning Attenuation Tables to Ports on page 21

Using Logical Port Names With Virtual InstrumentsYou can specify the same logical port name for two different physical ports used by differentvirtual instruments.

For example, Virtual instrument A can define MYPORT as the logical name of physical PORT2:

ROUTe:RF:PORT:DEFine 'MYPORT','PORT2'Virtual instrument B can also define MYPORT as the logical name for a different physical port,PORT4:

ROUTe:RF:PORT:DEFine 'MYPORT','PORT4'Test plans running on instrument A and instrument B can both refer to MYPORT, but thephysical port referenced will differ depending on the virtual instrument. This allows you tocreate test plans that are completely identical without having to know the actual physicalconnections from the instrument to the DUT. Physical connections from the DUT to theinstrument can be managed by the test executive.


1 2

1. Virtual Instrument A: PORT2 = MYPORT2. Virtual Instrument B: PORT4 = MYPORT

Note You cannot assign broadcast ports a logical port name. The broadcast portsbreak the boundaries of the virtual instrument, as the intention with the broadcastport is to send the same signal to multiple DUTs in parallel.

Attenuation TablesFor the WTS instrument to accurately generate and measure signals across frequency andpower, you must compensate for any external path loss. You can measure the path loss andpower drop across frequencies and store those values in attenuation tables, which are thenassigned to ports on the WTS instrument.

Use the following order of operations to create an attenuation table:1. Define a table by giving it a name.2. Set the number of frequency and attenuation power value pairs.3. Store the table in the non-volatile memory of the WTS.4. Assign the table to a port.5. Apply additional external attenuation as needed.

Note The attenuation tables for broadcast ports must be defined with the samename as the physical port that the broadcast port consists of. For example, if youwant to broadcast on PORT4 through PORT7, then you must name the attenuationtables PORT4, PORT5, PORT6, andPORT7.

You can create and work with tables in the MEMory subsystem. For example, the followingcode creates a table in memory called MYATTENUATIONTABLE with 3 value pairs: initializedwith 0:MEMory:TABLe:DEFine 'MYATTENUATIONTABLE',3


By default, the table is initialized with zeros, similar to the following example:

MYATTENUATIONTABLE Frequency Attenuation Power

0 0 0

0 0 0

0 0 0

To resize an existing table, use the following command:MEMory:TABLe:POINts <TableName>,<Points> Because virtual instrument instances of the WTS instrument are actually different instances ofinstruments, you cannot share a table among different virtual instruments. Likewise, the storedfile may not be shared among different virtual instrument instances. However, because eachvirtual instrument has its own table memory and its own non-volatile memory, you can createtwo attenuation tables with the same name in two different virtual instruments and store themwith the same filename.

Populating Attenuation TablesUse separate commands to populate the values for frequency, attenuation, and power.

For example, use the following commands to set 1 GHz, 2 GHz, and 3 GHz as the frequencyrange; 6 dB, 7 dB, and 8 dB as the attenuation values; and -25 dBm as the power value for allvalue pairs:MEMory:TABLe:FREQuency 'MYATTENUATIONTABLE',1E9,2E9,3E9MEMory:TABLe:LOSS:MAGNitude 'MYATTENUATIONTABLE',6,7,8MEMory:TABLe:POWer:MAGNitude 'MYATTENUATIONTABLE',-25,-25,-25There must be an equal number of elements in all three value arrays, otherwise an errorresults.

The attenuation table changes after the execution of the previous commands, as shown in thefollowing example:

MYATTENUATIONTABLE Frequency Attenuation Power

1E9 6 -25

2E9 7 -25

3E9 8 -25

Storing Attenuation TablesStore attenuation tables in the instrument non-volatile memory so you can load them as neededfor later sessions or after restarting the instrument.

Store tables in and load tables from the MMEMory (mass memory) subsystem. For example, thefollowing code stores MYATTENUATIONTABLE to MyFile, then loadsMYATTENUATIONTABLE from MyFile:MMEMory:STORe:TABLe "MYATTENUATIONTABLE","MyFile"MMEMory:LOAD:TABLe "MYATTENUATIONTABLE","MyFile"

Note Stored attenuation tables do not reload automatically on the instrument atsystem startup. You must command the instrument to load the tables.

External AttenuationAll WTS configurations have a command that allows you to add external attenuation.

The command takes the following form:...:...:...:EATTenuation <ExternalAttenuation>For example:CONFigure:RFSA:WCDMa:EATTenuation <ExternalAttenuation>Use external attenuation to adjust the entire spectrum up or down. External attenuation is ascalar value that is added to any value found in the attenuation tables. You can also useexternal attenuation for attenuation tables outside of your instrument if you want to set thecalculated attenuation for your setup during run time.

Assigning Attenuation Tables to PortsYou can assign a defined attenuation table to a user-defined port name. Logical port names donot inherit the attenuation tables that are assigned to their respective physical ports.

The following code assigns the previously created MyAttenuationTable to a previouslydefined port name, SgPort:SYSTem:RFSG:CORRection:CSET:SELect 'SgPort','MyAttenuationTable'MyAttenuationTable will then be used each time a client configures the port as SgPort,such as in the following code:CONFigure:RFSG:GPRF:PORTname 'SgPort'You can assign an attenuation table to a generator port (RFSG) or an analyzer port (RFSA)individually. You can also assign a table to both RFSA and RFSG ports simultaneously.

Note Attenuation tables for broadcast ports do not need to be assigned to a port, asthey are assigned to the physical port that the broadcast port consists of.

Related Information

Logical Port Names on page 17

Troubleshooting

What Should I Do If the Device Amplitude Reading Does NotMatch the Source?1. Verify that you are using the correct attenuation table.2. Verify that the content of the attenuation table is correct.3. Verify that the external attenuation for the configuration you run is set as desired. For

example:CONFigure:RFSA:GPRF:"EATTenuation?Where is the number of your target configuration space, returns:<ExternalAttenuation>

4. Run *CAL.

Related Information

Attenuation Tables on page 19

What Should I Do If There's No RF Out Signal At A Port?1. Connect a loop cable directly from the desired port to another port.2. Run the Continuous Wave (CW) Loopback Example, specifying the ports you selected in

the previous step as the RFSA and RFSG ports.3. Check the error queue for errors using the SYSTem:ERRor:NEXT? query.

If the queue is empty, contact NI at ni.com/support. If there are errors in the queue,correct your example.

4. If the loop works but you still see no signal at the desired port, try and loop at the end ofyour external cable connection and repeat step 2.

Related Information

Continuous Wave (CW) Loopback Example on page 85

DebuggingUse I/O Trace and the VISA - Instrument Register Viewer to debug WTS applications thatreturn errors or unexpected results. You can use I/O Trace on the client PC or the virtualinstrument to observe the commands sent to and from the instrument.• I/O Trace (client)—I/O Trace on the client PC shows the commands sent to and from the

instrument, and the timestamps for when each command is received and returned. Youcan launch I/O Trace from the VISA Test Panel.

Note You must install NI-VISA on the client PC to use I/O Trace on the clientPC.

• I/O Trace (virtual instrument)—I/O Trace on the virtual instrument shows the instrumentactivity. Timestamps and tracing are slightly different on the instrument side, and may


http://www.ni.com/support

provide more information than what is available through I/O Trace on the client PC. I/OTrace on the client PC can only show activity on that client. On the instrument side, I/OTrace can show activity on all clients.

The VISA - Instrument Register Viewer shows the 488.2 VISA registers and error queue. UseVISA registers to debug applications and to improve the speed and efficiency of applications.The Status Byte register (*STB) indicates there's an error in the error queue. The VISA -Instrument Register Viewer will show the error. Call the SYS:ERROR[:NEXT]? orSYS:ERROR:ALL queries to return error info.

Related Information

VISA Registers and WTS Virtual Instruments on page 13

Best Practices and CaveatsBest practices and caveats for programming the WTS using SCPI commands.

Keep the following best practices in mind when programming the WTS.• Turn the signal generator output off when your configuration space does not need to

access the hardware so that other virtual instruments operating concurrently are able toaccess the hardware.

• Where possible, use compound commands to reduce communication overhead.• Use synchronization commands (*WAI ¦ *OPC[?]) when you need to ensure that all

necessary overlap commands complete prior to executing a specific command. Forexample, you want the set list length command to complete before you populate values tothe list. Set list length is a sequential command. Initiate is an overlap command.

• If you are performing repeatable measurements among different wireless standards orvariants, use different configuration spaces for them.

Keep the following caveats in mind when programming the WTS.• Sequential commands do not run in serial order. A sequential command will start

executing while other overlap commands are executing, however no other commands willexecute until the sequential command completes.

• Make sure the timeout of your execution does not exceed the timeout of VISA. Thedefault VISA timeout is two seconds. If your execution timeout is greater than the VISAtimeout, adjust the VISA timeout to ensure proper functionality and, if errors occur,correct error messages.

Related Information

Using SCPI on page 7

SCPI Command Execution on page 7

Configuration Spaces on page 16


RF General SettingsRF General Settings are SCPI commands supported by all RF instrument personalities. Thissection also includes mandatory SCPI-99 commands supported by the WTS.

Use RF General Settings SCPI commands to perform tasks common to all RF instrumentpersonalities, including the following:• Specify and manage port mapping and port assignments• Specify reference frequency• Calibrate the hardware/system• Query system information for the hardware• Specify and manage error compensation tables• Specify and store routing definitions• Create and store memory tables

Internal Self-CalibrationThe WTS instrument can perform internal self-calibration to maintain the specified accuracyover time and temperature drift of the RF components.

Because the virtual instruments share hardware, the execution of self-calibration called on onevirtual instrument from one client can impact all other virtual instruments used by otherclients. You must consider how a self-calibration call will affect other virtual instruments.Self-calibration takes time and in a running production environment, there may be a timeadvantage to performing self-calibration only when necessary.

Execution of self-calibration can be forced or conditional.• Forced self-calibration—Self-calibration executes when the client sends *CAL to the

WTS instrument. *CAL triggers execution of the internal self-calibration on all RF chainsin the instrument.

• Conditional self-calibration—Self-calibration executes only when necessary, based ontime and temperature drift. Conditional self-calibration initiates when the instrumentreceives the following command:CALibration:RF:INITiateSpecify the time and temperature values for which to initiate self-calibration using thefollowing commands:CALibration:RF:AUTOmatic:TEMPeratureCALibration:RF:AUTOmatic:TIME

RF General Settings and Mandatory SCPI CommandListComplete list of RF General Settings and mandatory SCPI commands.

*CAL*CLS


*ESE*ESR*IDN*OPC*OPT*RST*SRE*STB*TES*TST*WAICALibration:RF:AUTOmatic:TEMPeratureCALibration:RF:AUTOmatic:TIMECALibration:RF:FULLCALibration:RF:INITiateCALibration:RF:LATest[:INTernal]CALibration:RF:LATest:ADJustmentCALibration:RF:LATest:CERTificationCALibration:RF:NEEDedDEBug:VISA[:ENABle]INSTrument:FACTory:DATEMEMory:CATalog:TABLeMEMory:TABLe:DEFineMEMory:TABLe:DELete[:NAME]MEMory:TABLe:DELete:ALLMEMory:TABLe:FREQuencyMEMory:TABLe:LOSS[:MAGNitude]MEMory:TABLe:POINtsMMEMory:DELeteMMEMory:LOAD:TABLeMMEMory:STORe:TABLeROUTe:RF:PORT:CATalogROUTe:RF:PORT:DEFineROUTe:RF:PORT:DELete[:NAME]ROUTe:RF:PORT:DELete:ALLROUTe:RF:PORT:LOSS[:MAGNitude][:POINt]ROUTe:RFSA:PORT:CATalogROUTe:RFSA:PORT:DEFineROUTe:RFSA:PORT:DELete[:NAME]ROUTe:RFSA:PORT:DELete:ALLROUTe:RFSA:PORT:LOSS[:MAGNitude][:POINt]


ROUTe:RFSG:PORT:CATalogROUTe:RFSG:PORT:DEFineROUTe:RFSG:PORT:DELete[:NAME]ROUTe:RFSG:PORT:DELete:ALLROUTe:RFSG:PORT:LOSS[:MAGNitude][:POINt]SYSTem:ERRor[:NEXT]SYSTem:ERRor:ALLSYSTem:ERRor:CODE[:NEXT]SYSTem:ERRor:CODE:ALLSYSTem:ERRor:COUNtSYSTem:HARDware[:PXI]SYSTem:HARDware:PXI:INFormationSYSTem:HARDware:PXI:TEMPeratureSYSTem:HARDware:RESetSYSTem:HEALthSYSTem:INSTrument:CONNection:TYPESYSTem:INSTrument:CONNection:UI:ENABleSYSTem:INSTrument:COUNtSYSTem:INSTrument:LICensesSYSTem:INSTrument:PERSonalitiesSYSTem:INSTrument:REPortSYSTem:PROCess:HANDle:COUNtSYSTem:PROCess:MEMory:WSETSYSTem:RESTartSYSTem:RESTart:NEEDedSYSTem:RF:CORRection:CSET[:SELect]SYSTem:RF:CTOut:FREQuencySYSTem:RF:CTOut:STATeSYSTem:RF:ELOScillatorSYSTem:RF:GSETtings:VERSionSYSTem:RF:REFerence:FREQuency:SOURceSYSTem:RF:REFerence:LOCKedSYSTem:RFSA:CORRection:CSET[:SELect]SYSTem:RFSA:ELOScillatorSYSTem:RFSG:CONCurrency:CONTextSYSTem:RFSG:CONCurrency:NCONtextsSYSTem:RFSG:CONCurrency:TESTrunSYSTem:RFSG:CORRection:CSET[:SELect]SYSTem:RFSG:HARDware:OWNership:ACQuisition:TOUTSYSTem:RFSG:HARDware:OWNership:DURationSYSTem:VERSion

RF General Settings SCPI Command ReferenceSCPI command reference for RF General Settings and Mandatory commands.

*CAL

Usage:*CAL?Query Response:<CalibrationResult>

Description Performs an internal partial self-calibration on all RF chains.Self-calibration may take up to 10 minutes per chain.Partial self-calibration results are saved in the Instrument sessionand therefore are lost upon reboot.During execution, the instrument is unresponsive in all virtualinstruments. Extend the Visa timeout before sending thiscommand to ensure receiving a response from the commandwhen it has completed.

Availability Query

Execution Mode Sequential

Parameter: <CalibrationResult>

Description Result of the performed self-calibration.0 : Self-calibration has completed without errors.-1: Self-calibration resulted in an error.

Datatype Enumeration

*CLS

Usage:*CLS

Description Clear Status

This command clears all status data structures in the device. theseregisters are:

* Standard Event Service Register* Operation Status Event Register* Questionable Status Event Register* Error/Event Queue

Availability Command


*ESE

Usage:*ESE[?] <RegisterValue>Query Response:<RegisterValue>

Description Standard Event Status Enable Register

Availability Command/Query

Execution Mode Command: SequentialQuery: Sequential

Parameter: <RegisterValue>

Default Value 0

Range [0:255]

*ESR

Usage:*ESR?

Query Response:<RegisterValue>

Description Standard Event Status Register Query

Availability Query



*IDN

Usage:*IDN?Query Response:<InstrumentVendor>,<InstrumentModel>,<InstrumentSerial>,<InstrumentFirmwareRevision>

Description Instrument Identification

Availability Query


Parameter: <InstrumentVendor>

Parameter: <InstrumentModel>

Parameter: <InstrumentSerial>

Parameter: <InstrumentFirmwareRevision>

*OPC

Usage:*OPC[?]Query Response:

Description Operation Complete Command



*OPT

Usage:*OPT?Query Response:<Option_1>,<Avaliable_1>{,<Option_n>,<Avaliable_n>}

Description Returns all the options that the instrument can have and the statusof them.

Availability Query


Parameter: <Option>

Description Instrument option.

Datatype String

Parameter: <Avaliable>

Description 0 : The specified option is currently not available in the instrument.1 : The specified option is currently available in the instrument.

Datatype Boolean

*RST

Usage:*RST

Description Reset Instrument



*SRE

Usage:*SRE[?] <RegisterValue>Query Response:<RegisterValue>

Description Service Request Enable Register




Default Value 0

Range [0:255]

*STB

Usage:*STB?Query Response:<RegisterValue>

Description Status Byte Register

Availability Query



*TES

Usage:*TES?Query Response:<SelfTestResult>

Description Exeute device selftest. This command has the functionality of*TST and will be renamed to that in a later release.

Availability Query


Parameter: <SelfTestResult>

Description Number returned indicates which selftests failed. 0 is the result of apassed test.1 : Internal looptest failed.2 : Internal Broadcast looptest failed.

Datatype Integer32

*TST

Usage:*TST?Query Response:<TestResult>

Description Executes the internal Self-Test(s).WTS-IS uses in this instrument version the *TES commandinstead

Availability Query


Parameter: <TestResult>

*WAI

Usage:*WAI

Description Wait-to-Continue Command

Makes Instrument wait until all pending operations are completedbefore executing commands following *WAI command.



CALibration:RF:AUTOmatic:TEMPerature

Usage:CALibration:RF:AUTOmatic:TEMPerature[?]<TemperatureChange>Query Response:<TemperatureChange>

Description Specifies the temperature drift value for which theAutoCalibration takes effect.


Execution Mode Command: OverlappedQuery: Overlapped

Parameter: <TemperatureChange>

Description Calibration executes only if the current instrument temperatureexceeds the temperature at previous calibration by a value greater orequal to the value specified by this parameter.

Datatype Double

Default Value 2.00

Range [0.00:Inf]

Unit C

CALibration:RF:AUTOmatic:TIME

Usage:CALibration:RF:AUTOmatic:TIME[?] <TimeRange>Query Response:<TimeRange>

Description Specifies the time interval value for which AutoCalibration takeseffect.

Parameter: <TimeRange>

Description Maximum allowed time interval, in hours, between internal self-calibration executions. Self-calibration executes if the time since thelast self-calibration exceeds the value specified by this parameter.The value of this parameter does not change when *RST is called.

Datatype Integer32

Default Value 24

Range [0:2147483647]

CALibration:RF:FULL

Usage:CALibration:RF:FULL

Description Performs an internal self-calibration on all RF chains. Self-calibration may take up to 10 minutes per chain. The self-calibration data of each chain is stored on the nonvolatile memoryof the module. If the chain has External LO, an extra LOalignment is performed.After completion of this command a *RST is REQUIRED in allrunning Virtual Instruments.During execution, the instrument is unresponsive in all virtualinstruments. Send *OPC? to the instrument to query when it hasconcluded the calibration. The expected return is 1 or Visatimeout. Extend the Visa timeout to reduce the number of *OPC?sent.


ExecutionMode

Sequential

CALibration:RF:INITiate

Usage:CALibration:RF:INITiate <TargetPortName>

Description Conditionally initiates internal partial self-calibration of hardwareassociated with the <TargetPortName>. Calibration only executes ifthe temperature drift or elapsed time since last calibration exceeds aspecified value. The same physical hardware may be used onseveral ports, so the actual hardware may have been calibrated byexecution of calibration on another port.To execute all ports, leave the parameter blank. Calibration can takeup to 10 minutes per chain.Partial self-calibration results are saved in the Instrument sessionand therefore are lost upon reboot.During execution, the instrument is unresponsive in all virtualinstruments. Send *OPC? to the instrument to query when it hasconcluded the calibration. The expected return is 1 or visa timeout.Extend the Visa timeout to reduce the number of *OPC? sent.


ExecutionMode

Sequential

Parameter: <TargetPortName>

Description Name of the port on which to initiate calibration.

Datatype String

Default Value ""

CALibration:RF:LATest[:INTernal]

Usage:CALibration:RF:LATest[:INTernal]?Query Response:<LastCalibrationInfo[n]>

Description Returns the time and RF hardware temperature of the lastexecuted internal calibration.

Availability Query


Parameter: <LastCalibrationInfo[n]>

CALibration:RF:LATest:ADJustment

Usage:CALibration:RF:LATest:ADJustment?Query Response:<AdjustmentDateTime>

Description Returns the time that the instrument was last adjusted.

Availability Query


Parameter: <AdjustmentDateTime>

CALibration:RF:LATest:CERTification

Usage:CALibration:RF:LATest:CERTification?Query Response:<CertificationDateTime>

Description Returns the time when instrument performance was evaluated ina calibration lab.

Availability Query


Parameter: <CertificationDateTime>

CALibration:RF:NEEDed

Usage:Command:

Query:CALibration:RF:NEEDed? <PortName>Query Response:<IsCalibrationNeeded>

Description Returns if the specified port needs to be calibrated.Example: CALibration:RF:NEEDed? 'PORT0'

Availability Query


Parameter: <PortName>

Description Name of the physical port to query calibration status for.

Datatype String

Parameter: <IsCalibrationNeeded>

Description Returns the status of the calibration of the chain used on the givenport.0 : Calibration is not currently needed.1: Calibration is needed.

Datatype Boolean

DEBug:VISA[:ENABle]

Usage:DEBug:VISA[:ENABle]

Description


Execution Mode Overlapped

INSTrument:FACTory:DATE

Usage:INSTrument:FACTory:DATE?Query Response:<FactoryDateTime>

Description Returns the factory date and time.

Availability Query


Parameter: <FactoryDateTime>

MEMory:CATalog:TABLe

Usage:

MEMory:CATalog:TABLe?Query Response:<BytesAvailable>,<BytesUsed>,<Table[n]>

Description Queries for defined tables in memory.

Availability Query


Parameter: <BytesAvailable>

Description Number of bytes available for table creation.

Datatype Double

Parameter: <BytesUsed>

Description Number of bytes used by tables.

Datatype Double

Parameter: <Table[n]>

Description List of table names currently defined in memory.

Datatype String

MEMory:TABLe:DEFine

Usage:MEMory:TABLe:DEFine <TableName>,<NumberOfPoints>

Description Defines a new table in memory and specifies the table size, inpoints.



Parameter: <TableName>

Description Name of the table to create.

Datatype String

Default Value "AttTable"

Parameter: <NumberOfPoints>

Description Number of points (frequency, attenuation, power) in the table. Allentries in the table initialize with '0.00'.

Datatype Integer32

Default Value 1

Range [1:2147483647]

MEMory:TABLe:DELete[:NAME]

Usage:MEMory:TABLe:DELete[:NAME] <TableName>

Description Deletes a specified table from memory.

Description Name of the table to delete.

Datatype String

Default Value ""

MEMory:TABLe:DELete:ALL

Usage:MEMory:TABLe:DELete:ALL

Description Deletes all tables defined in memory.



MEMory:TABLe:FREQuency

Usage:Command:MEMory:TABLe:FREQuency <TableName>,<FrequencyList[n]>Query:MEMory:TABLe:FREQuency? <TableName>Query Response:<FrequencyList[n]>

Description Specifies the frequency values of the table.


Execution Mode Command: OverlappedQuery: Sequential

Description Name of the table to access.

Datatype String

Default Value AttTable

Parameter: <FrequencyList[n]>

Description List containing the frequency values. The size of the list must matchthe currently defined number of points for the table.The order of the list should follow the order of the correspondingloss and power magnitude lists.

Datatype String

Default Value 0

Unit Hz

MEMory:TABLe:LOSS[:MAGNitude]

Usage:Command:MEMory:TABLe:LOSS[:MAGNitude]<TableName>,<AttenuationList[n]>Query:MEMory:TABLe:LOSS[:MAGNitude]? <TableName>Query Response:<AttenuationList[n]>

Description Specifies the attenuation values of the table.





Datatype String


Parameter: <AttenuationList[n]>

Description List containing the loss magnitude (attenuation) values. The size ofthe list must match the currently defined number of points for thetable.The order of the list should follow the order of the correspondingfrequency and power magnitude lists.

Datatype String


Unit dB

MEMory:TABLe:POINts

Usage:Command:MEMory:TABLe:POINts <TableName>,<NumberOfPoints>Query:MEMory:TABLe:POINts? <TableName>Query Response:<NumberOfPoints>

Description Specifies or changes the number of points in a given table. Thecurrently defined values in the table are preserved for the lengthof the list. If the new list size is longer, new entries are createdand initialized with '0.00'. If the new list size is shorter, theexceeding values are discarded.





Datatype String


Parameter: <NumberOfPoints>

Description Number of points (frequency, attenuation, power) defined for thetable.

Datatype Integer32

Default Value 1

MMEMory:DELete

Usage:MMEMory:DELete <FileName>

Description Removes a file from the specified mass storage device.



Parameter: <FileName>

Description Name of the file to delete.

Datatype String

Default Value ""

MMEMory:LOAD:TABLe

Usage:MMEMory:LOAD:TABLe <TableName>,<FileName>

Description Loads a specified table from a given file into memory. The filemust contain the specified table.




Description Name of the table to load.

Datatype String

Default Value ""

Description Name of the file from which to load the table.

Datatype String

Default Value ""

MMEMory:STORe:TABLe

Usage:MMEMory:STORe:TABLe <TableName>,<FileName>

Description Stores in memory a specified table from a given file.




Description Name of the table to store.

Datatype String

Default Value ""


Description Name of the file to which to store the table.

Datatype String

Default Value ""

ROUTe:RF:PORT:CATalog

Usage:ROUTe:RF:PORT:CATalog?Query Response:<LogicalPortName_1>,<PortType_1>{,<LogicalPortName_n>,<PortType_n>}

Description Queries for a list of currently defined port names.

Availability Query


Parameter: <LogicalPortName>

Description List of currently defined port names.

Datatype String

Parameter: <PortType>

Description Type of port (RFSA or RFSG).

Datatype String

ROUTe:RF:PORT:DEFine

Usage:Command:ROUTe:RF:PORT:DEFine <LogicalPortname>,<PhysicalPort>Query:ROUTe:RF:PORT:DEFine? <LogicalPortname>Query Response:<PhysicalPort>

Description Assigns a user-specified logical port name to a given physicalport. Use logical port names to associate correction tables toports, which improves descriptions of system connections andsignal paths. Logical port definitions are not stored permanentlyand are deleted after an instrument restart.



Parameter: <LogicalPortname>

Description Name of the logical port.

Datatype String

Default Value none

Parameter: <PhysicalPort>

Description Physical port for which the logical port is connected.

Datatype String

Default Value none

ROUTe:RF:PORT:DELete[:NAME]

Usage:ROUTe:RF:PORT:DELete[:NAME] <LogicalPortName>

Description Deletes a specified logical port name binding. This commanddeletes both RFSA and RFSG port names.




Description Logical port name to delete.

Datatype String

Default Value ""

ROUTe:RF:PORT:DELete:ALL

Usage:ROUTe:RF:PORT:DELete:ALL

Description Deletes all user-defined port name bindings, and frees all namescreated by the PORT command. This command deletes bothRFSA and RFSG port names.



ROUTe:RF:PORT:LOSS[:MAGNitude][:POINt]

Usage:Command:

Query:ROUTe:RF:PORT:LOSS[:MAGNitude][:POINt]?<PortName>,<Frequency>Query Response:<PathlossSA>,<PathlossSG>

Description Returns the pathloss for a logical RF port at the specifiedfrequency.ROUTe:RF:PORT:LOSS:[MAGNitude]:[POINt] <PortName>,<Frequency>

Availability Query



Description Logical port name.

Datatype String

Parameter: <Frequency>

Description Frequency at which the pathloss is returned.

Datatype Double

Parameter: <PathlossSA>

Description The pathloss of the SA in dB.

Datatype Double

Parameter: <PathlossSG>

Description The pathloss of the SG in dB.

Datatype Double

ROUTe:RFSA:PORT:CATalog

Usage:ROUTe:RFSA:PORT:CATalog?

Query Response:<PortNames[n]>

Description Queries for a list of the currently defined RFSA port names.

Availability Query


Parameter: <PortNames[n]>

Description List of port names currently defined for RFSA.

Datatype String

ROUTe:RFSA:PORT:DEFine

Usage:Command:ROUTe:RFSA:PORT:DEFine <LogicalPortname>,<PhysicalPort>Query:ROUTe:RFSA:PORT:DEFine? <LogicalPortname>Query Response:<PhysicalPort>

Description Assigns a user-specified logical port name to a given physicalRFSA port. Use logical port names to associate correction tablesto ports, which improves descriptions of system connections andsignal paths.

Datatype String

Default Value none



Datatype String

Default Value none

ROUTe:RFSA:PORT:DELete[:NAME]

Usage:ROUTe:RFSA:PORT:DELete[:NAME] <LogicalPortName>

Description Deletes a specified RFSA port name binding.




Description Logical RFSA port name to delete.

Datatype String

Default Value ""

ROUTe:RFSA:PORT:DELete:ALL

Usage:ROUTe:RFSA:PORT:DELete:ALL

Description Deletes all user-defined port name bindings for any RFSA port,and frees all names created by the PORT command.



ROUTe:RFSA:PORT:LOSS[:MAGNitude][:POINt]

Usage:Command:

Query:ROUTe:RFSA:PORT:LOSS[:MAGNitude][:POINt]?<PortName>,<Frequency>Query Response:<PathlossSA>

Description Returns the pathloss for a logical RFSA port at the specifiedfrequency.ROUTe:RFSA:PORT:LOSS:[MAGNitude]:[POINt]<PortName>, <Frequency>

Availability Query




Datatype String

Datatype Double

Parameter: <PathlossSA>

Description The pathloss of the SA in dB.

Datatype Double

ROUTe:RFSG:PORT:CATalog

Usage:ROUTe:RFSG:PORT:CATalog?Query Response:<PortNames[n]>

Description Queries for a list of the currently defined RFSG port names.

Availability Query



Description List of port names currently defined for RFSG.

Datatype String

ROUTe:RFSG:PORT:DEFine

Usage:Command:ROUTe:RFSG:PORT:DEFine <LogicalPortname>,<PhysicalPort>Query:ROUTe:RFSG:PORT:DEFine? <LogicalPortname>

Query Response:<PhysicalPort>

Description Assigns a user-specified logical port name to a given physicalRFSG port. Use logical port names to associate correction tablesto ports, which improves descriptions of system connections andsignal paths.





Datatype String

Default Value none



Datatype String

Default Value none

ROUTe:RFSG:PORT:DELete[:NAME]

Usage:ROUTe:RFSG:PORT:DELete[:NAME] <LogicalPortName>

Description Deletes a specified RFSG port name binding.




Description Logical RFSG port name to delete.

Datatype String

Default Value ""

ROUTe:RFSG:PORT:DELete:ALL

Usage:ROUTe:RFSG:PORT:DELete:ALL

Description Deletes all user-defined port name bindings for any RFSG port,and frees all names created by the PORT command.



ROUTe:RFSG:PORT:LOSS[:MAGNitude][:POINt]

Usage:Command:

Query:ROUTe:RFSG:PORT:LOSS[:MAGNitude][:POINt]?<PortName>,<Frequency>Query Response:<PathlossSG>

Description Returns the pathloss for a logical RFSG port at the specifiedfrequency.ROUTe:RFSG:PORT:LOSS:[MAGNitude]:[POINt]<PortName>, <Frequency>

Availability Query




Datatype String



Datatype Double

Parameter: <PathlossSG>

Description The pathloss of the SG in dB.

Datatype Double

SYSTem:ERRor[:NEXT]

Usage:SYSTem:ERRor[:NEXT]?Query Response:<ErrorMessages[n]>

Description

Availability Query


Parameter: <ErrorMessages[n]>

SYSTem:ERRor:ALL

Usage:SYSTem:ERRor:ALL?Query Response:<ErrorMessages[n]>

Description All error messages.

Availability Query


Parameter: <ErrorMessages[n]>

SYSTem:ERRor:CODE[:NEXT]

Usage:SYSTem:ERRor:CODE[:NEXT]?Query Response:<ErrorCode>

Description SYSTem:ERRor:CODE[:NEXT]? queries the error/event queuefor the next item andremoves it from the queue. The response returns only the error/event code number omittingthe string. Except for the shortened response, the query operatesidentically toSYSTem:ERRor[:NEXT]?

Availability Query


Parameter: <ErrorCode>

SYSTem:ERRor:CODE:ALL

Usage:SYSTem:ERRor:CODE:ALL?Query Response:<AllErrorCodes[n]>

Description SYSTem:ERRor:CODE:ALL? queries the error/event queue forall the unread items andremoves them from the queue. The response returns a commaseparated list of only theerror/event code numbers in FIFO order. If the queue is empty,the response is 0.Note: If the queue is not empty, the 0 is not sent.

Availability Query

ExecutionMode

Sequential

Parameter: <AllErrorCodes[n]>

SYSTem:ERRor:COUNt

Usage:

SYSTem:ERRor:COUNt?Query Response:<ErrorCount>

Description SYSTem:ERRor:COUNt? queries the error/event queue for thenumber of unread items. Aserrors and events may occur at any time, more items may bepresent in the queue at the timeit is actually read.Note: If the queue is empty, the response is 0.

Availability Query


Parameter: <ErrorCount>

SYSTem:HARDware[:PXI]

Usage:SYSTem:HARDware[:PXI]?Query Response:<PxiChassis>,<PxiChassisProductModel>,<PxiSlotNumber_1>,<PxiHardwareProduct_1>{,<PxiSlotNumber_n>,<PxiHardwareProduct_n>}

Description Queries for information about the PXI chassis and its contents.

Availability Query


Parameter: <PxiChassis>

Description PXI chassis number.

Datatype String

Parameter: <PxiChassisProductModel>

Description PXI chassis product model.

Datatype String

Parameter: <PxiSlotNumber>

Description PXI slot number.

Datatype Integer32

Parameter: <PxiHardwareProduct>

Description Product identified in the specific PXI slot.

Datatype String

SYSTem:HARDware:PXI:INFormation

Usage:SYSTem:HARDware:PXI:INFormation?Query Response:<PxiHwProduct>,<Resource>,<SerialNumber>,<FirmwareRevision>,<CurrentTemperature>

Description Queries for information about the hardware in a specified PXIslot.

Availability Query

Parameter: <PxiHwProduct>

Description Hardware product name.

Datatype String

Parameter: <Resource>

Description System assigned resource name.

Datatype String

Parameter: <SerialNumber>

Description Product serial number, if applicable.

Datatype String

Parameter: <FirmwareRevision>

Description Product firmware revision, if applicable.

Datatype String

Parameter: <CurrentTemperature>

Description Current module temperature, if applicable.

Datatype Double

SYSTem:HARDware:PXI:TEMPerature

Usage:SYSTem:HARDware:PXI:TEMPerature?Query Response:<HardwareProduct>,<ResourceName>,<Temperature>

Description Returns the temperature for the device in the PXI slot number.

Availability Query


Parameter: <HardwareProduct>

Description Hardware product name.

Datatype String

Parameter: <ResourceName>

Description System assigned resource name.

Datatype String

Parameter: <Temperature>

Description Current module temperature, if applicable.

Datatype Double

SYSTem:HARDware:RESet

Usage:SYSTem:HARDware:RESet

Description Forces the instrument to a full reset of its internal hardware. Thisaffects all ivirtual instrument sessions and requires a *RST of allused virtual insturment after this command completes.

SYSTem:HEALth

Usage:SYSTem:HEALth?Query Response:<SystemHealth>,<ResourceName_1>,<SensorType_1>,<CurrentValue_1>,<OutOfLimit_1>{,<ResourceName_n>,<SensorType_n>,<CurrentValue_n>,<OutOfLimit_n>}

Description Reads the current system health.

Availability Query


Parameter: <SystemHealth>

Description Overall system health result.0 : System health ok.1 : System health out of spec.

Datatype String

Parameter: <ResourceName>

Description Resource name.

Datatype String

Parameter: <SensorType>

Description Type of health sensor.

Datatype String

Parameter: <CurrentValue>

Description Current value of the resource health sensor.

Datatype Double

Parameter: <OutOfLimit>

Description Result of health evaluation of the health sensor value.0 : Status ok.1 : Status failed.

Datatype Boolean

SYSTem:INSTrument:CONNection:TYPE

Usage:SYSTem:INSTrument:CONNection:TYPE[?] <ConnectionType>Query Response:<ConnectionType>

Description Changes the type of the current connection session.This commands requires a restart.



Parameter: <ConnectionType>

Description Sets the type of connection for the given connection index. Changestake affect after the next instrument restart.If the session changes, the session parameters are set to their defaultvalues.VXI11: Sets the connetion to one of type VXI-11.SOCKET: Sets the connection to one of type Raw TCPIP socket.

Default Value VXI11

Range VXI11 | SOCKET

SYSTem:INSTrument:CONNection:UI:ENABle

Usage:SYSTem:INSTrument:CONNection:UI:ENABle[?] <UiEnable>Query Response:<UiEnable>

Description Enables or disables UI updates for a given virtual instrument.



Parameter: <UiEnable>

Description 0|OFF : Disable UI updates.1|ON : Enable UI updates.

Datatype Boolean

Default Value 1

Range 0 | 1 | OFF | ON

SYSTem:INSTrument:COUNt

Usage:SYSTem:INSTrument:COUNt[?] <NumberOfLogicalInstruments>Query Response:<NumberOfLogicalInstruments>

Description Changes the number of connection sessions in the instrument.This command requires a restart.



Parameter: <NumberOfLogicalInstruments>

Default Value 1

Range [1:16]

SYSTem:INSTrument:LICenses

Usage:SYSTem:INSTrument:LICenses?Query Response:<LicenceName_1>,<ActivationStatus_1>{,<LicenceName_n>,<ActivationStatus_n>}

Description Returns all the licenses that the instrument has and the status ofthem.

Availability Query


Parameter: <LicenceName>

Description Name of the license.

Datatype String

Parameter: <ActivationStatus>

Description 0 : The specified license is currently not activated in the instrument.1 ::The specified option is currently activated in the instrument.

Datatype Boolean

SYSTem:INSTrument:PERSonalities

Usage:SYSTem:INSTrument:PERSonalities?Query Response:<Personality_1>,<LoadStatus_1>{,<Personality_n>,<LoadStatus_n>}

Description Returns all the personalities that the instrument has and the statusof them.

Availability Query


Parameter: <Personality>

Description Name of the instrument personality.

Datatype String

Parameter: <LoadStatus>

Description 0 : The specified personality is currently not loaded in the instrument.1 ::The specified personality is currently loaded in the instrument.

Datatype Boolean

SYSTem:INSTrument:REPort

Usage:SYSTem:INSTrument:REPort <Name>

Description Writes a system report zip file to <\Users\Public\Documents\National Instruments\RFmxDebug> on the WTS.



Parameter: <Name>

Description The file name of the report file without an extension. If the filealready exists, it is overwritten.

Datatype String

Default Value ""SystemReport""

SYSTem:PROCess:HANDle:COUNt

Usage:SYSTem:PROCess:HANDle:COUNt?Query Response:<HandleCount>

Description Returns the amount of LabVIEW open handles for the WTSSoftware process.

Availability Query


Parameter: <HandleCount>

SYSTem:PROCess:MEMory:WSET

Usage:SYSTem:PROCess:MEMory:WSET?Query Response:<WorkingSetMemory>

Description Returns the working set memory, in bytes, of the WTS Software.

Availability Query


Parameter: <WorkingSetMemory>

Description Returns the working set memory, in bytes, of the calling process.

Datatype Double

SYSTem:RESTart

Usage:SYSTem:RESTart

Description Forces a restart of the WTS Software.



SYSTem:RESTart:NEEDed

Usage:SYSTem:RESTart:NEEDed?Query Response:<RestartRequredFlag>

Description Checks if the instrument software requires a restart.

Availability Query


Parameter: <RestartRequredFlag>

Description This flag is set to 1 if any parameter that requires an instrument restartis changed.0 : Restart not required.1 : Restart is required.

Datatype Boolean

SYSTem:RF:CORRection:CSET[:SELect]

Usage:SYSTem:RF:CORRection:CSET[:SELect]<PortName>,<TableName>

Description Specifies the active correction table to use for a specified portname. This table is applied to the generator path and the analyzerpath.




Description Name of the port with which to use the correction table. This valuecan be a physical or a logical port name.

Datatype String

Default Value "Port0"


Description Name of correction table to use with the specified <PortName>.

Datatype String

Default Value "default"

SYSTem:RF:CTOut:FREQuency

Usage:SYSTem:RF:CTOut:FREQuency[?] <LoFrequency>Query Response:<LoFrequency>

Description Sets the frequency of the Cal Tone Out signal.



Parameter: <LoFrequency>

Default Value 1.000000000000000E+009

Range [6.000000000000000E+007:6.000000000000000E+009]

Unit Hz

SYSTem:RF:CTOut:STATe

Usage:

SYSTem:RF:CTOut:STATe[?] <LoEnable>Query Response:<LoEnable>

Description Enables or disables the Cal Tone Out ouput to the front of theWTS. In a VST system, this is the LO Out terminal.



Parameter: <LoEnable>

Default Value 0


SYSTem:RF:ELOScillator

Usage:SYSTem:RF:ELOScillator[?] <ExternalOscillatorStatus>Query Response:<ExternalOscillatorStatus>

Description On systems that have external oscillator (PXIe-5653), this flagcan force to use the internal oscillator of the instrument. This ismostly used for debug purposes or for pathloss calibration andtasks where the external oscillator does not provide betteraccuracy.

Parameter: <ExternalOscillatorStatus>

Description Set the status to ON or OFF. A system with an external oscillatoralways uses it by default.

Datatype Boolean

Default Value 1


SYSTem:RF:GSETtings:VERSion

Usage:SYSTem:RF:GSETtings:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description Queries for the version of the RF General Settings personality.

Availability Query


Parameter: <PersonalityVersion>

Description Version of the SCPI personality.

Datatype String

Parameter: <FrameworkVersion>

Description Version of the execution framework.

Datatype String

SYSTem:RF:REFerence:FREQuency:SOURce

Usage:SYSTem:RF:REFerence:FREQuency:SOURce[?]<ReferenceSource>Query Response:<ReferenceSource>

Description Specifies the frequency reference source currently in use.



Parameter: <ReferenceSource>

Description INTERNAL: Selects the 'best' internal frequency reference in theinstrument. Includesa) OnboardClock : Locks the instrument to the LocalOscillatorSource onboard clock frequency reference.b) PXI_Clk : Locks the instrument to the PXI backplane Clockfrequency reference.If the WTS hardware has OCXO timing C\card, then this clock isselected. To the individual modules this is 'seen' as RefIn but to theuser, this is an internal component. These WTS hardwares do notsupport external reference.

EXTERNAL: Selects the external frequency reference connected tothe instrument.a) RefIn : Connects the external signal to Instruments REF IN/OUTconnector.b)ClkIn : Instrument locks to an external 10MHz signal.

Datatype String

Default Value "INTERNAL"

SYSTem:RF:REFerence:LOCKed

Usage:SYSTem:RF:REFerence:LOCKed?Query Response:<ReferenceLocked>

Description [No Implementation]

Availability Query


Parameter: <ReferenceLocked>

SYSTem:RFSA:CORRection:CSET[:SELect]

Usage:SYSTem:RFSA:CORRection:CSET[:SELect]<PortName>,<TableName>

Description Specifies the active correction table for a specified RFSA portname.




Description Name of the RFSA port to use with the correction table. This valuecan be a physical or a logical port name.

Datatype String

Default Value ""

Description Name of the correction table to use with <PortName>.

Datatype String

Default Value ""

SYSTem:RFSA:ELOScillator

Usage:SYSTem:RFSA:ELOScillator[?] <ExternalOscillatorStatus>Query Response:<ExternalOscillatorStatus>

Description On systems that have an external oscillator, this flag can force thesignal analyzer(s) to use the internal oscillator of the instrument.You can use this to decouple the SA center frequency and SGcenter frequency in shared LO systems.



Parameter: <ExternalOscillatorStatus>

Description Set status to ON or OFF. A system with external oscillator uses it bydefault.

Datatype Boolean

Default Value 1

Range 0 | 1 | ON | OFF

SYSTem:RFSG:CONCurrency:CONText

Usage:SYSTem:RFSG:CONCurrency:CONText[?]<ContextName>,<JoinTime>,<Portname>Query Response:<ContextName>,<JoinTime>,<Portname>

Description Configures the broadcasting context. It holds information aboutthe port name to use and about the join time to wait for otherclients.



Parameter: <ContextName>

Description A unique name that describes the broadcasting context.

Datatype String

Default Value ""

Parameter: <JoinTime>

Description Maximum time in seconds to wait for other clients to join thebroadcasting group.

Datatype Double

Default Value 0.000000000000000E+000

Range [0.000000000000000E+000:Inf]

Parameter: <Portname>

Description Configures on which port the signal in this connection session isgenerated. This information is required for the concurrencymanagement to decide if it can be joined with other signalgenerations. For MIMO signal generations the port names have tobe given separated by a vertical bar, e.g. Port0|Port4. These portsmust be located on different switch banks.

Datatype String

Default Value ""

SYSTem:RFSG:CONCurrency:NCONtexts

Usage:SYSTem:RFSG:CONCurrency:NCONtexts[?]<NumberOfBroadcastingContexts>Query Response:<NumberOfBroadcastingContexts>

Description Configures the number of broadcasting contexts which can beconfigured in SYSTEM:RFSG:CONCurrency:CONTextafterwards.



Parameter: <NumberOfBroadcastingContexts>

Description Configures the number of broadcasting contexts. These contextscan be configured afterwards.

Datatype Integer32

Default Value 0

Range [0:100]

SYSTem:RFSG:CONCurrency:TESTrun

Usage:SYSTem:RFSG:CONCurrency:TESTrun <Action>,<ContextName>

Description Starts and ends broadcasting-enabled sections in the testplan.First configure a broadcasting context, then enable it using thiscommand. If in other connection sessions the same contextnameis configured, this command waits for this other client to join.



Parameter: <Action>

Description Tells the concurrency management if a potential broadcastingsegment starts or ends. Possible values are START and END.


Default Value START

Range START | END

Parameter: <ContextName>

Description Tells the concurrency management which broadcasting context tostart or end.

Datatype String

Default Value ""

SYSTem:RFSG:CORRection:CSET[:SELect]

Usage:SYSTem:RFSG:CORRection:CSET[:SELect]<PortName>,<TableName>

Description Specifies the active correction table for a specified RFSG portname.




Description Name of the RFSG port to use with the correction table. This valuecan be a physical or a logical port name.

Datatype String



Description Name of the correction table to use with <PortName>.

Datatype String

Default Value "default"

SYSTem:RFSG:HARDware:OWNership:ACQuisition:TOUT

Usage:

SYSTem:RFSG:HARDware:OWNership:ACQuisition:TOUT[?]<ReleaseTime>Query Response:<ReleaseTime>

Description This is an advanced command. Configures the RFSG lock selfrelease time. Increase this value if two clients want to use thesame RFSG hardware but one of them uses it for a long time. Ifthe release time value is too short, the instrument errors out forthe waiting client.



Parameter: <ReleaseTime>

Description RFSG lock release time in ms. The default value is 1 minute(=60sec).

Datatype Integer32

Default Value 60

Range [0:3600]

Unit Sec

SYSTem:RFSG:HARDware:OWNership:DURation

Usage:SYSTem:RFSG:HARDware:OWNership:DURation[?]<DurationTime>Query Response:<DurationTime>

Description This is an advanced command. If a testplan turns ON SG anddoes not turn OFF, set this time to autorelease to share it withother sessions. By default, this number is very large to make itwork like a traditional SG.



Parameter: <DurationTime>

Description RFSG ownership duration. This means that if turned ON, the SGturns OFF automatically with NO ERROR after this amount of time.The default value is 1.6 hours (=6000Sec).

Datatype Integer32

Default Value 6000

Range [1:2147484]

Unit Sec

SYSTem:VERSion

Usage:SYSTem:VERSion?Query Response:<ScpiVersion>

Description Version of SCPI supported

Availability Query

Parameter: <ScpiVersion>

GPRF Instrument PersonalitiesUse the SCPI commands for the GPRF instrument personality to perform time-based I/Q andpower measurements that are not defined by a specific wireless standard.

GPRF measurements are used to calibrate devices under test (DUTs). You can also use GPRFcommands to store and load TDMS files.

Continuous Wave (CW) Loopback ExampleThis example demonstrates how to generate and measure a CW signal using the GPRFanalyzer and generator personalities. You can also use this example for debugging purposes orif you suspect that your instrument does not generate or receive signals correctly.

The example generates a -10 dBm CW signal at 1 GHz using the GPRF signal generator andperforms a transmit power (TXP) measurement using the GPRF signal analyzer.1. Ensure the state of your instrument by sending the following command to reset your

instrument and clear the status registers of any previous errors:*RST;*CLS

2. Configure the signal analyzer for a TXP measurement of a signal at 1 GHz with amaximum input of -10 dBm received at Port 0:CONFigure:RFSA:GPRF:MEASurement:TXPower:ENABle ONCONFigure:RFSA:GPRF:FREQuency:CENTer 1E9CONFigure:RFSA:GPRF:POWer:MAXimum -10 CONFigure:RFSA:GPRF:PORTname "Port0" TRIGger:RFSA:GPRF:SOURce 'RF 0'INITiate:RFSA:GPRF;*STB? The result of the *STB? query should be a response of 0, which indicates that no errorsoccurred for the commands sent.

3. Configure the generator to output a CW signal of -10 dBm on 1 GHz at Port 0 and startthe generator:SOURce:RFSG:GPRF:MODE CWSOURce:RFSG:GPRF:RFSettings:LEVel -10SOURce:RFSG:GPRF:FREQuency:CENTer 1E9SOURce:RFSG:GPRF:RFSettings:PORTname "Port0" SOURce:RFSG:GPRF:STATe ON;*STB?

4. Fetch the measured results:FETCh:RFSA:GPRF:RESults:TXPower:ALL?This should result in the response:<AveragePower>,<PeakToAverageRatio>,<MaxPower>,<MinPower>

For example:

Note The returned values will depend on the cable you use for the loop. In theexample, ‘Port 0’ is used for both generation and analysis.

5. As a best practice, turn off the generator:SOURce:RFSG:GPRF:STATe OFF;*STB?

GPRF Signal Analyzer SCPI Command ListComplete list of GPRF signal analyzer SCPI commands.

CONFigure:RFSA:GPRF:EATTenuationCONFigure:RFSA:GPRF:FREQuency[:CENTer]CONFigure:RFSA:GPRF:MEASurement:FCOunt[:ENABle]CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging[:COUNt]CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging:TYPECONFigure:RFSA:GPRF:MEASurement:FCOunt:INTervalCONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidthCONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer[:TYPE]CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer:ALPHaCONFigure:RFSA:GPRF:MEASurement:IQVTime[:ENABle]CONFigure:RFSA:GPRF:MEASurement:IQVTime:INTervalCONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidthCONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer[:TYPE]CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer:ALPHaCONFigure:RFSA:GPRF:MEASurement:TXPower[:ENABle]CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging[:COUNt]CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging:TYPECONFigure:RFSA:GPRF:MEASurement:TXPower:INTervalCONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidthCONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer[:TYPE]CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer:ALPHaCONFigure:RFSA:GPRF:PORTname

CONFigure:RFSA:GPRF:POWer[:MAXimum]CONFigure:RFSA:GPRF:POWer:AUTOCONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:ENABle[:ALL]CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:INTerval[:ALL]CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:ENABle[:ALL]CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:INTerval[:ALL]CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]CONFigure:RFSA:GPRF:SEQuence:DURation[:ALL]CONFigure:RFSA:GPRF:SEQuence:EATTenuation[:ALL]CONFigure:RFSA:GPRF:SEQuence:ENABleCONFigure:RFSA:GPRF:SEQuence:FREQuency[:CENTer][:ALL]CONFigure:RFSA:GPRF:SEQuence:NSEGmentsCONFigure:RFSA:GPRF:SEQuence:POWer[:ALL]CONFigure:RFSA:GPRF:SEQuence:SEGMent[:SETup]CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:ENABle[:ALL]CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:INTerval[:ALL]CONFigure:RFSA:GPRF:SEQuence:SLOT[:COUNt][:ALL]CONFigure:RFSA:GPRF:SEQuence:SLOT:DURation[:ALL]CONFigure:RFSA:GPRF:SEQuence:SLOT:OFFSet[:ALL]CONFigure:RFSA:GPRF:SEQuence:TRIGgerCONFigure:RFSA:GPRF:TRACe[:ENABle]FETCh:RFSA:GPRF[:RESults]:FCOunt[:ALL]FETCh:RFSA:GPRF[:RESults]:FCOunt:FREQuency[:AVERage]FETCh:RFSA:GPRF[:RESults]:FCOunt:PHASeFETCh:RFSA:GPRF[:RESults]:IQVTime[:ALL]FETCh:RFSA:GPRF[:RESults]:IQVTime:DPHAseFETCh:RFSA:GPRF[:RESults]:IQVTime:FERRorFETCh:RFSA:GPRF[:RESults]:IQVTime:PHASeFETCh:RFSA:GPRF[:RESults]:IQVTime:POWerFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:FREQuency[:AVERage]

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:PHASeFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:DPHAseFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:FERRorFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:OFERrorFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:PHASeFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:POWerFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MAXimumFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MINimumFETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:TRACe[:POWer]FETCh:RFSA:GPRF[:RESults]:STATeFETCh:RFSA:GPRF[:RESults]:TXPower[:ALL]FETCh:RFSA:GPRF[:RESults]:TXPower:AVERageFETCh:RFSA:GPRF[:RESults]:TXPower:MAXimumFETCh:RFSA:GPRF[:RESults]:TXPower:MINimumFETCh:RFSA:GPRF[:RESults]:TXPower:PTARatioFETCh:RFSA:GPRF[:RESults]:TXPower:TRACe[:POWer]FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:IQFETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:PHASeINITiate:RFSA:GPRF[:RESults]INITiate:RFSA:GPRF:ALEVelSYSTem:RFSA:GPRF:VERSionTRIGger:RFSA:GPRF:DELayTRIGger:RFSA:GPRF:EDGETRIGger:RFSA:GPRF:EXPortTRIGger:RFSA:GPRF:MQTimeTRIGger:RFSA:GPRF:SOURceTRIGger:RFSA:GPRF:THResholdTRIGger:RFSA:GPRF:TOUT

GPRF RFSA SCPI Command ReferenceSCPI command reference for the GPRF signal analyzer instrument personality.

CONFigure:RFSA:GPRF:EATTenuation

Usage:CONFigure:RFSA:GPRF:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Description Specifies the external attenuation. External attenuation is appliedon top of any attenuation provided for the specified port.



Parameter: <ExternalAttenuation>

Description External attenuation value.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:GPRF:FREQuency[:CENTer]

Usage:CONFigure:RFSA:GPRF:FREQuency[:CENTer][?]<CenterFrequency>Query Response:<CenterFrequency>

Description Specifies the center frequency.



Parameter: <CenterFrequency>

Description Center frequency of the received signal.

Datatype Double

Default Value 1.000000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

CONFigure:RFSA:GPRF:MEASurement:FCOunt[:ENABle]

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt[:ENABle][?]<FcountEnabled>Query Response:<FcountEnabled>

Description Specifies whether to enable frequency count measurement fornon-sequence mode.

Parameter: <FcountEnabled>

Description 0 | OFF: Disables the frequency count measurement.1 | ON: Enables the frequency count measurement.

Datatype Boolean

Default Value 0

Range 0 | 1 | OFF | ON | FALSE |

CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging[:COUNt]

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging[:COUNt][?] <FcountNumberOfAverages>Query Response:<FcountNumberOfAverages>

Description Specifies the number of averages to use for the frequency countmeasurement.



Parameter: <FcountNumberOfAverages>

Description Number of signal averages to use for the frequency countmeasurement.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging:TYPE

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt:AVERaging:TYPE[?] <FcountAverageType>Query Response:<FcountAverageType>

Description Specifies the averaging type for the frequency countmeasurement. The averaged instantaneous signal phase differenceis used for the measurement.



Parameter: <FcountAverageType>

Description MEAN: Uses the mean of the instantaneous signal phase differenceover multiple acquisitions for the frequency measurement.MAX: Uses the maximum instantaneous signal phase differenceover multiple acquisitions for the frequency measurement.MIN: Uses the minimum instantaneous signal phase difference overmultiple acquisitions for the frequency measurement.MAXMIN: Uses the maximum instantaneous signal phasedifference over multiple acquisitions for the frequencymeasurement. The sign of the phase difference is ignored to find themaximum instantaneous value.


Default Value MEAN

Range MEAN | MAX | MIN | MAXMIN

CONFigure:RFSA:GPRF:MEASurement:FCOunt:INTerval

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt:INTerval[?]

<FcountMeasurementInterval>Query Response:<FcountMeasurementInterval>

Description Specifies the interval for the frequency count measurement.



Parameter: <FcountMeasurementInterval>

Description Interval for the frequency count measurement.

Datatype Double

Default Value 1.000000000000000E-003

Range [1.000000000000000E-006:1.000000000000000E+001]

Unit sec

CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth[?]<FcountResolutionBandwidth>Query Response:<FcountResolutionBandwidth>

Description Specifies the bandwidth of the resolution bandwidth (RBW) filterused for the frequency count measurement.FCOunt is computed from a zero span measurement oftransmitted power using the time-domain signal as seen through aresolution bandwidth filter for the specified measurement interfal.For this reason RBW = measurement BW



Parameter: <FcountResolutionBandwidth>

Description RBW filter bandwidth.

Datatype Double

Default Value 1.000000000000000E+003

Range [1.000000000000000E+003:5.000000000000000E+007]

Unit Hz

CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer[:TYPE]

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer[:TYPE][?] <FcountRbwFilterType>Query Response:<FcountRbwFilterType>

Description Specifies the shape of the digital resolution bandwidth (RBW)filter used for the frequency count measurement.FCOunt is computed from a zero span measurement oftransmitted power using the time-domain signal as seen through aresolution bandwidth filter for the specified measurement interfal.For this reason RBW = measurement BW



Parameter: <FcountRbwFilterType>

Description NONE: The measurement does not use any RBW filtering.GAUSSIAN: The RBW filter has a Gaussian response.FLAT: The RBW filter has a flat response.ST4: The RBW filter has a response of a 4-pole synchronously-tuned filter.ST5: The RBW filter has a response of a 5-pole synchronously-tuned filter.RRC: The RRC filter uses the roll-off factor specified by the alphavalue.


Default Value GAUSSIAN

Range NONE | GAUSSIAN | FLAT | ST4 | ST5 | RRC

CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer:ALPHa

Usage:CONFigure:RFSA:GPRF:MEASurement:FCOunt:RBWidth:FILTer:ALPHa[?] <FcountRbwFilterAlpha>Query Response:<FcountRbwFilterAlpha>

Description Specifies the roll-off factor of the root-raised cosine (RRC) filterused for the frequency count measurement.FCOunt is computed from a zero span measurement oftransmitted power using the time-domain signal as seen through aresolution bandwidth filter for the specified measurement interfal.For this reason RBW = measurement BW



Parameter: <FcountRbwFilterAlpha>

Description RRC filter roll-off factor. This value is used when the correspondingfilter type is set to RRC.

Datatype Double

Default Value 0.01

Range [0.00:1.00]

CONFigure:RFSA:GPRF:MEASurement:IQVTime[:ENABle]

Usage:CONFigure:RFSA:GPRF:MEASurement:IQVTime[:ENABle][?]<IqvtEnabled>Query Response:<IqvtEnabled>

Description Specifies whether to enable I/Q versus time (IQVT) measurementfor non-sequence mode.



Parameter: <IqvtEnabled>

Description 0 | OFF: Disables the IQVT measurement.1 | ON: Enables the IQVT measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GPRF:MEASurement:IQVTime:INTerval

Usage:CONFigure:RFSA:GPRF:MEASurement:IQVTime:INTerval[?]<IqvtMeasurementInterval>Query Response:<IqvtMeasurementInterval>

Description Specifies the measurement interval for the I/Q versus time(IQVT) measurement.

Parameter: <IqvtMeasurementInterval>

Description Interval for the IQVT measurement. The measurement is performedfor the specified interval, which is recommended, but not required,to be less than the slot duration.

Datatype Double

Default Value 1.000000000000000E-003

Range [1.000000000000000E-006:1.000000000000000E+001]

Unit sec

CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth

Usage:CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth[?]<IqvtResolutionBandwidth>Query Response:<IqvtResolutionBandwidth>

Description Specifies the bandwidth of the resolution bandwidth (RBW) filterused for the I/Q versus time (IQVT) measurement.This measurement is a zero span measurement of transmittedpower using the time-domain signal as seen through a resolutionbandwidth filter for the specified measurement interfal. For thisreason RBW = measurement BW



Parameter: <IqvtResolutionBandwidth>

Datatype Double

Default Value 1.000000000000000E+003

Range [1.000000000000000E+003:5.000000000000000E+007]

Unit Hz

CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer[:TYPE]

Usage:CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer[:TYPE][?] <IqvtRbwFilterType>Query Response:<IqvtRbwFilterType>

Description Specifies the shape of the digital resolution bandwidth (RBW)filter used for the I/Q versus time (IQVT) measurement.This measurement is a zero span measurement of transmittedpower using the time-domain signal as seen through a resolutionbandwidth filter for the specified measurement interfal. For thisreason RBW = measurement BW

Parameter: <IqvtRbwFilterType>





CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer:ALPHa

Usage:CONFigure:RFSA:GPRF:MEASurement:IQVTime:RBWidth:FILTer:ALPHa[?] <IqvtRbwFilterAlpha>Query Response:<IqvtRbwFilterAlpha>

Description Specifies the roll-off factor of the root-raised cosine (RRC) filterused for the I/Q versus time (IQVT) measurement.This measurement is a zero span measurement of transmittedpower using the time-domain signal as seen through a resolutionbandwidth filter for the specified measurement interfal. For thisreason RBW = measurement BW

Parameter: <IqvtRbwFilterAlpha>


Datatype Double

Default Value 0.01

Range [0.00:1.00]

CONFigure:RFSA:GPRF:MEASurement:TXPower[:ENABle]

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower[:ENABle][?]<TxpEnabled>Query Response:<TxpEnabled>

Description Specifies whether to enable transmit power (TXP) measurementfor non-sequence mode.



Parameter: <TxpEnabled>

Description 0 | OFF: Disables the TXP measurement.1 | ON: Enables the TXP measurement.

Datatype Boolean

Default Value 1

CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging[:COUNt]

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging[:COUNt][?] <TxpNumberOfAverages>Query Response:<TxpNumberOfAverages>

Description Specifies the number of averages for the transmit power (TXP)measurement.



Parameter: <TxpNumberOfAverages>

Description Number of signal averages to use for the TXP measurement.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging:TYPE

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower:AVERaging:TYPE[?] <TxpTypeofAveraging>Query Response:<TxpTypeofAveraging>

Description Specifies the averaging type for the transmit power (TXP)measurement. The averaged power trace is used for themeasurement.



Parameter: <TxpTypeofAveraging>

Description MEAN: Uses the mean of the instantaneous power in the powertrace over multiple acquisitions for the TXP measurement.MAX: Uses the maximum instantaneous power in the power traceover multiple acquisitions for the TXP measurement.MIN: Uses the minimum instantaneous power in the power traceover multiple acquisitions for the TXP measurement.MAXMIN: Uses the maximum instantaneous power in the powertrace over multiple acquisitions for the TXP measurement. The signof the power is ignored to find the maximum instantaneous value.(Not supported at this point)


Default Value MEAN

Range MEAN | MAX | MIN | MAXMIN

CONFigure:RFSA:GPRF:MEASurement:TXPower:INTerval

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower:INTerval[?]<TxpMeasurementInterval>Query Response:<TxpMeasurementInterval>

Description Specifies the measurement interval for the transmit power (TXP)measurement.



Parameter: <TxpMeasurementInterval>

Description Interval for the TXP measurement.

Datatype Double

Default Value 1.000000000000000E-003

Range [1.000000000000000E-006:1.000000000000000E+001]

Unit sec

CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth[?]<TxpResolutionBandwidth>Query Response:<TxpResolutionBandwidth>

Description Specifies the bandwidth of the transmit power (TXP) filter usedfor the frequency count measurement.TxP is a zero span measurement of transmitted power using thetime-domain signal as seen through a resolution bandwidth filterfor the specified measurement interfal. For this reason RBW =measurement BW



Parameter: <TxpResolutionBandwidth>


Datatype Double

Default Value 1.000000000000000E+006

Range [1.000000000000000E+003:2.000000000000000E+008]

Unit Hz

CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer[:TYPE]

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer[:TYPE][?] <TxpRbwFilterType>Query Response:<TxpRbwFilterType>

Description Specifies the shape of the digital resolution bandwidth (RBW)filter.TxP is a zero span measurement of transmitted power using thetime-domain signal as seen through a resolution bandwidth filterfor the specified measurement interfal. For this reason RBW =measurement BW



Parameter: <TxpRbwFilterType>





CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer:ALPHa

Usage:CONFigure:RFSA:GPRF:MEASurement:TXPower:RBWidth:FILTer:ALPHa[?] <TxpRbwFilterAlpha>Query Response:<TxpRbwFilterAlpha>

Description Specifies the roll-off factor of the root-raised cosine (RRC) filterused for the transmit power (TXP) measurement.TxP is a zero span measurement of transmitted power using thetime-domain signal as seen through a resolution bandwidth filterfor the specified measurement interfal. For this reason RBW =measurement BW



Parameter: <TxpRbwFilterAlpha>


Datatype Double

Default Value 0.01

Range [0.00:1.00]

CONFigure:RFSA:GPRF:PORTname

Usage:CONFigure:RFSA:GPRF:PORTname[?] <PortName>Query Response:<PortName>

Description Specifies the port name of the instrument used to acquire thesignal.

Description When initiated, the signal is acquired from the port specified byPORTname. The signal is adjusted for any attenuation tableassigned to that port.

Datatype String


CONFigure:RFSA:GPRF:POWer[:MAXimum]

Usage:CONFigure:RFSA:GPRF:POWer[:MAXimum][?]<MaximumInputPower>Query Response:<MaximumInputPower>

Description Specifies the maximum expected input power level at the inputport.



Parameter: <MaximumInputPower>

Description Maximum expected input power to the instrument.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:GPRF:POWer:AUTO

Usage:CONFigure:RFSA:GPRF:POWer:AUTO[?] <AutoLevelEnabled>Query Response:<AutoLevelEnabled>

Description Specifies the mode used to determine the level of the maximuminput power. Auto power takes additional time to execute becauseit requires additional signal acquisition for the instrument toevaluate the signal strength of the applied signal.



Parameter: <AutoLevelEnabled>

Description 0 | OFF: Disables automatic setting of the maximum input power.1 | ON: Enables automatic setting of the maximum input power.

Datatype Boolean

Default Value 0

Range 0 | 1 | FALSE | TRUE | OFF | ON

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:ENABle[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:ENABle[:ALL][?] <FcountEnable[n]>Query Response:<FcountEnable[n]>

Description Specifies whether to enable frequency count measurements for allsegments.



Parameter: <FcountEnable[n]>

Description Enables or disables frequency count measurements for all segmentsof the sequence. The size of the array depends on the currentlydefined number of segments.0 | OFF: Disables the frequency count measurement.1 | ON: Enables the frequency count measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:INTerval[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:FCOunt:INTerval[:ALL][?] <FcountMeasurementInterval[n]>Query Response:<FcountMeasurementInterval[n]>

Description Specifies the interval for the frequency count measurement of allsegments.



Parameter: <FcountMeasurementInterval[n]>

Description Interval for the frequency count measurement. The size of the arraydepends on the currently defined number of segments.

Datatype Double

Default Value 1.00E-003

Range [1.00E-006:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:ENABle[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:ENABle[:ALL][?] <IqvtEnable[n]>Query Response:<IqvtEnable[n]>

Description Specifies whether to enable I/Q versus time (IQVT)measurements for all segments.



Parameter: <IqvtEnable[n]>

Description Enables or disables IQVT measurements for all segments of thesequence. The size of the array depends on the currently definednumber of segments.0 | OFF: Disables the IQVT measurement.1 | ON: Enables the IQVT measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:INTerval[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:IQVTime:INTerval[:ALL][?] <IqvtMeasurementInterval[n]>Query Response:<IqvtMeasurementInterval[n]>

Description Specifies the measurement interval for the I/Q versus time(IQVT) measurement of all segments.



Parameter: <IqvtMeasurementInterval[n]>

Description Interval for the IQVT measurement. The measurement is performedfor the specified interval, which is recommended, but not required,to be less than slot duration. The size of the array depends on thecurrently defined number of segments.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:ENABle[:ALL][?] <TxpEnable[n]>Query Response:<TxpEnable[n]>

Description Specifies whether to enable transmit power (TXP) measurementsfor all segments.



Parameter: <TxpEnable[n]>

Description Enables or disables TXP measurements for all segments of thesequence. The size of the array depends on the currently definednumber of segments.0 | OFF: Disables the TXP measurement.1 | ON: Enables the TXP measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence[:MEASurement]:TXPower:INTerval[:ALL][?] <TxpMeasurementInterval[n]>Query Response:<TxpMeasurementInterval[n]>

Description Specifies the measurement interval for the transmit power (TXP)measurement.



Parameter: <TxpMeasurementInterval[n]>

Description Interval for the TXP measurement. The size of the array depends onthe currently defined number of segments.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence:DURation[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:DURation[:ALL][?]<SegmentDuration[n]>Query Response:<SegmentDuration[n]>

Description Specifies the duration elements for all defined segments in thesequence.

Parameter: <SegmentDuration[n]>

Description Duration of each segment of the sequence. The size of the arraydepends on the currently defined number of segments.Each <SegmentDuration> element must be greater than<SlotCount> x <SlotDuration> for the corresponding segments.

Datatype Double


Range [5.00E-005:3.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence:EATTenuation[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>

Description Specifies the external attenuation for all segments in thesequence. External attenuation is applied on top of anyattenuation provided for the specified port.



Parameter: <ExternalAttenuation[n]>

Description External attenuation value. The size of the array depends on thecurrently defined number of segments.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:GPRF:SEQuence:ENABle

Usage:CONFigure:RFSA:GPRF:SEQuence:ENABle[?]<SequenceEnable>Query Response:<SequenceEnable>

Description Specifies whether to enable sequence mode. A sequencecomprises one or more segments. A segment comprises one ormore measurements.



Parameter: <SequenceEnable>

Description 0 | OFF: Disables sequence mode.1 | ON: Enables sequence mode.

Datatype Boolean

Default Value 0

CONFigure:RFSA:GPRF:SEQuence:FREQuency[:CENTer][:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:FREQuency[:CENTer][:ALL][?] <SegmentCenterFrequency[n]>Query Response:<SegmentCenterFrequency[n]>

Description Specifies the center frequency for all segments.



Parameter: <SegmentCenterFrequency[n]>

Description Center frequency of the received signal per segment. The size of thearray depends on the currently defined number of segments.

Datatype Double

Default Value 1.000000000000000E+009

Range [6.500000000000000E+007:6.600000000000000E+009]

Unit Hz

CONFigure:RFSA:GPRF:SEQuence:NSEGments

Usage:CONFigure:RFSA:GPRF:SEQuence:NSEGments[?]<NumberOfSegments>Query Response:<NumberOfSegments>

Description Specifies the number of segments in a sequence. You must setthis parameter before setting other sequence-based instrument ormeasurement parameters.


Execution Mode Command: SequentialQuery: Overlapped

Parameter: <NumberOfSegments>

Description Number of segments in a sequence.

Datatype Integer32

Default Value 1

Range [0:10000]

CONFigure:RFSA:GPRF:SEQuence:POWer[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:POWer[:ALL][?]<MaxInputPower[n]>Query Response:<MaxInputPower[n]>

Description Specifies the maximum expected input power at the specifiedinput port for all segments in the sequence.

Parameter: <MaxInputPower[n]>

Description Maximum expected input power per segment. The size of the arraydepends on the currently defined number of segments.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:GPRF:SEQuence:SEGMent[:SETup]

Usage:CONFigure:RFSA:GPRF:SEQuence:SEGMent[:SETup][?]<SegmentCenterFrequency>,<SegmentDuration>,<MaxInputPower>,<ExternalAttenuation>,<SlotCount>,<SlotDuration>,<SlotOffset>Query Response:<SegmentCenterFrequency>,<SegmentDuration>,<MaxInputPower>,<ExternalAttenuation>,<SlotCount>,<SlotDuration>,<SlotOffset>

Description Specifies all physical properties of a signal for a given segment.



Parameter: <SegmentCenterFrequency>

Description Center frequency of the received signal.

Datatype Double

Default Value 1.000000000000000E+009

Range [6.500000000000000E+007:6.600000000000000E+009]

Unit Hz

Parameter: <SegmentDuration>

Description Segment duration. <SegmentDuration> must be greater than thecorresponding <SlotCount> x <SlotDuration>.

Datatype Double


Range [5.00E-005:3.00E+001]

Unit sec

Parameter: <MaxInputPower>


Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm



Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

Parameter: <SlotCount>

Description Number of segment slots.

Datatype Integer32

Default Value 1

Range [1:10000]

Parameter: <SlotDuration>

Description Duration of each segment slot.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

Parameter: <SlotOffset>

Description Offset from the start of the segment until the measurement intervalbegins.

Datatype Double

Default Value 0.00E+000

Range [0.00E+000:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:ENABle[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:ENABle[:ALL][?]<FCOuntEnable>,<IQVTimeEnable>,<TXPowerEnable>Query Response:<FCOuntEnable>,<IQVTimeEnable>,<TXPowerEnable>

Description Specifies which measurements to enable for a given segment.



Parameter: <FCOuntEnable>

Description 0 | OFF: Disables the frequency counter measurement.1 | ON: Enables the frequency counter measurement.

Datatype Boolean

Default Value 1


Parameter: <IQVTimeEnable>

Description 0 | OFF: Disables the I/Q versus time (IQVT) measurement.1 | ON: Enables the I/Q versus time (IQVT) measurement.

Datatype Boolean

Default Value 1


Parameter: <TXPowerEnable>

Description 0 | OFF: Disables the transmit power (TXP) measurement.1 | ON: Enables the transmit power (TXP) measurement.

Datatype Boolean

Default Value 1


CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:INTerval[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:SEGMent:MEASurement:INTerval[:ALL][?]<FcountMeasurementInterval>,<IqvtimeMeasurementInterval>,<TxpowerMeasurementInterval>Query Response:<FcountMeasurementInterval>,<IqvtimeMeasurementInterval>,<TxpowerMeasurementInterval>

Description Specifies the interval for all measurements of a given segment.

Parameter: <FcountMeasurementInterval>

Description Interval for the frequency count measurement.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

Parameter: <IqvtimeMeasurementInterval>

Description Interval for the I/Q versus time (IQVT) measurement.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

Parameter: <TxpowerMeasurementInterval>

Description Interval for the transmit power (TXP) measurement.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence:SLOT[:COUNt][:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:SLOT[:COUNt][:ALL][?]<SlotCount[n]>Query Response:<SlotCount[n]>

Description Specifies the number of slots for all segments.



Parameter: <SlotCount[n]>

Description Number of segment slots. The size of the array depends on thecurrently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:GPRF:SEQuence:SLOT:DURation[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:SLOT:DURation[:ALL][?]<SlotDuration[n]>Query Response:<SlotDuration[n]>

Description Specifies the slot duration for all segments in the sequence.



Parameter: <SlotDuration[n]>

Description Duration of each segment slot. The size of the array depends on thecurrently defined number of segments.

Datatype Double


Range [1.00E-006:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence:SLOT:OFFSet[:ALL]

Usage:CONFigure:RFSA:GPRF:SEQuence:SLOT:OFFSet[:ALL][?]<SlotOffset[n]>Query Response:<SlotOffset[n]>

Description Specifies the sequence offset for all segments in the sequence.

Parameter: <SlotOffset[n]>

Description Offset from the start of the segment until the measurement intervalbegins. The size of the array depends on the currently definednumber of segments.

Datatype Double


Range [0.00E+000:1.00E+001]

Unit sec

CONFigure:RFSA:GPRF:SEQuence:TRIGger

Usage:CONFigure:RFSA:GPRF:SEQuence:TRIGger[?] <TriggerMode>Query Response:<TriggerMode>

Description



Parameter: <TriggerMode>

Description Sequence triggering mode.First: Only triggers on the first segment.Every: Triggers on every segment.

Default Value FIRST

Range FIRST | EVERY

CONFigure:RFSA:GPRF:TRACe[:ENABle]

Usage:CONFigure:RFSA:GPRF:TRACe[:ENABle][?]<GprfTraceEnabled>Query Response:<GprfTraceEnabled>

Description Specifies whether to enable collection of trace data for generalpurpose RF measurements.



Parameter: <GprfTraceEnabled>

Description If disabled, no trace data is collected so no traces are fetched.0 | OFF: Disables collection of trace data.1 | ON: Enables collection of trace data.

Datatype Boolean

Default Value 0


FETCh:RFSA:GPRF[:RESults]:FCOunt[:ALL]

Usage:FETCh:RFSA:GPRF[:RESults]:FCOunt[:ALL]?Query Response:<AverageMeanFrequency>,<MeanPhase>

Description Fetches the frequency counter measurement results.

Availability Query


Parameter: <AverageMeanFrequency>

Description Average mean frequency evaluated over the specified interval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit Hz

Parameter: <MeanPhase>

Description Mean phase evaluated over the specified interval.

Datatype Double

Unit Deg

FETCh:RFSA:GPRF[:RESults]:FCOunt:FREQuency[:AVERage]

Usage:FETCh:RFSA:GPRF[:RESults]:FCOunt:FREQuency[:AVERage]?Query Response:<AverageMeanFrequencyError>

Description Fetches the frequency counter frequency error results.

Availability Query


Parameter: <AverageMeanFrequencyError>

Description Average mean frequency error evaluated over the specified interval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit Hz

FETCh:RFSA:GPRF[:RESults]:FCOunt:PHASe

Usage:FETCh:RFSA:GPRF[:RESults]:FCOunt:PHASe?Query Response:<MeanPhase>

Description Fetches the frequency counter phase results.

Availability Query




Datatype Double

Unit Deg

FETCh:RFSA:GPRF[:RESults]:IQVTime[:ALL]

Usage:FETCh:RFSA:GPRF[:RESults]:IQVTime[:ALL]?Query Response:<MeanPower>,<MeanPhase>,<MeandPhase>,<MeanFrequencyError>

Description Fetches the I/Q versus time (IQVT) results.

Availability Query


Parameter: <MeanPower>

Description Mean power evaluated over the specified interval.

Datatype Double

Unit dBm



Datatype Double

Unit Deg

Parameter: <MeandPhase>

Description Mean delta phase evaluated over the specified interval.

Datatype Double

Unit Deg

Parameter: <MeanFrequencyError>

Description Mean frequency error evaluated over the specified interval andcompared to the expected center frequency.

Datatype Double

Unit Hz

FETCh:RFSA:GPRF[:RESults]:IQVTime:DPHAse

Usage:FETCh:RFSA:GPRF[:RESults]:IQVTime:DPHAse?Query Response:<MeandPhase>

Description Fetches the I/Q versus time (IQVT) delta phase result.

Availability Query


Parameter: <MeandPhase>

Description Mean delta phase evaluated over the specified interval.

Datatype Double

Unit Deg

FETCh:RFSA:GPRF[:RESults]:IQVTime:FERRor

Usage:FETCh:RFSA:GPRF[:RESults]:IQVTime:FERRor?Query Response:<MeanFrequencyError>

Description Fetches the I/Q versus time (IQVT) frequency error result.

Availability Query


Parameter: <MeanFrequencyError>

Description Mean frequency error evaluated over the specified interval andcompared to the expected center frequency.

Datatype Double

Unit Hz

FETCh:RFSA:GPRF[:RESults]:IQVTime:PHASe

Usage:FETCh:RFSA:GPRF[:RESults]:IQVTime:PHASe?Query Response:<MeanPhase>

Description Fetches the I/Q versus time (IQVT) phase result.

Availability Query




Datatype Double

Unit Deg

FETCh:RFSA:GPRF[:RESults]:IQVTime:POWer

Usage:FETCh:RFSA:GPRF[:RESults]:IQVTime:POWer?Query Response:<MeanPower>

Description Fetches the I/Q versus time (IQVT) power result.

Availability Query



Description Mean power evaluated over the specified interval.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:FREQuency[:AVERage]

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:FREQuency[:AVERage]?Query Response:<MeanFrequencyError[n]>

Description Fetches the frequency counter frequency error results for a givensegment.

Availability Query

Parameter: <MeanFrequencyError[n]>

Description Average frequency error for each slot in the segment. The frequencyerror is the mean frequency delta to the requested freqency valueevaluated over the specified interval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit Hz

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:PHASe

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:FCOunt:PHASe?Query Response:<MeanPhase[n]>

Description Fetches the frequency counter phase results for a given segment.

Availability Query


Parameter: <MeanPhase[n]>

Description Phase for each slot in the segment. The phase is the mean phaseevaluated over the specified interval.

Datatype Double

Unit deg

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:DPHAse

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:DPHAse?Query Response:<MeanDeltaPhase[n]>

Description Fetches the I/Q versus time (IQVT) delta phase results for a givensegment.

Availability Query


Parameter: <MeanDeltaPhase[n]>

Description Delta phase for each slot in the segment.

Datatype Double

Unit deg

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:FERRor

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:FERRor?Query Response:<MeanFrequencyError[n]>

Description Fetches the I/Q versus time (IQVT) frequency error results for agiven segment.

Availability Query


Parameter: <MeanFrequencyError[n]>

Description Frequency error for each slot in the segment. The frequency error isthe mean frequency error evaluated over the specified interval andcompared to the expected center frequency.

Datatype Double

Unit Hz

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:OFERror

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:OFERror?Query Response:<OverallMeanFrequencyError>

Description Fetches the I/Q versus time (IQVT) overall frequency errorresults for a given segment.

Availability Query


Parameter: <OverallMeanFrequencyError>

Description Overall mean frequency error for the segment.

Datatype Double

Unit Hz

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:PHASe

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:PHASe?Query Response:<MeanPhase[n]>


Availability Query


Parameter: <MeanPhase[n]>

Description Phase for each slot in the segment.

Datatype Double

Unit deg

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:POWer

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:IQVTime:POWer?Query Response:<AveragePower[n]>

Availability Query


Parameter: <AveragePower[n]>

Description Average power for each slot in the segment.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]?Query Response:<AveragePower[n]>

Description Fetches the transmit power (TXP) power results for a givensegment.

Availability Query


Parameter: <AveragePower[n]>

Description Average power for each slot in the segment. The power is the meanpower evaluated over the specified interval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MAXimum

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MAXimum?Query Response:<MaximumPower[n]>


Availability Query


Parameter: <MaximumPower[n]>

Description Maximum power for each slot in the segment. The power is themaximum power evaluated over the specified interval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MINimum

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:MINimum?

Query Response:<MinimumPower[n]>


Availability Query


Parameter: <MinimumPower[n]>

Description Minimum power for each slot in the segment. The power is theminimum power evaluated over the specified interval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:GPRF[:RESults]:SEQuence:SEGMent:TXPower:TRACe[:POWer]?Query Response:<Xo>,<dx>,#xyy<TxpPowerTrace[n]>

Description Fetches the transmit power (TXP) power results for a givensegment. This value is available only when traces are enabled.

Availability Query

Parameter: <Xo>

Description Origin point of the x-axis of trace data (start time).

Datatype Double

Parameter: <dx>

Description Delta time between each sample in the trace.

Datatype Double

Parameter: #xyy<TxpPowerTrace[n]>

Description Trace data values.

Datatype Real Blockdata (8 Byte Doubles)

FETCh:RFSA:GPRF[:RESults]:STATe

Usage:FETCh:RFSA:GPRF[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>

Description Returns the state of the instrument.

Availability Query

Parameter: <HardwareState>

Description IDLE: Hardware is available.PENDING: Execution is waiting for hardware to release.ACTIVE: Hardware is actively acquiring data.


Parameter: <MeasurementState>

Description OFF: The measurement has not been initiated yet.READY: The measurement result is available to fetch.PENDING: The measurement is initiated but has not started receivingdata to process.PROCESSING: The measurement is processing the acquired data.


FETCh:RFSA:GPRF[:RESults]:TXPower[:ALL]

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower[:ALL]?Query Response:<AverageMeanPower>,<PeakToAverageRatio>,<MaxPower>,<MinPower>

Description Fetches the transmission power (TXP) power results.

Availability Query


Parameter: <AverageMeanPower>

Description Average power is the mean power evaluated over the specifiedinterval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

Parameter: <PeakToAverageRatio>

Description Peak to average TXP ratio.

Datatype Double

Unit dB

Parameter: <MaxPower>

Description Maximum power is the maximum power evaluated over the specifiedinterval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

Parameter: <MinPower>

Description Minimum power is the minimum power evaluated over the specifiedinterval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:AVERage

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower:AVERage?

Query Response:<AverageMeanPower>

Description Fetches the transmit power (TXP) power results.

Availability Query



Description Average power is the mean power evaluated over the specifiedinterval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:MAXimum

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower:MAXimum?Query Response:<MaxPower>


Availability Query

Description Maximum power is the maximum power evaluated over the specifiedinterval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:MINimum

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower:MINimum?Query Response:<MinPower>


Availability Query



Description Minimum power is the minimum power evaluated over the specifiedinterval.The averaging is controlled by the configured type and number ofaverages.

Datatype Double

Unit dBm

FETCh:RFSA:GPRF[:RESults]:TXPower:PTARatio

Usage:

FETCh:RFSA:GPRF[:RESults]:TXPower:PTARatio?Query Response:<PeakToAverageRatio>


Availability Query


Parameter: <PeakToAverageRatio>

Description Peak to average TXP ratio.

Datatype Double

Unit dB

FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe[:POWer]?Query Response:<Xo>,<dx>,#xyy<TxpPowerTrace[n]>

Description Fetches the transmission power (TXP) power trace.

Availability Query


Parameter: <Xo>


Datatype Double

Parameter: <dx>


Datatype Double


Description Trace data values, sent as binary block data.


FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:IQ

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:IQ?Query Response:<Xo>,<dx>,#xyy<TxpIQTrace[n]>

Description Fetches the I/Q samples from the measurement. The arrayconsists of interleaved I and Q samples. The size of the array isthe total size (twice the size of the I/Q samples as they areinterleaved).

Availability Query


Parameter: <Xo>


Datatype Double

Parameter: <dx>


Datatype Double

Parameter: #xyy<TxpIQTrace[n]>

Description Trace data values, sent as binary complex block data.

Datatype Complex Blockdata (8 Byte Doubles)

FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:PHASe

Usage:FETCh:RFSA:GPRF[:RESults]:TXPower:TRACe:PHASe?Query Response:<Xo>,<dx>,#xyy<TxpPhaseTrace[n]>

Description Fetches the transmit power (TXP) phase trace.

Availability Query


Parameter: <Xo>


Datatype Double

Parameter: <dx>


Datatype Double

Parameter: #xyy<TxpPhaseTrace[n]>

Description Trace data values, sent as binary block data.


INITiate:RFSA:GPRF[:RESults]

Usage:INITiate:RFSA:GPRF[:RESults]

Description Initiates a composite measurement and stores the results in theresult space provided in [:Result].



INITiate:RFSA:GPRF:ALEVel

Usage:INITiate:RFSA:GPRF:ALEVel

Description This command blocks the instrument until the AutoLevel taskcompletes.



SYSTem:RFSA:GPRF:VERSion

Usage:SYSTem:RFSA:GPRF:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:GPRF:DELay

Usage:TRIGger:RFSA:GPRF:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>

Description Specifies the trigger delay, which is the delay between the triggerpoint and the start of data acquisition.



Parameter: <TriggerDelay>

Description Trigger delay.

Datatype Double


Range [-1.00E+001:1.00E+001]

Unit S

TRIGger:RFSA:GPRF:EDGE

Usage:TRIGger:RFSA:GPRF:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

Description Specifies whether the trigger asserts on the rising or falling edgeof the signal.



Parameter: <TriggerEdge>

Description RISing: Asserts the trigger on the rising edge of the signal.FALLing: Asserts the trigger on the falling edge of the signal.


Default Value RISing

Range RISing | FALLing

TRIGger:RFSA:GPRF:EXPort

Usage:

TRIGger:RFSA:GPRF:EXPort[?]<TriggerExportDestination>Query Response:<TriggerExportDestination>

Description Specifies whether to export the trigger to allow otherconfigurations to capture the event and react to the trigger aswell.



Parameter: <TriggerExportDestination>

Description NONE: The trigger is not exported.INTERNAL: The trigger is exported internally in the instrument.


Default Value NONE

Range NONE | INTERNAL

TRIGger:RFSA:GPRF:MQTime

Usage:TRIGger:RFSA:GPRF:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Description Specifies the minimum time for which the signal must be quietbefore the device arms the trigger.



Parameter: <MinQuietTimeDuration>

Description Minimum quiet time. The signal is quiet when it is below the triggerlevel when you set the EDGE property to RISING, or above thetrigger level when you set the EDGE property to FALLING.

Datatype Double


Range [0.00E+000:1.00E+001]

Unit sec

TRIGger:RFSA:GPRF:SOURce

Usage:TRIGger:RFSA:GPRF:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Description Specifies the source terminal for the trigger.

Parameter: <TriggerSource>

Description IMMEDIATE - Generates the signal to measure when the hardwareis ready.POWER - Uses RF power edge trigger.INTERNAL - Uses one of the multiple WTS internal triggers, whichmust be exported by any other personality configured to use thesame port. The port name must be defined before this command isexecuted.

Datatype String

Default Value "IMMEDIATE"

TRIGger:RFSA:GPRF:THReshold

Usage:TRIGger:RFSA:GPRF:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>

Description Specifies the trigger threshold to use when power triggering. Thisvalue is referenced to the unit under test (UUT) port, accountingfor external attenuation.



Parameter: <TriggerThreshold>

Description Power threshold relative to the currently set maximum expectedpower.

Datatype Double

Default Value -30.00

Range [-100.00:0.00]

Unit dB

TRIGger:RFSA:GPRF:TOUT

Usage:TRIGger:RFSA:GPRF:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Description Specifies the maximum time allowed to meet the triggercondition after committing the configuration to the hardware.



Parameter: <TriggerTimeout>

Description Trigger timeout. The timeout watchdog does not start while thehardware configuration is pending.

Datatype Double

Default Value 10.00

Range [0.00:10000.00]

Unit sec

GPRF Signal Generator SCPI Command ListComplete list of GPRF signal generator SCPI commands.

SOURce:RFSG:GPRF[:RFSettings]:EATTenuationSOURce:RFSG:GPRF[:RFSettings]:FREQuency[:CENTer]

SOURce:RFSG:GPRF[:RFSettings]:LEVelSOURce:RFSG:GPRF[:RFSettings]:PORTnameSOURce:RFSG:GPRF:ARB:ATRigger:SOURceSOURce:RFSG:GPRF:ARB:CURRent:INDexSOURce:RFSG:GPRF:ARB:CYCLesSOURce:RFSG:GPRF:ARB:NWAVeformsSOURce:RFSG:GPRF:ARB:REPetitionSOURce:RFSG:GPRF:ARB:WAV[:SELect]SOURce:RFSG:GPRF:ARB:WAV:CATalog[:FILE]SOURce:RFSG:GPRF:ARB:WAV:CATalog:ALLSOURce:RFSG:GPRF:MODESOURce:RFSG:GPRF:SEQuence:ATRigger:SOURceSOURce:RFSG:GPRF:SEQuence:DURation[:ALL]SOURce:RFSG:GPRF:SEQuence:EATTenuation[:ALL]SOURce:RFSG:GPRF:SEQuence:FREQuency[:CENTer][:ALL]SOURce:RFSG:GPRF:SEQuence:LEVel[:ALL]SOURce:RFSG:GPRF:SEQuence:NSEGmentsSOURce:RFSG:GPRF:SEQuence:PORTname[:ALL]SOURce:RFSG:GPRF:SEQuence:PORTname:RESetSOURce:RFSG:GPRF:SEQuence:PTSegment:ENABledSOURce:RFSG:GPRF:SEQuence:SEGMent[:SETup]SOURce:RFSG:GPRF:SEQuence:SEGMent:PORTnameSOURce:RFSG:GPRF:STATeSOURce:RFSG:GPRF:TONEs:NUMberSOURce:RFSG:GPRF:TONEs:OFFSetsSOURce:RFSG:GPRF:TONEs:RLEVelsSYSTem:RFSG:GPRF:VERSionTRIGger:RFSG:GPRF:ADVance:SOFTware:NEXTTRIGger:RFSG:GPRF:EDGETRIGger:RFSG:GPRF:EXPortTRIGger:RFSG:GPRF:SOURceTRIGger:RFSG:GPRF:TOUT

GPRF RFSG SCPI Command ReferenceSCPI command reference for the GPRF signal generator instrument personality.

SOURce:RFSG:GPRF[:RFSettings]:EATTenuation

Usage:SOURce:RFSG:GPRF[:RFSettings]:EATTenuation[?]<ExternalAttenuation>

Query Response:<ExternalAttenuation>






Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:GPRF[:RFSettings]:FREQuency[:CENTer]

Usage:SOURce:RFSG:GPRF[:RFSettings]:FREQuency[:CENTer][?]<CenterFrequency>Query Response:<CenterFrequency>

Description Center frequency.

Datatype Double


Range [6.500000E+007:6.000000E+009]

Unit Hz

SOURce:RFSG:GPRF[:RFSettings]:LEVel

Usage:SOURce:RFSG:GPRF[:RFSettings]:LEVel[?] <Level>Query Response:<Level>

Description Specifies the output power for the specified output port for allsegments in the sequence.



Parameter: <Level>

Description Peak output power.

Datatype Double

Range [-174.00:50.00]

Unit dBm

SOURce:RFSG:GPRF[:RFSettings]:PORTname

Usage:SOURce:RFSG:GPRF[:RFSettings]:PORTname[?] <PortName>Query Response:<PortName>

Description Specifies the port name of the instrument used to generate thesignal.




Description When initiated, the signal generates on the port defined by<PortName>. The signal is adjusted for any attenuation tableassigned to that port.

Datatype String


SOURce:RFSG:GPRF:ARB:ATRigger:SOURce

Usage:SOURce:RFSG:GPRF:ARB:ATRigger:SOURce[?]<AdvanceTriggerSource>Query Response:<AdvanceTriggerSource>

Description Specifies the advance trigger source for ARB mode



Parameter: <AdvanceTriggerSource>

Description Specifies the source of the advance trigger to move betweenwaveforms.NONE: No advance trigger is used. This mode does not allow thegeneration to seemlessly switch waveforms.SOFTWARE: A seemless transition between waveforms will betriggered when an software advance command is received.


Default Value NONE

Range NONE | SOFTWARE

SOURce:RFSG:GPRF:ARB:CURRent:INDex

Usage:SOURce:RFSG:GPRF:ARB:CURRent:INDex?Query Response:<CurrentIndex>

Description Returns the current waveform index in a multiple waveformgeneration.

Availability Query


Parameter: <CurrentIndex>

SOURce:RFSG:GPRF:ARB:CYCLes

Usage:SOURce:RFSG:GPRF:ARB:CYCLes[?] <Cycles>Query Response:<Cycles>

Description Specifies the number of execution cycles for the signal generator.



Parameter: <Cycles>

Description Number of times to repeat the arbitrary waveform. Zero or negativenumbers are interpreted as repeat forever.

Datatype Integer32

Default Value 0

Range [0:1000000]

SOURce:RFSG:GPRF:ARB:NWAVeforms

Usage:SOURce:RFSG:GPRF:ARB:NWAVeforms[?]<NumberOfWaveforms>Query Response:<NumberOfWaveforms>

Description Specifies the number of waveforms that will exist in thegeneration.



Parameter: <NumberOfWaveforms>

Default Value 1

Range [1:1000]

SOURce:RFSG:GPRF:ARB:REPetition

Usage:SOURce:RFSG:GPRF:ARB:REPetition[?] <RepetitionMode>Query Response:<RepetitionMode>

Description Specifies the mode for repeating an arbitrary waveform file.



Parameter: <RepetitionMode>

Description CONTINUOUS: Repeats the waveform file continuously until youabort the generation.FINITE: Repeats the waveform file a finite number of times.

Default Value CONTINUOUS

Range CONTINUOUS | FINITE

SOURce:RFSG:GPRF:ARB:WAV[:SELect]

Usage:SOURce:RFSG:GPRF:ARB:WAV[:SELect][?]<WaveformName>Query Response:<WaveformName>

Description Specifies the waveform the instrument uses for signal generation.This command loads the waveform from disk, if necessary.



Parameter: <WaveformName>

Description File name of the waveform to use for signal generation.

Datatype String

Default Value ""

SOURce:RFSG:GPRF:ARB:WAV:CATalog[:FILE]

Usage:Command:

Query:SOURce:RFSG:GPRF:ARB:WAV:CATalog[:FILE]?<WaveformFileName>Query Response:<WaveformList>

Description Catalogs the arbitrary waveform files available on the instrument.

Availability Query


Parameter: <WaveformFileName>

Description Optional name of the waveform file. If a waveform file exists, thereturn value is 1 or 0.

Datatype String

Parameter: <WaveformList>

Description List containing the waveform files on the instrument hard drive.If any parameter is passed to this command, the return value is 1(waveform file found), or 0 (waveform file not found).

Datatype String

SOURce:RFSG:GPRF:ARB:WAV:CATalog:ALL

Usage:SOURce:RFSG:GPRF:ARB:WAV:CATalog:ALL?Query Response:<AvailableWaveforms[n]>

Description Catalogs the arbitrary waveform files available on the instrument.

Availability Query

Parameter: <AvailableWaveforms[n]>

Description List containing all available waveform files on the instrument harddrive.

Datatype String

SOURce:RFSG:GPRF:MODE

Usage:SOURce:RFSG:GPRF:MODE[?] <GenerationMode>Query Response:<GenerationMode>

Description Specifies the generation mode of the signal generator.



Parameter: <GenerationMode>

Description CW: Generates an unmodulated continuous wave (CW) tone.MULTITONE: Generates a set of multiple tones at different powersand frequencies.ARB: Generates a signal determined by the specified waveform file.SEQUENCE: Generates an arbitrary waveform at certainfrequencies and levels for a specified segment.


Default Value CW

Range CW | MULTITONE | ARB | SEQUENCE

SOURce:RFSG:GPRF:SEQuence:ATRigger:SOURce

Usage:SOURce:RFSG:GPRF:SEQuence:ATRigger:SOURce[?]<ListTriggerSource>Query Response:<ListTriggerSource>

Description Specifies the source of the list trigger



Parameter: <ListTriggerSource>

Description Configures the source for the list trigger.TIMER: The list advances as soon as the segment duration iscomplete.SOFTWARE: The list trigger is tied to software advance trigger.Use TRIG:RFSG:GPRF:ADV:SOFT:NEXT to advance through thelist.


Default Value TIMER

Range TIMER | SOFTWARE

SOURce:RFSG:GPRF:SEQuence:DURation[:ALL]

Usage:SOURce:RFSG:GPRF:SEQuence:DURation[:ALL][?]<Duration[n]>Query Response:<Duration[n]>

Parameter: <Duration[n]>

Description Duration of each segment of the sequence. The size of the arraydepends on the currently defined number of segments. To specifycontinous generation for a given segment, set the correspondingarray element to -1.

Datatype Double

Default Value 1.000000000000000E-002

Range [-1.100000000000000E+000:3.000000000000000E+001]

Unit s

SOURce:RFSG:GPRF:SEQuence:EATTenuation[:ALL]

Usage:SOURce:RFSG:GPRF:SEQuence:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:GPRF:SEQuence:FREQuency[:CENTer][:ALL]

Usage:SOURce:RFSG:GPRF:SEQuence:FREQuency[:CENTer][:ALL][?]<CenterFrequency[n]>Query Response:<CenterFrequency[n]>

Description Specifies the center frequency for all segments.

Parameter: <CenterFrequency[n]>

Description Center frequency of the generated signal for all segments. The sizeof the array depends on the currently defined number of segments.

Datatype Double

Default Value 1.000000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

SOURce:RFSG:GPRF:SEQuence:LEVel[:ALL]

Usage:SOURce:RFSG:GPRF:SEQuence:LEVel[:ALL][?]<PowerLevel[n]>Query Response:<PowerLevel[n]>

Description Specifies the power level provided at the specified output port forall segments in the sequence.



Parameter: <PowerLevel[n]>

Description Power level per segment. The size of the array depends on thecurrently defined number of segments.

Datatype Double

Range [-174.00:50.00]

Unit dBm

SOURce:RFSG:GPRF:SEQuence:NSEGments

Usage:SOURce:RFSG:GPRF:SEQuence:NSEGments[?]<NumberOfSegments>Query Response:<NumberOfSegments>

Description Specifies the number of segments in a sequence. You must setthis parameter before setting other sequence-based parameters.





Datatype Integer32

Default Value 1

Range [1:10000]

SOURce:RFSG:GPRF:SEQuence:PORTname[:ALL]

Usage:SOURce:RFSG:GPRF:SEQuence:PORTname[:ALL][?]<PortName[n]>Query Response:<PortName[n]>

Description Specifies the output port for all segments in the sequence. Thefirst element of the sequence must either match the port assignedto the GPRF session or must be set to "SELF".



Parameter: <PortName[n]>

Description Port per segment. The size of the array depends on the currentdefined number of segments. Specify "SELF" to use the portcurrently assigned to the GPRF instance.

Datatype String

Default Value "SELF"

SOURce:RFSG:GPRF:SEQuence:PORTname:RESet

Usage:SOURce:RFSG:GPRF:SEQuence:PORTname:RESet

Description Clears the configured sequence of all port names. Until asequence of ports is configured again, all sequence elementsautomatically generate on the port assigned to the particularGPRF session.



SOURce:RFSG:GPRF:SEQuence:PTSegment:ENABled

Usage:SOURce:RFSG:GPRF:SEQuence:PTSegment:ENABled[?]<PreTriggerGenerationEnabled>

Query Response:<PreTriggerGenerationEnabled>

Description Specifies the pre-trigger behavior when using sequence mode. Ifset to True, the instrument generates the waveform defined forthe first segment before the trigger event occurs.



Parameter: <PreTriggerGenerationEnabled>

Default Value 0


SOURce:RFSG:GPRF:SEQuence:SEGMent[:SETup]

Usage:SOURce:RFSG:GPRF:SEQuence:SEGMent[:SETup][?]<CenterFrequency>,<PowerLevel>,<ExternalAttenuation>,<Duration>Query Response:<CenterFrequency>,<PowerLevel>,<ExternalAttenuation>,<Duration>

Description Specifies all physical properties of a signal for a given segment.

Datatype Double

Default Value 1.000000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

Parameter: <PowerLevel>

Description Peak output power level.

Datatype Double


Range [-174.00:50.00]

Unit dBm



Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

Parameter: <Duration>

Description Duration of the segment. To specify continous generation, set thisparameter to -1.

Datatype Double

Default Value 1.000000000000000E-001

Range [-1.100000000000000E+000:3.000000000000000E+001]

Unit s

SOURce:RFSG:GPRF:SEQuence:SEGMent:PORTname

Usage:SOURce:RFSG:GPRF:SEQuence:SEGMent:PORTname[?]<SegmentPortName>Query Response:<SegmentPortName>

Description Specifies the output port for all segments in the sequence. Thefirst element of the sequence must either match the port assignedto the GPRF session or must be set to "SELF".



Parameter: <SegmentPortName>

Description Port per segment. The size of the array depends on the currentdefined number of segments. Specify "SELF" to use the portcurrently assigned to the GPRF instance.

Datatype String

Default Value "SELF"

SOURce:RFSG:GPRF:STATe

Usage:SOURce:RFSG:GPRF:STATe[?] <State>Query Response:<State>

Description Configures the output state of the signal generator.



Parameter: <State>

Description OFF: Not executing.PENDING: Execution is waiting for the hardware to release.ON: Executing in hardware.


Default Value OFF

Range OFF | PENDING | ON

SOURce:RFSG:GPRF:TONEs:NUMber

Usage:SOURce:RFSG:GPRF:TONEs:NUMber[?] <NumberOfTones>Query Response:<NumberOfTones>

Description Specifies the number of tones to generate during multitone signalgeneration.



Parameter: <NumberOfTones>

Description Number of tones to generate.

Datatype Integer32

Default Value 1

Range [1:512]

SOURce:RFSG:GPRF:TONEs:OFFSets

Usage:SOURce:RFSG:GPRF:TONEs:OFFSets[?]<FrequencyOffsets[n]>Query Response:<FrequencyOffsets[n]>

Description Specifies the frequency offset list to use during multitonegeneration.

Parameter: <FrequencyOffsets[n]>

Description Array of frequency offsets from the center frequency. The valuessupported depend on the number of tones and the separationbetween them. The array size is equal to the configured number oftones.

Datatype Double

Default Value 0.000000000000000E+000

Range [-1.000000000000000E+008:1.000000000000000E+008]

Unit Hz

SOURce:RFSG:GPRF:TONEs:RLEVels

Usage:SOURce:RFSG:GPRF:TONEs:RLEVels[?] <RelativeLevels[n]>Query Response:<RelativeLevels[n]>

Description Specifies the frequency offset list to use during multitonegeneration.



Parameter: <RelativeLevels[n]>

Description Array of relative levels to the generator output level. The array sizeis equal to the configured number of tones.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dB

SYSTem:RFSG:GPRF:VERSion

Usage:SYSTem:RFSG:GPRF:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSG:GPRF:ADVance:SOFTware:NEXT

Usage:TRIGger:RFSG:GPRF:ADVance:SOFTware:NEXT

Description Sends a software trigger to advance the generation script. ForARB mode, this moves onto the next waveform if multiplewaveforms have been defined. For SEQ mode, this moves to thenext segment. This function is valid only if the Advance Triggersource is set to SOFTWARE and the mode is ARB or SEQ.



TRIGger:RFSG:GPRF:EDGE

Usage:TRIGger:RFSG:GPRF:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

Description




Description RISING: Asserts the trigger on the rising edge of the signal.FALLING: Asserts the trigger on the falling edge of the signal.


Default Value Rising

Range Rising | Falling

TRIGger:RFSG:GPRF:EXPort

Usage:TRIGger:RFSG:GPRF:EXPort[?] <ExportDestination>Query Response:<ExportDestination>

Description Sets the trigger export. The trigger export automatically triggersan analyzer when the trigger point occurs.

Ensure the analyzer and generator belong to the same physicalRF chain.



Parameter: <ExportDestination>

Description NONE: No signal is exported.INTERNAL: If marker0 is detected in the script, then SG exports atrigger signal through PXI Trigger Line 0 to the analyzer.


Default Value NONE


TRIGger:RFSG:GPRF:SOURce

Usage:TRIGger:RFSG:GPRF:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Description




Description Immediate - Generates the signal to measure when the hardware isready.Internal - Uses an internal trigger route. Requires the user to exporta signal to the internal destination with another command.PFI 0 - Uses the front panel PFI 0 trigger if available.PFI 1 - Uses the front panel PFI 1 trigger if available.

Datatype String

Default Value "Immediate"

TRIGger:RFSG:GPRF:TOUT

Usage:TRIGger:RFSG:GPRF:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Description Specifies the maximum time allowed to meet the triggercondition after committing the configuration to hardware.

Description Trigger timeout. The timeout watchdog does not start while thehardware configuration is pending. If the trigger timeout exceeds,the generator returns to OFF.

Datatype Double

Default Value 5.00

Range [0.00:10000.00]

Unit sec

WLAN Instrument PersonalitiesUse the SCPI commands for the WLAN instrument personalities to generate and performmeasurements on WLAN signals.

Supported WLAN measurements include spectral analysis, burst power, direct sequencespread spectrum (DSSS) power ramp-up and ramp-down, DSSS demodulation, and orthogonalfrequency division multiplexing (OFDM) demodulation on wireless local area network(WLAN) transceiver signals that conform to IEEE Standard 802.11a-1999, IEEE Standard802.11b-1999, IEEE Standard 802.11g-2003, IEEE Standard 802.11j-2004, IEEE Standard802.11n-2009, IEEE Standard 802.11p-2010, or IEEE Standard 802.11ac-2013. This manualassumes you are familiar with these IEEE standards.

WLAN Signal Analyzer SCPI Command ListComplete list of WLAN signal analyzer SCPI commands.

CONFigure:RFSA:WLAN[:CSEGment]:EATTenuation[:ALL]CONFigure:RFSA:WLAN[:CSEGment]:EATTenuation:CHAinCONFigure:RFSA:WLAN[:CSEGment]:FREQuency[:CENTer]CONFigure:RFSA:WLAN[:CSEGment]:FREQuency:CHANnelCONFigure:RFSA:WLAN[:CSEGment]:PORTname[:ALL]CONFigure:RFSA:WLAN[:CSEGment]:PORTname:CHAinCONFigure:RFSA:WLAN[:CSEGment]:POWer[:MAXimum]CONFigure:RFSA:WLAN[:CSEGment]:POWer:AVERageCONFigure:RFSA:WLAN[:MEASurement]:MODulation[:ENABle]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:AVERage[:COUNt]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:CRCheck[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:DCOFfsetcomp[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:EQUalization[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:MCHIpsCONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:PSFilter[:TYPE]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:PSFilter:COEFficientCONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:TRACking:PHASeCONFigure:RFSA:WLAN[:MEASurement]:MODulation:MSLocationCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:CFOMethodCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:COMBined:REFerence:IDENtifierCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:COMBined:SCRamblerCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:ESTimation:COFFset[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:ESTimation:IMPairments[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:GPOWer[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:GPOWer:UDEFinedCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:LPFilterCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:MSYMbolsCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:AMPLitudeCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnelCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRA

Cking:CHANnel:SMOothing:ENABleCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel:SMOothing:WLENgthCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:PHASeCONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:TIMECONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:UTONe:REFerence:TYPECONFigure:RFSA:WLAN[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:WLAN[:MEASurement]:OBW:TIME:LENGthCONFigure:RFSA:WLAN[:MEASurement]:OBW:TIME:OFFSetCONFigure:RFSA:WLAN[:MEASurement]:PRAMp[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:PRAMp:AVERage[:COUNt]CONFigure:RFSA:WLAN[:MEASurement]:PRAMp:RTHResholdsCONFigure:RFSA:WLAN[:MEASurement]:RACCuracy[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:AVERage[:COUNt]CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:CFOMethodCONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:MSYMbolsCONFigure:RFSA:WLAN[:MEASurement]:SDENsity[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:AVERage[:COUNt]CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:TIME:LENGthCONFigure:RFSA:WLAN[:MEASurement]:SDENsity:TIME:OFFSetCONFigure:RFSA:WLAN[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:WLAN[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:WLAN[:MEASurement]:SEM:FFT:WTYPeCONFigure:RFSA:WLAN[:MEASurement]:SEM:FOFFsetCONFigure:RFSA:WLAN[:MEASurement]:SEM:LOFFsetCONFigure:RFSA:WLAN[:MEASurement]:SEM:REFerence[:LEVels]CONFigure:RFSA:WLAN[:MEASurement]:SEM:REFerence:TYPECONFigure:RFSA:WLAN[:MEASurement]:SEM:SPANCONFigure:RFSA:WLAN[:MEASurement]:SEM:SPAN:AUTO[:ENABle]

CONFigure:RFSA:WLAN[:MEASurement]:SEM:TIME:LENGthCONFigure:RFSA:WLAN[:MEASurement]:SEM:TIME:OFFSetCONFigure:RFSA:WLAN[:MEASurement]:SEM:TYPECONFigure:RFSA:WLAN[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:WLAN[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:WLAN:ACTive[:ALL]CONFigure:RFSA:WLAN:ACTive:CHAin[:ENABle]CONFigure:RFSA:WLAN:ALENgth[:DURation]CONFigure:RFSA:WLAN:ALENgth:AUTOCONFigure:RFSA:WLAN:BWIDthCONFigure:RFSA:WLAN:MODECONFigure:RFSA:WLAN:NCHainsCONFigure:RFSA:WLAN:PACKet:DCM:ALL[:ENABle]CONFigure:RFSA:WLAN:PACKet:DMODeCONFigure:RFSA:WLAN:PACKet:DRATeCONFigure:RFSA:WLAN:PACKet:GINTervalCONFigure:RFSA:WLAN:PACKet:HELTfsizeCONFigure:RFSA:WLAN:PACKet:LESSegmentCONFigure:RFSA:WLAN:PACKet:LSIGlengthCONFigure:RFSA:WLAN:PACKet:MCSindexCONFigure:RFSA:WLAN:PACKet:MCSindex:ALLCONFigure:RFSA:WLAN:PACKet:MMAPmatrixCONFigure:RFSA:WLAN:PACKet:NSTSCONFigure:RFSA:WLAN:PACKet:NSTS:ALLCONFigure:RFSA:WLAN:PACKet:PAYLoad[:HE]:SBDCm[:ENABle]CONFigure:RFSA:WLAN:PACKet:PAYLoad[:HE]:SBMCsCONFigure:RFSA:WLAN:PACKet:PAYLoad[:LENGth]CONFigure:RFSA:WLAN:PACKet:PAYLoad:FECTypeCONFigure:RFSA:WLAN:PACKet:PEDambiguityCONFigure:RFSA:WLAN:PACKet:PFPFactorCONFigure:RFSA:WLAN:PACKet:PLCP:FFORmatCONFigure:RFSA:WLAN:PACKet:PPDUCONFigure:RFSA:WLAN:PACKet:RU:ALLCONFigure:RFSA:WLAN:PACKet:RUOFfset:ALLCONFigure:RFSA:WLAN:PACKet:SIGBsymbolsCONFigure:RFSA:WLAN:PACKet:STBC:ASENabledCONFigure:RFSA:WLAN:PACKet:STBC:INDexCONFigure:RFSA:WLAN:PHYCONFigure:RFSA:WLAN:TRACe[:ENABle]

CONFigure:RFSA:WLAN:UUTFETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM[:ALL]FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM:RMSFETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM:TRACe[:IQ]FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:HEADerFETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam][:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam]:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam]:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe[:IQ]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRMagnitude

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhaseFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase:DEViationFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase:IDEViationFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam][:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam]:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam]:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADerFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HEFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HE:USER

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HTFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:VHTFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam][:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam]:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam]:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness[:AVERage]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:MAXimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:MINimumFETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:TRACe[:SCARrier]FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SYMBolsFETCh:RFSA:WLAN[:RESults]:OBWFETCh:RFSA:WLAN[:RESults]:PRAMpFETCh:RFSA:WLAN[:RESults]:RACCuracyFETCh:RFSA:WLAN[:RESults]:RACCuracy:TRACeFETCh:RFSA:WLAN[:RESults]:RACCuracy:TRACe:CFOPacketFETCh:RFSA:WLAN[:RESults]:SDENsityFETCh:RFSA:WLAN[:RESults]:SEM[:MARGin]FETCh:RFSA:WLAN[:RESults]:SEM:FSEGmentsFETCh:RFSA:WLAN[:RESults]:SEM:TRACe:MASK

FETCh:RFSA:WLAN[:RESults]:SEM:TRACe:SPECtrumFETCh:RFSA:WLAN[:RESults]:STATeFETCh:RFSA:WLAN[:RESults]:TXPower[:AVERage]FETCh:RFSA:WLAN[:RESults]:TXPower:MAXimumFETCh:RFSA:WLAN[:RESults]:TXPower:MINimumFETCh:RFSA:WLAN[:RESults]:TXPower:TRACe[:POWer]FETCh:RFSA:WLAN[:RESults]:TXPower:USER[:AVERage]FETCh:RFSA:WLAN[:RESults]:TXPower:USER:MAXimumFETCh:RFSA:WLAN[:RESults]:TXPower:USER:MINimumINITiate:RFSA:WLAN[:RESults]INITiate:RFSA:WLAN:ALEVelSYSTem:RFSA:WLAN:COMBined:REFerence:CATalogSYSTem:RFSA:WLAN:VERSionTRIGger:RFSA:WLAN:DELay[:TIME]TRIGger:RFSA:WLAN:DELay:PACKetTRIGger:RFSA:WLAN:EDGETRIGger:RFSA:WLAN:EXPortTRIGger:RFSA:WLAN:MQTimeTRIGger:RFSA:WLAN:SOURceTRIGger:RFSA:WLAN:THResholdTRIGger:RFSA:WLAN:TOUT

WLAN RFSA SCPI Command ReferenceSCPI command reference for the WLAN signal analyzer instrument personality.

CONFigure:RFSA:WLAN[:CSEGment]:EATTenuation[:ALL]

Usage:CONFigure:RFSA:WLAN[:CSEGment]:EATTenuation[:ALL][?] <ExternalAttenuations[n]>Query Response:<ExternalAttenuations[n]>

Description Specifies the external attenuation for all active chains. Externalattenuation is applied on top of any attenuation provided for thespecified port.



Parameter: <ExternalAttenuations[n]>

Description External attenuation value per chain. The size of the array dependson the current defined number of chains.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:WLAN[:CSEGment]:EATTenuation:CHAin

Usage:CONFigure:RFSA:WLAN[:CSEGment]:EATTenuation:CHAin[?] <ScalarAttenuation>Query Response:<ScalarAttenuation>

Parameter: <ScalarAttenuation>

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:WLAN[:CSEGment]:FREQuency[:CENTer]

Usage:CONFigure:RFSA:WLAN[:CSEGment]:FREQuency[:CENTer][?] <CenterFrequency>Query Response:<CenterFrequency>

Description Specifies the center frequency for signal generation. Note: In caseof 802.11ac 80+80, the frequency of second segment should belarger than the first segment.

Range [1.0000E+007:6.0000E+009]

Unit Hz

CONFigure:RFSA:WLAN[:CSEGment]:FREQuency:CHANnel

Usage:CONFigure:RFSA:WLAN[:CSEGment]:FREQuency:CHANnel<Channel>,<SecondaryFactor>

Description Calculates the carrier frequency of the WLAN signal to generate,according to the numbering scheme, by converting a set of inputparameters into the carrier frequency. The device computes thecarrier frequency according to sections 17.4.6, 18.3.8.3, 20.3.15of IEEE Standard 802.11-2012 and section 22.3.14 of IEEEStandard 802.11ac-2013.



Parameter: <Channel>

Description Center frequency offset, in 5 MHz increments, above the startingfrequency of the channel.When you set BWIDth to 40 MHz, FREQuency:CHANnel is theprimary channel number and the corresponding channel centerfrequency is the primary channel center frequency. Channel centerfrequency is calculated using the following formula:channel center frequency (Hz) = channel starting frequency (Hz) +(channel number * 5 MHz)

Datatype Integer32

Default Value 0

Range [0:200]

Parameter: <SecondaryFactor>

Description Specifies whether the secondary channel is above or below theprimary channel when you set BWIDth to 40 MHz.A 40 MHz channel is created by combining the primary channel andthe secondary channel, where each of the channels have a bandwidthof 20 MHz.The secondary channel number is given by the following formula:secondary channel number = primary channel number + (4 *secondary factor)The secondary channel center frequency is given by the followingformula:secondary channel center frequency (Hz) = channel startingfrequency (Hz) + (secondary channel number * 5 MHz)

Datatype Integer32

Default Value 0

Range [-1:1]

CONFigure:RFSA:WLAN[:CSEGment]:PORTname[:ALL]

Usage:CONFigure:RFSA:WLAN[:CSEGment]:PORTname[:ALL][?]<PortNames[n]>Query Response:<PortNames[n]>

Description Specifies the port name for the chain index 1..n.

Description Port name per chain. The size of the array depends on the currentdefined number of chains.

Datatype String

Default Value ""

CONFigure:RFSA:WLAN[:CSEGment]:PORTname:CHAin

Usage:CONFigure:RFSA:WLAN[:CSEGment]:PORTname:CHAin[?] <PortName>Query Response:<PortName>

Description Specifies the port name for the given chain index (CHAIn).




Default Value ""

CONFigure:RFSA:WLAN[:CSEGment]:POWer[:MAXimum]

Usage:CONFigure:RFSA:WLAN[:CSEGment]:POWer[:MAXimum][?]<MaxInputPower>Query Response:<MaxInputPower>

Description Specifies the expected maximum power level of the incomingsignal at the input of the instrument, for the specified chain.Set this command to the maximum transmission power of thesignal burst after subtracting any cabling or fixture losses.




Default Value 0.00

Range [-100.00:100.00]

Unit dBm

CONFigure:RFSA:WLAN[:CSEGment]:POWer:AVERage

Usage:CONFigure:RFSA:WLAN[:CSEGment]:POWer:AVERage[?]<AvgInputPower>Query Response:<AvgInputPower>

Description Specifies the expected average power level of the incomingsignal at the input of the instrument, for the specified chain.Set this command to the average transmission power of the signalburst after subtracting any cabling or fixture losses.

Parameter: <AvgInputPower>


Range [-1.00E+002:1.00E+002]

Unit dBm

CONFigure:RFSA:WLAN[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation[:ENABle][?] <ModulationEnabled>Query Response:<ModulationEnabled>

Description Specifies whether to enable demodulation-based measurements.



Parameter: <ModulationEnabled>

Description 0 | OFF : Disables demodulation-based measurements.1 | ON : Enables demodulation-based measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:AVERage[

:COUNt][?] <ModulationNumberOfAverages>Query Response:<ModulationNumberOfAverages>

Description Specifies the number of iterations over which to average thedemodulation-based measurements.If you increase the number of averages, the device providessmoother values but takes longer to compute the values.



Parameter: <ModulationNumberOfAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:CRCheck[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:CRCheck[:ENABle][?] <CrcEnabled>Query Response:<CrcEnabled>

Description Specifies whether to check for the validity of the CyclicRedundancy Check (CRC) on the header fields that contain aCRC.

Parameter: <CrcEnabled>

Description 0 | OFF : Disables validation of the CRC.1 | ON : Enables validation of the CRC.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:DCOFfsetcomp[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:DCOFfsetcomp[:ENABle][?] <DcOffsetCompensationEnabled>Query Response:<DcOffsetCompensationEnabled>

Description Specifies whether to enable DC offset compensation.



Parameter: <DcOffsetCompensationEnabled>

Description 0 | OFF : Disables DC offset compensation.1 | ON : Enables DC offset compensation.

Datatype Boolean

Default Value 1

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:EQUalization[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:EQUalization[:ENABle][?] <EqualizationEnabled>Query Response:<EqualizationEnabled>

Description Specifies whether to enable equalization. The IEEE Standard802.11-2007 does not allow equalization before computing errorvector magnitude (EVM).If equalization is enabled, the device does not support measurementof I/Q impairments and decoding of bits.Equalization is not supported for signals with data rates of 22MBps and 33 MBps. Do not enable equalization when performingdemodulation measurements on signals with data rates of 22 MBpsand 33 MBps.If the DSSS Equalization is enabled, the actual number of chips thedevice uses to calculate EVM varies. For example, the device uses773 chips for EVM calculation if the DSSS Maximum Chips Usedis set to 1000. If you increase the value of Maximum Chips Used,the instrument uses up to a maximum of 991 more chips.


ExecutionMode

Command: OverlappedQuery: Sequential

Parameter: <EqualizationEnabled>

Description 0 | OFF : Disables equalization.1 | ON : Enables equalization.

Datatype Boolean

Default Value 0

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:MCHIps

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:MCHIps[?] <MaximumChips>Query Response:<MaximumChips>

Description Specifies the maximum number of chips used to compute errorvector magnitude (EVM).



Parameter: <MaximumChips>

Default Value 1000

Range [0:2147483647]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:PSFilter[:TYPE]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:PSFilter[:TYPE][?] <PSFilterType>Query Response:<PSFilterType>

Description Specifies the pulse-shaping filter for the generation of matched-filter coefficients. In most cases, you must set this property to theoption that is used for the device under test (DUT).The instrument ignores this property if you set the DSSSEqualization Enabled property to True.



Parameter: <PSFilterType>

Description NONE : No pulse shaping filter is used.RCOSine : Uses a raised cosine filter.RRCOSINE :Uses a root-raised cosine filter.GAUSsian : Uses a Gaussian filter.



Range NONE | RCOSINE | RRCOSINE | GAUSSIAN

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:PSFilter:COEFficient

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:PSFilter:COEFficient[?] <PSFilterCoeff>Query Response:<PSFilterCoeff>

Description Specifies the Pulse Shaping Filter Coefficient value of alpha ifthe Pulse Shaping Filter type is set to Raised Cosine or Root-Raised Cosine. If the Pulse Shaping Filter type is set to Gaussianin non-equalization mode, the Reference Pulse Shaping FilterCoefficient property specifies the value of BT, where B is the 3dB filter bandwidth and T is symbol time.



Parameter: <PSFilterCoeff>

Default Value 0.33

Range [-Inf:Inf]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:TRACking:PHASe

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:DSSS:TRACking:PHASe[?] <PhaseTrackingEnabled>Query Response:<PhaseTrackingEnabled>

Description When DSSS Phase Tracking Enable is set to TRUE, themeasurement will perform a measurement that ignores all sourcesof phase error, be it from phase noise, AWGN, or non linearity.The resultant EVM will represent the EVM due to amplitudeerror only. This setting should be used for diagnostic purposesonly and does not represent a realistically achievable EVM. Toperform the measurement per the IEEE specification, thisproperty should be FALSE.



Parameter: <PhaseTrackingEnabled>

Description 0 | OFF : Disables phase tracking.1 | ON : Enables phase tracking.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:MSLocation

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:MSLocation[?] <MeasurementStartLocation>Query Response:<MeasurementStartLocation>

Description Specifies the number of symbols from the beginning of thepayload to ignore for error vector magnitude (EVM)computation.



Parameter: <MeasurementStartLocation>

Default Value 0

Range [0:2147483647]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:CFOMethod

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:CFOMethod[?] <CfoMethod>Query Response:<CfoMethod>

Description Specifies how to estimate carrier frequency offset (CFO).

Parameter: <CfoMethod>

Description PAMBLE: Estimates the CFO using only the L-LTF field in thepreamble. (Obsolete: Use IPAMBLE)PDATA: Estimates the CFO using the preamble and pilot subcarriersin the data portion.CPREFIX: Estimates the CFO using the cyclix prefix (CP) of thesymbols.PPDATA: Estimates the CFO using the preamble, pilots, and datasubcarriers.IPAMBLE: Estimates the CFO using only the L-LTF field in thepreamble.FPAMBLE: Estimates the CFO using the L-LTF and HE-SIG fieldsin the preamble (Only valid for 802.11ax)


Default Value PDATA

Range PAMBLE | PDATA | CPREFIX | PPDATA | IPAMBLE | FPAMBLE

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:COMBined:REFerence:IDENtifier

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:COMBined:REFerence:IDENtifier[?] <RefDataSetId>Query Response:<RefDataSetId>

Description Sets the ID of the reference data to use. Ensure the data setcontains the required reference files for assigned bandwidth,MCS, and NSS.

Parameter: <RefDataSetId>

Default Value "NONE"

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:COMBined:SCRambler

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:COMBined:SCRambler[?] <ScramblerSeed>Query Response:<ScramblerSeed>

Description Demodulates the combined MIMO signal. A dedicated scramblerseed can speed up the measurement. If setting the seed to -1, avariable seed is assumed which must be esimated by theinstrument. The defined reference data must support all possibleseeds.



Parameter: <ScramblerSeed>

Default Value 127

Range [-1:127]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:ESTimation:COFFset[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:ESTimation:COFFset[:ENABle][?]<ClockOffsetEstimationEnabled>Query Response:<ClockOffsetEstimationEnabled>

Description Specifies whether to estimate the Sample Clock offset.



Parameter: <ClockOffsetEstimationEnabled>

Description 0 | OFF : Disables Sample Clock offset estimation.1 | ON : Enables Sample Clock offset estimation.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:ESTimation:IMPairments[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:ESTimation:IMPairments[:ENABle][?]<ImpairmentsEstimationEnabled>Query Response:<ImpairmentsEstimationEnabled>

Description Specifies whether to estimate impairments.

Parameter: <ImpairmentsEstimationEnabled>

Description 0 | OFF : Disables impairment estimation.1 | ON : Enables impairment estimation.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:GPOWer[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:GPOWer[:ENABle][?] <GatedPowerEnabled>Query Response:<GatedPowerEnabled>

Description Specifies whether to measure gated power.



Parameter: <GatedPowerEnabled>

Description 0 | OFF : Disables measurement of gated power.1 | ON : Enables measurement of gated power.

Datatype Boolean

Default Value 0

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:GPOWer:UDEFined

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:GPOWer:UDEFined[?] <UserDefinedWindow[n]>Query Response:<UserDefinedWindow[n]>

Description Specifies user-defined windows as pairs of start and stop times.



Parameter: <UserDefinedWindow[n]>

Description User-defined windows as interleaved start and stop times. Unit:second.

Datatype Double

Range [0.000000000000000E+000:1.000000000000000E+000]

Unit second

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:LPFilter

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:LPFilter[?] <LowPassFilterEnable>Query Response:<LowPassFilterEnable>

Description Specifies whether to perform low-pass filtering, to remove out-of-band noise, after acquiring the baseband signal.

Note EVM measurement quality may be affected by out-of-bandspurious signals if the NI RF vector signal analyzer bandwidth(defined as 0.8 * I/Q rate) is significantly greater than the channelbandwidth. Enable the software low-pass filter to reject the out-of-channel noise.



Parameter: <LowPassFilterEnable>

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:MSYMbols

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:MSYMbols[?] <MaximumSymbols>Query Response:<MaximumSymbols>

Description Specifies the maximum number of symbols that the device usesto compute error vector magnitude (EVM). This value must beset correctly to optimize measurement speed. If the number ofavailable payload symbols is greater than the value specified, theinstrument ignores the additional symbols from the end of thepacket.Note: If you set this value to -1, the instrument uses all symbolsin the signal for the measurement.



Parameter: <MaximumSymbols>

Default Value 16

Range [-1:2147483647]

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:AMPLitude

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:AMPLitude[?] <AmplitudeTracking>Query Response:<AmplitudeTracking>

Description Specifies whether to enable pilot-based mean amplitude tracking.Amplitude tracking is useful if the mean amplitude of the OFDMsymbol varies over time. However, enabling tracking maydegrade error vector magnitude (EVM) values by approximately1 dB to 2 dB because of attempts to track random amplitudedistortions caused by noise and residual intercarrier interferencefrom symbol to symbol.



Parameter: <AmplitudeTracking>

Description 0 | OFF : Disables amplitude tracking.1 | ON : Enables amplitude tracking.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel[?] <ChannelTracking>Query Response:<ChannelTracking>

Description Specifies the channel tracking method used to estimate thechannel frequency response.



Parameter: <ChannelTracking>

Description 0 | OFF : The instrument uses only the long training sequence (LTS)to compute the channel frequency response. the instrument uses thisresponse as the channel frequency response estimate over the entirepacket.1 | ON : The instrument uses the entire packet to compute thechannel frequency response. The instrument estimates the channelresponse over preamble and data, and then uses this response as thechannel frequency response estimate.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel:SMOothing:ENABle

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel:SMOothing:ENABle[?]<ChannelSmoothingEnable>Query Response:<ChannelSmoothingEnable>

Description Enables or disables the triangular-weighted moving window, insubcarriers, used for averaging the channel frequency response.



Parameter: <ChannelSmoothingEnable>

Description When enabled, the channel estimation is averaged over N carriers,where N is the window size, for a more consistent representation.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel:SMOothing:WLENgth

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:CHANnel:SMOothing:WLENgth[?]<ChannelSmoothingWindowLength>Query Response:<ChannelSmoothingWindowLength>

Description Specifies the length of the triangular-weighted moving window,in subcarriers, used for averaging the channel frequencyresponse.

Parameter: <ChannelSmoothingWindowLength>

Description Number of carriers.

Datatype Integer32

Default Value 1

Range [1:121]

Unit subcarriers

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:PHASe

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:PHASe[?] <PhaseTrackingMode>Query Response:<PhaseTrackingMode>

Description When DSSS Phase Tracking Enable is set to TRUE, themeasurement will perform a measurement that ignores all sourcesof phase error, be it from phase noise, AWGN, or non linearity.The resultant EVM will represent the EVM due to amplitudeerror only. This setting should be used for diagnostic purposesonly and does not represent a realistically achievable EVM. Toperform the measurement per the IEEE specification, thisproperty should be FALSE.

Parameter: <PhaseTrackingMode>

Description NONE: Disables phase tracking.STANDARD: Enables symbol-by-symbol pilot-based commonphase error correction. The instrument performs pilot-basedcommon phase error correction over the orthogonal frequencydivision multiplexing (OFDM) symbol, as specified in section17.3.9.7 of IEEE Standard 802.11a-1999, section 20.3.21.7.4 ofIEEE Standard 802.11n-2009, and section 22.3.18.4.4 of IEEEStandard 802.11ac-2013.CSF: Performs a cubic spline fit on pilot-based common phase erroracross symbols and then does a symbol-by-symbol phase errorcorrection.INSTANT: Enables symbol-by-symbol pilot-based common phaseerror correction and compensates for instantaneous phase errors.The instrument performs pilot-based common phase error correctionover the OFDM symbol and also compensates for the phasedistortion in each modulation symbol. Such compensation is notdefined in the IEEE standard. However, the compensation is usefulfor determining the modulation distortion in the amplitude and thecontribution of phase errors. Using this method of phase tracking,the instrument computes only the magnitude portion of the errorvector magnitude (EVM), which is the error caused by the variationin magnitude of the complex modulation symbol over the length ofthe packet and different subcarriers.


Default Value STANDARD

Range NONE | STANDARD | CSF | INSTANT

CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:TIME

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:TRACking:TIME[?] <TimeTracking>Query Response:<TimeTracking>

Description Specifies whether to enable compensation for Sample Clockfrequency offset.Although the estimation of the Sample Clock offset occurs over amaximum of 100 orthogonal frequency division multiplexing(OFDM) symbols in the frequency domain, the instrumentcompensates for this offset in the time domain to ensure thatclock cycle slips can be adjusted.



Parameter: <TimeTracking>

Description 0 | OFF : Disables compensation for Sample Clock frequency offset.1 | ON : Enables compensation for Sample Clock frequency offset.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:UTONe:REFerence:TYPE

Usage:CONFigure:RFSA:WLAN[:MEASurement]:MODulation:OFDM:UTONe:REFerence:TYPE[?] <UnusedToneErrorMaskReference>Query Response:<UnusedToneErrorMaskReference>

Description Specifies the unused tone error mask reference.



Parameter: <UnusedToneErrorMaskReference>

Description LPOWER: Uses the low power as the reference.HPOWER: Uses the high power as the reference.


Default Value LPOWER

Range LPOWER | HPOWER

CONFigure:RFSA:WLAN[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:OBW[:ENABle][?]<ObwEnabled>Query Response:<ObwEnabled>

Description Specifies whether to enable occupied bandwidth (OBW)measurements.

Parameter: <ObwEnabled>

Description 0 | OFF : Disables OBW measurements.1 | ON : Enables OBW measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwNumberOfAverages>Query Response:<ObwNumberOfAverages>

Description Specifies the number of iterations over which to average thepower ramp up/down time measurements.If you increase the number of averages, the instrument providessmoother values but takes longer to compute the values.



Parameter: <ObwNumberOfAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:WLAN[:MEASurement]:OBW:TIME:LENGth

Usage:

CONFigure:RFSA:WLAN[:MEASurement]:OBW:TIME:LENGth[?]<ObwMeasurementLength>Query Response:<ObwMeasurementLength>

Description Specifies the measurement length over each burst over which tocompute the occupied bandwidth (OBW).



Parameter: <ObwMeasurementLength>

Default Value 1.000000000000000E-004

Range [0.000000000000000E+000:1.000000000000000E+002]

Unit s

CONFigure:RFSA:WLAN[:MEASurement]:OBW:TIME:OFFSet

Usage:CONFigure:RFSA:WLAN[:MEASurement]:OBW:TIME:OFFSet[?]<ObwMeasurementOffset>Query Response:<ObwMeasurementOffset>

Description Specifies the offset from the beginning of the signal until theoccupied bandwidth (OBW) measurement starts.

Parameter: <ObwMeasurementOffset>


Range [0.00E+000:1.00E+002]

Unit s

CONFigure:RFSA:WLAN[:MEASurement]:PRAMp[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:PRAMp[:ENABle][?]<PowerRampEnabled>Query Response:<PowerRampEnabled>

Description Specifies whether to enable the measurement of the power ramp-up or ramp-down time for 802.11b and 802.11g direct sequencespread spectrum (DSSS) signals.



Parameter: <PowerRampEnabled>

Description 0 | OFF : Disables power ramp measurements.1 | ON : Enables power ramp measurements.

Datatype Boolean

Default Value 0

CONFigure:RFSA:WLAN[:MEASurement]:PRAMp:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:PRAMp:AVERage[:COUNt][?] <PowerRampNumberOfAverages>Query Response:<PowerRampNumberOfAverages>

Description Specifies the number of iterations over which the instrumentaverages power ramp up/down time measurements.If the number of averages is increased, the instrument providessmoother values but takes longer to compute the values.



Parameter: <PowerRampNumberOfAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:WLAN[:MEASurement]:PRAMp:RTHResholds

Usage:CONFigure:RFSA:WLAN[:MEASurement]:PRAMp:RTHResholds[?]<RampUpLowThreshold>,<RampUpHighThreshold>,<RampDownLowThreshold>,<RampDownHighThreshold>Query Response:<RampUpLowThreshold>,<RampUpHighThreshold>,<RampDownLowThreshold>,<RampDownHighThreshold>

Description Specifies power ramp threshold values.



Parameter: <RampUpLowThreshold>

Description The percentage of the maximum windowed burst power at whichthe power ramp-up in the burst is assumed to start.

Datatype Double

Default Value 10

Range [0:100]

Unit %

Parameter: <RampUpHighThreshold>

Description The percentage of the maximum windowed burst power at whichthe power ramp-up in the burst is assumed to end.

Datatype Double

Default Value 90

Range [0:100]

Unit %

Parameter: <RampDownLowThreshold>

Description The percentage of the maximum windowed burst power at whichthe power ramp-down in the burst is assumed to end.

Datatype Double

Default Value 10

Range [0:100]

Unit %

Parameter: <RampDownHighThreshold>

Description The percentage of the maximum windowed burst power at whichthe power ramp-down in the burst is assumed to start.

Datatype Double

Default Value 90

Range [0:100]

Unit %

CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy[:ENABle][?] <STARelAccEnabled>Query Response:<STARelAccEnabled>

Description Specifies whether to enable STA relative frequencymeasurements.



Parameter: <STARelAccEnabled>

Description 0 | OFF : Disables STA relative frequency measurements.1 | ON : Enables STA relative frequency measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:AVERage[:COUNt][?] <STARelAccNumberOfAverages>Query Response:<STARelAccNumberOfAverages>

Description Specifies the number of iterations over which to average the STArelative frequency measurements.If you increase the number of averages, the device providessmoother values but takes longer to compute the values.

Parameter: <STARelAccNumberOfAverages>

Default Value 100

Range [1:1000]

CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:CFOMethod

Usage:CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:CFOMethod[?] <RAccCfoMethod>Query Response:<RAccCfoMethod>

Description Specifies how to estimate carrier frequency offset (CFO) for theSTA relative frequency measurement.



Parameter: <RAccCfoMethod>

Description PDATA : Estimates the CFO using the preamble and pilotsubcarriers in the data portion.CPREFIX: Estimates the CFO using the cyclix prefix (CP) of thesymbols.PPIDATA: Estimates the CFO using the preamble, pilot subcarriers,and data. (Obsolete: Use PPDATA)PPDATA: Estimates the CFO using the preamble, pilot subcarriers,and data.


Default Value PPIDATA

Range PDATA | CPREFIX | PPIDATA | PPDATA

CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:MSYMbols

Usage:CONFigure:RFSA:WLAN[:MEASurement]:RACCuracy:MSYMbols[?] <RAccMaximumSymbols>Query Response:<RAccMaximumSymbols>

Description Specifies the maximum number of symbols that the device usesto compute STA relative frequency. This value must be setcorrectly to optimize measurement speed. If the number ofavailable payload symbols is greater than the value specified, theinstrument ignores the additional symbols from the end of thepacket.Note: If you set this value to -1, the instrument uses all symbolsin the signal for the measurement.



Parameter: <RAccMaximumSymbols>

Default Value 16

Range [-1:2147483647]

CONFigure:RFSA:WLAN[:MEASurement]:SDENsity[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SDENsity[:ENABle][?] <SpectralDensityEnabled>Query Response:<SpectralDensityEnabled>

Description Specifies whether to enable spectral density measurements.



Parameter: <SpectralDensityEnabled>

Description 0 | OFF : Disables spectral density measurements.1 | ON : Enables spectral density measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:AVERage[:COUNt][?] <SpectralDensityNumberOfAverages>Query Response:<SpectralDensityNumberOfAverages>

Description Specifies the number of iterations over which to average spectraldensity measurements.If you increase the number of averages, the instrument providessmoother values but takes longer to compute the values.

Parameter: <SpectralDensityNumberOfAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:TIME:LENGth

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:TIME:LENGth[?] <SdenMeasurmentLength>Query Response:<SdenMeasurmentLength>

Description Specifies the measurement length over each burst for which thespectral density is computed.



Parameter: <SdenMeasurmentLength>

Default Value 1.000000000000000E-004

Range [0.000000000000000E+000:1.000000000000000E+002]

Unit s

CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:TIME:OFFSet

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SDENsity:TIME:OFFSet[?] <SdenMeasurementOffset>Query Response:<SdenMeasurementOffset>

Description Specifies the offset from the beginning of the signal until thespectral density measurement begins.



Parameter: <SdenMeasurementOffset>

Default Value 0.000000000000000E+000

Range [0.000000000000000E+000:1.000000000000000E+002]

Unit s

CONFigure:RFSA:WLAN[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM[:ENABle][?]<SemEnabled>Query Response:<SemEnabled>

Description Specifies whether to enable spectral emissions mask (SEM)measurements.



Parameter: <SemEnabled>

Description 0 | OFF : Disables SEM measurements.1 | ON : Enables SEM measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:AVERage[:COUNt][?] <SemNumberOfAverages>Query Response:<SemNumberOfAverages>

Description Specifies the number of iterations over which to average spectralemissions mask (SEM) measurements.If you increase the number of averages, the instrument providessmoother values but takes longer to compute the values.



Parameter: <SemNumberOfAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:WLAN[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:AVERage:TYPE[?]<TypeOfAverages>Query Response:<TypeOfAverages>

Description Specifies the spectrum averaging type for gated spectralemissions mask (SEM) measurements.



Parameter: <TypeOfAverages>

Description RMS: Performs root mean square averaging of the gated spectrumdata over all iterations.LOG: Performs logarithmic averaging of the gated spectrum dataover all iterations.


Default Value RMS

Range RMS | LOG

CONFigure:RFSA:WLAN[:MEASurement]:SEM:FFT:WTYPe

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:FFT:WTYPe[?]<FftWindowType>Query Response:<FftWindowType>

Description Specifies the time-domain window type to use for smoothing thespectrum.

Parameter: <FftWindowType>

Description NONE: No window is applied.HANNING: Applies a Hanning window to the waveform using thefollowing equation:y[i] = 0.5 * x[i] * [1 - cos(w)]where w = (2pi)i/nn = the waveform sizeThe Hanning window is useful for analyzing transients longer thanthe time duration of the window, as well as for general-purposeapplications.HAMMING: Applies a Hamming window to the waveform using thefollowing equation:y[i] = x[i] * [0.54 - 0.46cos(w)]where w = (2pi)i/nn = the waveform sizeNote Hanning and Hamming windows are somewhat similar.However, in the time domain, the Hamming window does notapproach zero at the edge of the window as fast as does the Hanningwindow.BHARRIS: Applies a Blackman-Harris window according to thefollowing equation:y[i] = x[i] * [0.42323 - 0.49755cos(w) + 0.07922cos(2w)]where w = (2pi)i/nn = the waveform sizeEBLACKMAN: Applies an Exact Blackman window according tothe following equation:y[i] = x[i] * [a_0 - a_1cos(w) + a_2cos(2w)]where w = (2pi)i/nn = the waveform sizea_0 = 7938/18608a_1 = 9240/18608a_2 = 1430/18608

BLACKMAN: Applies a Blackman window according to thefollowing equation:y_i = x_i[0.42 - 0.50cos(w) + 0.08cos(2w)].where w = (2pi)i/nn = the waveform sizeA Blackman window is useful for analyzing transient signals andprovides similar windowing to Hanning and Hamming windows butadds one additional cosine term to reduce ripple.FLATTOP: Applies a Flat Top window according to the followingequation:y[i] = x[i] * [a_0 - a_1cos(w) + a_2cos(2w) - a_3cos(3w) +a_4cos(4w)]where w = (2pi)i/nn = the waveform sizea_0 = 0.215578948a_1= 0.41663158a_2 = 0.277263158a_3 = 0.083578947a_4 = 0.006947368.The fifth-order Flat Top window has the best amplitude accuracy ofall the window functions. The increased amplitude accuracy (_0.02dB for signals exactly between integral cycles) is at the expense offrequency selectivity. The Flat Top window is most useful inaccurately measuring the amplitude of single frequency componentswith little nearby spectral energy in the signal.BHT4: Applies a 4-Term Blackman-Harris window according to thefollowing equation:y[i] = x[i] * [0.422323 - 0.49755cos(w) + 0.07922cos(2w)]where w = (2pi)i/nn = the waveform sizeThe 4-term Blackman-Harris window has a side-lobe rejection in theupper 90 dB, with a moderately wide side lobe.


BHT7: Applies a 7-Term Blackman-Harris window according to thefollowing equation:y[i] = x[i] * [a_0 - a_1cos(w) + a_2cos(2w) - a_3cos(3w) +a_4cos(4w) - a_5cos(5w) + a_6cos(6w)]where w = (2pi)i/nn = the waveform sizea_0 = 0.27105140069342a_1 = 0.43329793923448a_2 = 0.21812299954311a_3 = 0.06592544638803a_4 = 0.01081174209837a_5 = 0.00077658482522a_6 = 0.00001388721735.The 7-term Blackman-Harris window has the highest dynamic rangeof the available windowing types and is ideal for signal-to-noise ratioapplications.LSIDELOBE: The Low Sidelobe window further reduces the size ofthe main lobe. The following equation defines the Low Sidelobewindow:where N = the length of the windoww = (2pi n/N)a_0 = 0.323215218a_1 = 0.471492057a_2 = 0.17553428a_3 = 0.028497078a_4 = 0.001261367


DefaultValue

BHT7

Range NONE | HANNING | HAMMMING | BHARRIS | EBLACKMAN |BLACKMAN | FLATTOP | BHT4 | BHT7 | LSIDELOBE

CONFigure:RFSA:WLAN[:MEASurement]:SEM:FOFFset

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:FOFFset[?]

<MaskFreqOffsetArray[n]>Query Response:<MaskFreqOffsetArray[n]>

Description Specifies the array of frequency offsets used to define the spectralmask. The instrument does not assume mask symmetry.Therefore, both positive and negative offsets from the centerfrequency must be defined in ascending order. Refer to section20.3.21.1 of IEEE Standard 802.11n-20012 for the unlicensedband spectral mask definitions for the 20 MHz and 40 MHzbands.



Parameter: <MaskFreqOffsetArray[n]>

Description Default custom frequency offset mask.

Datatype Double

Default Value -3.00E+007,-2.00E+007,-1.10E+007,-9.00E+006,9.00E+006,1.10E+007,2.00E+007,3.00E+007

Range [-Inf:Inf]

Unit Hz

CONFigure:RFSA:WLAN[:MEASurement]:SEM:LOFFset

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:LOFFset[?]<MaskLevelOffsetArray[n]>Query Response:<MaskLevelOffsetArray[n]>

Description Specifies the array of power offsets used to define the spectralmask. You must specify the offsets, in dB, from the maskreference power level for each of the frequency offset points. Theorder of the power offsets in this array corresponds to the order ofthe frequency offsets specified in the FOFFset command. Refer tosection 20.3.21.1 of IEEE Standard 802.11n-2009 for theunlicensed band spectral mask definitions for the 20 MHz and 40MHz frequency bands.


ExecutionMode


Parameter: <MaskLevelOffsetArray[n]>

Default Value -45.00,-28.00,-20.00,0.00,0.00,-20.00,-28.00,-45.00

Range [-Inf:Inf]

Unit Hz

CONFigure:RFSA:WLAN[:MEASurement]:SEM:REFerence[:LEVels]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:REFerence[:LEVels][?] <MaskReferenceLevels[n]>Query Response:<MaskReferenceLevels[n]>

Description Specifies the user-defined reference level to use for spectral maskmeasurements. Configure this attribute if you set theREFerence:TYPE to UDEFINED.



Parameter: <MaskReferenceLevels[n]>

Default Value 0.00

Range [-100.00:100.00]

Unit dBm/Hz

CONFigure:RFSA:WLAN[:MEASurement]:SEM:REFerence:TYPE

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:REFerence:TYPE[?] <MaskReferenceLevelType>Query Response:<MaskReferenceLevelType>

Description Specifies the type of reference to use for spectral maskmeasurements.

Parameter: <MaskReferenceLevelType>

Description PEAK: Uses the peak signal power as the reference for spectralmask measurements.UDEFINED: (User-defined) Uses the value that you specify in theREFerence[:LEVel] command as the reference for spectral maskmeasurements.


Default Value PEAK

Range PEAK | UDEFINED

CONFigure:RFSA:WLAN[:MEASurement]:SEM:SPAN

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:SPAN[?]<FrequencySpan>Query Response:<FrequencySpan>

Description Specifies the user-defined frequency span. The instrumentignores this value if you enable automatic span calculation.



Parameter: <FrequencySpan>

Default Value 66000000.00

Range [0.00:Inf]

Unit Hz

CONFigure:RFSA:WLAN[:MEASurement]:SEM:SPAN:AUTO[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:SPAN:AUTO[:ENABle][?] <AutoSpanEnable>Query Response:<AutoSpanEnable>

Description Specifies whether to automatically calculate the span required forthe current configuration of spectral measurements.



Parameter: <AutoSpanEnable>

Description 0 | OFF : Disables automatic span calculation.1 | ON : Enables automatic span calculation.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN[:MEASurement]:SEM:TIME:LENGth

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:TIME:LENGth[?]<SemMeasurementLength>Query Response:<SemMeasurementLength>

Description Specifies the measurement length over each burst over which tocompute the SEM. Note: If you set the value to -1, the instrumentuses auto length according to standard for the measurment.



Parameter: <SemMeasurementLength>

Default Value 1.000000000000000E-004

Range [-1.000000000000000E+000:1.000000000000000E-001]

Unit s

CONFigure:RFSA:WLAN[:MEASurement]:SEM:TIME:OFFSet

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:TIME:OFFSet[?]<SemMeasurementOffset>Query Response:<SemMeasurementOffset>

Description Specifies the offset from the beginning of the signal until thespectral emissions mask (SEM) measurement starts.



Parameter: <SemMeasurementOffset>

Range [0.00E+000:1.00E+002]

Unit s

CONFigure:RFSA:WLAN[:MEASurement]:SEM:TYPE

Usage:CONFigure:RFSA:WLAN[:MEASurement]:SEM:TYPE[?]<MaskType>Query Response:<MaskType>

Description Specifies the mask type to use for the SEM measurement.



Parameter: <MaskType>

Description STANDARD: Uses the 20.3.20.1 (2.4 GHz band) of IEEE Standard802.11-2012 if you set the WLAN STANdard to 80211NMIMOOFDM. Uses 18.3.9.3 of IEEE Standard 802.11-2012 if youset the WLAN STANdard to 80211A/G/J/P OFDM. Uses 17.4.7.4 ofIEEE Standard 802.11-2012 if you set the WLAN STANdard to80211B DSSS; Uses 22.3.18.1 of IEEE Standard 802.11ac-2013 ifyou set WLAN STANdard to 80211AC MIMOOFDM.LEGACY: TBDCUSTOM: Uses the spectral mask defined by FOFFset andLOFFset values.



Range STANDARD | LEGACY | CUSTOM

CONFigure:RFSA:WLAN[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:TXPower[:ENABle][?]<TxPowerEnabled>Query Response:<TxPowerEnabled>

Description Specifies whether to enable transmit power (TXP) measurements.



Parameter: <TxPowerEnabled>

Description 0 | OFF : Disables TXP measurements.1 | ON : Enables TXP measurements.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:WLAN[:MEASurement]:TXPower:AVERage[:COUNt][?] <TxPowerNumberOfAverages>Query Response:<TxPowerNumberOfAverages>

Description Specifies the number of iterations over which to average burstpower measurements.If you increase the number of averages, the instrument providessmoother values but takes longer to compute the values.



Parameter: <TxPowerNumberOfAverages>

Default Value 1

Range [1:10000]

CONFigure:RFSA:WLAN:ACTive[:ALL]

Usage:CONFigure:RFSA:WLAN:ACTive[:ALL][?]<ChainsEnabled[n]>Query Response:<ChainsEnabled[n]>

Description Specifies all the chains that are enabled for the nextmeasurement. MIMO configurations are supported by enablingmultiple chains.

Parameter: <ChainsEnabled[n]>

Description The array size depends on the defined number of chains.0 | OFF: Disables the chain.1 | ON: Enables the chain.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN:ACTive:CHAin[:ENABle]

Usage:CONFigure:RFSA:WLAN:ACTive:CHAin[:ENABle][?]<ChainEnabled>Query Response:<ChainEnabled>

Description Enables or disables a specific chain for the next measurement.MIMO configurations are supported by enabling multiple chains.



Parameter: <ChainEnabled>

Description 0 | OFF: Disable the chain.1 | ON: Enable the chain.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN:ALENgth[:DURation]

Usage:CONFigure:RFSA:WLAN:ALENgth[:DURation][?]<AcquisitionLengthDuration>Query Response:<AcquisitionLengthDuration>

Description Specifies the minimum duration of the waveform to be acquiredby the instrument. The acquisition time is set to Manual in thiscase.



Parameter: <AcquisitionLengthDuration>


Range [-1.00E+000:Inf]

Unit s

CONFigure:RFSA:WLAN:ALENgth:AUTO

Usage:CONFigure:RFSA:WLAN:ALENgth:AUTO[?]<AutoAcquisitionLength>Query Response:<AutoAcquisitionLength>

Description Specifies how to determine acquisition length. When enabled, theinstrument calculates the acquisition length based on the setstandard, enabled measurements, and number of averages. Afterexecution, you can use the SCPI query function for acquisitionlength to retrieve the acquisition length that was used.



Parameter: <AutoAcquisitionLength>

Description 0 | OFF: Disables auto acquisition length.1 | ON: Enables auto acquisition length.

Datatype Boolean

Default Value 1


CONFigure:RFSA:WLAN:BWIDth

Usage:CONFigure:RFSA:WLAN:BWIDth[?] <ChannelBandwidth>Query Response:<ChannelBandwidth>

Description Specifies the bandwidth, in Megahertz (MHz), of the orthogonalfrequency division multiplexing (OFDM) signal to be analyzed.The instrument uses this value for demodulation purposes.Configure this property only when you configure the instrumentfor OFDM|HT|VHT measurements.



Parameter: <ChannelBandwidth>

Default Value 20

Range 5 | 10 | 20 | 40 | 80 | 160 | 80+80

CONFigure:RFSA:WLAN:MODE

Usage:CONFigure:RFSA:WLAN:MODE[?] <MeasurementMode>Query Response:<MeasurementMode>

Description



Parameter: <MeasurementMode>

Description NORMAL -> Per chain traditional MIMOCOMBINED -> Expects multiple chains to be combined in the sameport externally

Default Value NORMAL

Range NORMAL | COMBINED

CONFigure:RFSA:WLAN:NCHains

Usage:CONFigure:RFSA:WLAN:NCHains[?] <NumberOfChains>Query Response:<NumberOfChains>

Description Total number of chains used to configure settings per DUTantenna. Set the number of chains prior to specifying MIMOarray-based settings.



Parameter: <NumberOfChains>

Default Value 1

Range [1:16]

CONFigure:RFSA:WLAN:PACKet:DCM:ALL[:ENABle]

Usage:CONFigure:RFSA:WLAN:PACKet:DCM:ALL[:ENABle][?]<DCMEnabled[n]>Query Response:<DCMEnabled[n]>

Description Specifies whether to enable the dual carrier modulation (DCM)for RU for all users in case MU procedure protocol data unit(PPDU) and trigger-based PPDU.



Parameter: <DCMEnabled[n]>

Description The size of the array depends on the current defined number ofusers.0 | OFF: Disables DCM.1 | ON: Enables DCM.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN:PACKet:DMODe

Usage:CONFigure:RFSA:WLAN:PACKet:DMODe[?]<HeaderDetectionMode>Query Response:<HeaderDetectionMode>

Description Specifies how to determine the header parameters in the physicallayer. The selected mode impacts the measurement performanceof the device.



Parameter: <HeaderDetectionMode>

Description MANUAL: The instrument uses the manually set headerparameters.FIRST : The instrument uses the header parameters detected in thefirst packet.ALL : The instrument uses the header parameters from everypacket.


Default Value FIRST

Range MANUAL | FIRST | ALL

CONFigure:RFSA:WLAN:PACKet:DRATe

Usage:CONFigure:RFSA:WLAN:PACKet:DRATe[?] <DataRate>Query Response:<DataRate>

Description Specifies the legacy payload data rate, in MBps, of the expectedincoming signal. This command is used for the WLAN standards802.11 a/b/g exclusively. In other WLAN standards the data rateis set implicitly based on the given MCS index.



Parameter: <DataRate>

Description R1M : 1 MBpsR2M : 2 MBpsR5M5 : 5.5 MBpsR6M : 6 MBpsR9M : 9 MBpsR11M : 11 MBpsR12M : 12 MBpsR18M : 18 MBpsR24M : 24 MBpsR36M : 36 MBpsR48M : 48 MBpsR54M : 54 MBps


Default Value R54M

Range R1M | R2M | R5M5 | R6M | R9M | R11M | R12M | R18M | R24M |R36M | R48M | R54M

CONFigure:RFSA:WLAN:PACKet:GINTerval

Usage:CONFigure:RFSA:WLAN:PACKet:GINTerval[?]<GuardInterval>Query Response:<GuardInterval>

Description Specifies whether to use the long or the short guard interval.



Parameter: <GuardInterval>

Description LONG: Uses the long guard interval (1/4).SHORT: Uses the short guard interval (1/8).G1F4: Guard interval length is equal to one-fourth of the IDFT/DFTperiod.G1F8: Guard interval length is equal to one-eighth of the IDFT/DFTperiodG1F16: Guard interval length is equal to one-sixteen of theIDFT/DFT period.


Default Value LONG

Range LONG | SHORT | G1F4 | G1F8 | G1F16

CONFigure:RFSA:WLAN:PACKet:HELTfsize

Usage:CONFigure:RFSA:WLAN:PACKet:HELTfsize[?] <HE-LTFSize>Query Response:<HE-LTFSize>

Description Specifies the HE-LTF symbol size in the 802.11ax signals. Theproperty is ignored if you set the Header detection mode toFIRST or ALL.



Parameter: <HE-LTFSize>

Description 4X: Specifies 4x as the HE-LTF symbol duration.2X: Specifies 2x as the HE-LTF symbol duration1X: Specifies 1x as the HE-LTF symbol duration


Default Value 4X

Range 4X | 2X | 1X

CONFigure:RFSA:WLAN:PACKet:LESSegment

Usage:CONFigure:RFSA:WLAN:PACKet:LESSegment[?]<LDPCExtraSymbolSegment>Query Response:<LDPCExtraSymbolSegment>

Description Specifies the presence of an extra OFDM symbol segment forLDPC in the 802.11ax Trigger-based PPDU, which is used fordecoding the PSDU bits. The property is ignored if you set theHeader detection mode to FIRST or ALL for the PPDU typesother than Trigger-Based PPDU.



Parameter: <LDPCExtraSymbolSegment>

Default Value 0

Range [0:1]

CONFigure:RFSA:WLAN:PACKet:LSIGlength

Usage:CONFigure:RFSA:WLAN:PACKet:LSIGlength[?] <LSIGLength>Query Response:<LSIGLength>

Description Specifies the length field in the LSIG field of 802.11ax signals.The property is ignored if you set the Header detection mode toFIRST or ALL.



Parameter: <LSIGLength>

Description The value in the length field of the LSIG symbol.

Datatype Integer32

Default Value 1000

Range [-2147483648:2147483647]

CONFigure:RFSA:WLAN:PACKet:MCSindex

Usage:CONFigure:RFSA:WLAN:PACKet:MCSindex[?] <McsIndex>Query Response:<McsIndex>

Description Specifies the value of the modulation and coding scheme (MCS)index. In 802.11n, the MCS index is a compact representation thatdetermines the modulation scheme, coding rate, and number ofspatial streams as specified in section 20.3.5 of IEEE Standard802.11n-2009.In 802.11ac, the MCS index represents only the modulation schemeand coding rate as described in section 22.5 of IEEE Standard802.11ac-2013.

802.11ac has the number of space time streams set through thecommand: CONFigure:RFSA:WLAN:PACKet:NSTS

Note: The MCS index range depends on the 802.11 standard.


ExecutionMode


Parameter: <McsIndex>

Default Value 7

Range [0:31]

CONFigure:RFSA:WLAN:PACKet:MCSindex:ALL

Usage:CONFigure:RFSA:WLAN:PACKet:MCSindex:ALL[?]<McsIndex[n]>Query Response:<McsIndex[n]>

Description Specifies the value of the modulation and coding scheme (MCS)index.



Parameter: <McsIndex[n]>

Description MCS index. The size of the array depends on the current definednumber of users.

Datatype Integer32

Default Value 7

Range [0:31]

CONFigure:RFSA:WLAN:PACKet:MMAPmatrix

Usage:CONFigure:RFSA:WLAN:PACKet:MMAPmatrix[?]<MappingMatrixType>Query Response:<MappingMatrixType>

Description Specifies the shape of the incoming MIMO mapping matrix.Determines how the measurement interprets configurations wherethe number of enabled chains differs from the number of streams.



Parameter: <MappingMatrixType>

Description SQUARE:The channel matrix has an equal number of channels andstreams. When this mode is selected, configurations where thenumber of enabled chains is larger than the number of streams areinterpreted as multiple independent transmissions. When this modeis selected, the number of enabled chains must be an integralmultiple of the configured number of streams.

NONSQUARE: When this mode is selected, all enabled chains areconsidered part of a single MIMO transmission. In this mode, thenumber of enabled chains does not need to be an integral multiple ofthe configured number of streams.


Default Value SQUARE

Range SQUARE | NONSQUARE

CONFigure:RFSA:WLAN:PACKet:NSTS

Usage:CONFigure:RFSA:WLAN:PACKet:NSTS[?] <Nsts>Query Response:<Nsts>

Description Specifies the number of space-time streams.



Parameter: <Nsts>

Description Number of streams.

Datatype Integer32

Default Value 1

Range [0:16]

CONFigure:RFSA:WLAN:PACKet:NSTS:ALL

Usage:CONFigure:RFSA:WLAN:PACKet:NSTS:ALL[?] <Nsts[n]>Query Response:<Nsts[n]>

Description Specifies the number of space-time streams for all users.



Parameter: <Nsts[n]>

Description Number of streams. The size of the array depends on the currentdefined number of users.

Datatype Integer32

Default Value 1

Range [1:16]

CONFigure:RFSA:WLAN:PACKet:PAYLoad[:HE]:SBDCm[:ENABle]

Usage:CONFigure:RFSA:WLAN:PACKet:PAYLoad[:HE]:SBDCm[:ENABle][?] <DCMEnabled>Query Response:<DCMEnabled>

Description Specifies whether to enable the HE-Sig-B dual carrier modulation(DCM).



Parameter: <DCMEnabled>

Description The HE-Sig-B DCM.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN:PACKet:PAYLoad[:HE]:SBMCs

Usage:CONFigure:RFSA:WLAN:PACKet:PAYLoad[:HE]:SBMCs[?]<SigBMcsIndex>

Query Response:<SigBMcsIndex>

Description Specifies the HE-Sig-B-MCS index.



Parameter: <SigBMcsIndex>

Description The HE-SIG-B MCS index

Datatype Integer32

Default Value 0

Range [0:5]

CONFigure:RFSA:WLAN:PACKet:PAYLoad[:LENGth]

Usage:CONFigure:RFSA:WLAN:PACKet:PAYLoad[:LENGth][?]<PayloadLength>Query Response:<PayloadLength>

Description Specifies the payload length, in bytes, of the expected incomingsignal.

Parameter: <PayloadLength>

Default Value 4096

Range [0:2147483647]

CONFigure:RFSA:WLAN:PACKet:PAYLoad:FECType

Usage:CONFigure:RFSA:WLAN:PACKet:PAYLoad:FECType[?]<FecType>Query Response:<FecType>

Description Specifies the type of forward error correction (FEC) coding used.



Parameter: <FecType>

Description BCC: Uses binary convolutional code (BCC) FEC coding.LDPC: Uses low-density parity check (LDPC) FEC coding.


Default Value BCC

Range BCC | LDPC

CONFigure:RFSA:WLAN:PACKet:PEDambiguity

Usage:CONFigure:RFSA:WLAN:PACKet:PEDambiguity[?]<PEDisambiguity>

Query Response:<PEDisambiguity>

Description Specifies the disambiguation in number of symbols used in802.11ax signal. This disambiguation is caused due to the packetextension. The property is ignored if you set the Header detectionmode to FIRST or ALL for the PPDU types other than Trigger-Based PPDU.



Parameter: <PEDisambiguity>

Default Value 0

Range [0:1]

CONFigure:RFSA:WLAN:PACKet:PFPFactor

Usage:CONFigure:RFSA:WLAN:PACKet:PFPFactor[?] <Pre-FEPadding Factor>Query Response:<Pre-FE Padding Factor>

Description Specifies the Pre-FEC padding factor used in 802.11ax Trigger-Based PPDU, which is used for decoding the PSDU bits. Theproperty is ignored if you set the Header detection mode toFIRST or ALL for the PPDU types other than Trigger-BasedPPDU.

Parameter: <Pre-FE Padding Factor>

Default Value 1

Range [1:4]

CONFigure:RFSA:WLAN:PACKet:PLCP:FFORmat

Usage:CONFigure:RFSA:WLAN:PACKet:PLCP:FFORmat[?]<PlcpFrameFormat>Query Response:<PlcpFrameFormat>

Description Specifies the physical layer convergence procedure (PLCP) frameformat used when PLCP frame detection is disabled. The PLCPframe format determines the sequence of preambles, header, andpayload in a frame.



Parameter: <PlcpFrameFormat>

Description MIXED: The PLCP frame format consists of a legacy preamble andheader followed by a high-throughput (HT) header, preambles, andpayload.GREENFIELD: (Greenfield) The PLCP frame structure does nothave legacy support. It starts with an HT preamble followed by anHT header and payload.


Default Value MIXED

Range MIXED | GREENFIELD

CONFigure:RFSA:WLAN:PACKet:PPDU

Usage:CONFigure:RFSA:WLAN:PACKet:PPDU[?] <PPDUType>Query Response:<PPDUType>

Description Specifies the type of physical layer convergence procedure(PLCP) protocal data unit (PPDU).



Parameter: <PPDUType>

Description SUPPDU: Specifies a single-user (SU) PPDU.MUPPDU: Specifies a multi-user (MU) PPDU.ERSUPPDU: Specifies a Extended Range SU PPDU.TBPPDU: Specifies a trigger-based PPDU.


Default Value SUPPDU

Range SUPPDU | MUPPDU | ERSUPPDU | TBPPDU

CONFigure:RFSA:WLAN:PACKet:RU:ALL

Usage:CONFigure:RFSA:WLAN:PACKet:RU:ALL[?] <RUSize[n]>Query Response:<RUSize[n]>

Description Specifies the size of resource unit (RU) for all users in terms ofthe number of subcarriers for the 802.11ax signal. This size isspecified when you set the PPDU type to multi-user (MU) PPDUor trigger-based PPDU.



Parameter: <RUSize[n]>

Description Similar to OFDM, OFDMA employs multiple subcarriers, but thesubcarriers are divided into several groups of subcarriers where eachgroup is denoted as a resource unit (RU). The 802.11ax standardcalls the smallest subchannel a resouce unit (RU), with a minimumsize of 26 subcarriers. The size of the array depends on the currentdefined number of users.


Default Value RU26

Range RU26 | RU52 | RU106 | RU242 | RU484 | RU996 | RU1992

CONFigure:RFSA:WLAN:PACKet:RUOFfset:ALL

Usage:CONFigure:RFSA:WLAN:PACKet:RUOFfset:ALL[?]<RUOffset[n]>Query Response:<RUOffset[n]>

Description Specifies the location of the resource unit (RU) for all users, interms of the index of 26-tone RU, assuming all the 26-tone RUsover the entire bandwidth of the 802.11ax signal.



Parameter: <RUOffset[n]>

Description The size of the array depends on the current defined number ofusers.

Datatype Integer32

Default Value 0

Range [0:72]

CONFigure:RFSA:WLAN:PACKet:SIGBsymbols

Usage:CONFigure:RFSA:WLAN:PACKet:SIGBsymbols[?]<NumberOfSIGBSymbols>Query Response:<NumberOfSIGBSymbols>

Description Specifies the number of SIGB symbols size in the incoming802.11ax MUPPDU signal. The property is ignored if you set theHeader detection mode to FIRST or ALL.

Parameter: <NumberOfSIGBSymbols>

Description Specifies the number of SIGB symbols in the incoming MUPPDUwaveform.

Datatype Integer32

Default Value 1

Range [-2147483648:2147483647]

CONFigure:RFSA:WLAN:PACKet:STBC:ASENabled

Usage:CONFigure:RFSA:WLAN:PACKet:STBC:ASENabled[?]<StbcAllStreamsEnabled>Query Response:<StbcAllStreamsEnabled>

Description Specifies whether space-time block coding (STBC) wasperformed at the transmitter for incoming 802.11ac signals.Whenever STBC is performed, the number of space-time streamsis equal to twice the number of spatial streams.



Parameter: <StbcAllStreamsEnabled>

Description 0 | OFF : Disables STBC at the transmitter.1 | ON : Enables STBC at the transmitter.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN:PACKet:STBC:INDex

Usage:CONFigure:RFSA:WLAN:PACKet:STBC:INDex[?] <StbcIndex>Query Response:<StbcIndex>

Description Specifies the difference between the number of space-time streamsand the number of spatial streams, as defined in section 20.3.9.4.3of the IEEE Standard 802.11n-2009.The number of spatial streams is derived from the MCS Indexproperty. Different space-time coding schemes are defined insection 20.3.11.8.1 of the IEEE Standard 802.11n-2009. If theHeader Detection Enabled property is set to False, the instrumentuses the value of the STBC Index property as the differencebetween the number of space-time streams and the number ofspatial streams for performing orthogonal frequency divisionmultiplexing (OFDM) demodulation.


ExecutionMode


Parameter: <StbcIndex>

Description The difference between the number of space-time streams and thenumber of spatial streams, as defined in section 20.3.9.4.3 of theIEEE Standard 802.11n-2009.

Datatype Integer32

Default Value 0

Range [0:2]

CONFigure:RFSA:WLAN:PHY

Usage:CONFigure:RFSA:WLAN:PHY[?] <PhyEntity>Query Response:<PhyEntity>

Description



Parameter: <PhyEntity>

Description DSSS: Specifies a DSSS signal type (802.11 b/g-DSSS).OFDM: Specifies an OFDM signal type (802.11 a/g/j).HT: Specifies a high throughput signal type (802.11 n).VHT: Specifies a very high throughput signal type (802.11 ac).POFDM: Specifies and OFDM signal type (802.11 p)HE: Specifies a high efficiency signal type (802.11 ax).


Default Value OFDM

Range DSSS | OFDM | HT | VHT | POFDM | HE

CONFigure:RFSA:WLAN:TRACe[:ENABle]

Usage:CONFigure:RFSA:WLAN:TRACe[:ENABle][?] <TracesEnabled>

Query Response:<TracesEnabled>

Description Specifies whether to enable the creation of traces. Enabling tracesincreases the measurement time.



Parameter: <TracesEnabled>

Description 0 | OFF : Disables creation of traces.1 | ON : Enables creation of traces.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WLAN:UUT

Usage:CONFigure:RFSA:WLAN:UUT[?] <UUT>Query Response:<UUT>

Description Specifies the transmission mode.

Parameter: <UUT>

Description STA: Specifies the uplink transmission.AP: Specifies the downlink transmission.


Default Value AP

Range STA | AP

FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM[:ALL]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM[:ALL]?Query Response:<AverageRmsEvm>,<MaxPeakEvm>,<MaxPeak11bEvm>,<NewMaxPeak11bEvm>

Description Fetches the error vector magnitude (EVM) measurement results.For direct sequence spread spectrum (DSSS) demodulation, ifequalization is not enabled and the reference pulse-shaping filtertype and filter coefficients do not match the filter configuration ofthe DUT/generator, EVM degradation could be noticed. Ensure thepulse-shaping type and pulse-shaping coefficient settings match theinput signal settings.If the pulse-shaping filter coefficient is less than 0.2, DSSS EVMmay show degradation.The device broadly follows section 18.4.7.8 of IEEE Standard802.11b-1999 to compute the EVM. The standard calls for EVMcomputation on only the differential quadrature phase-shift keying(DQPSK) signal. However, the instrument computes EVM for allcompulsory and optional data rates and modulation schemesdefined for IEEE Standard 802.11b, as well as the extended ratephysical layer-packet binary convolutional coding (ERP-PBCC)modes defined in IEEE Standard 802.11g.

Availability Query

ExecutionMode

Sequential

Parameter: <AverageRmsEvm>

Description Root mean square (RMS) value of the chip EVM as a percentage ofthe mean amplitude of the signal envelope for 802.11b DSSS signals.

Datatype Double

Unit %

Parameter: <MaxPeakEvm>

Description Maximum of peak EVM measurements.

Datatype Double

Unit %

Parameter: <MaxPeak11bEvm>

Description Maximum of 802.11b peak EVM measurements.

Datatype Double

Unit %

Parameter: <NewMaxPeak11bEvm>

Description Peak value of the chip EVM for the first 1,000 chips in the payload,computed according to section 18.4.7.8 of IEEE Standard 802.11-2007

Datatype Double

Unit %

FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM:RMS

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM:RMS?Query Response:<AverageRmsEvm>,<MaxRmsEvm>,<MinRmsEvm>

Description Fetches the root mean square (RMS) values of the chip error vectormagnitude (EVM) as a percentage of the mean amplitude of thesignal envelope for 802.11b DSSS signals.For direct sequence spread spectrum (DSSS) demodulation, ifequalization is not enabled and the reference pulse-shaping filtertype and filter coefficients do not match the filter configuration ofthe DUT/generator, EVM degradation could be noticed. Ensure thepulse-shaping type and pulse-shaping coefficient settings match theinput signal settings.If the pulse-shaping filter coefficient is less than 0.2, DSSS EVMmay show degradation.The instrument broadly follows section 18.4.7.8 of IEEE Standard802.11b-1999 to compute the EVM. The standard calls for EVMcomputation on only the differential quadrature phase-shift keying(DQPSK) signal. However, the instrument computes EVM for allcompulsory and optional data rates and modulation schemesdefined for IEEE Standard 802.11b, as well as the extended ratephysical layer-packet binary convolutional coding (ERP-PBCC)modes defined in IEEE Standard 802.11g.

Availability Query

ExecutionMode

Sequential

Parameter: <AverageRmsEvm>

Description Average value of the chip EVM.

Datatype Double

Unit %

Parameter: <MaxRmsEvm>

Description Maximum value of the chip EVM.

Datatype Double

Unit %

Parameter: <MinRmsEvm>

Description Minimum value of the chip EVM.

Datatype Double

Unit %

FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM:TRACe[:IQ]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:EVM:TRACe[:IQ]?Query Response:#xyy<TraceData[n]>

Description Fetches the I/Q trace data for the error vector magnitude (EVM)constellation diagram.

Availability Query


Parameter: #xyy<TraceData[n]>

Description I/Q trace data for the EVM constellation diagram.


FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:HEADer

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:HEADer?

Query Response:<Datarate>,<PayloadLength>,<LockedClock>,<ChecksumPassed>,<PreambleType>

Description Fetches the DSSS packet header demodulated results.

Availability Query


Parameter: <Datarate>

Description Detected data rate.R1M : 1 MBpsR2M : 2 MBpsR5M5 : 5.5 MBpsR11M : 11 MBpsDSSSOFDM : TBD.UNSUPPORTED : The detected data-rate is not supported by theinstrument.



Description Length of the payload, including the medium access control (MAC)header, in bytes.

Datatype Integer32

Parameter: <LockedClock>

Parameter: <ChecksumPassed>

Description pass/fail status of the header cyclic redundancy check (CRC), asdefined in section 18.2.3.6 of IEEE Standard 802.11b-1999.0 : Header checksum failed.1 : Header checksum passed.

Datatype Boolean

Parameter: <PreambleType>

Description Detected preamble type.


FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments[:AVERage]?Query Response:<AvgSampleClockOffset>,<AvgCarrierFrequencyOffset>,<AvgQuadratureSkew>,<AvgRmsPhaseNoise>,<AvgCarrierSuppression>,<AvgGainImbalance>

Description Fetches the average modulation impairments measurementresults.

Availability Query

Parameter: <AvgSampleClockOffset>

Description The estimated Sample clock offset, in parts per million (ppm).The estimated Sample Clock offset is the difference between theSample Clocks at the digital-to-analog converter (DAC) of thetransmitting device under test (DUT) and the digitizer. If the clockoffset is greater than 25 ppm, the estimated value may be inaccurate.Use the estimated offset to verify whether the DUT corresponds tosection 18.4.7.5 of IEEE Standard 802.11b-1999 and section 20.3.21.6of IEEE Standard 802.11n-2009.If the magnitude of the carrier or the Sample Clock frequency offset isgreater than 25 ppm, I/Q gain imbalance magnitude is greater than 3dB, and quadrature skew magnitude is greater than 15 degrees, theestimates of these impairments may be inaccurate.

Datatype Double

Unit PPM

Parameter: <AvgCarrierFrequencyOffset>

Description The average across iterations of carrier frequency offset estimate, ofthe transmitting device under test (DUT).

Datatype Double

Unit PPM

Parameter: <AvgQuadratureSkew>

Description The average of quadrature skew estimates across iterations.Quadrature skew is the deviation in angle from 90 degrees betweenthe in-phase (I) and quadrature-phase (Q) signals.

Datatype Double

Unit DEG

Parameter: <AvgRmsPhaseNoise>

Unit DEG

Parameter: <AvgCarrierSuppression>

Description The average of carrier suppression estimates across iterations. Carriersuppression is calculated as the normalized DC offset and notaccording to section 18.4.7.7 of IEEE Standard 802.11b-1999, wherethe definition is valid only for unmodulated continuous wave (CW)signals.

Datatype Double

Unit DB

Parameter: <AvgGainImbalance>

Description Returns the average of I/Q gain imbalance estimates across iterations.I/Q gain imbalance is the ratio of the mean amplitude of the in-phase(I) signal to the mean amplitude of the quadrature-phase (Q) signal.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments:MAXimum?Query Response:<MaxSampleClockOffset>,<MaxCarrierFrequencyOffset>,<MaxQuadratureSkew>,<MaxRmsPhaseNoise>,<MaxCarrierSuppression>,<MaxGainImbalance>

Description Fetches maximum modulation impairments measurement results.

Availability Query


Parameter: <MaxSampleClockOffset>

Description Estimated Sample Clock offset.The estimated Sample Clock offset is the difference between theSample Clocks at the digital-to-analog converter (DAC) of thetransmitting device under test (DUT) and the digitizer. If the clockoffset is greater than 25 ppm, the estimated value may be inaccurate.Use the estimated offset to verify whether the DUT corresponds tosection 18.4.7.5 of IEEE Standard 802.11b-1999 and section 20.3.21.6of IEEE Standard 802.11n-2009.If the magnitude of the carrier or the Sample Clock frequency offset isgreater than 25 ppm, I/Q gain imbalance magnitude is greater than 3dB, and quadrature skew magnitude is greater than 15 degrees, theestimates of these impairments may be inaccurate.

Datatype Double

Unit PPM

Parameter: <MaxCarrierFrequencyOffset>

Description The average across iterations of carrier frequency offset estimates ofthe transmitting device under test (DUT).

Datatype Double

Unit PPM

Parameter: <MaxQuadratureSkew>


Datatype Double

Unit DEG

Parameter: <MaxRmsPhaseNoise>

Unit DEG

Parameter: <MaxCarrierSuppression>


Datatype Double

Unit DB

Parameter: <MaxGainImbalance>

Description Returns the average of I/Q gain imbalance estimates across iterations.I/Q gain imbalance is the ratio, in dB, of the mean amplitude of the in-phase (I) signal to the mean amplitude of the quadrature-phase (Q)signal.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:DSSS:IMPairments:MINimum?Query Response:<MinSampleClockOffset>,<MinCarrierFrequencyOffset>,<MinQuadratureSkew>,<MinRmsPhaseNoise>,<MinCarrierSuppression>,<MinGainImbalance>

Description Fetches minimum modulation impairments measurement results.

Availability Query


Parameter: <MinSampleClockOffset>

Description The estimated Sample clock offset.The estimated Sample Clock offset is the difference between theSample Clocks at the digital-to-analog converter (DAC) of thetransmitting device under test (DUT) and the digitizer. If the clockoffset is greater than 25 ppm, the estimated value may be inaccurate.Use the estimated offset to verify whether the DUT corresponds tosection 18.4.7.5 of IEEE Standard 802.11b-1999 and section 20.3.21.6of IEEE Standard 802.11n-2009.If the magnitude of the carrier or the Sample Clock frequency offset isgreater than 25 ppm, I/Q gain imbalance magnitude is greater than 3dB, and quadrature skew magnitude is greater than 15 degrees, theestimates of these impairments may be inaccurate.

Datatype Double

Unit PPM

Parameter: <MinCarrierFrequencyOffset>

Description The average across iterations of carrier frequency offset estimates ofthe transmitting device under test (DUT).

Datatype Double

Unit PPM

Parameter: <MinQuadratureSkew>


Datatype Double

Unit DEG

Parameter: <MinRmsPhaseNoise>

Unit DEG

Parameter: <MinCarrierSuppression>


Datatype Double

Unit DB

Parameter: <MinGainImbalance>

Description Returns the average of I/Q gain imbalance estimates across iterations.I/Q gain imbalance is the ratio, in dB, of the mean amplitude of the in-phase (I) signal to the mean amplitude of the quadrature-phase (Q)signal.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix[:AVERage]?Query Response:<ChainIndex_1>,<StreamIndex_1>,<StreamCrossPow_1>{,<ChainIndex_n>,<StreamIndex_n>,<StreamCrossPow_n>}

Description Fetches the cross power per stream for a related channel.

Availability Query


Parameter: <ChainIndex>

Description For the non-802.11ac 80+80 MIMO case, indicates the chain fromwhich the results originate. For the 802.11ac 80+80 SISO case,indicates the 80 MHz segment from which the results originate.

Datatype Integer32

Parameter: <StreamIndex>

Description The index of the stream from which the result originates.

Datatype Integer32

Parameter: <StreamCrossPow>

Description Result of cross power of the stream on the current channel.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix:MAXimum?Query Response:<ChainIndex_1>,<StreamIndex_1>,<StreamCrossPow_1>{,<ChainIndex_n>,<StreamIndex_n>,<StreamCrossPow_n>}


Availability Query




Datatype Integer32

Datatype Integer32



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:MATRix:MINimum?Query Response:<ChainIndex_1>,<StreamIndex_1>,<StreamCrossPow_1>{,<ChainIndex_n>,<StreamIndex_n>,<StreamCrossPow_n>}


Availability Query



Description For the non-802.11ac 80+80 MIMO case, indicates the chain fromwhich the results originate. For the 802.11ac 80+80 SISO case,indicates the 80 MHz segment from which the results originate.s

Datatype Integer32

Datatype Integer32



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal[:AVERage]?Query Response:<ChannelIndex_1>,<ChanCrossPow_1>{,<ChannelIndex_n>,<ChanCrossPow_n>}

Description Fetches the total cross power per channel.

Availability Query


Parameter: <ChannelIndex>

Description For the non-802.11ac 80+80 MIMO case, indicates the channel fromwhich the results originate. For the 802.11ac 80+80 SISO case,indicates the 80 MHz segment from which the results originate.ss

Datatype Integer32

Parameter: <ChanCrossPow>

Description Result of total power across all streams with index different fromchannel index.

Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal:MAXimum?Query Response:<ChannelIndex_1>,<ChanCrossPow_1>{,<ChannelIndex_n>,<ChanCrossPow_n>}


Availability Query



Description For the non-802.11ac 80+80 MIMO case, indicates the channel fromwhich the results originate. For the 802.11ac 80+80 SISO case,indicates the 80 MHz segment from which the results originate.

Datatype Integer32

Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:CPOWer:TOTal:MINimum?Query Response:<ChannelIndex_1>,<ChanCrossPow_1>{,<ChannelIndex_n>,<ChanCrossPow_n>}


Availability Query



Description For the non-802.11ac 80+80 MIMO case, indicates the channel fromwhich the results originate. For the 802.11ac 80+80 SISO case,indicates the 80 MHz segment from which the results originate.s

Datatype Integer32



Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam][:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam][:AVERage]?Query Response:<StreamIndex_1>,<RmsStreamEvm_1>,<RmsStreamPilotEvm_1>,<RmsStreamDataEvm_1>{,<StreamIndex_n>,<RmsStreamEvm_n>,<RmsStreamPilotEvm_n>,<RmsStreamDataEvm_n>}

Description Fetches the average error vector magnitude (EVM) root meansquare (RMS) results per stream.Acceptable RMS EVM limits are defined in section 17.3.9.6.3 ofIEEE Standard 802.11a-1999 and section 20.3.21.7.4 of IEEEStandard 802.11n-2009. The method of computation is discussedin section 17.3.9.7 of IEEE Standard 802.11a-1999 and section20.3.21.7.4 of IEEE Standard 802.11n-2009.

Availability Query



Description For the non-802.11ac 80+80 MIMO case, indicates the stream fromwhich the results originate. For the 802.11ac 80+80 SISO case,indicates the 80 MHz segment from which the results originate.

Datatype Integer32

Parameter: <RmsStreamEvm>

Description Result across iterations of RMS EVM measurements per stream.

Datatype Double

Unit dB

Parameter: <RmsStreamPilotEvm>

Description Result across iterations RMS EVM measurements of pilot subcarriersper stream.

Datatype Double

Unit dB

Parameter: <RmsStreamDataEvm>

Description Result across iterations of RMS EVM measurements of datasubcarriers per stream.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam]:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam]:MAXimum?Query Response:<StreamIndex_1>,<RmsStreamEvm_1>,<RmsStreamPilotEvm_1>,<RmsStreamDataEvm_1>{,<StreamIndex_n>,<RmsStreamEvm_n>,<RmsStreamPilotEvm_n>,<RmsStreamDataEvm_n>}

Description Fetches the maximum error vector magnitude (EVM) results perstream.Acceptable root mean square (RMS) EVM limits are defined insection 17.3.9.6.3 of IEEE Standard 802.11a-1999 and section20.3.21.7.4 of IEEE Standard 802.11n-2009. The method ofcomputation is discussed in section 17.3.9.7 of IEEE Standard802.11a-1999 and section 20.3.21.7.4 of IEEE Standard802.11n-2009.

Availability Query




Datatype Integer32



Datatype Double

Unit dB


Description Result across iterations of RMS EVM measurements of pilotsubcarriers per stream.

Datatype Double

Unit dB


Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam]:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM[:STReam]:MINimum?Query Response:<StreamIndex_1>,<RmsStreamEvm_1>,<RmsStreamPilotEvm_1>,<RmsStreamDataEvm_1>{,<StreamIndex_n>,<RmsStreamEvm_n>,<RmsStreamPilotEvm_n>,<RmsStreamDataEvm_n>}

Description Fetches the minimum error vector magnitude (EVM) results perstream.Acceptable root mean square (RMS) EVM limits are defined insection 17.3.9.6.3 of IEEE Standard 802.11a-1999 and section20.3.21.7.4 of IEEE Standard 802.11n-2009. The method ofcomputation is discussed in section 17.3.9.7 of IEEE Standard802.11a-1999 and section 20.3.21.7.4 of IEEE Standard802.11n-2009.

Availability Query

Datatype Integer32



Datatype Double

Unit dB



Datatype Double

Unit dB



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel[:AVERage]

Usage:

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel[:AVERage]?Query Response:<ChannelIndex_1>,<RmsEvm_1>,<RmsPilotEvm_1>,<RmsDataEvm_1>{,<ChannelIndex_n>,<RmsEvm_n>,<RmsPilotEvm_n>,<RmsDataEvm_n>}

Description Fetches the average error vector magnitude (EVM) results perchannel.Acceptable root mean square (RMS) EVM limits are defined insection 17.3.9.6.3 of IEEE Standard 802.11a-1999 and section20.3.21.7.4 of IEEE Standard 802.11n-2009. The method ofcomputation is discussed in section 17.3.9.7 of IEEE Standard802.11a-1999 and section 20.3.21.7.4 of IEEE Standard802.11n-2009.

Availability Query




Datatype Integer32

Parameter: <RmsEvm>

Description Result across iterations of RMS EVM measurements.

Datatype Double

Unit dB

Parameter: <RmsPilotEvm>

Description Result across iterations of RMS EVM measurements of pilotsubcarriers.

Datatype Double

Unit dB

Parameter: <RmsDataEvm>

Description Result across iterations of RMS EVM measurements of datasubcarriers.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel:MAXimum?Query Response:<ChannelIndex_1>,<RmsEvm_1>,<RmsPilotEvm_1>,<RmsDataEvm_1>{,<ChannelIndex_n>,<RmsEvm_n>,<RmsPilotEvm_n>,<RmsDataEvm_n>}

Description Fetches the maximum error vector magnitude (EVM) results perchannel.Acceptable root mean square (RMS) EVM limits are defined insection 17.3.9.6.3 of IEEE Standard 802.11a-1999 and section20.3.21.7.4 of IEEE Standard 802.11n-2009. The method ofcomputation is discussed in section 17.3.9.7 of IEEE Standard802.11a-1999 and section 20.3.21.7.4 of IEEE Standard802.11n-2009.

Availability Query




Datatype Integer32

Parameter: <RmsEvm>

Description Result across iterations of RMS EVM measurements.

Datatype Double

Unit dB



Datatype Double

Unit dB

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:CHANnel:MINimum?Query Response:<ChannelIndex_1>,<RmsEvm_1>,<RmsPilotEvm_1>,<RmsDataEvm_1>{,<ChannelIndex_n>,<RmsEvm_n>,<RmsPilotEvm_n>,<RmsDataEvm_n>}

Description Fetches the minimum error vector magnitude (EVM) results perchannel.Acceptable root mean square (RMS) EVM limits are defined insection 17.3.9.6.3 of IEEE Standard 802.11a-1999 and section20.3.21.7.4 of IEEE Standard 802.11n-2009. The method ofcomputation is discussed in section 17.3.9.7 of IEEE Standard802.11a-1999 and section 20.3.21.7.4 of IEEE Standard802.11n-2009.

Availability Query

Datatype Integer32

Parameter: <RmsEvm>

Description Result across iterations of RMS EVM measurements

Datatype Double

Unit dB



Datatype Double

Unit dB



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe[:IQ]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRAC

e[:IQ]?Query Response:<ChainIndex_1>,#xyy<ConstellationTraceData[n]_1>{,<ChainIndex_n>,#xyy<ConstellationTraceData[n]_n>}

Description Fetches the constellation trace corresponding to demodulated I/Qdata

Availability Query




Datatype Integer32

Parameter: #xyy<ConstellationTraceData[n]>

Description Constellation trace data.


FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRMagnitude

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRMagnitude?Query Response:<ChannelIndex_1>,<StreamIndex_1>,#xyy<SubCarrierIndexes[]_1>,#xyy<TraceValue[]_1>{,<ChannelIndex_n>,<StreamIndex_n>,#xyy<SubCarrierIndexes[]_n>,#xyy<TraceValue[]_n>}

Description Fetches the channel frequency response Magnitude trace data set.

Availability Query




Datatype Integer32


Description Stream index value.

Datatype Integer32

Parameter: #xyy<SubCarrierIndexes[]>

Description Subcarriers in the trace dataset.

Datatype I32 Blockdata

Parameter: #xyy<TraceValue[]>

Description Trace value per subcarrier index.


Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase?Query Response:<ChannelIndex_1>,<StreamIndex_1>,#xyy<SubCarrierIndexes[]_1>,#xyy<TraceValue[]_1>{,<ChannelIndex_n>,<StreamIndex_n>,#xyy<SubCarrierIndexes[]_n>,#xyy<TraceValue[]_n>}

Description Fetches the channel frequency response phase trace data set.

Availability Query




Datatype Integer32



Datatype Integer32

Unit radians

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase:DEViation

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase:DEViation?Query Response:<ChannelIndex_1>,<StreamIndex_1>,#xyy<SubCarrierIndexes[]_1>,#xyy<TraceValue[]_1>{,<ChannelIndex_n>,<StreamIndex_n>,#xyy<SubCarrierIndexes[]_n>,#xyy<TraceValue[]_n>}

Description Fetches the trace data set corresponding to deviation from linearphase of the channel frequency response.

Availability Query




Datatype Integer32

Datatype Integer32







Unit radians

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase:IDEViation

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:TRACe:CFRPhase:IDEViation?Query Response:<ChannelIndex_1>,<StreamIndex_1>,#xyy<SubCarrierIndexes[]_1>,#xyy<TraceValue[]_1>{,<ChannelIndex_n>,<StreamIndex_n>,#xyy<SubCarrierIndexes[]_n>,#xyy<TraceValue[]_n>}

Description Fetches the trace data set corresponding to deviation from linearphase with intercept of the channel frequency response.

Availability Query

Datatype Integer32



Datatype Integer32







Unit radians

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam][:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam][:AVERage]?Query Response:<StreamIndex_1>,<RmsStreamEvm_1>,<RmsStreamPilotEvm_1>,<RmsStreamDataEvm_1>{,<StreamIndex_n>,<RmsStreamEvm_n>,<RmsStreamPilotEvm_n>,<RmsStreamDataEvm_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit dB



Datatype Double

Unit dB


Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam]:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam]:MAXimum?Query Response:<StreamIndex_1>,<RmsStreamEvm_1>,<RmsStreamPilotEvm_1>,<RmsStreamDataEvm_1>{,<StreamIndex_n>,<RmsStreamEvm_n>,<RmsStreamPilotEvm_n>,<RmsStreamDataEvm_n>}


Availability Query

Datatype Integer32



Datatype Double

Unit dB



Datatype Double

Unit dB



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam]:MINimum

Usage:

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:USER[:STReam]:MINimum?Query Response:<StreamIndex_1>,<RmsStreamEvm_1>,<RmsStreamPilotEvm_1>,<RmsStreamDataEvm_1>{,<StreamIndex_n>,<RmsStreamEvm_n>,<RmsStreamPilotEvm_n>,<RmsStreamDataEvm_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit dB

Datatype Double

Unit dB



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor[:AVERage]?Query Response:<ChannelIndex_1>,<NumberofRUs_1>,<UnusedToneError_1>{,<ChannelIndex_n>,<NumberofRUs_n>,<UnusedToneError_n>}

Description Fetches the average unused tone error results per channel.

Availability Query

Description For the non 80+80 MIMO case, indicates the channel from which theresults originate. For the 80+80 SISO case, indicates the 80 MHzsegment from which the results originate.

Datatype Integer32

Parameter: <NumberofRUs>

Description Number of resource units.

Datatype Integer32

Parameter: <UnusedToneError>

Description Result unused tone error.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor:MAXimum?Query Response:<ChannelIndex_1>,<NumberofRUs_1>,<UnusedToneError_1>{,<ChannelIndex_n>,<NumberofRUs_n>,<UnusedToneError_n>}

Description Fetches the maximum unused Tone Error results per channel.

Availability Query

Datatype Integer32


Description Number of Resource Units.

Datatype Integer32


Description Result Unused Tone Error.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:ERRor:MINimum?Query Response:<ChannelIndex_1>,<NumberofRUs_1>,<UnusedToneError_1>{,<ChannelIndex_n>,<NumberofRUs_n>,<UnusedToneError_n>}

Description Fetches the minimum unused tone error results per channel.

Availability Query

Datatype Integer32



Datatype Integer32


Description Result Unused Tone Error.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin[:AVERage]?Query Response:<ChannelIndex_1>,<NumberofRUs_1>,<UnusedToneMargin_1>{,<ChannelIndex_n>,<NumberofRUs_n>,<UnusedToneMargin_n>}

Description Fetches the average unused tone margin results per channel.

Availability Query

Datatype Integer32



Datatype Integer32

Parameter: <UnusedToneMargin>

Description Result unused tone margin.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin:MAXimum?Query Response:<ChannelIndex_1>,<NumberofRUs_1>,<UnusedToneMargin_1>{,<ChannelIndex_n>,<NumberofRUs_n>,<UnusedToneMargin_n>}

Description Fetches the maximum unused tone margin results per channel.

Availability Query

Datatype Integer32



Datatype Integer32


Description Result unused tone margin.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:EVM:UTONe:MARGin:MINimum?Query Response:<ChannelIndex_1>,<NumberofRUs_1>,<UnusedToneMargin_1>{,<ChannelIndex_n>,<NumberofRUs_n>,<UnusedToneMargin_n>}

Description Fetches the minimum unused tone margin results per channel.

Availability Query

Datatype Integer32



Datatype Integer32


Description Result Unused Tone Margin.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer[:AVERage]?Query Response:<ChannelIndex_1>,<LLtfPower_1>,<PayloadPower_1>{,<ChannelIndex_n>,<LLtfPower_n>,<PayloadPower_n>}

Description Fetches the gated power results per channel.

Availability Query

Datatype Integer32

Parameter: <LLtfPower>

Description Result across iterations of power measured in the legacy long trainingfield.

Datatype Double

Unit dBm

Parameter: <PayloadPower>

Description Result across iterations of power measured in the packet payload.

Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:MAXimum?Query Response:<ChannelIndex_1>,<LLtfPower_1>,<PayloadPower_1>{,<ChannelIndex_n>,<LLtfPower_n>,<PayloadPower_n>}

Availability Query




Datatype Integer32



Datatype Double

Unit dBm



Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:MINimum?Query Response:

<ChannelIndex_1>,<LLtfPower_1>,<PayloadPower_1>{,<ChannelIndex_n>,<LLtfPower_n>,<PayloadPower_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit dBm



Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:U

DEFined[:AVERage]?Query Response:<AvgChannelGatedPowerResults[n]>

Description Fetches the user-defined gated power results per channel.

Availability Query


Parameter: <AvgChannelGatedPowerResults[n]>

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined:MAXimum?Query Response:<MaxChannelGatedPowerResults[n]>


Availability Query


Parameter: <MaxChannelGatedPowerResults[n]>

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:GPOWer:UDEFined:MINimum?Query Response:<MinChannelGatedPowerResults[n]>

Availability Query


Parameter: <MinChannelGatedPowerResults[n]>

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer?Query Response:<DataRate>,<PayloadLength>,<LSigLength>,<LsigHeaderParityPassed>

Description Fetches detected header parameters for 802.11 a/g signalorthogonal frequency division multiplexing (OFDM).

Availability Query



Description The data rate, in MBps, used to transmit the SERVICE field and thephysical layer convergence procedure protocol data unit (PPDU). Ifyou enable automatic header detection, the data rate is extracted fromthe demodulated SIGNAL field of the frame. The SIGNAL field isdefined in section 17.3.4 of IEEE Standard 802.11-2007.

Datatype Integer32

Description The length of the physical-layer payload, in bytes. If you enableautomatic header detection, the instrument extracts the payload lengthfrom the demodulated SIGNAL field of the frame. The SIGNAL fieldis defined in section 17.3.4 of IEEE Standard 802.11a-1999.

Datatype Integer32

Parameter: <LSigLength>

Description The value of the length field as decoded from the L-SIG field.

Datatype Integer32

Parameter: <LsigHeaderParityPassed>

Description Indicates whether the parity check has passed for the signal field of theOFDM waveforms conforming to the IEEE Standard 802.11-2007

Datatype Boolean

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HE

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HE?Query Response:<McsRate>,<PayloadLength>,<LSigLength>,<LsigHeaderParityPassed>,<FecCodingType>,<StbcIndex>,<GuardInterval>,<NumberOfStreams>,<LdpcExtraSymbol>,<HESigACrc>,<HESigBCrc>,<TransmissionMode>,<PPDUType>,<NumberOfUsers>,<HESigBDCMEnabled>,<HESigBMcsIndex>

Description Fetches detected header parameters 802.11 ax (HE)

Availability Query


Parameter: <McsRate>

Description The detected MCS index.

Datatype Integer32



Datatype Integer32


Description The value of the length field as decoded from the L-SIG field in802.11ax signals.

Datatype Integer32

Description Indicates whether the parity check has passed for the SIGNAL field ofthe orthogonal frequency division multiplexing (OFDM) waveformsconforming to the IEEE standard 802.11-2007 or the non-HTSIGNAL (L-SIG) field of the MIMO OFDM waveforms conformingto the IEEE Standard 802.11n-2009 or the non-VHT SIGNAL (L-SIG)field of the MIMO OFDM waveforms conforming to the IEEEStandard 802.11ac-2013.

Datatype Boolean

Parameter: <FecCodingType>

Description The type of forward error correction (FEC) coding detected from thevery high-throughput SIGNAL (VHT-SIG-A field), for 802.11axsignals.



Description The detected value of the space-time block coding (STBC) field.

Datatype Integer32


Description The guard interval, in seconds, detected from the very high-throughputSIGNAL (VHT-SIG-A field), for 802.11ax signals.

Datatype Integer32

Parameter: <NumberOfStreams>

Description The number of space-time streams for 802.11ax signal. This value isderived by adding 1 to the value of NSTS field, as decoded from theVHT-SIG-A field.

Datatype Integer32

Parameter: <LdpcExtraSymbol>

Description Detected value of the LDPC extra bit field.

Datatype Boolean

Parameter: <HESigACrc>

Description HE-Sig-A CRC passed.

Datatype Boolean

Parameter: <HESigBCrc>

Description HE Sig-B CRC passed.

Datatype Boolean

Parameter: <TransmissionMode>

Description Detected Transmission Mode.DL:Downlink transmission.UL:Uplink transmission.

Description Detected the type of physical layer convergence procedure (PLCP)protocol data unit (PPDU).SUPPDU: Single user (SU) PPDU.MUPPDU: Multi-user (MU) PPDU.ERSUPPDU: Extended Range SU PPDU.TBPPDU: Trigger-based PPDU.


Parameter: <NumberOfUsers>

Description Number of Users.

Datatype Integer32

Parameter: <HESigBDCMEnabled>

Description HE-Sig-B Dual Carrier Modulation.

Datatype Integer32

Parameter: <HESigBMcsIndex>

Description Detected HE-SIG-B MCS Index

Datatype Integer32

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HE:USER

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HE:USER?Query Response:<STAID>,<RUOffset>,<RUSize>,<MCSIndex>,<FECType>,<Nsts>,<DCMBit>

Description Fetches detected header parameters 802.11ax (HE) for specificuser.

Availability Query


Parameter: <STAID>

Description The detected Station ID.

Datatype Integer32

Parameter: <RUOffset>

Description The detected RU Offset

Datatype Integer32

Parameter: <RUSize>

Description The detected RU Size.

Datatype Integer32

Parameter: <MCSIndex>

Description The detected MCS Index.

Datatype Integer32

Parameter: <FECType>

Description The detected FEC Type.

Parameter: <Nsts>

Description The detected number of space-time streams.

Datatype Integer32

Parameter: <DCMBit>

Description The detected DCM (Dual Carrier Modulation) Bit.

Datatype Integer32

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HT

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:HT?Query Response:<McsRate>,<PayloadLength>,<LSigLength>,<LsigHeaderParityPassed>,<PCLP>,<FecCodingType>,<GuardInterval>,<StbcIndex>,<HtSigCrcPassed>,<NESS>,<AggregationBit>

Description Fetches detected header parameters for 802.11 n high-throughput(HT).

Availability Query




Datatype Integer32

Description The length of the physical-layer payload, in bytes. If you enableautomatic header detection, the device extracts the payload lengthfrom the demodulated SIGNAL field of the frame. The SIGNAL fieldis defined in section 17.3.4 of IEEE Standard 802.11a-1999.

Datatype Integer32


Description The value of the length field as decoded from the L-SIG field.

Datatype Integer32


Description Indicates whether the parity check has passed for the signal field of theorthogonal frequency division multiplexing (OFDM) waveformsconforming to the IEEE Standard 802.11-2007 of the MIMO OFDMwaveforms conforming to the IEEE Standard 802.11n-2009.

Datatype Boolean

Parameter: <PCLP>

Description Detected PHY layer convergence protocol format.



Description Type of forward error correction (FEC) coding detected from the high-throughput SIGNAL (HT-SIG) field, for 802.11n signals, as defined insection 20.3.9.4.3 of the IEEE Standard 802.11n-2009.

Description The guard interval, in seconds, detected from the high-throughputSIGNAL (HT-SIG) field, for 802.11n signals, as defined in section20.3.9.4.3 of the IEEE Standard 802.11n-2009

Datatype Integer32


Description The value of space-time block coding (STBC) field detected from thehigh-throughput SIGNAL (HT-SIG) field, of 802.11n signal, asdefined in section 20.3.9.4.3 of the IEEE Standard 802.11n-2009.

Datatype Integer32

Parameter: <HtSigCrcPassed>

Description Indicates whether the CRC has passed for the high-throughputSIGNAL (HT-SIG) field as defined in section 20.3.9.4.3 of the IEEEStandard 802.11n-2009.

Datatype Boolean

Parameter: <NESS>

Description The number of extension spatial streams detected from the high-throughput SIGNAL (HT-SIG) field as defined in section 20.3.9.4.3 ofthe IEEE Standard 802.11n-2009.

Datatype Integer32

Parameter: <AggregationBit>

Description The value of the aggregation field as decoded from the high-throughput signal (HT-SIG) field of 802.11n signal.

Datatype Integer32

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:VHT

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:HEADer:VHT?Query Response:<McsRate>,<PayloadLength>,<LSigLength>,<LsigHeaderParityPassed>,<FecCodingType>,<StbcIndex>,<GuardInterval>,<NumberOfStreams>,<LdpcExtraSymbol>,<VhtSigACrc>,<VhtSigBCrc>

Description Fetches detected header parameters 802.11 ac (VHT)

Availability Query




Datatype Integer32



Datatype Integer32


Description The value of the length field as decoded from the L-SIG field in802.11ac signals.

Datatype Integer32


Description Indicates whether the parity check has passed for the SIGNAL field ofthe orthogonal frequency division multiplexing (OFDM) waveformsconforming to the IEEE standard 802.11-2007 or the non-HTSIGNAL (L-SIG) field of the MIMO OFDM waveforms conformingto the IEEE Standard 802.11n-2009 or the non-VHT SIGNAL (L-SIG)field of the MIMO OFDM waveforms conforming to the IEEEStandard 802.11ac-2013.

Datatype Boolean


Description The type of forward error correction (FEC) coding detected from thevery high-throughput SIGNAL (VHT-SIG-A field), for 802.11acsignals.



Description The detected value of the space-time block coding (STBC) field.

Datatype Integer32


Description The guard interval, in seconds, detected from the very high-throughputSIGNAL (VHT-SIG-A field), for 802.11ac signals.

Datatype Integer32


Parameter: <NumberOfStreams>

Description The number of space-time streams for 802.11ac signal. This value isderived by adding 1 to the value of NSTS field, as decoded from theVHT-SIG-A field.

Datatype Integer32

Parameter: <LdpcExtraSymbol>

Description Detected value of the LDPC extra bit field.

Datatype Boolean

Parameter: <VhtSigACrc>

Description VHT Sig-A CRC passed.

Datatype Boolean

Parameter: <VhtSigBCrc>

Description VHT Sig-B CRC passed.

Datatype Boolean

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments[:AVERage]?Query Response:<SampleClockOffset>,<CarrierFrequencyOffset>,<AvgRmsComPilotErr>,<RmsPhaseNoise>,<ChannelIndex_1>,<ChannelIqImbalance_1>,<ChannelQuadratureSkew_1>,<ChannelCarrierFreqLeakage_1>,<ChannelTimingSkew_1>{,<ChannelIndex_n>,<ChannelIqImbalance_n>,<ChannelQuadratureSkew_n>,<ChannelCarrierFreqLeakage_n>,<ChannelTimingSkew_n>}

Description Fetches average measured impairments.If the magnitude of the carrier or the Sample Clock frequency offsetis greater than 25 ppm, I/Q gain imbalance magnitude is greater than3 dB, and quadrature skew magnitude is greater than 15 degrees, theestimates of these impairments may be inaccurate.Note: In case of 802.11ac 80+80, refer to''FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent[:AVERage]'', to fetch the impairmentresults for each segment.

Availability Query

ExecutionMode

Sequential

Parameter: <SampleClockOffset>

Description The result across iterations of Sample Clock offset estimates. TheSample Clock offset is the difference between the Sample Clocks atthe digital-to-analog converter (DAC) of the transmitting DUT and thedigitizer.If the clock offset value is greater than 25 ppm, the estimated valuemay be inaccurate. The clock offset measurement follows section17.3.9.5 of IEEE Standard 802.11a-1999 and section 20.3.21.6 ofIEEE Standard 802.11n-2009.

Datatype Double

Unit PPM

Parameter: <CarrierFrequencyOffset>

Description The result across iterations of carrier frequency offset estimates of thetransmitting device under test (DUT). This measurement followssection 17.3.9.4 of IEEE Standard 802.11a-1999 and section 20.3.21.4of IEEE Standard 802.11n-2009.

Datatype Double

Unit PPM

Parameter: <AvgRmsComPilotErr>

Description The result across iterations of common pilot error root mean square(RMS) measurements, as a percentage of ideal pilot subcarrier values.

Datatype Double

Unit PCT

Parameter: <RmsPhaseNoise>

Description The result across iterations of phase noise.

Datatype Double

Unit deg


Description The index of the channel from which the result originates.

Datatype Integer32

Unit DB

Parameter: <ChannelIqImbalance>

Description The result across iterations of I/Q gain imbalance estimates. I/Q gainimbalance is the ratio, in dB, of the mean amplitude of the in-phase (I)signal to the mean amplitude of the quadrature-phase (Q) signal.

Datatype Double

Unit DB

Parameter: <ChannelQuadratureSkew>

Description The result across iterations of quadrature skew estimates. Quadratureskew is the deviation in angle from 90 degrees between the in-phase(I) and quadrature-phase (Q) signals.

Datatype Double

Unit DEG

Parameter: <ChannelCarrierFreqLeakage>

Description The result of carrier frequency leakage. Carrier frequency leakage isthe ratio, in dB, of the energy in the DC subcarrier to the total energyof all the subcarriers.

Datatype Double

Unit DB

Parameter: <ChannelTimingSkew>

Description The result across iterations of timing skew estimates. Timing skew isthe difference between the sampling instants of in-phase (I) andquadrature (Q) components of the complex baseband signal.

Datatype Double

Unit S

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:MAXimum

Usage:

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:MAXimum?Query Response:<SampleClockOffset>,<CarrierFrequencyOffset>,<AvgRmsComPilotErr>,<RmsPhaseNoise>,<ChannelIndex_1>,<ChannelIqImbalance_1>,<ChannelQuadratureSkew_1>,<ChannelCarrierFreqLeakage_1>,<ChannelTimingSkew_1>{,<ChannelIndex_n>,<ChannelIqImbalance_n>,<ChannelQuadratureSkew_n>,<ChannelCarrierFreqLeakage_n>,<ChannelTimingSkew_n>}

Description Fetches maximum measured impairments.If the magnitude of the carrier or the Sample Clock frequency offsetis greater than 25 ppm, I/Q gain imbalance magnitude is greater than3 dB, and quadrature skew magnitude is greater than 15 degrees, theestimates of these impairments may be inaccurate.Note: In case of 802.11ac 80+80, refer to''FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent[:MAXimum]'', to fetch the impairmentresults for each segment.

Availability Query

ExecutionMode

Sequential



Datatype Double

Unit PPM



Datatype Double

Unit PPM



Datatype Double

Unit PCT



Datatype Double

Unit deg



Datatype Integer32




Datatype Double

Unit DB



Datatype Double

Unit DEG



Datatype Double

Unit DB




Datatype Double

Unit S

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:MINimum?Query Response:<SampleClockOffset>,<CarrierFrequencyOffset>,<AvgRmsComPilotErr>,<RmsPhaseNoise>,<ChannelIndex_1>,<ChannelIqImbalance_1>,<ChannelQuadratureSkew_1>,<ChannelCarrierFreqLeakage_1>,<ChannelTimingSkew_1>{,<ChannelIndex_n>,<ChannelIqImbalance_n>,<ChannelQuadratureSkew_n>,<ChannelCarrierFreqLeakage_n>,<ChannelTimingSkew_n>}

Description Fetches minimum measured impairments.If the magnitude of the carrier or the Sample Clock frequency offsetis greater than 25 ppm, I/Q gain imbalance magnitude is greater than3 dB, and quadrature skew magnitude is greater than 15 degrees, theestimates of these impairments may be inaccurate.Note: In case of 802.11ac 80+80, refer to''FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent[:MINimum]'', to fetch theimpairment results for each segment.

Availability Query

ExecutionMode

Sequential



Datatype Double

Unit PPM



Datatype Double

Unit PPM



Datatype Double

Unit PCT




Datatype Double

Unit deg



Datatype Integer32



Datatype Double

Unit DB



Datatype Double

Unit DEG




Datatype Double

Unit DB



Datatype Double

Unit S

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent[:AVERage]?Query Response:<SampleClockOffset>,<CarrierFrequencyOffset>,<AvgRmsComPilotErr>,<RmsPhaseNoise>,<ChannelIndex_1>,<ChannelIqImbalance_1>,<ChannelQuadratureSkew_1>,<ChannelCarrierFreqLeakage_1>,<ChannelTimingSkew_1>{,<ChannelIndex_n>,<ChannelIqImbalance_n>,<ChannelQuadratureSkew_n>,<ChannelCarrierFreqLeakage_n>,<ChannelTimingSkew_n>}

Description Fetches average measured impairments for each segment in case802.11ac 80+80.If the magnitude of the carrier or the Sample Clock frequencyoffset is greater than 25 ppm, I/Q gain imbalance magnitude isgreater than 3 dB, and quadrature skew magnitude is greater than15 degrees, the estimates of these impairments may be inaccurate.

Availability Query



Datatype Double

Unit PPM



Datatype Double

Unit PPM



Datatype Double

Unit PCT




Datatype Double

Unit deg



Datatype Integer32



Datatype Double

Unit DB



Datatype Double

Unit DEG




Datatype Double

Unit DB



Datatype Double

Unit S

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent:MAXimum?Query Response:<SampleClockOffset>,<CarrierFrequencyOffset>,<AvgRmsComPilotErr>,<RmsPhaseNoise>,<ChannelIndex_1>,<ChannelIqImbalance_1>,<ChannelQuadratureSkew_1>,<ChannelCarrierFreqLeakage_1>,<ChannelTimingSkew_1>{,<ChannelIndex_n>,<ChannelIqImbalance_n>,<ChannelQuadratureSkew_n>,<ChannelCarrierFreqLeakage_n>,<ChannelTimingSkew_n>}

Description Fetches maximum measured impairments for each segment incase 802.11ac 80+80.If the magnitude of the carrier or the Sample Clock frequencyoffset is greater than 25 ppm, I/Q gain imbalance magnitude isgreater than 3 dB, and quadrature skew magnitude is greater than15 degrees, the estimates of these impairments may be inaccurate.

Availability Query



Datatype Double

Unit PPM



Datatype Double

Unit PPM



Datatype Double

Unit PCT




Datatype Double

Unit deg



Datatype Integer32



Datatype Double

Unit DB



Datatype Double

Unit DEG




Datatype Double

Unit DB



Datatype Double

Unit S

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:IMPairments:SEGMent:MINimum?Query Response:<SampleClockOffset>,<CarrierFrequencyOffset>,<AvgRmsComPilotErr>,<RmsPhaseNoise>,<ChannelIndex_1>,<ChannelIqImbalance_1>,<ChannelQuadratureSkew_1>,<ChannelCarrierFreqLeakage_1>,<ChannelTimingSkew_1>{,<ChannelIndex_n>,<ChannelIqImbalance_n>,<ChannelQuadratureSkew_n>,<ChannelCarrierFreqLeakage_n>,<ChannelTimingSkew_n>}

Description Fetches minimum measured impairments for each segment incase 802.11ac 80+80.If the magnitude of the carrier or the Sample Clock frequencyoffset is greater than 25 ppm, I/Q gain imbalance magnitude isgreater than 3 dB, and quadrature skew magnitude is greater than15 degrees, the estimates of these impairments may be inaccurate.

Availability Query



Datatype Double

Unit PPM



Datatype Double

Unit PPM



Datatype Double

Unit PCT




Datatype Double

Unit deg



Datatype Integer32



Datatype Double

Unit DB



Datatype Double

Unit DEG




Datatype Double

Unit DB



Datatype Double

Unit S

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam][:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam][:AVERage]?Query Response:<StreamIndex_1>,<AvgStreamPwr_1>{,<StreamIndex_n>,<AvgStreamPwr_n>}

Description Fetches the average transmit power result per stream.

Availability Query




Datatype Integer32

Parameter: <AvgStreamPwr>

Description Result across iterations of stream power measurements.

Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam]:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam]:MAXimum?Query Response:<StreamIndex_1>,<MaxStreamPwr_1>{,<StreamIndex_n>,<MaxStreamPwr_n>}

Description Fetches the maximum transmit power result per stream.

Availability Query




Datatype Integer32

Parameter: <MaxStreamPwr>

Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam]:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:POWer[:STReam]:MINimum?Query Response:<StreamIndex_1>,<MinStreamPwr_1>{,<StreamIndex_n>,<MinStreamPwr_n>}

Description Fetches the minimum transmit power result per stream.

Availability Query




Datatype Integer32

Parameter: <MinStreamPwr>


Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness[:AVERage]?Query Response:<ChainIndex_1>,<StreamIndex_1>,<AvgSfMargin_1>,<MinSfIndex_1>{,<ChainIndex_n>,<StreamIndex_n>,<AvgSfMargin_n>,<MinSfIndex_n>}

Description The upper margin is the difference between the upper spectralflatness mask and the relative magnitude of the channel frequencyresponse. The lower margin is the difference between the relativemagnitude of the channel frequency response and the lowerspectral flatness mask. The relative magnitude of the channelfrequency response is relative to the mean power of a fewsubcarriers around the DC subcarrier. The spectral flatness maskis as defined in section 17.4.7.4, section 18.3.9.7.3, and section20.3.20.2 of IEEE Standard 802.11-2012, and section 22.3.18.2 ofIEEE Standard 802.11ac-2013.

Availability Query

ExecutionMode

Sequential



Datatype Integer32

Datatype Integer32

Parameter: <AvgSfMargin>

Description The result across iterations of spectral flatness margin. Spectralflatness margin is the minimum margin, in dB, of the upper and lowerspectral flatness margins.

Datatype Double

Unit dB

Parameter: <MinSfIndex>

Description The index across iterations of the subcarrier for which the minimumspectral flatness margin was observed.

Datatype Integer32

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:MAXimum?Query Response:<ChainIndex_1>,<StreamIndex_1>,<AvgSfMargin_1>,<MinSfIndex_1>{,<ChainIndex_n>,<StreamIndex_n>,<AvgSfMargin_n>,<MinSfIndex_n>}


Availability Query

ExecutionMode

Sequential



Datatype Integer32



Datatype Integer32




Datatype Double

Unit dB



Datatype Integer32

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:MINimum?Query Response:<ChainIndex_1>,<StreamIndex_1>,<AvgSfMargin_1>,<MinSfIndex_1>{,<ChainIndex_n>,<StreamIndex_n>,<AvgSfMargin_n>,<MinSfIndex_n>}


Availability Query

ExecutionMode

Sequential

Datatype Integer32



Datatype Integer32



Datatype Double

Unit dB



Datatype Integer32

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:TRACe[:SCARrier]

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SFLatness:TRACe[:SCARrier]?Query Response:<ChannelIndex_1>,<StreamIndex_1>,#xyy<SubCarrierIndexes[

]_1>,#xyy<TraceValue[]_1>{,<ChannelIndex_n>,<StreamIndex_n>,#xyy<SubCarrierIndexes[]_n>,#xyy<TraceValue[]_n>}

Description Fetches the spectral flatness trace data set.

Availability Query




Datatype Integer32



Datatype Integer32





Description Trace value per subcarrier index. Subcarrier energy normalized to theaverage energy of the reference subcarriers as described in IEEE802.11-2012 sections 18.3.9.7.3, 20.3.20.2, and in IEEE802.11ac-2013 section 22.3.18.2

Unit dB

FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SYMBols

Usage:FETCh:RFSA:WLAN[:RESults]:MODulation:OFDM:SYMBols?Query Response:<NoOfSymbolsUsed>

Description Number of symbols used in measurements.

Availability Query


Parameter: <NoOfSymbolsUsed>

FETCh:RFSA:WLAN[:RESults]:OBW

Usage:FETCh:RFSA:WLAN[:RESults]:OBW?Query Response:<ChainIndex_1>,<OccupiedBandwidth_1>,<StartFrequency_1>,<StopFrequency_1>{,<ChainIndex_n>,<OccupiedBandwidth_n>,<StartFrequency_n>,<StopFrequency_n>}

Description Returns the occupied bandwidth (OBW) results.

Availability Query

Datatype Integer32

Parameter: <OccupiedBandwidth>

Description The OBW of the measured signal. This value is the frequency rangecontaining 99% of the power of the entire signal spectrum.

Datatype Double

Unit Hz

Parameter: <StartFrequency>

Description The lowest frequency component of the frequency range containing99% of the entire signal spectrum.

Datatype Double

Unit Hz

Parameter: <StopFrequency>

Description The highest frequency component of the frequency range containing99% of the entire signal spectrum.

Datatype Double

Unit Hz

FETCh:RFSA:WLAN[:RESults]:PRAMp

Usage:

FETCh:RFSA:WLAN[:RESults]:PRAMp?Query Response:<RampUpTime>,<RampDownTime>

Description Fetches DSSS ramp time results.Returns ramp-up and ramp-down time for WLAN 802.11b/gdifferential quadrature phase-shift keying (QPSK), packet binaryconvolutional coding (PBCC), or complementary code keying(CCK) bursts.

Availability Query


Parameter: <RampUpTime>

Description The measured power ramp-up time, in seconds.

Datatype Double

Unit s

Parameter: <RampDownTime>

Description The measured power ramp-down time, in seconds.

Datatype Double

Unit s

FETCh:RFSA:WLAN[:RESults]:RACCuracy

Usage:FETCh:RFSA:WLAN[:RESults]:RACCuracy?Query Response:<AverageCarrierFrequencyOffset>,<MaximumCarrierFrequencyOffset>,<CarrierFrequencyOffsetCCDF>

Description Fetches the STA relative frequency results.

Availability Query


Parameter: <AverageCarrierFrequencyOffset>

Unit Hz

Parameter: <MaximumCarrierFrequencyOffset>

Unit Hz

Parameter: <CarrierFrequencyOffsetCCDF>

Description Carrier Frequency Offset CCDF 10%

Datatype Double

Unit Hz

FETCh:RFSA:WLAN[:RESults]:RACCuracy:TRACe

Usage:FETCh:RFSA:WLAN[:RESults]:RACCuracy:TRACe?Query Response:<CFOPerPacket[n]>

Description Fetches the carrier frequency offset (CFO) per packet trace datafor STA relatvie frequency.

Availability Query

Parameter: <CFOPerPacket[n]>

Description CFO per packet for STA relative frequency.

Datatype Double

Unit Hz

FETCh:RFSA:WLAN[:RESults]:RACCuracy:TRACe:CFOPacket

Usage:FETCh:RFSA:WLAN[:RESults]:RACCuracy:TRACe:CFOPacket?Query Response:<Origin_1>,<Packet_1>,#xyy<TraceDataPoints[]_1>{,<Origin_n>,<Packet_n>,#xyy<TraceDataPoints[]_n>}

Description Fetches the carrier frequency offset (CFO) per packet trace datafor STA relatvie frequency.

Availability Query


Parameter: <Origin>

Description Origin point for the trace.

Datatype Double

Parameter: <Packet>

Description Delta packet per point.

Datatype Double

Parameter: #xyy<TraceDataPoints[]>

Description Trace data points.


Unit Hz

FETCh:RFSA:WLAN[:RESults]:SDENsity

Usage:FETCh:RFSA:WLAN[:RESults]:SDENsity?Query Response:<ChainIndex_1>,<MaxSpectralDensity_1>{,<ChainIndex_n>,<MaxSpectralDensity_n>}

Description Fetches the measurement of the maximum spectral density,

Availability Query




Datatype Integer32

Parameter: <MaxSpectralDensity>

Description The measurement of the maximum spectral density of the acquiredpower spectrum.

Datatype Double

Unit dBm/Hz

FETCh:RFSA:WLAN[:RESults]:SEM[:MARGin]

Usage:FETCh:RFSA:WLAN[:RESults]:SEM[:MARGin]?Query Response:<ChainIndex_1>,<WorstCaseOutOfBandMargin_1>,<WorstCaseOutOfBandFrequency_1>,<Violation_1>{,<ChainIndex_n>,<WorstCaseOutOfBandMargin_n>,<WorstCaseOutOfBandFrequency_n>,<Violation_n>}

Description The spectral emission mask margin is as defined in section17.3.9.2 of IEEE Standard 802.11a-1999, section 18.4.7.3 ofIEEE Standard 802.11b-1999, section 20.3.21.1 of IEEE Standard802.11n-2009, and section 22.3.18.1 of IEEE Standard802.11ac-2013

Availability Query



Description For the non-802.11ac 80+80 MIMO case, indicates the chainfromwhich the results originate. For the 802.11ac 80+80 SISO case with >240 MHz separation, indicates the 80 MHz segment from which theresults originate.

Datatype Integer32

Parameter: <WorstCaseOutOfBandMargin>

Description Worst margin across all segments of the SEM, as defined in section17.3.9.2 of IEEE Standard 802.11a-1999, section 18.4.7.3 of IEEEStandard 802.11b-1999, and section 20.3.21.1 of IEEE Standard802.11n-2009. The resulting worst margin indicates the minimumdifference between the acquired power spectral density (PSD)spectrum and the spectral mask.

Datatype Double

Unit dB

Parameter: <WorstCaseOutOfBandFrequency>

Description The frequency at which the worst margins across all segment ofthe SEM are observed.

Datatype Double

Unit Hz

Parameter: <Violation>

Description Ratio of the number of points of the signal power spectral density thatare above the applied spectral emission mask to the total number ofpoints in the signal power spectral density.

Datatype Double

Unit %

FETCh:RFSA:WLAN[:RESults]:SEM:FSEGments

Usage:FETCh:RFSA:WLAN[:RESults]:SEM:FSEGments?Query Response:<ChainIndex_1>,<NumberOfSegments_1>,<SegmentIndex_1>,<SegmentWorstMargin_1>,<SegmentWorstMarginFrequency_1>,<Seg

mentMarginReferenceLevel_1>{,<ChainIndex_n>,<NumberOfSegments_n>,<SegmentIndex_n>,<SegmentWorstMargin_n>,<SegmentWorstMarginFrequency_n>,<SegmentMarginReferenceLevel_n>}

Description Fetches the results of all the SEM segments for each of the activechains and/or 802.11ac 80 MHz segments. Note 1: "SEM segment"refers to a section of the spectral emission mask and is differentfrom the notion of an 80 MHz segment in the 802.11ac 80+80(MHz) channel configuration. Note 2: In the case of an 802.11ac80+80 configuration with carrier frequency separation at mostequal to 240 MHz, a combined mask is applied to the combinedspectrum of both 80 MHz segments, resulting in a single set ofmeasurement data. For larger separations, standalone masks areapplied individually to each of the 80 MHz segments, resulting intwo sets of data.

Availability Query

ExecutionMode

Sequential


Description For the non-802.11ac 80+80 MIMO case, indicates the chain fromwhich the results originate. For the 802.11ac 80+80 SISO case with >240 MHz separation, indicates the 80 MHz segment from which theresults originate.

Datatype Integer32


Description Number of SEM segments.

Datatype Integer32

Parameter: <SegmentIndex>

Description Index of the SEM segment from which the next results originate.

Datatype Integer32

Parameter: <SegmentWorstMargin>

Description Worst margin per SEM segment, as defined in section 17.3.9.2 ofIEEE Standard 802.11a-1999, section 18.4.7.3 of IEEE Standard802.11b-1999, and section 20.3.21.1 of IEEE Standard 802.11n-2009.The resulting worst margin indicates the minimum difference betweenthe acquired power spectral density (PSD) spectrum and the spectralmask..

Datatype Double

Unit dB

Parameter: <SegmentWorstMarginFrequency>

Description The frequency, per SEM segment, at which the worst marginwithin the SEM segment is observed.

Datatype Double

Unit Hz

Parameter: <SegmentMarginReferenceLevel>

Description The power spectral density at the worst-margin frequency withinthe SEM segment.

Datatype Double

Unit dBm/Hz

FETCh:RFSA:WLAN[:RESults]:SEM:TRACe:MASK

Usage:FETCh:RFSA:WLAN[:RESults]:SEM:TRACe:MASK?Query Response:<ChannelIndex_1>,<OriginFrequency_1>,<DeltaFrequency_1>,#xyy<TraceDataPoints[]_1>{,<ChannelIndex_n>,<OriginFrequency_n>,<DeltaFrequency_n>,#xyy<TraceDataPoints[]_n>}

Description Fetches the spectral emissions mask (SEM) mask data in dBm/Hz.Note: In case of 802.11ac 80+80, when the frequency differencebetween two segments is less than 240MHz, the mask of twosegments is combined into a single transmit spectral maskmeasurement.

Availability Query



Description For the non-802.11ac 80+80 MIMO case, indicates the channel fromwhich the results originate. For the 802.11ac 80+80 SISO case with >240 MHz separation, indicates the 80 MHz segment from which theresults originate.

Datatype Integer32

Parameter: <OriginFrequency>


Datatype Double

Unit Hz

Parameter: <DeltaFrequency>

Description Delta frequency per point.

Datatype Double

Unit Hz




Unit dBm

FETCh:RFSA:WLAN[:RESults]:SEM:TRACe:SPECtrum

Usage:FETCh:RFSA:WLAN[:RESults]:SEM:TRACe:SPECtrum?Query Response:<ChannelIndex_1>,<OriginFrequency_1>,<DeltaFrequency_1>,#xyy<TraceDataPoints[]_1>{,<ChannelIndex_n>,<OriginFrequency_n>,<DeltaFrequency_n>,#xyy<TraceDataPoints[]_n>}

Description Fetches the spectral emissions mask (SEM) power spectrum tracedata in dBm/Hz.Note: In case of 802.11ac 80+80, when the frequency differencebetween two segments is less than 240MHz, the spectral of twosegments is combined into a single transmit spectralmeasurement.

Availability Query

Description For the non-802.11ac 80+80 MIMO case, indicates the channel fromwhich the results originate. For the 802.11ac 80+80 SISO case with >240 MHz separation, indicates the 80 MHz segment from which theresults originate.

Datatype Integer32

Parameter: <OriginFrequency>


Datatype Double

Unit Hz

Parameter: <DeltaFrequency>

Description Delta frequency per point.

Datatype Double

Unit Hz


Description Trace data points


Unit dBm

FETCh:RFSA:WLAN[:RESults]:STATe

Usage:FETCh:RFSA:WLAN[:RESults]:STATe?

Query Response:<HardwareState>,<MeasurementState>

Description Fetches the state of the instrument.

Availability Query



Description IDLE: Hardware is availablePEND: Execution is waiting for hardware to be released.ACT: Hardware is actively acquiring data.



Description OFF: The measurement has not been initiated yet.RDY: The measurement result is available to fetch.PEND: The measurement is initiated but has not started receiving datato process.PROC: The measurement is processing the acquired data.


FETCh:RFSA:WLAN[:RESults]:TXPower[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower[:AVERage]?Query Response:<ChannelIndex_1>,<TransmitPower_1>,<PeakPower_1>,<TransmitPowerWGap_1>{,<ChannelIndex_n>,<TransmitPower_n>,<PeakPower_n>,<TransmitPowerWGap_n>}

Description Returns the maximum TXP measurement results.

Availability Query




Datatype Integer32

Parameter: <TransmitPower>

Description The results of the average TXP measurements.

Datatype Double

Unit dBm

Parameter: <PeakPower>

Description The results of the peak TXP measurements.

Datatype Double

Unit dBm

Parameter: <TransmitPowerWGap>

Description The results of the average TXP with gap measurements.

Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:TXPower:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower:MAXimum?Query Response:<ChannelIndex_1>,<TransmitPower_1>,<PeakPower_1>,<TransmitPowerWGap_1>{,<ChannelIndex_n>,<TransmitPower_n>,<PeakPower_n>,<TransmitPowerWGap_n>}

Description Returns the maximum transmit power (TXP) measurementresults.

Availability Query




Datatype Integer32



Datatype Double

Unit dBm

Datatype Double

Unit dBm



Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:TXPower:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower:MINimum?Query Response:<ChannelIndex_1>,<TransmitPower_1>,<PeakPower_1>,<TransmitPowerWGap_1>{,<ChannelIndex_n>,<TransmitPower_n>,<PeakPower_n>,<TransmitPowerWGap_n>}

Description Returns the maximum transmit power (TXP) power measurementresults.

Availability Query

Datatype Integer32



Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm

FETCh:RFSA:WLAN[:RESults]:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower:TRACe[:POWer]?Query Response:<ChannelIndex_1>,<OriginTime_1>,<DeltaTime_1>,#xyy<Trace

DataPoints[]_1>{,<ChannelIndex_n>,<OriginTime_n>,<DeltaTime_n>,#xyy<TraceDataPoints[]_n>}

Description Fetches all trace data points for all active chains.

Availability Query




Datatype Integer32

Parameter: <OriginTime>


Datatype Double

Unit sec

Parameter: <DeltaTime>

Description Delta time per point.

Datatype Double

Unit sec

Unit dBm

FETCh:RFSA:WLAN[:RESults]:TXPower:USER[:AVERage]

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower:USER[:AVERage]?Query Response:<StreamIndex_1>,<StreamPower_1>{,<StreamIndex_n>,<StreamPower_n>}

Description

Availability Query




Datatype Integer32

Parameter: <StreamPower>

Description Result across iterations of RMS Power measurements per stream.

Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:TXPower:USER:MAXimum

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower:USER:MAXimum?Query Response:<StreamIndex_1>,<StreamPower_1>{,<StreamIndex_n>,<StreamPower_n>}

Description

Availability Query




Datatype Integer32



Datatype Double

Unit dB

FETCh:RFSA:WLAN[:RESults]:TXPower:USER:MINimum

Usage:FETCh:RFSA:WLAN[:RESults]:TXPower:USER:MINimum?Query Response:<StreamIndex_1>,<StreamPower_1>{,<StreamIndex_n>,<StreamPower_n>}

Description

Availability Query




Datatype Integer32



Datatype Double

Unit dB

INITiate:RFSA:WLAN[:RESults]

Usage:INITiate:RFSA:WLAN[:RESults]

Description Executes the current configuration reserves and uses the resultsspace indicated by the optional Results.

INITiate:RFSA:WLAN:ALEVel

Usage:INITiate:RFSA:WLAN:ALEVel




SYSTem:RFSA:WLAN:COMBined:REFerence:CATalog

Usage:SYSTem:RFSA:WLAN:COMBined:REFerence:CATalog?Query Response:<RefDataSetIds[n]>

Description Queries the reference file data sets that are available. Provides theset IDs for all reference data sets, which contain any data.

Availability Query


Parameter: <RefDataSetIds[n]>

SYSTem:RFSA:WLAN:VERSion

Usage:SYSTem:RFSA:WLAN:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:WLAN:DELay[:TIME]

Usage:TRIGger:RFSA:WLAN:DELay[:TIME][?] <TriggerDelay>Query Response:<TriggerDelay>

Description Specifies the delay between the trigger and the start of dataacquisition.

Datatype Double


Range [-Inf:Inf]

Unit s

TRIGger:RFSA:WLAN:DELay:PACKet

Usage:TRIGger:RFSA:WLAN:DELay:PACKet[?] <PacketDelay>Query Response:<PacketDelay>

Description Change this to delay the measurement by an integer number ofpackets. Each packet is detected by the trigger time selected untilthis count is reached.This is used in case the first packets of the DUT are expected tobe an unreliable source of the test and the measurement is neededin later packets.This applies to all measurements.



Parameter: <PacketDelay>

Description Number of packets to ignore before the measurement.

Datatype Integer32

Default Value 0

Range [0:1000]

TRIGger:RFSA:WLAN:EDGE

Usage:TRIGger:RFSA:WLAN:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>







Default Value RISING

Range RISING | FALLING

TRIGger:RFSA:WLAN:EXPort

Usage:TRIGger:RFSA:WLAN:EXPort[?] <ExportDestination>

Query Response:<ExportDestination>

Description Specifies whether to export the trigger to allow otherconfigurations to also capture the event and react to the trigger.




Description NONE: The reference trigger is not exported.ISELF: The reference trigger is exported to the generator of thesame module.IBROADCAST: The reference trigger is exported to all modules inthe tester.


Default Value NONE

Range NONE | ISELF | IBROADCAST

TRIGger:RFSA:WLAN:MQTime

Usage:TRIGger:RFSA:WLAN:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Datatype Double


Range [0.000000E+000:Inf]

Unit s

TRIGger:RFSA:WLAN:SOURce

Usage:TRIGger:RFSA:WLAN:SOURce[?] <Trigger Source>Query Response:<Trigger Source>

Description Specifies the trigger source.

Parameter: <Trigger Source>

Description IMMEDIATE - Generates the signal to measure as soon as thehardware is ready.POWER - Uses RF power edge trigger.INTERNAL - Uses one of the multiple WTS internal triggers, whichmust be exported by any other personality configured to use thesame Port. Portname must be defined before this command isexecuted.ISELF - Uses one of the multiple WTS internal triggers, which mustbe exported by any other personality configured to use the samemodule. Portname must be defined before this command isexecuted.IBROADCAST - Uses one of the multiple WTS internal triggers,which must be exported by any other personality configured on thesame connection session.

Datatype String

Default Value "POWER"

TRIGger:RFSA:WLAN:THReshold

Usage:TRIGger:RFSA:WLAN:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>

Description Specifies the trigger threshold to use when power triggering. Thisvalue is referenced to the unit under test (UUT) port, accountingfor external attenuation

Description Power threshold that is relative to the maximum power.

Datatype Double


Range [-100.00:0.00]

Unit dB

TRIGger:RFSA:WLAN:TOUT

Usage:TRIGger:RFSA:WLAN:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Description Specifies the trigger timeout.




Description Specifies the maximum time from when the execution has beencommitted to hardware until the specified trigger event must occur.Time during which the execution is pending hardware is notincluded in the timout counter.

Datatype Double

Default Value 5.00

Range [0.00:1000.00]

Unit s

WLAN Signal generator SCPI Command ListComplete list of WLAN signal generator SCPI commands.

SOURce:RFSG:WLAN[:CSEGment]:EATTenuation[:ALL]SOURce:RFSG:WLAN[:CSEGment]:EATTenuation:CHAinSOURce:RFSG:WLAN[:CSEGment]:FREQuency[:CENTer]SOURce:RFSG:WLAN[:CSEGment]:FREQuency:CHANnelSOURce:RFSG:WLAN[:CSEGment]:PORTname[:ALL]SOURce:RFSG:WLAN[:CSEGment]:PORTname:CHAinSOURce:RFSG:WLAN[:CSEGment]:POWer[:LEVel]SOURce:RFSG:WLAN:ACTive[:ALL][:ENABle]SOURce:RFSG:WLAN:ACTive:CHAin[:ENABle]SOURce:RFSG:WLAN:ARB:WAV:SELectSOURce:RFSG:WLAN:BWIDthSOURce:RFSG:WLAN:IDLEtimeSOURce:RFSG:WLAN:IMPairments[:ENABle]SOURce:RFSG:WLAN:IMPairments:EBNOSOURce:RFSG:WLAN:IMPairments:FOFFsetSOURce:RFSG:WLAN:IMPairments:GIMBalanceSOURce:RFSG:WLAN:IMPairments:IOFFsetSOURce:RFSG:WLAN:IMPairments:QOFFsetSOURce:RFSG:WLAN:IMPairments:QSKewSOURce:RFSG:WLAN:MARLocationSOURce:RFSG:WLAN:MODESOURce:RFSG:WLAN:NCHainsSOURce:RFSG:WLAN:PACKet[:COUNt]SOURce:RFSG:WLAN:PACKet:BSSColorSOURce:RFSG:WLAN:PACKet:DCM[:ENABle]SOURce:RFSG:WLAN:PACKet:DCM:ALL[:ENABle]SOURce:RFSG:WLAN:PACKet:DRATeSOURce:RFSG:WLAN:PACKet:DSSS:PREambleSOURce:RFSG:WLAN:PACKet:GINTervalSOURce:RFSG:WLAN:PACKet:HELTfsizeSOURce:RFSG:WLAN:PACKet:LESSegment

SOURce:RFSG:WLAN:PACKet:LSIGlengthSOURce:RFSG:WLAN:PACKet:MCSindexSOURce:RFSG:WLAN:PACKet:MCSindex:ALLSOURce:RFSG:WLAN:PACKet:MMAPmatrixSOURce:RFSG:WLAN:PACKet:NSTSSOURce:RFSG:WLAN:PACKet:NSTS:ALLSOURce:RFSG:WLAN:PACKet:NUSersSOURce:RFSG:WLAN:PACKet:PAYLoad[:HE]:SBDCm[:ENABle]SOURce:RFSG:WLAN:PACKet:PAYLoad[:HE]:SBMCsSOURce:RFSG:WLAN:PACKet:PAYLoad[:LENGth]SOURce:RFSG:WLAN:PACKet:PAYLoad[:LENGth]:ALLSOURce:RFSG:WLAN:PACKet:PAYLoad:FECTypeSOURce:RFSG:WLAN:PACKet:PAYLoad:FECType:ALLSOURce:RFSG:WLAN:PACKet:PAYLoad:MACSOURce:RFSG:WLAN:PACKet:PAYLoad:MAC:ADDRessSOURce:RFSG:WLAN:PACKet:PAYLoad:MAC:FCONtrolSOURce:RFSG:WLAN:PACKet:PAYLoad:PBOost:ALLSOURce:RFSG:WLAN:PACKet:PAYLoad:USER[:LENGth]SOURce:RFSG:WLAN:PACKet:PAYLoad:USER:FECTypeSOURce:RFSG:WLAN:PACKet:PAYLoad:USER:PBOostSOURce:RFSG:WLAN:PACKet:PEDambiguitySOURce:RFSG:WLAN:PACKet:PFPFactorSOURce:RFSG:WLAN:PACKet:PLCP:FFORmatSOURce:RFSG:WLAN:PACKet:PPDUSOURce:RFSG:WLAN:PACKet:PPDU:ER:RUSOURce:RFSG:WLAN:PACKet:RU:ALLSOURce:RFSG:WLAN:PACKet:RUOFfset:ALLSOURce:RFSG:WLAN:PACKet:STAid:ALLSOURce:RFSG:WLAN:PACKet:TMAPSOURce:RFSG:WLAN:PACKet:USER:DCM[:ENABle]SOURce:RFSG:WLAN:PACKet:USER:MCSindexSOURce:RFSG:WLAN:PACKet:USER:NSTSSOURce:RFSG:WLAN:PACKet:USER:RUSOURce:RFSG:WLAN:PACKet:USER:RUOFfsetSOURce:RFSG:WLAN:PACKet:USER:STAidSOURce:RFSG:WLAN:PHYSOURce:RFSG:WLAN:STATeSOURce:RFSG:WLAN:UUTSYSTem:RFSG:WLAN:VERSionTRIGger:RFSG:WLAN:EDGETRIGger:RFSG:WLAN:EXPort

TRIGger:RFSG:WLAN:FRAMe:DELayTRIGger:RFSG:WLAN:FRAMe:SOURceTRIGger:RFSG:WLAN:SOURceTRIGger:RFSG:WLAN:TOUT

WLAN RFSG SCPI Command ReferenceSCPI command reference for the WLAN signal generator instrument personality.

SOURce:RFSG:WLAN[:CSEGment]:EATTenuation[:ALL]

Usage:SOURce:RFSG:WLAN[:CSEGment]:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>

Description Specifies the external attenuation for all active chains. Externalattenuation is applied on top of any attenuation provided for thespecified port.




Description External attenuation per chain. The size of the array depends on thecurrent defined number of chains.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:WLAN[:CSEGment]:EATTenuation:CHAin

Usage:SOURce:RFSG:WLAN[:CSEGment]:EATTenuation:CHAin[?] <ExternalAttenuation>Query Response:<ExternalAttenuation>





Description External attenuation.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:WLAN[:CSEGment]:FREQuency[:CENTer]

Usage:SOURce:RFSG:WLAN[:CSEGment]:FREQuency[:CENTer][?]<CarrierFrequency>Query Response:<CarrierFrequency>

Description Specifies the center frequency for signal generation.



Parameter: <CarrierFrequency>

Default Value 2.412000000000000E+009

Range [1.000000000000000E+008:6.000000000000000E+009]

Unit Hz

SOURce:RFSG:WLAN[:CSEGment]:FREQuency:CHANnel

Usage:SOURce:RFSG:WLAN[:CSEGment]:FREQuency:CHANnel<Channel>,<SecondaryFactor>

Description Calculates the carrier frequency of the WLAN signal to generate,according to the numbering scheme, by converting a set of inputparameters into the carrier frequency. The device computes thecarrier frequency according to sections 17.4.6, 18.3.8.3, 20.3.15of IEEE Standard 802.11-2012 and section 22.3.14 of IEEEStandard 802.11ac-2013.

Description Specifies the offset of the center frequency, in increments of 5 MHz,above the starting frequency of the channel.When you set BWIDth to 40 MHz, FREQuency:CHANnel is theprimary channel number and the corresponding channel centerfrequency is the primary channel center frequency. Channel centerfrequency is calculated using the following formula:channel center frequency (Hz) = channel starting frequency (Hz) +(channel number * 5 MHz)

Datatype Integer32

Default Value 0

Range [0:200]

Parameter: <SecondaryFactor>

Description Specifies whether the secondary channel is above or below theprimary channel when you set BWIDth to 40 MHz.A 40 MHz channel is created by combining the primary channel andthe secondary channel, where each of the channels have a bandwidthof 20 MHz.The secondary channel number is given by the following formula:secondary channel number = primary channel number + (4 *secondary factor)The secondary channel center frequency is given by the followingformula:secondary channel center frequency (Hz) = channel startingfrequency (Hz) + (secondary channel number * 5 MHz)

Datatype Integer32

Default Value 0

Range [-1:1]

SOURce:RFSG:WLAN[:CSEGment]:PORTname[:ALL]

Usage:SOURce:RFSG:WLAN[:CSEGment]:PORTname[:ALL][?]<PortNames[n]>Query Response:<PortNames[n]>

Description Specifies the port name for the chain index 1..n.




Description Port name per chain. The size of the array depends on the currentdefined number of chains.

Datatype String

Default Value "SG0"

SOURce:RFSG:WLAN[:CSEGment]:PORTname:CHAin

Usage:SOURce:RFSG:WLAN[:CSEGment]:PORTname:CHAin[?]<PortName>Query Response:<PortName>

Description Specifies the port name for the chain index (CHAin).

Default Value "SG0"

SOURce:RFSG:WLAN[:CSEGment]:POWer[:LEVel]

Usage:SOURce:RFSG:WLAN[:CSEGment]:POWer[:LEVel][?]<PowerLevel>Query Response:<PowerLevel>

Description Specifies the average power level of the active portion of theburst for signal generation. The active portion of the burst is theWLAN packet excluding the interframe spacing.





Range [-140.00:50.00]

Unit dBm

SOURce:RFSG:WLAN:ACTive[:ALL][:ENABle]

Usage:SOURce:RFSG:WLAN:ACTive[:ALL][:ENABle][?]<ChainEnable[n]>Query Response:<ChainEnable[n]>

Description Specifies whether to enable chains for signal generation.



Parameter: <ChainEnable[n]>

Description MIMO configurations are supported by enabling multiple chains.The array size depends on the current defined number of chains.0 | OFF: Disables a chain.1 | ON Enables a chain.

Datatype Boolean

Default Value 1


SOURce:RFSG:WLAN:ACTive:CHAin[:ENABle]

Usage:SOURce:RFSG:WLAN:ACTive:CHAin[:ENABle][?]<ChainEnable>Query Response:<ChainEnable>

Description Specifies whether to enable a specific chain for signal generation.

Parameter: <ChainEnable>

Description MIMO configurations are supported by enabling multiple chains.0 | OFF: Disables a chain.1 | ON Enables a chain.

Datatype Boolean

Default Value 0


SOURce:RFSG:WLAN:ARB:WAV:SELect

Usage:SOURce:RFSG:WLAN:ARB:WAV:SELect[?] <WaveformName>Query Response:<WaveformName>

Description Specifies the waveform the instrument uses for signal generation.This command loads the waveform from disk, if necessary.



Parameter: <WaveformName>

Description File name of the waveform to use for signal generation.

Datatype String

Default Value ""

SOURce:RFSG:WLAN:BWIDth

Usage:

SOURce:RFSG:WLAN:BWIDth[?] <ChannelBandwidth>Query Response:<ChannelBandwidth>

Description Specifies the bandwidth of the orthogonal frequency divisionmultiplexing (OFDM) signal to be generated. Configure thisproperty only when you configure the device for OFDM|HT|VHTgeneration.



Parameter: <ChannelBandwidth>

Description 5: Specifies a 5 MHz channel bandwidth.10: Specifies a 10 MHz channel bandwidth.20: Specifies a 20 MHz channel bandwidth.40: Specifies a 40 MHz channel bandwidth .80: Specifies an 80 MHz channel bandwidth.160: Specifies a 160 MHz channel bandwidth.

If you set PHY to OFDM (80211A/G/J/P OFDM), you must setBWIDth to 5 MHz, 10 MHz, or 20 MHz, as defined in section18.2.2 of IEEE Standard 802.11-2012. If you set PHY to HT(80211N MIMOOFDM), you must set BWIDth to 20 MHz or 40MHz, as defined in section 20.2.3 of IEEE Standard 802.11n-2009.If you set PHY to VHT (80211AC MIMOOFDM), you must setBWIDth to 20 MHz, 40 MHz, 80 MHz, or 160 MHz, as defined insection 22.2.2 of IEEE Standard 802.11ac-2013. For OFDM signals,channel bandwidth determines the number of pilot and datasubcarriers used.


Default Value 20

Range 5 | 10 | 20 | 40 | 80 | 160 | 80+80

SOURce:RFSG:WLAN:IDLEtime

Usage:SOURce:RFSG:WLAN:IDLEtime[?] <IdleTime>Query Response:<IdleTime>

Description Specifies the interframe spacing for signal generation. Thewaveform contains zeros for the duration of the interframespacing.



Parameter: <IdleTime>


Range [0.00000:0.20000]

Unit s

SOURce:RFSG:WLAN:IMPairments[:ENABle]

Usage:SOURce:RFSG:WLAN:IMPairments[:ENABle][?]<ImpairmentsEnable>Query Response:<ImpairmentsEnable>

Description Specifies whether to enable injection of impairments in thesignal.



Parameter: <ImpairmentsEnable>

Description 0 | OFF : Disables impairments.1 | ON : Enables impairments.

Datatype Boolean

Default Value 0


SOURce:RFSG:WLAN:IMPairments:EBNO

Usage:SOURce:RFSG:WLAN:IMPairments:EBNO[?] <EbNo>Query Response:<EbNo>

Description The amount of Gaussian white noise added to the signal. If adigitally modulated signal, this will be Eb/No. If an analogmodulated signal, this will be the SNR value.

Parameter: <EbNo>

Default Value INF

Range [0.00:Inf]

Unit dB

SOURce:RFSG:WLAN:IMPairments:FOFFset

Usage:SOURce:RFSG:WLAN:IMPairments:FOFFset[?]<FrequencyOffset>Query Response:<FrequencyOffset>

Description Specifies the offset of the center frequency of the complexbaseband signal.



Parameter: <FrequencyOffset>


Range [-5.0000000000E+007:5.0000000000E+007]

Unit Hz

SOURce:RFSG:WLAN:IMPairments:GIMBalance

Usage:SOURce:RFSG:WLAN:IMPairments:GIMBalance[?]<GainImbalance>

Query Response:<GainImbalance>

Description Specifies the amount of gain imbalance between the in-phase andquadrature-phase signal.



Parameter: <GainImbalance>

Description Ratio of the mean amplitude of the in-phase (I) signal to the meanamplitude of the quadrature-phase (Q) signal.

Datatype Double

Default Value 0.00

Range [-6.00:6.00]

Unit dB

SOURce:RFSG:WLAN:IMPairments:IOFFset

Usage:SOURce:RFSG:WLAN:IMPairments:IOFFset[?] <IOffset>Query Response:<IOffset>

Description Specifies the in-phase offset impairment.

Parameter: <IOffset>

Description DC offset in the in-phase (I) channel as a percentage of the rootmean square (RMS) magnitude of the unaltered I channel.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit %

SOURce:RFSG:WLAN:IMPairments:QOFFset

Usage:SOURce:RFSG:WLAN:IMPairments:QOFFset[?] <QOffset>Query Response:<QOffset>

Description Specifies quadrature-phase offset impairment.



Parameter: <QOffset>

Description DC offset in the quadrature-phase (Q) channel as a percentage of theroot mean square (RMS) magnitude of the unaltered Q channel.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit %

SOURce:RFSG:WLAN:IMPairments:QSKew

Usage:SOURce:RFSG:WLAN:IMPairments:QSKew[?]<QuadratureSkew>Query Response:<QuadratureSkew>

Description Specifies quadrature skew impairment.



Parameter: <QuadratureSkew>

Description Deviation in angle from 90 degrees between the in-phase (I) andquadrature-phase (Q) signals.

Datatype Double

Default Value 0.00

Range [-30.00:30.00]

Unit deg

SOURce:RFSG:WLAN:MARLocation

Usage:SOURce:RFSG:WLAN:MARLocation[?] <MarkerLocation>

Query Response:<MarkerLocation>

Description Specifies the position of the marker relative to WLAN packet.This is relevant to the trigger export settings in theTRIG:RFSG:WLAN:EXPort command.



Parameter: <MarkerLocation>

Description PACKETSTART: The marker is located at the beginning of theburst.PACKETEND: The marker is located at the end of the burst.


Default Value PACKETSTART

Range PACKETSTART | PACKETEND

SOURce:RFSG:WLAN:MODE

Usage:SOURce:RFSG:WLAN:MODE[?] <GenerationMode>Query Response:<GenerationMode>

Description Specifies the generation mode of the WLAN signal generator.

Parameter: <GenerationMode>

Description DYNAMIC: Use the configured properties in the PACKetsubsystem to dynamic configure a WLAN generation.ARB: Use a waveform file to generate a WLAN signal.


Default Value DYNAMIC

Range DYNAMIC | ARB

SOURce:RFSG:WLAN:NCHains

Usage:SOURce:RFSG:WLAN:NCHains[?] <NumberOfTxChains>Query Response:<NumberOfTxChains>

Description Specifies the number of active chains.



Parameter: <NumberOfTxChains>

Default Value 1

Range [1:4]

SOURce:RFSG:WLAN:PACKet[:COUNt]

Usage:SOURce:RFSG:WLAN:PACKet[:COUNt][?] <NumberOfPackets>Query Response:<NumberOfPackets>

Description Specifies the number of packets the generator should generate.



Parameter: <NumberOfPackets>

Default Value -1

Range [-1:2147483647]

SOURce:RFSG:WLAN:PACKet:BSSColor

Usage:SOURce:RFSG:WLAN:PACKet:BSSColor[?] <BSSColor>Query Response:<BSSColor>

Description Specifes the identifer of the BSS (Basic Service Set) from whichthe 802.11ax PPDU is transmitted.



Parameter: <BSSColor>

Default Value 63

Range [0:63]

SOURce:RFSG:WLAN:PACKet:DCM[:ENABle]

Usage:

SOURce:RFSG:WLAN:PACKet:DCM[:ENABle][?] <DCMEnabled>Query Response:<DCMEnabled>

Description Specifies whether to enable dual carrier modulation (DCM). DCMmodulates the same information on a pair of sub-carriers. DCM is anoptional modulation scheme for the HE-SIG-B and data fields. DCMis only applied to BPSK, QPSK and 16-QAM modulations. Note:With this command, DCM is only applied to HE SU PPDU and HEextended range SU PPDU. For OFDMA multi-users, refer toSOURce:RFSG:WLAN:PACKet:USER:DCM:[ENABle] andSOURce:RFSG:WLAN:PACKet:DCM:ALL[:ENABle]


ExecutionMode

Command: SequentialQuery: Sequential


Description 0 | OFF: Disables DCM.1 | ON: Enables DCM.

Datatype Boolean

Default Value 0


SOURce:RFSG:WLAN:PACKet:DCM:ALL[:ENABle]

Usage:SOURce:RFSG:WLAN:PACKet:DCM:ALL[:ENABle][?]<DCMEnabled[n]>Query Response:<DCMEnabled[n]>

Description Specifies whether to enable the dual carrier modulation (DCM)for all users in a multi-user (MU) protocol data unit (PPDU) andtrigger-based PPDU.



Parameter: <DCMEnabled[n]>

Description The size of the array depends on the current defined number ofusers.0 | OFF: Disables DCM.1 | ON: Enables DCM.

Datatype Boolean

Default Value 0


SOURce:RFSG:WLAN:PACKet:DRATe

Usage:SOURce:RFSG:WLAN:PACKet:DRATe[?] <DataRate>Query Response:<DataRate>

Description Specifies the data rate, in MBps, for the payload.

Description R1M: Specifies a data rate of 1 MBps, as defined in sections18.4.6.3 and 18.4.6.4 of IEEE Standard 802.11b-1999.R2M: Specifies a data rate of 2 MBps, as defined in sections18.4.6.3 and 18.4.6.4 of IEEE Standard 802.11b-1999.R5M5: Specifies a data rate of 5.5 MBps.R6M: Specifies a data rate of 1.5 MBps, 3 MBps, and 6 MBps forrespective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R9M: Specifies a data rate of 2.25 MBps, 4.5 MBps, and 9 MBpsfor respective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R11M: Specifies a data rate of 11 MBps.R12M: Specifies a data rate of 3 MBps, 6 MBps, and 12 MBps forrespective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R18M: Specifies a data rate of 4.5 MBps, 9 MBps, and 18 MBps forrespective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R24M: Specifies a data rate of 6 MBps, 12 MBps, and 24 MBps forrespective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R36M: Specifies a data rate of 9 MBps, 18 MBps, and 36 MBps forrespective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R48M: Specifies a data rate of 12 MBps, 24 MBps, and 48 MBpsfor respective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.R54M: Specifies a data rate of 13.5 MBps, 27 MBps, and 54 MBpsfor respective channel bandwidths of 5 MHz, 10 MHz, and 20 MHz.


Default Value R54M

Range R1M | R2M | R5M5 | R6M | R9M | R11M | R12M | R18M | R24M |R36M | R48M | R54M

SOURce:RFSG:WLAN:PACKet:DSSS:PREamble

Usage:SOURce:RFSG:WLAN:PACKet:DSSS:PREamble[?]<DSSSPreambleType>Query Response:<DSSSPreambleType>

Description



Parameter: <DSSSPreambleType>

Default Value LONG

Range SHORT | LONG

SOURce:RFSG:WLAN:PACKet:GINTerval

Usage:SOURce:RFSG:WLAN:PACKet:GINTerval[?] <GuardInterval>Query Response:<GuardInterval>

Description Specifies the guard interval to use.




Description LONG: Uses the long guard interval (1/4).SHORT: Uses the short guard interval (1/8).G1F4: Guard interval length is equal to one-fourth of the IDFT/DFTperiod.G1F8: Guard interval length is equal to one-eighth of the IDFT/DFTperiodG1F16: Guard interval length is equal to one-sixteen of theIDFT/DFT period.

Default Value LONG

Range LONG | SHORT | G1F4 | G1F8 | G1F16

SOURce:RFSG:WLAN:PACKet:HELTfsize

Usage:SOURce:RFSG:WLAN:PACKet:HELTfsize[?] <HE-LTFSize>Query Response:<HE-LTFSize>

Description Specifies the HE-LTF symbol size in the 802.11ax signals. TheIEEE Standard 802.11ax specifies the following combinations of theHE-LTF symbol size and the GUARD INTERVAL.If you set the PPDU TYPE to SU_PPDU, MU_PPDU orEXTENDED_RANGE_SU_PPDU, the HE_LTF_SIZE is 4X, andthe GUARD_INTERVAL value is 1/4.If you set thePPDU_TYPE to SU_PPDU, MU_PPDU orEXTENDED_RANGE_SU_PPDU, HE_LTF_SIZE value is 2X, andthe GUARD_INTERVAL value is 1/8.If you set the PPDU_TYPEto SU_PPDU, MU_PPDU orEXTENDED_RANGE_SU_PPDU, the HE_LTF_SIZE value is 2Xor 4X, and the GUARD_INTERVAL value is 1/16.If you set the PPDU_TYPE to TRIGGER_BASED_PPDU, theHE_LTF_SIZE value is 4X and theGUARD_INTERVAL Value is1/4.If you set the PPDU_TYPE to TRIGGER_BASED_PPDU, theHE_LTF_SIZE value is 2X and the GUARD_INTERVAL value is1/8.


ExecutionMode

Parameter: <HE-LTFSize>

Description AUTO: Specifies 4x as HE-LTF symbol duration for the guardinterval type value of 1/4; or 2x otherwise.4X: Specifies 4x as the HE-LTF symbol duration.2X: Specifies 2x as the HE-LTF symbol duration1X: Specifies 1x as the HE-LTF symbol duration


Default Value AUTO

Range AUTO | 4X | 2X | 1X

SOURce:RFSG:WLAN:PACKet:LESSegment

Usage:SOURce:RFSG:WLAN:PACKet:LESSegment[?]<LDPCExtraSymbolSegment>Query Response:<LDPCExtraSymbolSegment>

Description Specifies the LDPC Extra Symbol Segment field in the triggerframe which is used for 802.11ax Trigger-based PPDUgeneration.



Parameter: <LDPCExtraSymbolSegment>

Description The default value is -1, which indicates LDPC Extra SymbolSegment is derived from the payload settings.

Datatype Integer32

Default Value -1

Range [-2147483647:2147483647]

SOURce:RFSG:WLAN:PACKet:LSIGlength

Usage:SOURce:RFSG:WLAN:PACKet:LSIGlength[?] <L-SIGLength>Query Response:<L-SIGLength>

Description Specifies the value of LENGTH field in the trigger frame whichis used for 802.11ax Trigger-based PPDU generation.



Parameter: <L-SIGLength>

Description The default value is -1, which indicates LENGTH is derived fromthe payload settings.

Datatype Integer32

Default Value -1

Range [-2147483647:2147483647]

SOURce:RFSG:WLAN:PACKet:MCSindex

Usage:SOURce:RFSG:WLAN:PACKet:MCSindex[?] <McsIndex>Query Response:<McsIndex>

Description Specifies the value of the modulation and coding scheme (MCS)index in 802.11n. The MCS index is a compact representation thatdetermines the modulation scheme, coding rate, and number ofspatial streams as specified in section 20.3.5 of IEEE Standard802.11n-2009.in 802.11ac the MCS index represent only the the modulationscheme and coding tate as described in section 22.5 of IEEEStandard 802.11ac-2013.

802.11ac has the number of space time streams set thru thecommand: CONFigure:RFSA:WLAN:PACKet:NSTS


ExecutionMode


Parameter: <McsIndex>

Description Modulation and coding scheme (MCS) index.

Datatype Integer32

Default Value 7

Range [0:31]

SOURce:RFSG:WLAN:PACKet:MCSindex:ALL

Usage:SOURce:RFSG:WLAN:PACKet:MCSindex:ALL[?] <McsIndex[n]>Query Response:<McsIndex[n]>

Description Specifies the value of the modulation and coding scheme (MCS)index for all users.



Parameter: <McsIndex[n]>

Description Modulation and coding scheme (MCS) index. The size of the arraydepends on the current defined number of users.

Datatype Integer32

Default Value 7

Range [0:31]

SOURce:RFSG:WLAN:PACKet:MMAPmatrix

Usage:SOURce:RFSG:WLAN:PACKet:MMAPmatrix[?]<MimoMappingMatrix>Query Response:<MimoMappingMatrix>

Description Specifies the mapping matrix to use for MIMO generation.

Parameter: <MimoMappingMatrix>

Description DIRECT: Use a direct mapping where every channel has only onestream. In the case where the number of transmit chains exceeds thenumber of streams, streams are repeated as nessesary.

HADAMARD: Use a Hadamard mapping matrix.

FOURIER: Use a Fourier mapping matrix.


Default Value DIRECT

Range DIRECT | HADAMARD | FOURIER

SOURce:RFSG:WLAN:PACKet:NSTS

Usage:SOURce:RFSG:WLAN:PACKet:NSTS[?] <NSTS>Query Response:<NSTS>

Description Specifies the number of space-time streams to use.



Parameter: <NSTS>

Default Value 1

Range [1:16]

SOURce:RFSG:WLAN:PACKet:NSTS:ALL

Usage:SOURce:RFSG:WLAN:PACKet:NSTS:ALL[?] <Nsts[n]>Query Response:<Nsts[n]>

Description Specifies the number of space-time streams for all users.



Parameter: <Nsts[n]>

Description Number of streams. The size of the array depends on the currentdefined number of users.

Datatype Integer32

Default Value 1

Range [0:16]

SOURce:RFSG:WLAN:PACKet:NUSers

Usage:SOURce:RFSG:WLAN:PACKet:NUSers[?] <NumberOfUsers>Query Response:<NumberOfUsers>

Description Specifies the number of users in a multi-user (MU) physical layerconvergence procedure (PLCP) protocol data unit (PPDU).



Parameter: <NumberOfUsers>

Default Value 1

Range [1:1000]

SOURce:RFSG:WLAN:PACKet:PAYLoad[:HE]:SBDCm[:ENABle]

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad[:HE]:SBDCm[:ENABle][?] <DCMEnabled>Query Response:<DCMEnabled>

Description Specifies whether to enable the HE-Sig-B Dual CarrierModulation.




Description Specifies whether to enable the HE-Sig-B Dual Carrier Modulation(DCM).

Datatype Boolean

Default Value 0


SOURce:RFSG:WLAN:PACKet:PAYLoad[:HE]:SBMCs

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad[:HE]:SBMCs[?]<SigBMcsIndex>Query Response:<SigBMcsIndex>

Description Specifies the HE-Sig-B-MCS.



Parameter: <SigBMcsIndex>

Description The HE-SIG-B MCS index.

Datatype Integer32

Default Value 0

Range [0:5]

SOURce:RFSG:WLAN:PACKet:PAYLoad[:LENGth]

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad[:LENGth][?]<PayloadLength>Query Response:<PayloadLength>

Description Specifies the length of the payload.




Description Payload length, in bytes.

Datatype Integer32

Default Value 1024

Range [-2147483647:2147483647]

SOURce:RFSG:WLAN:PACKet:PAYLoad[:LENGth]:ALL

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad[:LENGth]:ALL[?]<PayloadLength[n]>Query Response:<PayloadLength[n]>

Description Specifies the payload length, in bytes, of the expected incomingsignal.

Parameter: <PayloadLength[n]>

Default Value 100

Range [0:2147483647]

SOURce:RFSG:WLAN:PACKet:PAYLoad:FECType

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:FECType[?]<FecCodingType>Query Response:<FecCodingType>

Description Specifies the forward error correction (FEC) type.




Description BCC : Uses the binary convolutional code FEC coding type.LDPC : Uses the low-density parity check FEC coding type.


Default Value BCC

Range BCC | LDPC

SOURce:RFSG:WLAN:PACKet:PAYLoad:FECType:ALL

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:FECType:ALL[?]<FecType[n]>

Query Response:<FecType[n]>

Description Specifies the forward error correction (FEC) type for all users.



Parameter: <FecType[n]>

Description BCC: Uses binary convolutional code (BCC) FEC coding.LDPC: Uses low-density parity check (LDPC) FEC coding.The size of the array depends on the current defined number ofusers.


Default Value LDPC

Range BCC | LDPC

SOURce:RFSG:WLAN:PACKet:PAYLoad:MAC

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:MAC[?] <MacAddress>Query Response:<MacAddress>

Description Specifies the six-byte Address1 field as defined in section 7.1.3of IEEE Standard 802.11-2007 and IEEE Standard 802.11n-2009.This field is represented with the least significant byte in theleftmost position and each byte is represented with the leastsignificant bit in the rightmost position.For example, the medium access control (MAC) address12-34-56-78-9A-BC is represented by the number 0 x123456789ABC.Configure all devices with the same address.


ExecutionMode


Parameter: <MacAddress>

Default Value "FF:FF:FF:FF:FF:FF"

SOURce:RFSG:WLAN:PACKet:PAYLoad:MAC:ADDRess

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:MAC:ADDRess[?]<MacAddressField>Query Response:<MacAddressField>

Description Specifies the six-byte Address1 field as defined in section 7.1.3of IEEE Standard 802.11-2007 and IEEE Standard 802.11n-2009.This field is represented with the least significant byte in theleftmost position and each byte is represented with the leastsignificant bit in the rightmost position.For example, the medium access control (MAC) address12-34-56-78-9A-BC is represented by the number 0 x123456789ABC.Configure each device address individually.



Parameter: <MacAddressField>

Default Value "FF:FF:FF:FF:FF:FF"

SOURce:RFSG:WLAN:PACKet:PAYLoad:MAC:FCONtrol

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:MAC:FCONtrol[?]<HeaderFrameControl>Query Response:<HeaderFrameControl>

Description Specifies the number of the MAC header frame control.



Parameter: <HeaderFrameControl>

Description Number of the MAC header frame control.

Datatype Integer32

Default Value 8

Range [0:1024]

SOURce:RFSG:WLAN:PACKet:PAYLoad:PBOost:ALL

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:PBOost:ALL[?]<PowerBoost[n]>Query Response:<PowerBoost[n]>

Description Specifies the power boost for all users.



Parameter: <PowerBoost[n]>

Description The size of the array depends on the current defined number ofusers. Note: For multi-user (MU) protocol data unit (PPDU), therange is between -20 dB and 20 dB. For trigger-based PPDU therange is between -100 dB and 100 dB.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:WLAN:PACKet:PAYLoad:USER[:LENGth]

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:USER[:LENGth][?]<PayloadLength>Query Response:<PayloadLength>

Description Specifies the length of the payload for specific users.




Description Payload length, in bytes.

Datatype Integer32

Default Value 100

Range [0:2147483647]

SOURce:RFSG:WLAN:PACKet:PAYLoad:USER:FECType

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:USER:FECType[?]<FecType>Query Response:<FecType>

Description Specifies the type of forward error correction (FEC) coding usedfor specific users.



Parameter: <FecType>

Description BCC: Uses binary convolutional code (BCC) FEC coding.LDPC: Uses low-density parity check (LDPC) FEC coding.


Default Value LDPC

Range BCC | LDPC

SOURce:RFSG:WLAN:PACKet:PAYLoad:USER:PBOost

Usage:SOURce:RFSG:WLAN:PACKet:PAYLoad:USER:PBOost[?]<PowerBoost>Query Response:<PowerBoost>

Description Specifies the power boost for specific users.

Parameter: <PowerBoost>

Description Specifies the power boost for specific users. Note: For multi-user(MU) protocol data unit (PPDU), the range is between -20 dB and20 dB. For trigger-based PPDU the range is between -100 dB and100 dB.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:WLAN:PACKet:PEDambiguity

Usage:SOURce:RFSG:WLAN:PACKet:PEDambiguity[?]<PEDisambiguity>Query Response:<PEDisambiguity>

Description Specifies the PE Disambiguity sub-field in the trigger framewhich is used for 802.11ax Trigger-based PPDU generation



Parameter: <PEDisambiguity>

Description The default value is -1, which indicates PE Disambiguity is derivedfrom the payload settings.

Datatype Integer32

Default Value -1

Range [-2147483647:2147483647]

SOURce:RFSG:WLAN:PACKet:PFPFactor

Usage:SOURce:RFSG:WLAN:PACKet:PFPFactor[?] <Pre-FECPaddingFactor>Query Response:<Pre-FECPaddingFactor>

Description Specifies the Pre-FEC Padding Factor sub-field in the triggerframe which is used for 802.11ax Trigger-based PPDUgeneration.



Parameter: <Pre-FECPaddingFactor>

Description The default value is -1, which indicates Pre-FEC Padding Factor isderived from the payload settings.

Datatype Integer32

Default Value -1

Range [-2147483647:2147483647]

SOURce:RFSG:WLAN:PACKet:PLCP:FFORmat

Usage:SOURce:RFSG:WLAN:PACKet:PLCP:FFORmat[?]<PlcpFrameFormat>

Query Response:<PlcpFrameFormat>

Description



Parameter: <PlcpFrameFormat>

Description Sets the PLCP frame format.MIXED: Mixed frame format.GREENFIELD: Greenfield frame format.


Default Value MIXED

Range MIXED | GREENFIELD

SOURce:RFSG:WLAN:PACKet:PPDU

Usage:SOURce:RFSG:WLAN:PACKet:PPDU[?] <PPDUType>Query Response:<PPDUType>

Description Specifies the type of physical layer convergence procedure(PLCP) protocal data unit (PPDU).

Description SUPPDU: Specifies a single user (SU) PPDU.MUPPDU: Specifies a multi-user (MU) PPDU.ERSUPPDU: Specifies a Extended Range SU PPDU.TBPPDU: Specifies a trigger-based PPDU.


Default Value SUPPDU

Range SUPPDU | MUPPDU | ERSUPPDU | TBPPDU

SOURce:RFSG:WLAN:PACKet:PPDU:ER:RU

Usage:SOURce:RFSG:WLAN:PACKet:PPDU:ER:RU[?]<ExtRangeRUSize>Query Response:<ExtRangeRUSize>

Description Specifies the RU size for Extended Range SU PPDU.



Parameter: <ExtRangeRUSize>

Description Specifies the RU size for extended range SU PPDU. The PPDU typemust be set to extended range SU PPDU only for single spatialstream, channel bandwidth set to 20 MHz with RU Size of 242 withMCS index of 0,1 and 2 or with RU Size of 106 with MCS index of0 only.

Default Value RU242

Range RU106 | RU242

SOURce:RFSG:WLAN:PACKet:RU:ALL

Usage:SOURce:RFSG:WLAN:PACKet:RU:ALL[?] <RUSize[n]>Query Response:<RUSize[n]>

Description Specifies the size of resource unit (RU) for all users in terms ofthe number of subcarriers for the 802.11ax signal. This size isspecified when you set the PPDU Type to MU PPDU or trigger-based PPDU.



Parameter: <RUSize[n]>

Description Similar to OFDM, OFDMA employs multiple subcarriers, but thesubcarriers are divided into several groups of subcarriers where eachgroup is denoted as a resource unit (RU). The 802.11ax standardcalls the smallest subchannel a Resouce Unit (RU), with a minimumsize of 26 subcarriers. The size of the array depends on the currentdefined number of users.


Default Value RU26

SOURce:RFSG:WLAN:PACKet:RUOFfset:ALL

Usage:SOURce:RFSG:WLAN:PACKet:RUOFfset:ALL[?] <RUOffset[n]>Query Response:<RUOffset[n]>

Description Specifies the location of the resource unit (RU) for all users, interms of the index of 26-tone RU assuming all the 26-tone RUsover entire bandwidth, of 802.11ax signal.



Parameter: <RUOffset[n]>


Datatype Integer32

Default Value 0

Range [0:72]

SOURce:RFSG:WLAN:PACKet:STAid:ALL

Usage:SOURce:RFSG:WLAN:PACKet:STAid:ALL[?] <STAID[n]>Query Response:<STAID[n]>

Description Specifies the Station ID for all users.



Parameter: <STAID[n]>


Datatype Integer32

Default Value 0

Range [-1:2147483647]

SOURce:RFSG:WLAN:PACKet:TMAP

Usage:SOURce:RFSG:WLAN:PACKet:TMAP[?] <ToneMap[n]>Query Response:<ToneMap[n]>

Description Refer to Draft P802.11ax_D1.1 Table 28-21-RU allocationsignaling: Arrangement and number of MU-MIMO allocations.To be mentioned, please configure the PPDU type to MUPPDU,Number of Users and multi user parameters such as DCM, MCSindex, NSTS, STAid, FEC Type, Power Boost before you selectthe Tone Map. After the Tone map is selected the RU size andRU offset for all users will be configured.

Parameter: <ToneMap[n]>

Description refer to Table 28-21-RU allocation signaling: Arrangement andnumber of MU-MIMO allocations.


Default Value A00000000

Range A00000000 | A00000001 | A00000010 | A00000011 | A00000100 |A00000101 | A00000110 | A00000111 | A00001000 | A00001001 |A00001010 | A00001011 | A00001100 | A00001101 | A00001110 |A00001111 | A0001XXXX | A00100YYY | A00101YYY |A00110YYY | A00111YYY | A01000YYY | A01001YYY |A01010YYY | A01011YYY | A011XXXXX | A10YYYYYY |A11000YYY | A11001YYY | A11010YYY | A11011YYY

SOURce:RFSG:WLAN:PACKet:USER:DCM[:ENABle]

Usage:SOURce:RFSG:WLAN:PACKet:USER:DCM[:ENABle][?]<DCMEnabled>Query Response:<DCMEnabled>

Description Specifies whether to enable the dual carrier modulation (DCM)for specific users.




Description 0 | OFF: Disables DCM.1 | ON: Enables DCM.

Datatype Boolean

Default Value 0


SOURce:RFSG:WLAN:PACKet:USER:MCSindex

Usage:SOURce:RFSG:WLAN:PACKet:USER:MCSindex[?]<MCSIndex>Query Response:<MCSIndex>

Description Specifies the value of the modulation and coding scheme (MCS)index for specific users. Note: Multi-user is only supported in802.11ax.



Parameter: <MCSIndex>

Default Value 7

Range [0:31]

SOURce:RFSG:WLAN:PACKet:USER:NSTS

Usage:SOURce:RFSG:WLAN:PACKet:USER:NSTS[?] <Nsts>Query Response:<Nsts>

Description Specifies the number of space-time streams for specific users.



Parameter: <Nsts>

Description Number of streams.

Datatype Integer32

Default Value 1

Range [0:16]

SOURce:RFSG:WLAN:PACKet:USER:RU

Usage:SOURce:RFSG:WLAN:PACKet:USER:RU[?] <RUSize>Query Response:<RUSize>

Description Specifies the RU size for specific users.



Parameter: <RUSize>

Description Specifies the RU size for specific users.

Default Value RU26


SOURce:RFSG:WLAN:PACKet:USER:RUOFfset

Usage:SOURce:RFSG:WLAN:PACKet:USER:RUOFfset[?]<RUOffset>Query Response:<RUOffset>

Description Specifies the RU offset size for specific users.



Parameter: <RUOffset>

Description Specifies the RU offset for specific users.

Datatype Integer32

Default Value 0

Range [0:72]

SOURce:RFSG:WLAN:PACKet:USER:STAid

Usage:SOURce:RFSG:WLAN:PACKet:USER:STAid[?] <STAID>Query Response:<STAID>

Description Specifies the Station ID for specific users.



Parameter: <STAID>

Description Specifies the station ID for specific users.

Datatype Integer32

Default Value 0

Range [-1:2147483647]

SOURce:RFSG:WLAN:PHY

Usage:SOURce:RFSG:WLAN:PHY[?] <PhyEntity>Query Response:<PhyEntity>

Description Specifies the standard PHY type of signal to generate.

Description DSSS: Generates a DSSS signal type (802.11 b/g-DSSS).OFDM: Generates an OFDM signal type (802.11 a/g/j).HT: Generates a high throughput (HT) signal type (802.11 n).VHT: Generates a very high throughput (VHT) signal type (802.11ac).POFDM: Generates an OFDM signal type (802.11 p).HE: Generates a high efficiency (HE) signal type (802.11 ax).


Default Value OFDM

Range DSSS | OFDM | HT | VHT | POFDM | HE

SOURce:RFSG:WLAN:STATe

Usage:SOURce:RFSG:WLAN:STATe[?] <GeneratorState>Query Response:<GeneratorState>

Description



Parameter: <GeneratorState>

Description OFF: The generator is OFF for this personality.PENDING: The generator is transitioning states.ON: The generator is ON. There is RF power on the specified portfrom this personality.

Default Value OFF


SOURce:RFSG:WLAN:UUT

Usage:SOURce:RFSG:WLAN:UUT[?] <UUT>Query Response:<UUT>

Description Specifies the transmission mode.



Parameter: <UUT>

Description STA: Specifies the downlink transmission.AP: Specifies the uplink transmission.


Default Value STA

Range STA | AP

SYSTem:RFSG:WLAN:VERSion

Usage:SYSTem:RFSG:WLAN:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSG:WLAN:EDGE

Usage:TRIGger:RFSG:WLAN:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

Description RISing: Asserts the trigger on the rising edge of the signal.FALLing: Asserts the trigger on the falling edge of the signal.




TRIGger:RFSG:WLAN:EXPort

Usage:TRIGger:RFSG:WLAN:EXPort[?] <ExportDestination>Query Response:<ExportDestination>

Description Sets the trigger export. The trigger export automatically triggersan analyzer when the trigger point occurs.




Description NONE: No signal is exported.ISELF: At the marker event in the script, the master VSG exports atrigger signal to the analyzer on the same module.IBROADCAST: At the marker event in the script, the master VSGexports a trigger signal to all analyzers on the same connectionsession.

Default Value NONE


TRIGger:RFSG:WLAN:FRAMe:DELay

Usage:TRIGger:RFSG:WLAN:FRAMe:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>

Description Specifies the delay between the frame trigger and the generatedpacket. Not used if the frame trigger source is set to NONE.




Description Specifies the delay between the frame trigger and the generatedWLAN packet.

Datatype Double

Default Value 0.000000000000000E+000

Range [-Inf:Inf]

Unit s

TRIGger:RFSG:WLAN:FRAMe:SOURce

Usage:TRIGger:RFSG:WLAN:FRAMe:SOURce[?]<FrameTriggerSource>

Query Response:<FrameTriggerSource>

Description Specifies the frame trigger source. If a frame trigger is defined,the WLAN generation generates a single frame every time aframe trigger is received.



Parameter: <FrameTriggerSource>

Description NONE: No frame trigger is used. WLAN packet spacing isdetermined by the idle time setting.ISELF: Uses an internal trigger sent by the analyzer of the samemodule.IBROADCAST: Uses an internal broadcast trigger from anyanalyzer in the tester.


Default Value NONE


TRIGger:RFSG:WLAN:SOURce

Usage:TRIGger:RFSG:WLAN:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Description Immediate - Generates the signal to measure when the hardware isready.Internal - Uses an internal trigger route. Requires you to export asignal to the internal destination with another command.PFI 0 - Uses the front panel PFI 0 trigger if available.PFI 1 - Uses the front panel PFI 1 trigger if available.

Datatype String


TRIGger:RFSG:WLAN:TOUT

Usage:TRIGger:RFSG:WLAN:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Description Specifies the maximum time allowed to meet the triggercondition after committing the configuration to the hardware.

Description Trigger timeout. The timeout watchdog does not start while thehardware configuration is pending. If the trigger timeout exceeds,the generator returns to OFF.

Datatype Double

Default Value 5.00

Range [0.00:10000.00]

Unit sec

Bluetooth Instrument PersonalitiesUse the SCPI commands for the Bluetooth instrument personalities to perform measurementson Bluetooth signals that conform to Bluetooth Test Specification version 1.2/2.0/2.0+EDR/2.1/2.1+EDR/3.0/3.0+HS/4.0.

This manual assumes that you are familiar with the Bluetooth specifications.

Bluetooth Signal Analyzer SCPI Command ListComplete list of Bluetooth signal analyzer SCPI commands.

CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:AVERage[:COUNt]CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:CHANnel:COUNtCONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:INTerval[:LENGth]CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:INTerval[:LENGth]:AUTO[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:AVERage[:COUNt]

CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:AVERage:TYPECONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CFO[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CHARacter[:SELect]CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CHARacter:RESetCONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:INTervalCONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:OFFSetCONFigure:RFSA:BLUetooth[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:INTerval[:LENGth]CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:INTerval[:LENGth]:AUTO[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:BLUetooth:BDADdressCONFigure:RFSA:BLUetooth:BSYNcCONFigure:RFSA:BLUetooth:EATTenuationCONFigure:RFSA:BLUetooth:FREQuency[:CENTer]CONFigure:RFSA:BLUetooth:FREQuency:CHANnelCONFigure:RFSA:BLUetooth:PACKetCONFigure:RFSA:BLUetooth:PORTnameCONFigure:RFSA:BLUetooth:POWer[:MAXimum]CONFigure:RFSA:BLUetooth:TRACe[:ENABle]FETCh:RFSA:BLUetooth[:RESults]:IBEMissions[:AVERage]FETCh:RFSA:BLUetooth[:RESults]:IBEMissions:TRACeFETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:CFSTabilityFETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVMFETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM

:TRACe[:BLOCk]FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM:TSYMbolsFETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:IMPairmentsFETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:CFOFETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:CHARacterFETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:TRACe:CFOFETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:TRACe:CHARacterFETCh:RFSA:BLUetooth[:RESults]:OBW[:AVERage]FETCh:RFSA:BLUetooth[:RESults]:OBW:TRACeFETCh:RFSA:BLUetooth[:RESults]:STATeFETCh:RFSA:BLUetooth[:RESults]:TXPower[:AVERage]FETCh:RFSA:BLUetooth[:RESults]:TXPower:TRACe[:POWer]INITiate:RFSA:BLUetooth[:RESults]INITiate:RFSA:BLUetooth:ALEVelSYSTem:RFSA:BLUetooth:VERSionTRIGger:RFSA:BLUetooth:DELay[:TIME]TRIGger:RFSA:BLUetooth:DELay:PACKetTRIGger:RFSA:BLUetooth:EDGETRIGger:RFSA:BLUetooth:MQTimeTRIGger:RFSA:BLUetooth:SOURceTRIGger:RFSA:BLUetooth:THResholdTRIGger:RFSA:BLUetooth:TOUT

Bluetooth RFSA SCPI Command ReferenceSCPI command reference for the Bluetooth signal analyzer instrument personality.

CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions[:ENABle][?] <IBEEnable>Query Response:<IBEEnable>

Description Specifies whether to enable InBandEmission measurements.



Parameter: <IBEEnable>

Description 0 | OFF: Disables InBandEmission measurements.1 | ON: Enables InBandEmission measurements.

The instrument will execute adjacent channel power (ACP)measurements for signals containing BDR packets, EDR IBEmeasurements for signals containing EDR packets, and LE IBEmeasurements for signals containing LE-TP packets.

Datatype Boolean

Default Value 0


CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:AVERage[:COUNt]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:AVERage[:COUNt][?] <IbeAverageCount>Query Response:<IbeAverageCount>

Description Specifies the number of acquisitions over which the WTSaverages InBandEmission measurements using peak-holdaveraging.



Parameter: <IbeAverageCount>

Description Number of acquisitions over which the WTS averagesInBandEmission measurements using peak-hold averaging.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:CHANnel:COUNt

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:CHANnel:COUNt[?] <NumberOfChannels>Query Response:<NumberOfChannels>

Description Specifies the number of channels used for InBandEmissionmeasurements.

Parameter: <NumberOfChannels>

Description Number of channels used for InBandEmission measurements.

Datatype Integer32

Default Value 7

Range [1:79]

CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:INTerval[:LENGth]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:INTerval[:LENGth][?] <IbemeasurementInterval>Query Response:<IbemeasurementInterval>

Description Specifies the measurement length over each burst for whichInBandEmission is computed.



Parameter: <IbemeasurementInterval>

Description IBE measurement interval.

Datatype Double

Range [1.000000E-006:1.000000E-001]

Unit s

CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:INTerval[:LENGth]:AUTO[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:IBEMissions:INTerval[:LENGth]:AUTO[:ENABle][?] <IBEAutoLengthEnable>Query Response:<IBEAutoLengthEnable>

Description Specifies whether to use automatic interval mode forInBandEmission measurements.



Parameter: <IBEAutoLengthEnable>

Description 0 | OFF: Disables automatic interval mode.1 | ON: Enables automatic interval mode.

Datatype Boolean

Default Value 1


CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation[:ENABle][?] <DemodualtionEnable>

Query Response:<DemodualtionEnable>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements.



Parameter: <DemodualtionEnable>

Description 0 | OFF: Disables ModAcc measurements.1 | ON: Enables ModAcc measurements.Enables DEVM for EDR packets and DF1/DF2 for BDR and LE-TPpackets.

Datatype Boolean

Default Value 0


CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:AVERage[:COUNt][?] <ModulationAverageCount>Query Response:<ModulationAverageCount>

Description Specifies the number of acquisitions over which to averagemodulation measurements.



Parameter: <ModulationAverageCount>

Description Number of acquisitions over which to average modulationmeasurements.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:AVERage:TYPE

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:AVERage:TYPE[?] <ModulationAverageType>Query Response:<ModulationAverageType>

Description Specifies the averaging type for specified measurements.

Parameter: <ModulationAverageType>

Description RMS - The power is averaged using root mean square.MAX - The maximum values are retained.MIN - The minimum values are retained.


Default Value RMS

Range RMS | MAX | MIN

CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CFO[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CFO[:ENABle][?] <CFOEnable>Query Response:<CFOEnable>

Description Specifies whether to enable carrier frequency offset (CFO)measurements.CFO measurement are normally conducted on BDR and LE-TPpackets.



Parameter: <CFOEnable>

Description 0 | OFF: Disables CFO measurements.1 | ON: Enables CFO measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CHARacter[:SELect]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CHARacter[:SELect][?]<ModulationCharacteristicSelction>Query Response:<ModulationCharacteristicSelction>

Description Specifies whether to enable DF1 or DF2 measurements for BDRand LE-TP packets.



Parameter: <ModulationCharacteristicSelction>

Description Selects between the DF1 or DF2 measurement.


Default Value DF1

Range DF1 | DF2

CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CHARacter:RESet

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:FSK:CHARacter:RESet

Description Clears the memory of any DF1 or DF2 previously computed tohelp return the correct DF2/DF1 ratio.



CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:INTerval

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:INTerval[?] <ModAccMeasurementInterval>Query Response:<ModAccMeasurementInterval>

Description Specifies the measurement interval, in symbols, used formodulation measurements.



Parameter: <ModAccMeasurementInterval>

Description Measurement interval in symbols. -1 uses the maximum value forthe selected packet type. This value is used for DF1, DF2, andDEVM measurements.

Datatype Integer32

Default Value -1

Range [-1:1024]

CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:OFFSet

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:MODulation:OFFSet[?] <ModAccMeasurementOffset>Query Response:<ModAccMeasurementOffset>

Description Specifies the measurement offset, in symbols, from the start ofthe packet to where the measurement interval begins.



Parameter: <ModAccMeasurementOffset>

Description Measurement offset in symbols.This value is used for DF1 and DF2 measurements. Themeasurement must begin from start (0 offset) for DEVM and CFOmeasurements.

Datatype Integer32

Default Value 0

Range [0:1023]

CONFigure:RFSA:BLUetooth[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:OBW[:ENABle][?] <ObwEnable>Query Response:<ObwEnable>

Parameter: <ObwEnable>

Description 0 | OFF: Disables OBW measurements.1 | ON: Enables OBW measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwAverageCount>Query Response:<ObwAverageCount>

Description Specifies the number of acquisitions over which to averageoccupied bandwidth (OBW) measurements.

Parameter: <ObwAverageCount>

Description Number of acquisitions over which to average OBW measurements.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:INTerval[:LENGth]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:INTerval[:LENGth][?] <ObwMeasurementInterval>Query Response:<ObwMeasurementInterval>

Description Specifies the measurement interval for the occupied bandwidth(OBW) measurement.



Parameter: <ObwMeasurementInterval>

Description Measurement interval.

Datatype Double


Range [1.000000E-006:1.000000E-001]

Unit s

CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:INTerval[:LENGth]:AUTO[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:OBW:INTerval[:LENGth]:AUTO[:ENABle][?] <ObwEnableAutoLength>Query Response:<ObwEnableAutoLength>

Description Specifies whether to use automatic interval mode for occupiedbandwidth (OBW) measurements.



Parameter: <ObwEnableAutoLength>

Description 0 | OFF: Disables automatic interval mode.1 | ON: Enables automatic interval mode.

Datatype Boolean

Default Value 1


CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower[:ENABle][?] <TxPowerEnable>Query Response:<TxPowerEnable>

Parameter: <TxPowerEnable>

Description 0 | OFF: Disables TXP measurements.1 | ON: Enables TXP measurements.

Datatype Boolean

Default Value 1


CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower:AVERage[:COUNt][?] <TxpAverageCount>Query Response:<TxpAverageCount>

Description Specifies the number of acquisitions over which to averagetransmit power (TXP) measurements.

Parameter: <TxpAverageCount>

Description Number of acquisitions over which to average TXP measurements.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:BLUetooth[:MEASurement]:TXPower:AVERage:TYPE[?] <TxpAverageType>Query Response:<TxpAverageType>

Description Specifies the averaging type for the transmit power (TXP)measurements.



Parameter: <TxpAverageType>

Description RMS - The power is averaged using root mean square.LOG - The log of the power is averaged.SCALAR - The voltage is averaged.MAX - The maximum values are retained.MIN - The minimum values are retained.

Default Value RMS

Range RMS | LOG | SCALar | MAX | MIN

CONFigure:RFSA:BLUetooth:BDADdress

Usage:CONFigure:RFSA:BLUetooth:BDADdress[?] <BDADdress>Query Response:<BDADdress>

Description Specifies the Bluetooth device address.



Parameter: <BDADdress>

Description BDADdress consists of 3-parts:LAP: Lower address part consisting of 24 bits.UAP: Upper address part consisting of 8 bits.NAP: Non-significant address part consisting of 16 bits.The 3 parts are concatenated into a single hexadecimalrepresentation in the following order: 0x<LAP><UAP><NAP>.For example if LAP=0x000080,UAP=0x48,NAP=0xACDE theresulting SCPI command would be #H00008048ACDE.

Datatype Integer64

Default Value #H0

Range [#H0:#H7FFFFFFFFFFF]

CONFigure:RFSA:BLUetooth:BSYNc

Usage:

CONFigure:RFSA:BLUetooth:BSYNc[?] <BurstSyncType>Query Response:<BurstSyncType>

Description Specifies the type of synchronization used for detecting the startof the packet.



Parameter: <BurstSyncType>

Description PREamble: The instrument uses the packet preamble to synchronizethe packet.If the current configure packet type is EDR/BDR, it uses packetPREamble.If the current configure packet type is LE-TP, it uses packetAccessAddress or Syncword.NONE: The instrument does not perform synchronization tosynchronize the packet.


Default Value PREamble

Range PREamble | NONE

CONFigure:RFSA:BLUetooth:EATTenuation

Usage:CONFigure:RFSA:BLUetooth:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:BLUetooth:FREQuency[:CENTer]

Usage:CONFigure:RFSA:BLUetooth:FREQuency[:CENTer][?]<Frequency>Query Response:<Frequency>

Datatype Double

Default Value 2.402000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

CONFigure:RFSA:BLUetooth:FREQuency:CHANnel

Usage:CONFigure:RFSA:BLUetooth:FREQuency:CHANnel <Channel>

Description Specifies the frequency channel.




Description Computes the center frequency of the Bluetooth signal transmittedby the WTS based on the value that you specify in the channelnumber parameter. The center frequency is computed according tosection 2, Volume 2 of the Bluetooth Specification v2.1+EDR.

Datatype Integer32

Default Value 0

Range [0:78]

CONFigure:RFSA:BLUetooth:PACKet

Usage:CONFigure:RFSA:BLUetooth:PACKet[?]<PacketType>,<PacketPayloadDatarate>Query Response:<PacketType>,<PacketPayloadDatarate>

Description Specifies the packet type of the signal to be measured.

Parameter: <PacketType>

Description DH1: Uses the DH1 packet type.DH3: Uses the DH3 packet type.DH5: Uses the DH5 packet type.LETP: Uses the LE-TP packet type.LETP_EXT: Uses the LE-TP-EXT packet type. This packet issimilar to the LE-TP packet, except that the payload length isextended up to 255 bytes. Refer to Section 2.1, Part B, Volume 6 ofthe Bluetooth Specification v4.2 for more information about thispacket.LE_ENHANCED: Uses the LE-Enhanced packet type. This is anLE packet type with a symbol rate of 2 Msps. Refer to the 2 MbpsLE Bluetooth Draft Improvement Proposal, Revision D05r20 topicat the www.bluetooth.org website for more information about thispacket.LE_LR125K: Uses the LE-LR-125k packet type. This is an LEpacket type, which supports long range communication at a data rateof 125 kbps. Refer to the LE Long Range Bluetooth DraftImprovement Proposal, Revision D05r13 topic at thewww.bluetooth.org website for more information about this packet.LE_LR500K: Uses the LE-LR-500k packet type. This is an LEpacket type, which supports long range communication at a data rateof 500 kbps. Refer to the LE Long Range Bluetooth DraftImprovement Proposal, Revision D05r13 topic at thewww.bluetooth.org website for more information about this packet.


Default Value DH1

Range DH1 | DH3 | DH5 | LETP | LETP_EXT | LE_ENHANCED |LE_LR125K | LE_LR500K

Parameter: <PacketPayloadDatarate>

Description Packet payload data rate, in MHz.

Datatype Integer32

Default Value 1

Range [1:3]

CONFigure:RFSA:BLUetooth:PORTname

Usage:CONFigure:RFSA:BLUetooth:PORTname[?] <PortName>Query Response:<PortName>

Description Specifies the port name.





CONFigure:RFSA:BLUetooth:POWer[:MAXimum]

Usage:CONFigure:RFSA:BLUetooth:POWer[:MAXimum][?]<MaxInputPower>Query Response:<MaxInputPower>

Description Specifies the maximum expected input power to the instrument.

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:BLUetooth:TRACe[:ENABle]

Usage:CONFigure:RFSA:BLUetooth:TRACe[:ENABle][?]<TracesEnable>Query Response:<TracesEnable>

Description Specifies whether to enable collection of trace data for generalpurpose RF measurements.



Parameter: <TracesEnable>

Description If disabled, no trace data is collected so no traces can be fetched.0 | OFF: Disables collection of trace data.1 | ON: Enables collection of trace data.

Datatype Boolean

Default Value 0

FETCh:RFSA:BLUetooth[:RESults]:IBEMissions[:AVERage]

Usage:FETCh:RFSA:BLUetooth[:RESults]:IBEMissions[:AVERage]?Query Response:<MeasurementStatus>,<ReferenceChannelPower>,<UpperChannelTotalPower>,<LowerChannelTotalPower>,<TotalChannelPower[n]>

Description Fetches the status for the InBandEmission measurement based onthe measurement limits specified in section 5.1.15 of theBluetooth Test Specification v1.2/2.0/2.0+EDR/2.1/2.1+EDR/3.0/3.0+HS/4.0.

Availability Query


Parameter: <MeasurementStatus>

Description FAIL: Measurement results do not satisfy the limits.TRUE: Measurement results satisfy the limits.


Parameter: <ReferenceChannelPower>

Description Peak power of the center channel.

Datatype Double

Unit dBm

Parameter: <UpperChannelTotalPower>

Description Peak power of the upper channel adjacent to the center frequency.

Datatype Double

Unit dBm

Parameter: <LowerChannelTotalPower>

Description Peak power of the lower channel adjacent to the center frequency.

Datatype Double

Unit dBm

Parameter: <TotalChannelPower[n]>

Unit dBm

FETCh:RFSA:BLUetooth[:RESults]:IBEMissions:TRACe

Usage:FETCh:RFSA:BLUetooth[:RESults]:IBEMissions:TRACe?Query Response:<Xo>,<dx>,#xyy<InBAndEmissionsTrace[n]>

Description Fetches the InBandEmission trace.

Availability Query


Parameter: <Xo>

Description Trace origin point (start frequency).

Datatype Double

Parameter: <dx>

Description Trace delta value between points (delta frequency).

Datatype Double

Parameter: #xyy<InBAndEmissionsTrace[n]>

Description Trace values sent as binary block data.


FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:CFSTability

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:CFSTability?Query Response:<AverageInitialFrequencyError>,<MaxInitialFrequencyError>,<AverageBlockAbsFrequencyError>,<MaxBlockAbsFrequencyError>,<AverageBlockRelFrequencyError>,<MaxBlockRelFrequencyError>

Description Fetches carrier frequency measurement results. Results are validfor enhanced data rate (EDR) packets.

Availability Query


Parameter: <AverageInitialFrequencyError>

Description Average initial carrier frequency tolerance (ICFT).

Datatype Double

Unit Hz

Parameter: <MaxInitialFrequencyError>

Description Maximum initial carrier frequency tolerance (ICFT).

Datatype Double

Unit Hz

Parameter: <AverageBlockAbsFrequencyError>

Unit Hz

Parameter: <MaxBlockAbsFrequencyError>

Unit Hz

Parameter: <AverageBlockRelFrequencyError>

Unit Hz

Parameter: <MaxBlockRelFrequencyError>

Unit Hz

FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM?Query Response:<AverageRmsDevm>,<MaxPeakDevm>,<99pctDevm>

Description Fetches differential error vector magnitude (DEVM) results.

Results are valid for enhanced data rate (EDR) packets.

Availability Query


Parameter: <AverageRmsDevm>

Description Average of RMS DEVM measurements.

Datatype Double

Unit %

Parameter: <MaxPeakDevm>


Datatype Double

Unit %

Parameter: <99pctDevm>

Description 99 percent DEVM.

Datatype Double

Unit %

FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM:TRACe[:BLOCk]

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM

:TRACe[:BLOCk]?Query Response:<Xo>,<dx>,#xyy<DevmTraceData[n]>

Description Fetches the differential error vector magnitude (DEVM) trace.Traces are valid for enhanced data rate (EDR) packets.

Availability Query


Parameter: <Xo>

Description Trace origin point (start time).

Datatype Double

Parameter: <dx>

Description Trace delta value between points (delta time).

Datatype Double

Parameter: #xyy<DevmTraceData[n]>



FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM:TSYMbols

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:DEVM:TSYMbols?Query Response:<SymbolsUnder99pctDEVM>

Description Returns the number of symbols below the 99% DEVM. This ishelpful to know by how many symbols are (or are not) measuredby the standard defined 99% DEVM (defined as the DEVM valuefor which 99% of measured symbolshave a lower DEVM).

Availability Query


Parameter: <SymbolsUnder99pctDEVM>

Unit symbols

FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:IMPairments

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:EDR:IMPairments?Query Response:<AverageIqImbalance>,<AvgQuadratureSkew>,<AvgIOffset>,<AvgQOffset>

Description Fetches impairments measurement results. Results are valid forenhanced data rate (EDR) packets.

Availability Query


Parameter: <AverageIqImbalance>

Description The result across iterations of I/Q gain imbalance estimates. I/Q gainimbalance is the ratio of the mean amplitude of the in-phase (I) signalto the mean amplitude of the quadrature-phase (Q) signal.

Datatype Double

Unit dB

Parameter: <AvgQuadratureSkew>


Datatype Double

Unit deg

Parameter: <AvgIOffset>

Description The result across iterations of the in-phase (I) offset.

Datatype Double

Unit %

Parameter: <AvgQOffset>

Description The result across iterations of the quadrature-phase (Q) offset.

Datatype Double

Unit %

FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:CFO

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:CFO?Query Response:<IcftMax>,<MaxCarrierDrift>,<MaxCarrierDrift/50us>,<MaxPayloadBlockFreqOffset>,<MaxCarrierDrift/55us>

Description Fetches carrier frequency offset results. ICFTMax ,MaxCarrierDrift and MaxCarrierDrift/50us results are valid forbasic data rate (BDR) packets and LE-TP packets.MaxPayloadBlockFreqOffset and MaxCarrierDrift/55us are validfor only LE-TP packets.For BDR refer to 5.1.10 TRM/CA/08/C (Initial Carrier FrequencyTolerance) and 5.1.11 TRM/CA/09/C (Carrier Frequency Drift)

IcftMax = f0MaxCarrierDrift (Hz) = Table 5.3MaxCarrierDrift/50us (Hz) = abs(f(k+5) - fk)

For LE refer to 4.6.4 TP/TRM-LE/CA/BV-06-CMaximum Payload Block Frequency Offset (Hz) = fnMaximum Carrier Drift (Hz) = abs(f0 - fn)Maximum Carrier Drift/50us (Hz) = abs(fn - f(n-5))Maximum Carrier Drift/55us (Hz) describes Preamble to FirstPayload Block = abs(f1-f0).

Availability Query

ExecutionMode

Sequential

Parameter: <IcftMax>

Unit Hz

Parameter: <MaxCarrierDrift>

Unit Hz

Parameter: <MaxCarrierDrift/50us>

Unit Hz

Parameter: <MaxPayloadBlockFreqOffset>

Unit Hz

Parameter: <MaxCarrierDrift/55us>

Unit Hz

FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:CHARacter

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:CHARacter?Query Response:<MeasurementStatusDf1>,<AverageDf1Avg>,<MaxDf1Max>,<MinDf1Max>,<MeasurementStatusDf2>,<AverageDf2Avg>,<MaxDf2Max>,<MinDf2Max>,<AverageDf2avg/AverageDf1avg>

Description Fetches DF1 and DF2 measurement results. Results are valid forbasic data rate (BDR) packets and LE-TP packets. Note: Youmust first perform both DF1 and DF2 measurements to receivevalid values for the DF2/DF1 result.

Availability Query


Parameter: <MeasurementStatusDf1>

Parameter: <AverageDf1Avg>

Unit Hz

Parameter: <MaxDf1Max>

Unit Hz

Parameter: <MinDf1Max>

Unit Hz

Parameter: <MeasurementStatusDf2>

Parameter: <AverageDf2Avg>

Unit Hz

Parameter: <MaxDf2Max>

Unit Hz

Parameter: <MinDf2Max>

Unit Hz

Parameter: <AverageDf2avg/AverageDf1avg>

FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:TRACe:CFO

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:TRACe:CFO?Query Response:<Xo>,<dx>,#xyy<CfoTraceData[n]>

Description Fetches carrier frequency offset traces. Traces are valid for basicdata rate (BDR) packets and LE-TP packets.

Availability Query


Parameter: <Xo>

Parameter: <dx>

Parameter: #xyy<CfoTraceData[n]>

FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:TRACe:CHARacter

Usage:FETCh:RFSA:BLUetooth[:RESults]:MODulation:FSK:TRACe:CHARacter?Query Response:<XoDf>,<dxDf>,#xyy<DfTraceData[n]>

Description Fetches DF trace. The trace represents the frequency deviationversus symbol. These traces help ensure that the pattern is thatneeded for DF1 or DF2. Traces are valid for basic data rate(BDR) packets and LE-TP packets.

Availability Query


Parameter: <XoDf>

Parameter: <dxDf>

Parameter: #xyy<DfTraceData[n]>

FETCh:RFSA:BLUetooth[:RESults]:OBW[:AVERage]

Usage:FETCh:RFSA:BLUetooth[:RESults]:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<StartFrequency>,<StopFrequency>

Description Fetches occupied bandwidth (OBW) results.Results are valid only for basic data rate (BDR) packets.

Availability Query



Description Average OBW of the signal.

Datatype Double

Unit Hz


Description Average of the lower-bound frequency of the OBW measurements.

Datatype Double

Unit Hz


Description Average of the upper-bound frequency of the OBW measurements.

Datatype Double

Unit Hz

FETCh:RFSA:BLUetooth[:RESults]:OBW:TRACe

Usage:FETCh:RFSA:BLUetooth[:RESults]:OBW:TRACe?Query Response:<Xo>,<dx>,#xyy<ObwTraceData[n]>

Description Fetches occupied bandwidth (OBW) traces. Traces are valid onlyfor basic data rate (BDR) packets.

Availability Query


Parameter: <Xo>

Parameter: <dx>

Parameter: #xyy<ObwTraceData[n]>

FETCh:RFSA:BLUetooth[:RESults]:STATe

Usage:FETCh:RFSA:BLUetooth[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>


Availability Query



Description IDLE: Hardware is available.PENDING: Execution is waiting for hardware to be released.ACTIVE: Hardware is actively acquiring data.

Description OFF: The measurement has not been initiated yet.READY: The measurement result is available to fetch.PENDING: The measurement is initiated but has not started receiveddata to process.PROCESSING: The measurement is processing the acquired data.


FETCh:RFSA:BLUetooth[:RESults]:TXPower[:AVERage]

Usage:FETCh:RFSA:BLUetooth[:RESults]:TXPower[:AVERage]?Query Response:<AverageBurstPower>,<AveragePeakBurstPower>,<EdrRelativePower>

Description Fetches transmit power (TXP) results.

Availability Query


Parameter: <AverageBurstPower>

Description Average of the average mean power results.

Datatype Double

Parameter: <AveragePeakBurstPower>

Description Average of the peak burst power.

Datatype Double

Parameter: <EdrRelativePower>

Description Relative power difference between the payload and the header power.

Datatype Double

FETCh:RFSA:BLUetooth[:RESults]:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:BLUetooth[:RESults]:TXPower:TRACe[:POWer]?Query Response:<Xo>,<dx>,#xyy<TxpTraceData[n]>

Description Fetches the transmit power (TXP) trace.

Availability Query


Parameter: <Xo>


Datatype Double

Parameter: <dx>


Datatype Double

Parameter: #xyy<TxpTraceData[n]>

INITiate:RFSA:BLUetooth[:RESults]

Usage:INITiate:RFSA:BLUetooth[:RESults]

Description Initiates a composite Bluetooth measurement and stores theresults in the results space provided in [:Result].



INITiate:RFSA:BLUetooth:ALEVel

Usage:INITiate:RFSA:BLUetooth:ALEVel




SYSTem:RFSA:BLUetooth:VERSion

Usage:SYSTem:RFSA:BLUetooth:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description Queries for the version of the RF General Settings personality.

Availability Query

Datatype String



Datatype String

TRIGger:RFSA:BLUetooth:DELay[:TIME]

Usage:TRIGger:RFSA:BLUetooth:DELay[:TIME][?] <TriggerDelay>Query Response:<TriggerDelay>





Default Value 0.000000000000000E+000

Range [-1.000000000000000E+001:1.000000000000000E+001]

Unit Sec

TRIGger:RFSA:BLUetooth:DELay:PACKet

Usage:

TRIGger:RFSA:BLUetooth:DELay:PACKet[?] <PacketDelay>Query Response:<PacketDelay>

Description Change this to delay the measurement by an integer number ofpackets. Each packet is detected by the trigger time selected untilthis count is reached.This is used in case the first packets of the DUT are expected tobe on-reliable source of the test and the measurement is needed inlater packets.This applies to all measurements.



Parameter: <PacketDelay>

Description Number of packets to ignore before the measurement.

Datatype Integer32

Default Value 0

Range [0:1000]

TRIGger:RFSA:BLUetooth:EDGE

Usage:TRIGger:RFSA:BLUetooth:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

TRIGger:RFSA:BLUetooth:MQTime

Usage:TRIGger:RFSA:BLUetooth:MQTime[?]<MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Datatype Double

Default Value 1.000000000000000E-004

Range [0.000000000000000E+000:5.000000000000000E-003]

Unit sec

TRIGger:RFSA:BLUetooth:SOURce

Usage:TRIGger:RFSA:BLUetooth:SOURce[?] <TriggerSource>Query Response:<TriggerSource>





Description IMMEDIATE - Generates the signal to measure as soon as thehardware is ready.POWER - Uses RF power edge trigger.INTERNAL - Uses one of the multiple WTS internal triggers, whichmust be exported by any other personality configured to use thesame Port. Portname must be defined before this command isexecuted.

Datatype String


TRIGger:RFSA:BLUetooth:THReshold

Usage:TRIGger:RFSA:BLUetooth:THReshold[?]<TriggerThreshold>Query Response:<TriggerThreshold>






Datatype Double


Range [-100.000:0.000]

Unit dBm

TRIGger:RFSA:BLUetooth:TOUT

Usage:TRIGger:RFSA:BLUetooth:TOUT[?] <TriggerTimeout>

Query Response:<TriggerTimeout>





Default Value 5.000000000000000E+000

Range [0.000000000000000E+000:1.000000000000000E+002]

Unit sec

Bluetooth Signal Generator SCPI Command ListComplete list of Bluetooth signal generator SCPI commands.

SOURce:RFSG:BLUetooth:BDADdressSOURce:RFSG:BLUetooth:CARRier:MODESOURce:RFSG:BLUetooth:DTX[:ENABle]SOURce:RFSG:BLUetooth:EATTenuationSOURce:RFSG:BLUetooth:FREQuency[:CENTer]SOURce:RFSG:BLUetooth:FREQuency:CHANnelSOURce:RFSG:BLUetooth:IMPairments[:ENABle]SOURce:RFSG:BLUetooth:IMPairments:EBNOSOURce:RFSG:BLUetooth:IMPairments:FOFFsetSOURce:RFSG:BLUetooth:IMPairments:GIMBalanceSOURce:RFSG:BLUetooth:IMPairments:IOFFsetSOURce:RFSG:BLUetooth:IMPairments:QOFFsetSOURce:RFSG:BLUetooth:IMPairments:QSKewSOURce:RFSG:BLUetooth:LE:CCRCSOURce:RFSG:BLUetooth:PACKetSOURce:RFSG:BLUetooth:PACKet:COUNtSOURce:RFSG:BLUetooth:PACKet:HEADerSOURce:RFSG:BLUetooth:PACKet:IDLE

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:MODESOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PATTernSOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PN:ORDerSOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PN:SEEDSOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:USERSOURce:RFSG:BLUetooth:PACKet:PAYLoad:FHS[:DATA]SOURce:RFSG:BLUetooth:PACKet:PAYLoad:FHS:SBDaddressSOURce:RFSG:BLUetooth:PACKet:PAYLoad:HEADerSOURce:RFSG:BLUetooth:PACKet:PAYLoad:MODESOURce:RFSG:BLUetooth:PACKet:PAYLoad:PATTernSOURce:RFSG:BLUetooth:PACKet:PAYLoad:PN:ORDerSOURce:RFSG:BLUetooth:PACKet:PAYLoad:PN:SEEDSOURce:RFSG:BLUetooth:PACKet:PAYLoad:USERSOURce:RFSG:BLUetooth:PACKet:UNIQue:COUNtSOURce:RFSG:BLUetooth:PORTnameSOURce:RFSG:BLUetooth:POWer[:LEVel]SOURce:RFSG:BLUetooth:STATeSYSTem:RFSG:BLUetooth:VERSionTRIGger:RFSG:BLUetooth:EDGETRIGger:RFSG:BLUetooth:SOURceTRIGger:RFSG:BLUetooth:TOUT

Bluetooth RFSG SCPI Command ReferenceSCPI command reference for the Bluetooth signal generator instrument personality.

SOURce:RFSG:BLUetooth:BDADdress

Usage:SOURce:RFSG:BLUetooth:BDADdress[?] <BDADdress>Query Response:<BDADdress>

Description Specifies the Bluetooth address.

Parameter: <BDADdress>

Description BDADdress consists of 3-parts:LAP: Lower address part consisting of 24 bits.UAP: Upper address part consisting of 8 bits.NAP: Non-significant address part consisting of 16 bits.The 3 parts are concatenated into a single hexadecimalrepresentation in the following order: 0x<LAP><UAP><NAP>.For example if LAP=0x000080,UAP=0x48,NAP=0xACDE theresulting SCPI command would be #H00008048ACDE.

Datatype Integer64

Default Value #H0


SOURce:RFSG:BLUetooth:CARRier:MODE

Usage:SOURce:RFSG:BLUetooth:CARRier:MODE[?] <CarrierMode>Query Response:<CarrierMode>

Description Specifies whether the carrier is continuous or includes bursts.



Parameter: <CarrierMode>

Description BURST: Packets have a finite time defined by the packet type aswell as idle slot.CONTINUOUS: No idle time is present on the waveform.

Default Value BURST

Range BURST | CONTINUOUS

SOURce:RFSG:BLUetooth:DTX[:ENABle]

Usage:SOURce:RFSG:BLUetooth:DTX[:ENABle][?]<DirtyTxEnabled>Query Response:<DirtyTxEnabled>

Description Specifies whether to enable the dirty transmitter (DTX).



Parameter: <DirtyTxEnabled>

Description 0 | OFF: Disables DTX.1 | ON: Enables DTX.

Datatype Boolean

Default Value 0


SOURce:RFSG:BLUetooth:EATTenuation

Usage:SOURce:RFSG:BLUetooth:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

SOURce:RFSG:BLUetooth:FREQuency[:CENTer]

Usage:SOURce:RFSG:BLUetooth:FREQuency[:CENTer][?]<Frequency>Query Response:<Frequency>

Datatype Double

Default Value 2.402000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

SOURce:RFSG:BLUetooth:FREQuency:CHANnel

Usage:SOURce:RFSG:BLUetooth:FREQuency:CHANnel <Channel>





Description Computes the center frequency of the Bluetooth signal transmittedby the WTS based on the value that you specify in the channelnumber parameter. The center frequency is computed according tosection 2, Volume 2 of the Bluetooth Specification v2.1+EDR.

Datatype Integer32

Default Value 0

Range [0:78]

SOURce:RFSG:BLUetooth:IMPairments[:ENABle]

Usage:SOURce:RFSG:BLUetooth:IMPairments[:ENABle][?]<EnableImpairments>Query Response:<EnableImpairments>

Description Specifies whether to enable I/Q impairments.



Parameter: <EnableImpairments>

Description 0 | OFF: I/Q impairments are not added to the signal.1|ON: I/Q impairments are added to the signal.

Datatype Boolean

Default Value 0


SOURce:RFSG:BLUetooth:IMPairments:EBNO

Usage:SOURce:RFSG:BLUetooth:IMPairments:EBNO[?] <EbNo>Query Response:<EbNo>

Description Specifies the energy per bit to noise power spectral density ratio(EBNO).



Parameter: <EbNo>

Description EBNO value of the generated signal.

Datatype Double

Default Value 50.00

Range [0.00:Inf]

Unit dB

SOURce:RFSG:BLUetooth:IMPairments:FOFFset

Usage:SOURce:RFSG:BLUetooth:IMPairments:FOFFset[?]<FrequencyOffset>Query Response:<FrequencyOffset>

Description Specifies the frequency offset.

Description Frequency offset from the center frequency of the RF signalgenerator.

Datatype Double

Default Value 0.000000000000000E+000

Range [-5.000000000000000E+007:5.000000000000000E+007]

Unit Hz

SOURce:RFSG:BLUetooth:IMPairments:GIMBalance

Usage:SOURce:RFSG:BLUetooth:IMPairments:GIMBalance[?]<GainImbalance>Query Response:<GainImbalance>

Description Specifies the signal I/Q gain imbalance.



Parameter: <GainImbalance>

Description Ratio of the mean amplitude of the in-phase (I) signal to the meanamplitude of the quadrature-phase (Q) signal.

Datatype Double

Default Value 0.00

Range [-6.00:6.00]

Unit dB

SOURce:RFSG:BLUetooth:IMPairments:IOFFset

Usage:SOURce:RFSG:BLUetooth:IMPairments:IOFFset[?]<IOffset>Query Response:<IOffset>

Description Specifies the value of the DC offset in the in-phase (I) signal.



Parameter: <IOffset>

Description DC offset in the in-phase (I) signal as percentage of the peakmagnitude of the complex I/Q signal.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit %

SOURce:RFSG:BLUetooth:IMPairments:QOFFset

Usage:SOURce:RFSG:BLUetooth:IMPairments:QOFFset[?]<QOffset>

Query Response:<QOffset>

Description Specifies the value of the DC offset in the quadrature-phase (Q)signal



Parameter: <QOffset>

Description DC offset in the quadrature-phase (Q) signal as percentage of thepeak magnitude of the complex I/Q signal.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit %

SOURce:RFSG:BLUetooth:IMPairments:QSKew

Usage:SOURce:RFSG:BLUetooth:IMPairments:QSKew[?]<QuadratureSkew>Query Response:<QuadratureSkew>

Description Specifies the quadrature skew.



Parameter: <QuadratureSkew>

Description Deviation in angle from 90 degrees between the in-phase (I) andquadrature-phase (Q) signals.

Datatype Double

Default Value 0.00

Range [-30.00:30.00]

Unit deg

SOURce:RFSG:BLUetooth:LE:CCRC

Usage:SOURce:RFSG:BLUetooth:LE:CCRC[?] <CorruptCRCEnabled>Query Response:<CorruptCRCEnabled>

Description Specifies whether to corrupt the alternate packet CRC value.

Parameter: <CorruptCRCEnabled>

Description 0 | OFF: Does not corrupt the CRC alternate packet.1 | ON: Corrupts the CRC alternate packet.

Datatype Boolean

Default Value 0


SOURce:RFSG:BLUetooth:PACKet

Usage:SOURce:RFSG:BLUetooth:PACKet[?]<PacketType>,<PacketPayloadDataRate>Query Response:<PacketType>,<PacketPayloadDataRate>

Description Specifies the Bluetooth packet type to be generated.

Parameter: <PacketType>

Description NULL: NULL packet type. This packet has no payload and consistsof the channel access code and packet header only. Refer to section6.5.1.2, Part B, Volume 2 of the Bluetooth Specification v2.1+EDRfor more information about this packet.POLL: POLL packet type. This packet does not have a payload.Refer to Section 6.5.1.3, Part B, Volume 2 of the BluetoothSpecification v2.1+EDR for more information about this packet.FHS: Frequency hop synchronization (FHS) packet type. This packetis a special control packet containing the Bluetooth device addressand the sender's clock. Refer to Section 6.5.1.4, Part B, Volume 2 ofthe Bluetooth Specification v2.1+EDR for more information aboutthis packet.DH1: DH1 packet type. This packet is similar to the DM1 packet,except that the information in the payload is not forward errorcorrection (FEC) encoded. The DH1 packet occupies a single timeslot. Refer to Sections 6.5.1.5 and 6.5.4.2, Part B, Volume 2 of theBluetooth Specification v2.1+EDR for more information about thispacket.DH3: DH3 packet type. This packet is similar to the DM3 packet,except that the information in the payload is not FEC encoded. Referto Section 6.5.4.4, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about this packet.DH5: DH5 packet type. This packet is similar to the DM5 packet,except that the information in the payload is not FEC encoded. Referto Section 6.5.4.6, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about this packet.DM1: DM1 packet type. This packet carries only data information.The information and cyclic redundancy check (CRC) bits are codedwith a rate 2/3 FEC. The DM1 packet occupies a single time slot.Refer to sections 6.5.1.5 and 6.5.4.1, Part B, Volume 2 of theBluetooth Specification v2.1+EDR for more information about thispacket.DM3: DM3 packet type. This packet may occupy up to three timeslots. The payload has 2 to 123 information bytes, (including the 2-byte payload header), inclusive, and a 16-bit CRC code. Refer toSection 6.5.4.3, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about this packet.

DM5: DM5 packet type. The payload has 2 to 226 information bytes(including the 2-byte payload header), inclusive, and a 16-bit CRCcode. Refer to Section 6.5.4.6, Part B, Volume 2 of the BluetoothSpecification v2.1+EDR for more information about this packet.HV1: HV1 packet type. This packet has 10 information bytes. Referto Section 6.5.2.1, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about this packet.HV2: HV2 packet type. This packet has 20 information bytes. Referto Section 6.5.2.3, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about this packet.HV3: HV3 packet type. This packet has 30 information bytes. Theinformation bytes are not protected by FEC. Refer to Section 6.5.2.3,Part B, Volume 2 of the Bluetooth Specification v2.1+EDR for moreinformation about this packet.EV3: EV3 packet type. This packet has 1 to 30 information bytes,inclusive, and a 16-bit CRC code. Refer to Section 6.5.3.1, Part B,Volume 2 of the Bluetooth Specification v2.1+EDR for moreinformation about this packet.EV4: EV4 packet type. The EV4 packet has 1 to 120 informationbytes, inclusive, and a 16-bit CRC code. Refer to Section 6.5.3.2,Part B, Volume 2 of the Bluetooth Specification v2.1+EDR for moreinformation about this packet.EV5: EV5 packet type. The EV5 packet has 1 to 180 informationbytes, inclusive, and a 16-bit CRC code. Refer to Section 6.5.3.3,Part B, Volume 2 of the Bluetooth Specification v2.1+EDR for moreinformation about this packet.DV: DV packet type. This packet is a combined data-voice packet.Refer to Section 6.5.2.4, Part B, Volume 2 of the BluetoothSpecification v2.1+EDR for more information about this packet.AUX1: AUX1 packet type. This packet resembles a DH1 packet buthas no CRC code. Refer to Section 6.5.4.7, Part B, Volume 2 of theBluetooth Specification v2.1+EDR for more information about thispacket.


LETP: LE-TP packet type. Specifies that the packet type is LE-TP.Refer to Section 2.1, Part B, Volume 6 of the Bluetooth Specificationv4.0 for more information about this packet.LETP_EXT: Specifies that the packet type is LE-TP-EXT. Thispacket is similar to the LE-TP packet, except that the payload lengthis extended upto 255 bytes. Refer to Section 2.1, Part B, Volume 6 ofthe Bluetooth Specification v4.2 for more information about thispacket.LE_ENHANCED: Specifies that the packet type is LE-Enhanced.This is an LE packet type with a symbol rate of 2 Msps. For moreinformation about this packet, refer to 2 Mbps LE Bluetooth DraftImprovement Proposal, Revision D05r20 topic at thewww.bluetooth.org website.LE_LR125K: Specifies that the packet type is LE-LR-125k. This isan LE packet type which supports long range communication at adata rate of 125 kbps. Refer to the LE Long Range Bluetooth DraftImprovement Proposal Document, Revision D05r13 topic at thewww.bluetooth.org website for more information about this packet.LE_LR500K: Specifies that the packet type is LE-LR-500k. This isan LE packet type which supports long range communication at adata rate of 500 kbps. Refer to the LE Long Range Bluetooth DraftImprovement Proposal Document, Revision D05r13 topic at thewww.bluetooth.org website for more information about this packet.


DefaultValue

DH1

Range NULL | POLL | FHS | DH1 | DH3 | DH5 | DM1 | DM3 | DM5 | HV1 |HV2 | HV3 | EV3 | EV4 | EV5 | DV | AUX1 | LETP | LETP_EXT |LE_ENHANCED | LE_LR125K | LE_LR500K

Parameter: <PacketPayloadDataRate>

Description Packet payload data rate, in MHz.

Datatype Integer32

Default Value 1

Range [1:3]

SOURce:RFSG:BLUetooth:PACKet:COUNt

Usage:SOURce:RFSG:BLUetooth:PACKet:COUNt[?]<NumberOfPackets>Query Response:<NumberOfPackets>

Description Specifies the number of packets to generate. To generate uniquepackets, refer to the UNIQue command.



Parameter: <NumberOfPackets>

Description Number of packets to generate. The PN data is driven byPACKet:UNIQue:COUNt. The instrument resets the PN generatorafter it reaches the number of unique packets that you specify inPACKet:UNIQue:COUNt.For example, if PACKet:UNIQue:COUNt = 10, and you setPACKet:COUNt to 1, the same payload is used for each packet, andif you set PACKet:COUNt:NUMBer to 2, the same payload is usedafter every 2 packets. If you set PACKet:COUNt to 100, only 10 ofthem will be unique and the PN sequence will repeat after every 10.-1 means infinite number of packets.

Configure PACKet:COUNt only if you setPACKet:PAYLoad:DV:MODe or PACKet:PAYLoad:MODE to PN.

Datatype Integer32

Default Value -1

Range [-1:10000]

SOURce:RFSG:BLUetooth:PACKet:HEADer

Usage:SOURce:RFSG:BLUetooth:PACKet:HEADer[?]<HeaderLTAddress>,<HeaderFlowControlBit>,<ArqnBit>,<SeqnBit>Query Response:<HeaderLTAddress>,<HeaderFlowControlBit>,<ArqnBit>,<SeqnBit>

Description Configures settings for the packet header.



Parameter: <HeaderLTAddress>

Description The 3-bit logical transport (LT) address of the packet. The LTaddress field indicates the destination slave for a packet in a master-to-slave transmission slot and indicates the source slave for a slave-to-master transmission slot. Refer to sections 6.4.1 and 6.4.2, Part B,Volume 2 of the Bluetooth Specification v2.1+EDR for moreinformation about the LT address of a packet.

Datatype Integer32

Default Value 7

Range [0:7]

Parameter: <HeaderFlowControlBit>

Description The value for the flow control field in the packet header. This fieldcontrols the 1-bit flow control parameter in the packet. Refer toSection 6.4.3, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about the flow control field.0 indicates a Stop condition.1 indicates a Go condition.

Datatype Boolean

Default Value 0


Parameter: <ArqnBit>

Description The value for the automatic repeat request number (ARQN) field inthe packet header. This command controls the value for the 1-bitacknowledgement indicator, which indicates whether the data packettransfer is successful. Refer to sections 6.4.4 and 7.6, Part B,Volume 2 of the Bluetooth Specification v2.1+EDR for moreinformation about the ARQN field.NAK: Negative acknowledgement.ACK: Positive acknowledgement.


Default Value NAK

Range NAK | ACK

Parameter: <SeqnBit>

Description Value for the sequential numbering scheme (SEQN) field in thepacket header. This command controls the value for the 1-bitsequence bit, which allows you to provide a sequential numberingscheme to order the data packet scheme. Refer to sections 6.4.5,7.6.2, and 7.6.5, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about the SEQN field.

Datatype Boolean

Default Value 0


SOURce:RFSG:BLUetooth:PACKet:IDLE

Usage:SOURce:RFSG:BLUetooth:PACKet:IDLE[?]<NumberOfIdleSlots>Query Response:<NumberOfIdleSlots>

Description Specifies the number of idle slots.



Parameter: <NumberOfIdleSlots>

Description Number of idle slots to generate along with the data packet.

Datatype Integer32

Default Value 1

Range [0:10]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:MODE

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:MODE[?]<Mode>Query Response:<Mode>

Description Specifies the type of payload data for the data voice (DV) packet.



Parameter: <Mode>

Description PN: The instrument uses a Galois pseudonoise (PN) bit sequencewith a payload order and seed, which you specify in thePACKet:PAYLoad:DV:PN:ORDer andPACKet:PAYLoad:DV:PN:SEED commands respectively, to createthe payload for generation.PATTERN: The instrument repeats the bit pattern, which you selectin the PACKet:PAYLoad:DV:PATTern command, to achieve thenecessary payload length.USER: The instrument repeats the bit pattern, which you specify inthe PACKet:PAYLoad:DV:USER command, to achieve thenecessary payload length.

Default Value PN

Range PN | PATTern | USER

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PATTern

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PATTern[?]<PayloadPattern>Query Response:<PayloadPattern>

Description Specifies the packet payload bit pattern.



Parameter: <PayloadPattern>

Description Bit pattern to use in the payload when thePACKet:PAYLoad:DV:MODE is set to PATTERN.


Default Value 01

Range 0 | 1 | 01 | 0011 | 00001111

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PN:ORDer

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PN:ORDer[?]<PnOrder>Query Response:<PnOrder>

Description Specifies the order (length of memory) of the pseudorandom bitsequence (PRBS) generator.



Parameter: <PnOrder>

Description Order (length of memory) of the PRBS generator. This value is usedfor generating the payload data if you set thePACKet:PAYLoad:DV:MODE to PN.

Datatype Integer32

Default Value 9

Range [5:31]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PN:SEED

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:PN:SEED[?]<PnSeed>Query Response:<PnSeed>

Description Specifies the initialization seed used for the pseudorandom bitsequence (PRBS).

Parameter: <PnSeed>

Description Initialization seed used for the PRBS generator. This value is usedfor generating the payload data if you set thePACKet:PAYLoad:DV:MODE to PN.

Datatype Integer32

Default Value 497

Range [1:2147483647]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:USER

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:DV:USER[?]<UserBits[n]>Query Response:<UserBits[n]>

Description Specifies a user bit pattern.



Parameter: <UserBits[n]>

Description Bit pattern used for packet payload if you setPACKet:PAYLoad:DV:MODE to USER.If the array length is greater than the required payload length, theinstrument uses a subset of the required length from the beginningof the array for waveform generation. If the array length is less thanthe required payload length, the instrument repeats the bit patternuntil the required length is achieved.

Datatype Integer32

Default Value 0,0,0,0,1,1,1,1

Range [0:1]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:FHS[:DATA]

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:FHS[:DATA][?]<FhsAmAddress>,<FhsDeviceClass>,<FhsScanPeriod>,<FhsScanRepitition>,<PageScanMode>,<DeviceClock>Query Response:<FhsAmAddress>,<FhsDeviceClass>,<FhsScanPeriod>,<FhsScanRepitition>,<PageScanMode>,<DeviceClock>

Description Specifies the frequency hop synchronization (FHS) payloadsettings.



Parameter: <FhsAmAddress>

Description The 3-bit logical transport (LT) address of the FHS packet. Refer toSection 6.5.1.4, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about the LT address of the FHSpacket.

Datatype Integer32

Default Value 0

Range [0:7]

Parameter: <FhsDeviceClass>

Description The 24-bit field in the FHS packet payload. This field indicates thedevice class of the device that sends the FHS packet. Refer toSection 6.5.1.4, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about the device class field in theFHS packet payload.

Datatype Integer32

Default Value 0

Range [-128:127]

Parameter: <FhsScanPeriod>

Default Value 0

Range [-128:127]

Parameter: <FhsScanRepitition>

Description The 2-bit field in the FHS packet payload. This field indicates theinterval between two consecutive page scan windows. Refer toSection 6.5.1.4, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about the payload scan repetitionfield of the FHS packet payload.

Datatype Integer32

Default Value 0

Range [-128:127]

Parameter: <PageScanMode>

Description The 3-bit field in the FHS packet payload. This field indicates thedefault scan mode used by the sender of the FHS packet. Refer toSection 6.5.1.4, Part B, Volume 2 of the Bluetooth Specificationv2.1+EDR for more information about the page scan mode field ofthe FHS packet payload.

Datatype Integer32

Default Value 0

Range [-128:127]

Parameter: <DeviceClock>

Description Specifies the 26-bit field in the frequency hop synchronization(FHS) packet payload. This field contains the value of the nativeclock of the device that sends the FHS packet. Refer to Section6.5.1.4, Part B, Volume 2 of the Bluetooth Specification v2.1+EDRfor more information about the device clock field of the FHS packetpayload.

Datatype Integer32

Default Value 0

Range [0:2147483647]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:FHS:SBDaddress

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:FHS:SBDaddress[?] <SlaveBDAddress>Query Response:<SlaveBDAddress>

Description Specifies the slave Bluetooth address.



Parameter: <SlaveBDAddress>

Default Value #H0


SOURce:RFSG:BLUetooth:PACKet:PAYLoad:HEADer

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:HEADer[?]<LCh>,<HeaderFlowControlBit>,<Length>Query Response:<LCh>,<HeaderFlowControlBit>,<Length>

Description Configures settings for the payload header.



Parameter: <LCh>

Description Specifies whether the payload is the start or continuation fragmentof a logical link control and adaptation protocol (L2CAP) or linkmanagement protocol (LMP) message.

Datatype Integer32

Default Value 0

Range [0:3]

Parameter: <HeaderFlowControlBit>

Description The value for the flow control bit in the payload header. This fieldcontrols the 1-bit flow control parameter in the packet.0 indicates a Stop condition.1 indicates a Go condition.

Datatype Boolean

Default Value 0


Parameter: <Length>

Description The payload length, in bytes. If the length exceeds the maximumpermissible length mentioned in the Bluetooth specification, theMCT uses this maximum permissible length as the payload length.

Datatype Integer32

Default Value -1

Range [-1:1024]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:MODE

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:MODE[?] <Mode>Query Response:<Mode>

Description Specifies the type of payload data for the packet.



Parameter: <Mode>

Description PN: the instrument uses a Galois pseudonoise (PN) bit sequencewith a payload order and seed, which you specify in thePACKet:PAYLoad:PN:ORDer and PACKet:PAYLoad:PN:SEEDcommands respectively, to create the payload for generation.PATTERN: The instrument repeats the bit pattern, which you selectin the PACKet:PAYLoad:PATTern command, to achieve thenecessary payload length.USER: Specifies that the instrument repeats the bit pattern, whichyou specify in the PACKet:PAYLoad:USER command, to achievethe necessary payload length.


Default Value PN

Range PN | PATTern | USER

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:PATTern

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:PATTern[?]<PayloadPattern>Query Response:<PayloadPattern>

Description Specifies the packet payload bit pattern.




Description Bit pattern to use in the payload when thePACKet:PAYLoad:MODE is set to PATTERN.


Default Value 01

Range 0 | 1 | 01 | 0011 | 00001111

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:PN:ORDer

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:PN:ORDer[?]<PnOrder>Query Response:<PnOrder>

Description Order (length of memory) of the PRBS generator. This value is usedfor generating the payload data if you set thePACKet:PAYLoad:MODE to PN.

Datatype Integer32

Default Value 9

Range [5:31]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:PN:SEED

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:PN:SEED[?]<PnSeed>Query Response:<PnSeed>




Parameter: <PnSeed>

Description Initialization seed used for the PRBS generator. This value is usedfor generating the payload data if you set thePACKet:PAYLoad:MODE to PN

Datatype Integer32

Default Value 497

Range [1:2147483647]

SOURce:RFSG:BLUetooth:PACKet:PAYLoad:USER

Usage:SOURce:RFSG:BLUetooth:PACKet:PAYLoad:USER[?]<UserBits[n]>Query Response:<UserBits[n]>





Description Bit pattern used for packet payload if PACKet:PAYLoad:MODE isset to USER.If the array length is greater than the required payload length, theinstrument uses a subset of the required length from the beginningof the array for waveform generation. If the array length is less thanthe required payload length, the instrument repeats the bit patternuntil the required length is achieved.

Datatype Integer32


Range [0:1]

SOURce:RFSG:BLUetooth:PACKet:UNIQue:COUNt

Usage:

SOURce:RFSG:BLUetooth:PACKet:UNIQue:COUNt[?]<UniqueNumberOfPackets>Query Response:<UniqueNumberOfPackets>

Description Specifies the number of unique packets for which the pseudonoise(PN) generator must run continuously. The algorithm resets thePN generator after it generates the number of packets that youspecify in this property. For example, if you set this property to 1,the same payload is used in every packet; and if you set thisproperty to 2, the same payload is used after every 2 packets.Configure this property only if you set the Payload Data Typeproperty to PN Sequence.


ExecutionMode


Parameter: <UniqueNumberOfPackets>

Description Number of unique packets for which the pseudonoise (PN)generator must run continuously. The instrument resets the PNgenerator after it reaches the number of unique packets that youspecify in PACKet:UNIQue.For example, if PACKet:UNIQue:COUNt = 10, and you setPACKet:UNIQue:COUNt to 1, the same payload is used for eachpacket, and if you set PACKet:COUNt to 2, the same payload isused after every 2 packets. If you set PACKet:COUNt to 100, only10 of them will be unique and the PN sequence will repeat afterevery 10.

Datatype Integer32

Default Value 1

Range [1:10000]

SOURce:RFSG:BLUetooth:PORTname

Usage:SOURce:RFSG:BLUetooth:PORTname[?] <PortName>Query Response:<PortName>

Description Specifies the logical port name.





Datatype String


SOURce:RFSG:BLUetooth:POWer[:LEVel]

Usage:SOURce:RFSG:BLUetooth:POWer[:LEVel][?] <PowerLevel>Query Response:<PowerLevel>

Description Specifies the power level provided at the specified output port forall segments in the sequence.

Description Power level per segment. The size of the array depends on thecurrently defined number of segments.

Datatype Double


Range [-174.00:50.00]

Unit dBm

SOURce:RFSG:BLUetooth:STATe

Usage:SOURce:RFSG:BLUetooth:STATe[?] <GeneratorState>Query Response:<GeneratorState>

Description Configures the output state of the signal generator.



Parameter: <GeneratorState>

Description OFF: Not executing.PENDING: Execution is waiting for the hardware to be released.ON: Executing in hardware.

Default Value OFF


SYSTem:RFSG:BLUetooth:VERSion

Usage:SYSTem:RFSG:BLUetooth:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSG:BLUetooth:EDGE

Usage:TRIGger:RFSG:BLUetooth:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

TRIGger:RFSG:BLUetooth:SOURce

Usage:TRIGger:RFSG:BLUetooth:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Description Immediate - Generates the signal to measure as soon as thehardware is ready.Internal - Uses an internal trigger route. Requires you to export asignal to the internal destination with another command.PFI 0 - Uses the front panel PFI 0 trigger if available.PFI 1 - Uses the front panel PFI 1 trigger if available.

Datatype String


TRIGger:RFSG:BLUetooth:TOUT

Usage:TRIGger:RFSG:BLUetooth:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Description Specifies the maximum time allowed to meet the triggercondition after committing the configuration to hardware.




Description Trigger timeout. The timeout watchdog does not start while thehardware configuration is pending. If the trigger timeout hasexceeded the generator returns to off again.

Datatype Double

Default Value 10.00

Range [0.00:10000.00]

Unit sec

GSM Instrument PersonalityUse the GSM instrument personality to analyze error vector magnitude (EVM), output radiofrequency spectrum (ORFS), modulation accuracy (ModAcc), power versus time (PVT), andtransmit power (TXP) measurements on GSM and EDGE signals that conform to the 3GPPspecifications.

This manual assumes that you are familiar with the 3GPP specifications.

GSM Signal Analyzer SCPI Command ListComplete list of GSM signal analyzer SCPI commands.

CONFigure:RFSA:GSM[:MEASurement]:BER:ENABleCONFigure:RFSA:GSM[:MEASurement]:BER:LOOPCONFigure:RFSA:GSM[:MEASurement]:BER:NBITsCONFigure:RFSA:GSM[:MEASurement]:BER:NTSLotsCONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:FORMatCONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:MODECONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PATTernCONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PN:ORDerCONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PN:SEEDCONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:USERCONFigure:RFSA:GSM[:MEASurement]:BER:UFRamesCONFigure:RFSA:GSM[:MEASurement]:MODulation[:ENABle]CONFigure:RFSA:GSM[:MEASurement]:MODulation:AVERage[:COUNt]CONFigure:RFSA:GSM[:MEASurement]:ORFS[:ENABle]CONFigure:RFSA:GSM[:MEASurement]:ORFS:AVERage[:COUNt]CONFigure:RFSA:GSM[:MEASurement]:ORFS:AVERage:TYPECONFigure:RFSA:GSM[:MEASurement]:ORFS:LTYPeCONFigure:RFSA:GSM[:MEASurement]:ORFS:MODECONFigure:RFSA:GSM[:MEASurement]:ORFS:MODulation:OFRequenciesCONFigure:RFSA:GSM[:MEASurement]:ORFS:SWITching:OFRequencies

CONFigure:RFSA:GSM[:MEASurement]:PVT[:ENABle]CONFigure:RFSA:GSM[:MEASurement]:PVT:AVERage[:COUNt]CONFigure:RFSA:GSM[:MEASurement]:PVT:AVERage:TYPECONFigure:RFSA:GSM:EATTenuationCONFigure:RFSA:GSM:FREQuency[:CENTer]CONFigure:RFSA:GSM:FREQuency:BANDCONFigure:RFSA:GSM:FREQuency:CHANnelCONFigure:RFSA:GSM:PORTnameCONFigure:RFSA:GSM:POWer:MAXimumCONFigure:RFSA:GSM:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]CONFigure:RFSA:GSM:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]CONFigure:RFSA:GSM:SEQuence[:MEASurement]:ORFS:ENABle[:ALL]CONFigure:RFSA:GSM:SEQuence[:MEASurement]:ORFS:INTerval[:ALL]CONFigure:RFSA:GSM:SEQuence[:MEASurement]:PVT:ENABle[:ALL]CONFigure:RFSA:GSM:SEQuence[:MEASurement]:PVT:INTerval[:ALL]CONFigure:RFSA:GSM:SEQuence:DURation[:ALL]CONFigure:RFSA:GSM:SEQuence:EATTenuation[:ALL]CONFigure:RFSA:GSM:SEQuence:ENABleCONFigure:RFSA:GSM:SEQuence:FREQuency:BAND[:ALL]CONFigure:RFSA:GSM:SEQuence:FREQuency:CHANnel[:ALL]CONFigure:RFSA:GSM:SEQuence:MOEXceptionCONFigure:RFSA:GSM:SEQuence:NSEGmentsCONFigure:RFSA:GSM:SEQuence:OFFSet[:ALL]CONFigure:RFSA:GSM:SEQuence:POWer[:ALL]CONFigure:RFSA:GSM:SEQuence:SEGMent[:MEASurement]:ENABle[:ALL]CONFigure:RFSA:GSM:SEQuence:SEGMent[:MEASurement]:INTerval[:ALL]CONFigure:RFSA:GSM:SEQuence:SEGMent[:SETup]CONFigure:RFSA:GSM:SEQuence:SEGMent:SIGNal[:SETup]CONFigure:RFSA:GSM:SYNC[:MODE]CONFigure:RFSA:GSM:TRACe[:ENABle]CONFigure:RFSA:GSM:TSLot:BTYPeCONFigure:RFSA:GSM:TSLot:FWIDthCONFigure:RFSA:GSM:TSLot:MSCHeme

CONFigure:RFSA:GSM:TSLot:PCLCONFigure:RFSA:GSM:TSLot:TSCFETCh:RFSA:GSM[:RESults]:BERFETCh:RFSA:GSM[:RESults]:BER:TRACe[:BITS]FETCh:RFSA:GSM[:RESults]:MODulation:EVM[:AVERage]FETCh:RFSA:GSM[:RESults]:MODulation:EVM:MAXimumFETCh:RFSA:GSM[:RESults]:MODulation:PFER[:AVERage]FETCh:RFSA:GSM[:RESults]:MODulation:PFER:MAXimumFETCh:RFSA:GSM[:RESults]:MODulation:TRACe:CONStellationFETCh:RFSA:GSM[:RESults]:ORFS:MODulation[:AVERage]FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:ABSoluteFETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:FREQuenciesFETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:RELativeFETCh:RFSA:GSM[:RESults]:ORFS:SWITching[:AVERage]FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:ABSoluteFETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:FREQuenciesFETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:RELativeFETCh:RFSA:GSM[:RESults]:PVT[:AVERage]FETCh:RFSA:GSM[:RESults]:PVT:TRACe[:POWer]FETCh:RFSA:GSM[:RESults]:PVT:TRACe:LMASkFETCh:RFSA:GSM[:RESults]:PVT:TRACe:UMASkFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM[:AVERage]FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM:MAXimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM:MINimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER[:AVERage]FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER:MAXimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER:MINimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:

MODulation[:AVERage]FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation:MAXimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation:MINimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching[:AVERage]FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching:MAXimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching:MINimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT[:AVERage]FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:MAXimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:MINimumFETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:TRACe:POWerFETCh:RFSA:GSM[:RESults]:STATeINITiate:RFSA:GSM[:RESults]INITiate:RFSA:GSM:ALEVelSYSTem:RFSA:GSM:VERSionTRIGger:RFSA:GSM:DELayTRIGger:RFSA:GSM:EDGETRIGger:RFSA:GSM:EXPortTRIGger:RFSA:GSM:MQTimeTRIGger:RFSA:GSM:SOURceTRIGger:RFSA:GSM:THResholdTRIGger:RFSA:GSM:TOUT

GSM RFSA SCPI Command ReferenceSCPI command reference for the GSM signal analyzer instrument personality.

CONFigure:RFSA:GSM[:MEASurement]:BER:ENABle

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:ENABle[?]<BerEnable>Query Response:<BerEnable>

Description Specifies whether to enable bit error rate (BER) measurements.



Parameter: <BerEnable>

Description 0 | OFF: Disables ModAcc measurements.1 | ON: Enables ModAcc measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM[:MEASurement]:BER:LOOP

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:LOOP[?]<LoopbackType>Query Response:<LoopbackType>

Description Specifies the loopback type used in bit error rate (BER)measurements.

Parameter: <LoopbackType>

Default Value TYPEC

Range TYPEA | TYPEB | TYPEC

CONFigure:RFSA:GSM[:MEASurement]:BER:NBITs

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:NBITs[?]<NumberOfBits>Query Response:<NumberOfBits>

Description Specifies the number of sample population bits used in bit errorrate (BER) measurements.



Parameter: <NumberOfBits>

Default Value 10000

Range [100:10000000]

Unit bits

CONFigure:RFSA:GSM[:MEASurement]:BER:NTSLots

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:NTSLots[?]<NumberOfTimeslots>Query Response:<NumberOfTimeslots>

Description Specifies the number of time slots used in bit error rate (BER)measurements.



Parameter: <NumberOfTimeslots>

Default Value 1

Range [1:8]

CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:FORMat

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:FORMat[?] <PayloadFormat>Query Response:<PayloadFormat>

Description Specifies the payload format used in bit error rate (BER)measurements.



Parameter: <PayloadFormat>


Range STANDARD | REVERSED

CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:MODE

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:MODE[?]<Mode>Query Response:<Mode>

Description Specifies the type of payload data used in bit error rate (BER)measurements.



Parameter: <Mode>

Description PN: The instrument uses a Galois pseudonoise (PN) bit sequencewith a payload order and seed, which you specify in thePAYLoad:PN:ORDer and PAYLoad:PN:SEED commandsrespectively, to create the payload for generation.PATTERN: The instrument repeats the bit pattern, which you selectin the PAYLoad:PATTern command, to achieve the necessarypayload length.USER: The instrument repeats the bit pattern, which you specify inthe PAYLoad:USER command, to achieve the necessary payloadlength.


Default Value PN

Range PN | PATTERN | USER

CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PATTern

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PATTern[?] <PayloadPattern>

Query Response:<PayloadPattern>

Description Specifies the payload bit pattern used in bit error rate (BER)measurements.




Description Bit pattern to use in the payload when the PAYLoad:MODE is set toPATTERN.


Default Value 00001111

Range 0 | 1 | 01 | 0011 | 00001111

CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PN:ORDer

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PN:ORDer[?] <PnOrder>Query Response:<PnOrder>

Description Order (length of memory) of the PRBS generator. This value is usedfor generating the payload data if you set the PAYLoad:MODE toPN.

Datatype Integer32

Default Value 9

Range [5:31]

CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PN:SEED

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:PN:SEED[?] <PnSeed>Query Response:<PnSeed>




Parameter: <PnSeed>

Description Initialization seed used for the PRBS generator. This value is usedfor generating the payload data if you set the PAYLoad:MODE toPN.

Datatype Integer64

Default Value #HBEEFBEEF

Range [#H0:#HFFFFFFFF]

CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:USER

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:PAYLoad:USER[?]<UserBits[n]>Query Response:<UserBits[n]>





Description Bit pattern used for packet payload if you set PAYLoad:MODE toUSER.

Datatype Integer32


Range [0:1]

CONFigure:RFSA:GSM[:MEASurement]:BER:UFRames

Usage:CONFigure:RFSA:GSM[:MEASurement]:BER:UFRames[?]<UniqueFrames>Query Response:<UniqueFrames>

Description Specifies the number of unique frames used in bit error rate(BER) measurements.



Parameter: <UniqueFrames>

Default Value 1

Range [1:38528]

CONFigure:RFSA:GSM[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:GSM[:MEASurement]:MODulation[:ENABle][?] <ModEnable>Query Response:<ModEnable>




Parameter: <ModEnable>


Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:CONFigure:RFSA:GSM[:MEASurement]:MODulation:AVERage[:COUNt][?] <ModAverageCount>Query Response:<ModAverageCount>

Description Specifies the number of averages for the modulation accuracy(ModAcc) measurement.



Parameter: <ModAverageCount>

Description Number of signal averages to use for the ModAcc measurement.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM[:MEASurement]:ORFS[:ENABle]

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS[:ENABle][?]<OrfsEnable>Query Response:<OrfsEnable>

Description Specifies whether to enable output radio frequency spectrum(ORFS) measurements.



Parameter: <OrfsEnable>

Description 0 | OFF: Disables ORFS measurements.1 | ON: Enables ORFS measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM[:MEASurement]:ORFS:AVERage[:COUNt]

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS:AVERage[:COUNt][?] <OrfsAverageCount>Query Response:<OrfsAverageCount>

Description Specifies the number of averages for the output radio frequencyspectrum (ORFS) measurement.

Parameter: <OrfsAverageCount>

Description Number of signal averages to use for the ORFS measurement.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM[:MEASurement]:ORFS:AVERage:TYPE

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS:AVERage:TYPE[?]<OrfsAverageType>Query Response:<OrfsAverageType>

Description Specifies the averaging type for the output radio frequencyspectrum (ORFS) measurement.



Parameter: <OrfsAverageType>

Description RMS - The power is averaged using Root-Mean-Square.LOG - Averages the log of the measured power.SCALAR - Averages the measured voltage.MAX - Averages the maximum measured values.MIN - Averages the minimum measured values.VECTOR - Averages the I/Q values.

Default Value RMS

Range RMS | LOG | SCALAR | MAX | MIN | VECTOR

CONFigure:RFSA:GSM[:MEASurement]:ORFS:LTYPe

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS:LTYPe[?]<FrequencyListType>Query Response:<FrequencyListType>

Description Specifies the type of offset frequency list to use for output radiofrequency spectrum (ORFS) measurements.



Parameter: <FrequencyListType>

Description STANDARD: Uses the complete list of offset frequencies, asdefined in Annex A of the 3GPP TS 45.005 v8.0.0 specifications.The standard offset frequencies, in Hz, for modulation are -100000,100000, -200000, 200000, -250000, 250000, -400000, 400000,-600000, 600000, -800000, 800000, -1000000, 1000000, -1200000,1200000, -1400000, 1400000, -1600000, 1600000, -1800000,1800000, -3000000, 3000000, -6000000, 6000000.SHORT: Uses a shortened list of offset frequencies. These offsetfrequencies, in Hz, for modulation are -200000, 200000, -250000,250000, -400000, 400000, -600000, 600000, -1200000, 1200000,-1800000, 1800000.CUSTOM: Uses a list of offset frequencies defined by the user.NOTE: ORFS Switching Standard and Short are the same.

Range STANDARD | SHORT | CUSTOM

CONFigure:RFSA:GSM[:MEASurement]:ORFS:MODE

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS:MODE[?]<MeasurementMode>Query Response:<MeasurementMode>

Description Specifies whether to perform output radio frequency spectrum(ORFS) measurements on the modulated part of the waveform,the switching part of the waveform, or both.




Description BOTH - Performs measurements on the modulated and switchingparts of the waveform.MODULATION - Performs measurements on the modulated part ofthe waveform.SWITCHING - Performs measurements on the switching part of thewaveform.


Default Value BOTH

Range BOTH | MODULATION | SWITCHING

CONFigure:RFSA:GSM[:MEASurement]:ORFS:MODulation:OFRequencies

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS:MODulation:OFRequencies[?] <ModulationOffsetFrequencies[n]>Query Response:<ModulationOffsetFrequencies[n]>

Description Specifies the offset frequencies for performing modulationmeasurements for output radio frequency spectrum (ORFS).Configure this parameter only when you set Frequency List Modeto CUSTOM.



Parameter: <ModulationOffsetFrequencies[n]>

Description Array containing the offset frequencies used for modulationspectrum measurements.

Datatype Double

Default Value -1.000000E+005,1.000000E+005,-2.000000E+005,2.000000E+005,-2.500000E+005,2.500000E+005,-4.000000E+005,4.000000E+005,-6.000000E+005,6.000000E+005,-8.000000E+005,8.000000E+005,-1.000000E+006,1.000000E+006,-1.200000E+006,1.200000E+006,-1.400000E+006,1.400000E+006,-1.600000E+006,1.600000E+006,-1.800000E+006,1.800000E+006,-3.000000E+006,3.000000E+006,-6.000000E+006,6.000000E+006

Range [-1.000000E+007:1.000000E+007]

Unit HZ

CONFigure:RFSA:GSM[:MEASurement]:ORFS:SWITching:OFRequencies

Usage:CONFigure:RFSA:GSM[:MEASurement]:ORFS:SWITching:OFRequencies[?] <SwitchingOffsetFrequencies[n]>Query Response:<SwitchingOffsetFrequencies[n]>

Description Specifies the offset frequencies for performing switchingmeasurements for output radio frequency spectrum (ORFS).Configure this parameter only when you set Frequency List Modeto CUSTOM.



Parameter: <SwitchingOffsetFrequencies[n]>

Description Array containing the offset frequencies used for switching spectrummeasurements.

Datatype Double

Default Value -4.000000E+005,4.000000E+005,-6.000000E+005,6.000000E+005,-1.200000E+006,1.200000E+006,-1.800000E+006,1.800000E+006

Range [-1.000000E+007:1.000000E+007]

CONFigure:RFSA:GSM[:MEASurement]:PVT[:ENABle]

Usage:CONFigure:RFSA:GSM[:MEASurement]:PVT[:ENABle][?]<PvtEnable>Query Response:<PvtEnable>

Description Specifies whether to enable power versus time (PVT)measurements.



Parameter: <PvtEnable>

Description 0 | OFF: Disables PVT measurements.1 | ON: Enables PVT measurements.

Datatype Boolean

Default Value 1


CONFigure:RFSA:GSM[:MEASurement]:PVT:AVERage[:COUNt]

Usage:CONFigure:RFSA:GSM[:MEASurement]:PVT:AVERage[:COUNt][?] <PvtAverageCount>Query Response:<PvtAverageCount>

Description Specifies the number of averages for power versus time (PVT)measurements.

Parameter: <PvtAverageCount>

Description Number of signal averages to use for PVT measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM[:MEASurement]:PVT:AVERage:TYPE

Usage:CONFigure:RFSA:GSM[:MEASurement]:PVT:AVERage:TYPE[?]<PvtAverageType>Query Response:<PvtAverageType>

Description Specifies the averaging type for power versus time (PVT)measurements.



Parameter: <PvtAverageType>

Description RMS - Averages the measured power.LOG - Averages the log of the measured power.SCALAR - Averages the measured voltage.MAX - Averages the maximum measured values.MIN - Averages the minimum measured values.VECTOR - Averages the I/Q values.

Default Value RMS


CONFigure:RFSA:GSM:EATTenuation

Usage:CONFigure:RFSA:GSM:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>






Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:GSM:FREQuency[:CENTer]

Usage:CONFigure:RFSA:GSM:FREQuency[:CENTer][?]<CenterFrequency>

Query Response:<CenterFrequency>

Description Specifies the carrier frequency of the received GSM/EDGEsignal. The FREQuency:CENTer value is also implicitlycalculated based on the settings for FREQuency:CHANnel andFREQuency:BAND if both values are set.




Description Carrier frequency of the received GSM/EDGE signal.

Datatype Double


Range [6.50000000000E+007:6.00000000000E+009]

Unit Hz

CONFigure:RFSA:GSM:FREQuency:BAND

Usage:CONFigure:RFSA:GSM:FREQuency:BAND[?] <GsmBand>Query Response:<GsmBand>

Description Specifies the GSM band for the uplink. The FREQuency:CENTervalue is calculated based on the settings forFREQuency:CHANnel and FREQuency:BAND.



Parameter: <GsmBand>

Description Band as defined in section 2 of the 3GPP TS 45.005 v8.0.0specification.PGSM - Specifies a primary GSM (PGSM) band in the 900 MHzband.EGSM - Specifies an extended GSM (EGSM) band in the 900 MHzband.RGSM - Specifies a railway GSM (RGSM) band in the 900 MHzband.DCS1800 - Specifies a digital cellular system 1800 (DCS 1800)band. This band is also known as GSM 1800.PCS1900 - Specifies a personal communications service 1900 (PCS1900) band. This band is also known as GSM 1900.GSM450 - Specifies a GSM 450 band.GSM480 - Specifies a GSM 480 band.GSM850 - Specifies a GSM 850 band.GSM750 - Specifies a GSM 750 band.T-GSM810 - Specifies a terrestrial GSM 810 (T GSM 810) band.


Default Value PGSM

Range PGSM | EGSM | RGSM | DCS1800 | PCS1900 | GSM450 |GSM480 | GSM850 | GSM750 | T-GSM810

CONFigure:RFSA:GSM:FREQuency:CHANnel

Usage:

CONFigure:RFSA:GSM:FREQuency:CHANnel[?] <GsmARFCN>Query Response:<GsmARFCN>

Description Specifies the frequency channel for the uplink. TheFREQuency:CENTer value is calculated based on the settings forFREQuency:CHANnel and FREQuency:BAND.



Parameter: <GsmARFCN>

Description Band Name Downlink(MHz) Bandwidth(MHz) Uplink(MHz)ChannelNumberArfcn DuplexSpacing(MHz)Low Middle High Low Middle High1 T-GSM380 390.2 395 399.8 9.6 380.2 385 389.8 Dynamic 102 T-GSM410 420.2 425 429.8 9.6 410.2 415 419.8 Dynamic 103 GSM450 460.6 464 467.4 6.8 450.6 454 457.4 259 - 293 104 GSM480 489 492.4 495.8 6.8 479 482.4 485.8 306 - 340 105 GSM710 728.2 737.2 746.2 18 698.2 707.2 716.2 Dynamic 306 GSM750 747.2 755.2 763.2 16 777.2 785.2 793.2 Dynamic -307 T-GSM810 851.2 858.7 866.2 15 806.2 813.7 821.2 Dynamic 458 GSM850 869.2 881.5 893.8 24.6 824.2 836.5 848.8 128 - 251 459 P-GSM900 935.2 947.5 959.8 24.6 890.2 902.5 914.8 1 - 124 4510 E-GSM900 925.2 942.5 959.8 34.6 880.2 897.5 914.8 0 - 124975 - 1023 4511 R-GSM900 921.2 940.5 959.8 38.6 876.2 895.5 914.8 0 - 124955 - 1023 4513 DCS1800 1805.2 1842.5 1879.8 74.6 1710.2 1747.5 1784.8 512- 885 9514 PCS1900 1930.2 1960 1989.8 59.6 1850.2 1880 1909.8 512 -810 80

Datatype Integer32

Default Value 62

Range [0:1024]

CONFigure:RFSA:GSM:PORTname

Usage:CONFigure:RFSA:GSM:PORTname[?] <PortName>Query Response:<PortName>






CONFigure:RFSA:GSM:POWer:MAXimum

Usage:CONFigure:RFSA:GSM:POWer:MAXimum[?]<MaximumInputPower>Query Response:<MaximumInputPower>

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:GSM:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence[:MEASurement]:MODulation:ENABle[:ALL][?] <ModEnable[n]>Query Response:<ModEnable[n]>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements for specified segments. The size of the arraydepends on the currently defined number of segments.



Parameter: <ModEnable[n]>


Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence[:MEASurement]:MODulation:INTerval[:ALL][?] <ModInterval[n]>Query Response:<ModInterval[n]>

Description Specifies the interval for the modulation accuracy (ModAcc)measurement of every segment.

Parameter: <ModInterval[n]>

Description Interval, in slots, for the modulation accuracy (ModAcc)measurement. The size of the array depends on the currently definednumber of segments.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM:SEQuence[:MEASurement]:ORFS:ENABle[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence[:MEASurement]:ORFS:ENABle[:ALL][?] <OrfsEnable[n]>Query Response:<OrfsEnable[n]>

Description Specifies whether to enable output radio frequency spectrum(ORFS) measurements for specified segments. The size of thearray depends on the currently defined number of segments.



Parameter: <OrfsEnable[n]>

Description 0 | OFF: Disables ORFS measurements.1 | ON: Enables ORFS measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM:SEQuence[:MEASurement]:ORFS:INTerval[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence[:MEASurement]:ORFS:INTerval[:ALL][?] <OrfsInterval[n]>Query Response:<OrfsInterval[n]>

Description Specifies the interval for the output radio frequency spectrum(ORFS) measurement of every segment.



Parameter: <OrfsInterval[n]>

Description Interval, in slots, for ORFS measurements. The size of the arraydepends on the currently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM:SEQuence[:MEASurement]:PVT:ENABle[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence[:MEASurement]:PVT:ENABle[:ALL][?] <PvtEnable[n]>

Query Response:<PvtEnable[n]>

Description Specifies whether to enable power versus time (PVT)measurements for specified segments. The size of the arraydepends on the currently defined number of segments.



Parameter: <PvtEnable[n]>

Description 0 | OFF: Disables PVT measurements.1 | ON: Enables PVT measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM:SEQuence[:MEASurement]:PVT:INTerval[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence[:MEASurement]:PVT:INTerval[:ALL][?] <PvtInterval[n]>Query Response:<PvtInterval[n]>

Description Specifies the interval for the power versus time (PVT)measurement of each segment.

Parameter: <PvtInterval[n]>

Description Interval, in slots, for PVT measurements. The size of the arraydepends on the currently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM:SEQuence:DURation[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:DURation[:ALL][?]<SegmentDurations[n]>Query Response:<SegmentDurations[n]>

Description Specifies the duration per segment. The duration is in slots. Thereare 8 slots per frame.



Parameter: <SegmentDurations[n]>

Default Value 32

Range [8:10000]

Unit slots

CONFigure:RFSA:GSM:SEQuence:EATTenuation[:ALL]

Usage:

CONFigure:RFSA:GSM:SEQuence:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>

Description Specifies the external loss per segment. This is a separate inputfrom other losses already accounted for.




Description External loss per segment. This is external to any other loss alreadyaccounted for.

Datatype Double

Default Value 0.00

Range [-50.00:50.00]

Unit dB

CONFigure:RFSA:GSM:SEQuence:ENABle

Usage:CONFigure:RFSA:GSM:SEQuence:ENABle[?]<SequenceEnable>Query Response:<SequenceEnable>

Description 0 | OFF: Disables sequence mode.1 | ON: Enables sequence mode

Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM:SEQuence:FREQuency:BAND[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:FREQuency:BAND[:ALL][?]<GsmBand[n]>Query Response:<GsmBand[n]>

Description Specifies the GSM band for all segments.

Parameter: <GsmBand[n]>

Description Band as defined in section 2 of the 3GPP TS 45.005 v8.0.0specification. for all segments. The size of the array depends on thecurrently defined number of segments.PGSM - Specifies a primary GSM (PGSM) band in the 900 MHzband.EGSM - Specifies an extended GSM (EGSM) band in the 900 MHzband.RGSM - Specifies a railway GSM (RGSM) band in the 900 MHzband.DCS1800 - Specifies a digital cellular system 1800 (DCS 1800)band. This band is also known as GSM 1800.PCS1900 - Specifies a personal communications service 1900 (PCS1900) band. This band is also known as GSM 1900.GSM450 - Specifies a GSM 450 band.GSM480 - Specifies a GSM 480 band.GSM850 - Specifies a GSM 850 band.GSM750 - Specifies a GSM 750 band.T-GSM810 - Specifies a terrestrial GSM 810 (T GSM 810) band.


Default Value PGSM


CONFigure:RFSA:GSM:SEQuence:FREQuency:CHANnel[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:FREQuency:CHANnel[:ALL][?] <GsmARFCH[n]>Query Response:<GsmARFCH[n]>

Description Specifies the GSM/EDGE band.



Parameter: <GsmARFCH[n]>

Description Band Name Downlink(MHz) Bandwidth(MHz) Uplink(MHz)ChannelNumberArfcn DuplexSpacing(MHz)Low Middle High Low Middle High1 T-GSM380 390.2 395 399.8 9.6 380.2 385 389.8 Dynamic 102 T-GSM410 420.2 425 429.8 9.6 410.2 415 419.8 Dynamic 103 GSM450 460.6 464 467.4 6.8 450.6 454 457.4 259 - 293 104 GSM480 489 492.4 495.8 6.8 479 482.4 485.8 306 - 340 105 GSM710 728.2 737.2 746.2 18 698.2 707.2 716.2 Dynamic 306 GSM750 747.2 755.2 763.2 16 777.2 785.2 793.2 Dynamic -307 T-GSM810 851.2 858.7 866.2 15 806.2 813.7 821.2 Dynamic 458 GSM850 869.2 881.5 893.8 24.6 824.2 836.5 848.8 128 - 251 459 P-GSM900 935.2 947.5 959.8 24.6 890.2 902.5 914.8 1 - 124 4510 E-GSM900 925.2 942.5 959.8 34.6 880.2 897.5 914.8 0 - 124975 - 1023 4511 R-GSM900 921.2 940.5 959.8 38.6 876.2 895.5 914.8 0 - 124955 - 1023 4513 DCS1800 1805.2 1842.5 1879.8 74.6 1710.2 1747.5 1784.8 512- 885 9514 PCS1900 1930.2 1960 1989.8 59.6 1850.2 1880 1909.8 512 -810 80

Datatype Integer32

Default Value 62

Range [0:1023]

CONFigure:RFSA:GSM:SEQuence:MOEXception

Usage:

CONFigure:RFSA:GSM:SEQuence:MOEXception[?]<MoexEnable>Query Response:<MoexEnable>

Description Specifies whether to enable measurement on exception (MOEX).MOEX enables measurements on low quality data. By default,this value is enabled. Disabling MOEX currently applies only tosequenced measurements.



Parameter: <MoexEnable>

Description 0 | OFF: Disables MOEX.1 | ON: Enables MOEX.

Datatype Boolean

Default Value 0


CONFigure:RFSA:GSM:SEQuence:NSEGments

Usage:CONFigure:RFSA:GSM:SEQuence:NSEGments[?]<NumberOfSegments>Query Response:<NumberOfSegments>

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:GSM:SEQuence:OFFSet[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:OFFSet[:ALL][?]<SegmentOffsets[n]>Query Response:<SegmentOffsets[n]>

Description Specifies offset in slots per segment.

Parameter: <SegmentOffsets[n]>

Description The offset from the beginning to skip for the measurement.

Datatype Integer32

Default Value 0

Range [0:1000]

Unit slots

CONFigure:RFSA:GSM:SEQuence:POWer[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:POWer[:ALL][?]<MaximumInputPowers[n]>Query Response:<MaximumInputPowers[n]>




Parameter: <MaximumInputPowers[n]>

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:GSM:SEQuence:SEGMent[:MEASurement]:ENABle[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:SEGMent[:MEASurement]:ENABle[:ALL][?] <ModEnable>,<OrfsEnable>,<PvtEnable>Query Response:<ModEnable>,<OrfsEnable>,<PvtEnable>





Description 0 | OFF: Disables modulation accuracy (ModAcc) measurements.1 | ON: Enables modulation accuracy (ModAcc) measurements.

Datatype Boolean

Default Value 0


Parameter: <OrfsEnable>

Description 0 | OFF: Disables output radio frequency spectrum (ORFS)measurements.1 | ON: Enables output radio frequency spectrum (ORFS)measurements.

Datatype Boolean

Default Value 0


Parameter: <PvtEnable>

Description 0 | OFF: Disables power versus time (PVT) measurements.1 | ON: Enables power versus time (PVT) measurements.

Datatype Boolean

Default Value 1


CONFigure:RFSA:GSM:SEQuence:SEGMent[:MEASurement]:INTerval[:ALL]

Usage:CONFigure:RFSA:GSM:SEQuence:SEGMent[:MEASurement]:INTerval[:ALL][?]<ModInterval>,<OrfsInterval>,<PvtInterval>Query Response:<ModInterval>,<OrfsInterval>,<PvtInterval>




Parameter: <ModInterval>

Description Interval for modulation accuracy (ModAcc) measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <OrfsInterval>

Description Interval for output radio frequency spectrum (ORFS) measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <PvtInterval>

Description Interval for power versus time (PVT) measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:GSM:SEQuence:SEGMent[:SETup]

Usage:CONFigure:RFSA:GSM:SEQuence:SEGMent[:SETup][?]<GsmBand>,<GsmARFCN>,<MaximumInputPower>,<ExternalAttenuation>,<SegmentDuration>,<SegmentOffset>,<PowerControlLevel>,<Interval>Query Response:<GsmBand>,<GsmARFCN>,<MaximumInputPower>,<ExternalAttenuation>,<SegmentDuration>,<SegmentOffset>,<PowerControlLevel>,<Interval>

Description Specifies all physical properties of a GSM signal for a givensegment.



Parameter: <GsmBand>

Description Band as defined in section 2 of the 3GPP TS 45.005 v8.0.0specification.PGSM - Primary GSM (PGSM) band in the 900 MHz band.EGSM - Extended GSM (EGSM) band in the 900 MHz band.RGSM - Railway GSM (RGSM) band in the 900 MHz band.DCS1800 - Digital cellular system 1800 (DCS 1800) band. Thisband is also known as GSM 1800.PCS1900 - Personal communications service 1900 (PCS 1900)band. This band is also known as GSM 1900.GSM450 - GSM 450 band.GSM480 - GSM 480 band.GSM850 - GSM 850 band.GSM750 - GSM 750 band.T-GSM810 - Terrestrial GSM 810 (T GSM 810) band.


Default Value PGSM

Parameter: <GsmARFCN>

Description ARFCN Channel number.Band Name Downlink(MHz) Bandwidth(MHz) Uplink(MHz)ChannelNumberArfcn DuplexSpacing(MHz)Low Middle High Low Middle High1 T-GSM380 390.2 395 399.8 9.6 380.2 385 389.8 Dynamic 102 T-GSM410 420.2 425 429.8 9.6 410.2 415 419.8 Dynamic 103 GSM450 460.6 464 467.4 6.8 450.6 454 457.4 259 - 293 104 GSM480 489 492.4 495.8 6.8 479 482.4 485.8 306 - 340 105 GSM710 728.2 737.2 746.2 18 698.2 707.2 716.2 Dynamic 306 GSM750 747.2 755.2 763.2 16 777.2 785.2 793.2 Dynamic -307 T-GSM810 851.2 858.7 866.2 15 806.2 813.7 821.2 Dynamic 458 GSM850 869.2 881.5 893.8 24.6 824.2 836.5 848.8 128 - 251 459 P-GSM900 935.2 947.5 959.8 24.6 890.2 902.5 914.8 1 - 124 4510 E-GSM900 925.2 942.5 959.8 34.6 880.2 897.5 914.8 0 - 124975 - 1023 4511 R-GSM900 921.2 940.5 959.8 38.6 876.2 895.5 914.8 0 - 124955 - 1023 4513 DCS1800 1805.2 1842.5 1879.8 74.6 1710.2 1747.5 1784.8 512- 885 9514 PCS1900 1930.2 1960 1989.8 59.6 1850.2 1880 1909.8 512 -810 80

Datatype Integer32

Default Value 62

Range [0:1023]


Description Maximum input power for the measurement.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm


Description External attenuation applied to the incoming signal.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB


Description Duration of a segment.

Datatype Integer32

Default Value 32

Range [1:8000]

Parameter: <SegmentOffset>

Description Offset of a segment.

Datatype Integer32

Default Value 0

Range [0:1000]

Parameter: <PowerControlLevel>

Description Power control level.

Datatype Integer32

Default Value 0

Range [0:31]

Parameter: <Interval>

Range 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8

CONFigure:RFSA:GSM:SEQuence:SEGMent:SIGNal[:SETup]

Usage:CONFigure:RFSA:GSM:SEQuence:SEGMent:SIGNal[:SETup][?] <ModulationScheme>,<BurstType>,<FilterWidth>Query Response:<ModulationScheme>,<BurstType>,<FilterWidth>

Description Specifies all signal properties of a GSM signal for a givensegment.

Parameter: <ModulationScheme>

Description Type of modulation of the signal transmitted by the device.GMSK - Gaussian modulation-shift keying (GMSK) modulationtype. Supported by GSM and EDGE.EPSK - 8 phase-shift keying (PSK) modulation type. This value isvalid only when you set BurstType to NB (normal burst).QPSK - Quadrature-phase shift keying (QPSK) modulation type.This value is valid only when you set BurstType to HB (highersymbol rate burst).Q16 - 16 quadrature-amplitude modulation (QAM) type.Q32 - 32-QAM type.


Default Value GMSK

Range GMSK | EPSK | QPSK | Q16 | Q32

Parameter: <BurstType>

Description Burst type.NB - Normal burst (NB). Supported by GSM and EDGE.HB - Higher symbol rate burst (HB). Supported by EDGEEvolution.


Default Value NB

Range NB | HB

Parameter: <FilterWidth>

Description Filter width for the burst.NARR - Narrow filter width.WIDE - Wide filter width.

Default Value NARR

Range NARR | WIDE

CONFigure:RFSA:GSM:SYNC[:MODE]

Usage:CONFigure:RFSA:GSM:SYNC[:MODE][?]<BurstSyncronizationMethod>Query Response:<BurstSyncronizationMethod>

Description Specifies the synchronization method to apply to align the timingof the burst.



Parameter: <BurstSyncronizationMethod>

Description TSC - Applies the training sequence synchronization method toalign the timing of the burst.AMP - Uses the center of the RF envelope to align the timing of theburst. The start and stop of the burst is derived based on the value-20 dB points from the peak of the burst.NONE - Does not perform synchronization. Burst is assumed tooccur at the trigger point.


Default Value TSC

Range TSC | AMP | NONE

CONFigure:RFSA:GSM:TRACe[:ENABle]

Usage:CONFigure:RFSA:GSM:TRACe[:ENABle][?] <TracesEnable>Query Response:<TracesEnable>

Description




Default Value 0


CONFigure:RFSA:GSM:TSLot:BTYPe

Usage:CONFigure:RFSA:GSM:TSLot:BTYPe[?] <BurstType>Query Response:<BurstType>

Description Specifies the GSM/EDGE burst type.

Parameter: <BurstType>

Description NB - Normal burst (NB). Supported by GSM and EDGE.HB - Higher symbol rate burst (HB). Supported by EDGEEvolution.


Default Value NB

Range NB | HB

CONFigure:RFSA:GSM:TSLot:FWIDth

Usage:CONFigure:RFSA:GSM:TSLot:FWIDth[?] <FilterWidth>Query Response:<FilterWidth>

Description Specifies the filter width for the burst.



Parameter: <FilterWidth>

Description NARR - Narrow filter width.WIDE - Wide filter width.


Default Value NARR

Range NARR | WIDE

CONFigure:RFSA:GSM:TSLot:MSCHeme

Usage:CONFigure:RFSA:GSM:TSLot:MSCHeme[?]<ModulationScheme>Query Response:<ModulationScheme>

Description Selects GSM/EDGE modulation scheme.




Description GMSK - Gaussian modulation-shift keying (MSK) modulation type.Supported by GSM and EDGE.EPSK - 8 phase-shift keying (PSK) modulation type. This value isvalid only when you set Burst Type to Normal Burst. Supported byEDGE.QPSK - Quadrature-phase shift keying (QPSK) modulation type.This value is valid only when you set Burst Type to Higher SymbolRate Burst. Supported by EGPRS.Q16 - 16 quadrature-amplitude modulation (QAM) type. Supportedby EGPRS.Q32 - 32-QAM type. Supported by EGPRS.


Default Value GMSK

Range GMSK | EPSK | QPSK | Q16 | Q32

CONFigure:RFSA:GSM:TSLot:PCL

Usage:CONFigure:RFSA:GSM:TSLot:PCL[?] <PowerControlLevel>

Query Response:<PowerControlLevel>

Description Specifies the power control level of the timeslot. This value iscurrently used only for power versus time (PVT) measurements.



Parameter: <PowerControlLevel>

Description GSM power level table for GSM 900.POWER LEVEL NUMBER POWER OUTPUT LEVEL dBm2 393 374 355 336 317 298 279 2510 2311 2112 1913 1714 1515 1316 1117 918 719 5

GSM power level table for GSM 1800POWER LEVEL NUMBER POWER OUTPUT LEVEL dBm29 3630 3431 320 301 282 263 244 225 206 187 168 149 1210 1011 812 613 414 215 0


GSM power level table for GSM 1900POWR LEVEL NUMBER POWER OUTPUT LEVEL dBm30 3331 320 301 282 263 244 225 206 187 168 149 1210 1011 812 613 414 215 0

Datatype Integer32

Default Value 0

Range [0:31]

CONFigure:RFSA:GSM:TSLot:TSC

Usage:CONFigure:RFSA:GSM:TSLot:TSC[?] <TSC>Query Response:<TSC>

Description Specifies the training sequence code (TSC) to use for burstsynchronization. Use this command when you set thesynchronization mode to BURST.



Parameter: <TSC>

Description TSC0 - Uses training sequence code 0 (TSC 0).TSC1 - Uses training sequence code 1 (TSC 1).TSC2 - Uses training sequence code 2 (TSC 2).TSC3 - Uses training sequence code 3 (TSC 3).TSC4 - Uses training sequence code 4 (TSC 4).TSC5 - Uses training sequence code 5 (TSC 5).TSC6 - Uses training sequence code 6 (TSC 6).TSC7 - Uses training sequence code 7 (TSC 7).AUTO - automatically detects the appropriate training sequence.


Default Value AUTO

Range TSC0 | TSC1 | TSC2 | TSC3 | TSC4 | TSC5 | TSC6 | TSC7 | AUTO

FETCh:RFSA:GSM[:RESults]:BER

Usage:FETCh:RFSA:GSM[:RESults]:BER?Query Response:<ChannelBer>,<SamplePopulation>,<TotalError>,<Fer>,<TotalFrames>,<TscFound>

Description

Availability Query


Parameter: <ChannelBer>

Unit %

Parameter: <SamplePopulation>

Unit bits

Parameter: <TotalError>

Unit bits

Parameter: <Fer>

Unit %

Parameter: <TotalFrames>

Parameter: <TscFound>

FETCh:RFSA:GSM[:RESults]:BER:TRACe[:BITS]

Usage:FETCh:RFSA:GSM[:RESults]:BER:TRACe[:BITS]?Query Response:<DemodBits[n]>

Description Fetch the demodulated bits trace in BER measurement.

Availability Query


Parameter: <DemodBits[n]>

Description Demodulated bits for the length specified in the BER SamplePopulation.

Datatype Integer32

FETCh:RFSA:GSM[:RESults]:MODulation:EVM[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:MODulation:EVM[:AVERage]?Query Response:<RmsEvm>,<PeakEvm>,<95thPercentileEvm>,<PeakEvmSymbol>,<MagnitudeError>,<PhaseError>,<FrequencyError>,<OriginOffset>,<AmplitudeDroop>,<DetectedTsc>

Description Fetches average error vector magnitude (EVM) results forEDGE/EGPRS signals. These results are available whenmodulation accuracy (ModAcc) measurements are enabled andmodulation scheme is an EDGE type (8PSK, QPSK, Q16, orQ32).

Availability Query


Parameter: <RmsEvm>

Description Average root mean square (RMS) EVM.

Datatype Double

Unit %

Parameter: <PeakEvm>

Description Average peak EVM.

Datatype Double

Parameter: <95thPercentileEvm>

Description Average EVM value at which no more than 5 percent of the symbolshave an EVM exceeding this value.

Datatype Double

Unit %

Parameter: <PeakEvmSymbol>

Description Number of the symbol that has the peak EVM.

Datatype Integer32

Parameter: <MagnitudeError>

Description Average magnitude error.

Datatype Double

Unit %

Parameter: <PhaseError>

Description Average phase error.

Datatype Double

Unit deg

Parameter: <FrequencyError>

Description Average frequency error.

Datatype Double

Unit Hz

Parameter: <OriginOffset>

Description Average origin offset.

Datatype Double

Unit dB

Parameter: <AmplitudeDroop>

Description Average amplitude droop.

Datatype Double

Unit dB/sym

Parameter: <DetectedTsc>

Description Training sequence (TSC) detected while performing ModAccmeasurements.

Datatype Integer32

FETCh:RFSA:GSM[:RESults]:MODulation:EVM:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:MODulation:EVM:MAXimum?Query Response:<RmsEvm>,<PeakEvm>,<95thPercentileEvm>,<PeakEvmSymbol>,<MagnitudeError>,<PhaseError>,<FrequencyError>,<OriginOffset>,<AmplitudeDroop>,<DetectedTsc>

Description Fetches maximum error vector magnitude (EVM) results forEDGE/EGPRS signals. These results are available whenmodulation accuracy (ModAcc) measurements are enabled andthe modulation scheme is an EDGE type (8PSK, QPSK, Q16, orQ32).

Availability Query


Parameter: <RmsEvm>

Description Maximum root mean square (RMS) EVM.

Datatype Double

Unit %


Description Maximum peak EVM.

Datatype Double

Unit %


Description Maximum EVM value at which no more than 5 percent of the symbolshave an EVM exceeding this value.

Datatype Double

Unit %



Datatype Integer32


Description Maximum magnitude error.

Datatype Double

Unit %


Description Maximum phase error.

Datatype Double

Unit deg


Description Maximum frequency error.


Datatype Double

Unit Hz


Description Maximum origin offset.

Datatype Double

Unit dB


Description Maximum amplitude droop.

Datatype Double

Unit dB/sym



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:MODulation:PFER[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:MODulation:PFER[:AVERage]?Query Response:<RmsPhaseError>,<PeakPhaseError>,<FrequencyError>,<OriginOffset>,<IqGainImbalance>,<DetectedTsc>

Description Fetches average phase and frequency error results (PFER) forGSM signals. These results are available when modulationaccuracy (ModAcc) measurements are enabled and modulationscheme is GMSK.

Availability Query


Parameter: <RmsPhaseError>

Description Average root mean square (RMS) phase error.

Datatype Double

Unit deg

Parameter: <PeakPhaseError>

Description Average peak phase error.

Datatype Double

Unit deg



Datatype Double

Unit Hz

Datatype Double

Unit dB

Parameter: <IqGainImbalance>

Description Average I/Q imbalance.

Datatype Double

Unit dB



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:MODulation:PFER:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:MODulation:PFER:MAXimum?Query Response:<RmsPhaseError>,<PeakPhaseError>,<FrequencyError>,<OriginOffset>,<IqGainImbalance>,<DetectedTsc>

Description Fetches maximum phase and frequency error results (PFER) forGSM signals. These results are available when modulationaccuracy (ModAcc) measurements are enabled and modulationscheme is GMSK.

Availability Query


Description Maximum root mean square (RMS) phase error.

Datatype Double

Unit deg


Description Maximum peak phase error.

Datatype Double

Unit deg



Datatype Double

Unit Hz



Datatype Double

Unit dB


Description Maximum I/Q imbalance.


Datatype Double

Unit dB



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:MODulation:TRACe:CONStellation

Usage:FETCh:RFSA:GSM[:RESults]:MODulation:TRACe:CONStellation?Query Response:<ConstellationTraceX0>,<ConstellationTraceDx>,#xyy<ConstellationTrace[n]>

Description Constellation trace is the I+Qi with time information. Use thisinformation to plot the constellation in an I versus Q plot.

Availability Query


Parameter: <ConstellationTraceX0>

Parameter: <ConstellationTraceDx>

Parameter: #xyy<ConstellationTrace[n]>

FETCh:RFSA:GSM[:RESults]:ORFS:MODulation[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:MODulation[:AVERage]?

Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}

Description Fetches the modulation spectrum results of output radiofrequency spectrum (ORFS) measurements.

Availability Query



Description Index of the frequency segment.

Datatype Integer32


Description Frequency offset of the frequency segment.

Datatype Double

Unit Hz

Parameter: <RelativePower>

Description Highest power measured within the frequency segment relative to thecurrent carrier channel power.

Datatype Double

Unit dB

Parameter: <AbsolutePower>

Description Highest power measured within the frequency segment.

Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:ABSolute

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:ABSolute?Query Response:<ModulationAbsoluteTraceXo>,<ModulationAbsoluteTraceDx>,#xyy<ModulationAbsoluteTrace[n]>

Description Relative spectrum due to modulation transients

Availability Query


Parameter: <ModulationAbsoluteTraceXo>

Parameter: <ModulationAbsoluteTraceDx>

Parameter: #xyy<ModulationAbsoluteTrace[n]>

FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:FREQuencies

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:FREQuencies?Query Response:<ModulationFrequenciesTraceXo>,<ModulationFrequenciesTraceDx>,#xyy<ModulationFrequenciesTrace[n]>

Description Power trace.

Availability Query


Parameter: <ModulationFrequenciesTraceXo>

Parameter: <ModulationFrequenciesTraceDx>

Parameter: #xyy<ModulationFrequenciesTrace[n]>

FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:RELative

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:MODulation:TRACe:RELative?Query Response:<ModulationFrequenciesTraceXo>,<ModulationFrequenciesTraceDx>,#xyy<ModulationFrequenciesTrace[n]>

Description Relative spectrum due to modulation transients.

Availability Query


Parameter: <ModulationFrequenciesTraceXo>

Parameter: <ModulationFrequenciesTraceDx>

Parameter: #xyy<ModulationFrequenciesTrace[n]>

FETCh:RFSA:GSM[:RESults]:ORFS:SWITching[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:SWITching[:AVERage]?Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<

AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}

Description Fetches the switching spectrum results of output radio frequencyspectrum (ORFS) measurements.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit dB

Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:ABSolute

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:ABSolute?Query Response:<SwitchingAbsoluteTraceXo>,<SwitchingAbsoluteTraceDx>,#xyy<SwitchingAbsoluteTrace[n]>

Description Absolute spectrum due to switching transients.

Availability Query


Parameter: <SwitchingAbsoluteTraceXo>

Parameter: <SwitchingAbsoluteTraceDx>

Parameter: #xyy<SwitchingAbsoluteTrace[n]>

FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:FREQuencies

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:FREQuencies?Query Response:<SwitchingFrequenciesTraceXo>,<SwitchingFrequenciesTraceDx>,#xyy<SwitchingFrequenciesTrace[n]>

Availability Query


Parameter: <SwitchingFrequenciesTraceXo>

Parameter: <SwitchingFrequenciesTraceDx>

Parameter: #xyy<SwitchingFrequenciesTrace[n]>

FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:RELative

Usage:FETCh:RFSA:GSM[:RESults]:ORFS:SWITching:TRACe:RELative?Query Response:<SwitchingFrequenciesTraceXo>,<SwitchingFrequenciesTraceDx>,#xyy<SwitchingFrequenciesTrace[n]>

Description Relative spectrum due to switching transients.

Availability Query


Parameter: <SwitchingFrequenciesTraceXo>

Parameter: <SwitchingFrequenciesTraceDx>

Parameter: #xyy<SwitchingFrequenciesTrace[n]>

FETCh:RFSA:GSM[:RESults]:PVT[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:PVT[:AVERage]?Query Response:

<AveragePower>,<MaximumPower>,<MinimumPower>,<BurstThreshold>,<BurstWidth>,<MaskStatus>

Description Fetches the results of power versus time (PVT) measurements.

Availability Query


Parameter: <AveragePower>

Description Average of the average power over the useful part of the burst.

Datatype Double

Unit dBm

Parameter: <MaximumPower>

Description Average of the maximum power, in dBm.

Datatype Double

Unit dBm

Parameter: <MinimumPower>

Description Average of the minimum power, in dBm.

Datatype Double

Unit dBm

Parameter: <BurstThreshold>

Description Average burst threshold.

Datatype Double

Unit dBm

Parameter: <BurstWidth>

Description Average burst width.

Datatype Double

Unit sec

Parameter: <MaskStatus>

Description Indicates whether the PVT measurement has passed or failed the maskspecification.

Datatype Boolean

FETCh:RFSA:GSM[:RESults]:PVT:TRACe[:POWer]

Usage:FETCh:RFSA:GSM[:RESults]:PVT:TRACe[:POWer]?Query Response:<PvtTraceXo>,<PvtTraceDx>,#xyy<PvtPowerTrace[n]>


Availability Query


Parameter: <PvtTraceXo>

Parameter: <PvtTraceDx>

Parameter: #xyy<PvtPowerTrace[n]>

FETCh:RFSA:GSM[:RESults]:PVT:TRACe:LMASk

Usage:FETCh:RFSA:GSM[:RESults]:PVT:TRACe:LMASk?Query Response:<PvtTraceXo>,<PvtTraceDx>,#xyy<PvtPowerTrace[n]>

Description Lower mask for power versus time (PVT) measurements.

Availability Query





FETCh:RFSA:GSM[:RESults]:PVT:TRACe:UMASk

Usage:FETCh:RFSA:GSM[:RESults]:PVT:TRACe:UMASk?Query Response:<PvtTraceXo>,<PvtTraceDx>,#xyy<PvtPowerTrace[n]>

Description Upper mask for power versus time (PVT) measurements.

Availability Query

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM[:AVERage]?Query Response:<RmsEvm>,<PeakEvm>,<95thPercentileEvm>,<PeakEvmSymbol>,<MagnitudeError>,<PhaseError>,<FrequencyError>,<OriginOffset>,<AmplitudeDroop>,<DetectedTsc>

Description Fetches maximum error vector magnitude (EVM) results forEDGE/EGPRS signals. These results are available whenmodulation accuracy (ModAcc) measurements are enabled andmodulation scheme is an EDGE type (8PSK, QPSK, Q16, orQ32), for a given segment.

Availability Query


Parameter: <RmsEvm>

Description Average root mean square (RMS) EVM.

Datatype Double

Unit %



Datatype Double


Description Average EVM value at which no more than 5 percent of the symbolshave an EVM exceeding this value.

Datatype Double

Unit %



Datatype Integer32



Datatype Double

Unit %



Datatype Double

Unit deg




Datatype Double

Unit Hz



Datatype Double

Unit dB


Description Average amplitude droop.

Datatype Double

Unit dB/sym



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM:MAXimum?Query Response:<RmsEvm>,<PeakEvm>,<95thPercentileEvm>,<PeakEvmSymbol>,<MagnitudeError>,<PhaseError>,<FrequencyError>,<OriginOffset>,<AmplitudeDroop>,<DetectedTsc>

Description Fetches maximum error vector magnitude (EVM) results forEDGE/EGPRS signals. These results are available whenmodulation accuracy (ModAcc) measurements are enabled andmodulation scheme is an EDGE type (8PSK, QPSK, Q16, orQ32), for a given segment.

Availability Query


Parameter: <RmsEvm>

Description Maximum root mean square (RMS) EVM.

Datatype Double

Unit %



Datatype Double

Unit %


Description Maximum EVM value at which no more than 5 percent of the symbolshave an EVM exceeding this value.

Datatype Double

Unit %



Datatype Integer32



Datatype Double

Unit %



Datatype Double

Unit deg



Datatype Double

Unit Hz




Datatype Double

Unit dB


Description Maximum amplitude droop.

Datatype Double

Unit dB/sym



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM:MINimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:EVM:MINimum?Query Response:<RmsEvm>,<PeakEvm>,<95thPercentileEvm>,<PeakEvmSymbol>,<MagnitudeError>,<PhaseError>,<FrequencyError>,<OriginOffset>,<AmplitudeDroop>,<DetectedTsc>

Description Fetches minimum error vector magnitude (EVM) results forEDGE/EGPRS signals. These results are available whenmodulation accuracy measurements (ModAcc) are enabled andmodulation scheme is an EDGE type (8PSK, QPSK, Q16, orQ32), for a given segment.

Availability Query


Parameter: <RmsEvm>

Description Minimum root mean square (RMS) EVM.

Datatype Double

Unit %


Description Minimum peak EVM.

Datatype Double


Description Minimum EVM value at which no more than 5 percent of the symbolshave an EVM exceeding this value.

Datatype Double

Unit %



Datatype Integer32


Description Minimum magnitude error.

Datatype Double

Unit %


Description Minimum phase error.

Datatype Double

Unit deg


Description Minimum frequency error.

Datatype Double

Unit Hz


Description Minimum origin offset.


Datatype Double

Unit dB


Description Minimum amplitude droop.

Datatype Double

Unit dB/sym



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER[:AVERage]?Query Response:<RmsPhaseError>,<PeakPhaseError>,<FrequencyError>,<OriginOffset>,<IqGainImbalance>,<DetectedTsc>

Description Fetches average phase and frequency error results (PFER) forGSM signals. These results are available when modulationaccuracy (ModAcc) measurements are enabled and modulationscheme is GMSK, for a given segment.

Availability Query


Description Average root mean square (RMS) phase error.

Datatype Double

Unit deg


Description Average peak phase error.

Datatype Double

Unit deg



Datatype Double

Unit Hz



Datatype Double

Unit dB


Description Average I/Q imbalance.


Datatype Double

Unit dB



Datatype Integer32

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER:MAXimum?Query Response:<RmsPhaseError>,<PeakPhaseError>,<FrequencyError>,<OriginOffset>,<IqGainImbalance>,<DetectedTsc>

Description Fetches maximum phase and frequency error results (PFER) forGSM signals. These results are available when modulationaccuracy (ModAcc) measurements are enabled and modulationscheme is GMSK, for a given segment.

Availability Query



Description Maximum root mean square (RMS) phase error.

Datatype Double

Unit deg


Description Maximum peak phase error.

Datatype Double

Unit deg



Datatype Double

Unit Hz



Datatype Double

Unit dB


Description Maximum I/Q imbalance.

Datatype Double

Unit dB


Datatype Integer32

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER:MINimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:MODulation:PFER:MINimum?Query Response:<RmsPhaseError>,<PeakPhaseError>,<FrequencyError>,<OriginOffset>,<IqGainImbalance>,<DetectedTsc>

Description Fetches maximum phase and frequency error results (PFER) forGSM signals. These results are available when modulationaccuracy (ModAcc) measurements are enabled and modulationscheme is GMSK, for a given segment.

Availability Query



Description Minimum root mean square (RMS) phase error.

Datatype Double

Unit deg


Description Minimum peak phase error.

Datatype Double

Unit deg



Datatype Double

Unit Hz


Description Minimum origin offset.

Datatype Double

Unit dB


Description Minimum I/Q imbalance.

Datatype Double

Unit dB



Datatype Integer32


FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation[:AVERage]?Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}

Description Fetches the modulation spectrum results of output radiofrequency spectrum (ORFS) measurement for a given segment.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz

Datatype Double

Unit dB



Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation:MAXimum?Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}


Availability Query




Datatype Integer32

Datatype Double

Unit Hz



Datatype Double

Unit dB



Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation:MINimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:MODulation:MINimum?Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit dB




Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching[:AVERage]?Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}

Description Fetches the switching spectrum results of output radio frequencyspectrum (ORFS) measurement for a given segment.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz

Datatype Double

Unit dB



Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching:MAXimum?Query Response:<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}


Availability Query

Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit dB



Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching:MINimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:ORFS:SWITching:MINimum?Query Response:

<SegmentIndex_1>,<FrequencyOffset_1>,<RelativePower_1>,<AbsolutePower_1>{,<SegmentIndex_n>,<FrequencyOffset_n>,<RelativePower_n>,<AbsolutePower_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit dB

Datatype Double

Unit dBm

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT[:AVERage]

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT[:AVERage]?Query Response:<AveragePower>,<MaximumPower>,<MinimumPower>,<BurstThreshold>,<BurstWidth>,<MeasurementStatus>

Description Fetches the results of power versus time (PVT) measurements fora given segment.

Availability Query



Description Average power in the useful portion of the burst.

Datatype Double

Unit dBm


Description Maximum power.

Datatype Double

Unit dBm

Description Minimum power.

Datatype Double

Unit dBm


Description Average burst threshold.

Datatype Double

Unit dBm


Description Average burst width.

Datatype Double

Unit sec


Description Indicates whether the PVT measurement passed or failed the maskspecification.

Datatype Boolean

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:MAXimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:MAXimum?Query Response:

<AveragePower>,<MaximumPower>,<MinimumPower>,<BurstThreshold>,<BurstWidth>,<MeasurementStatus>


Availability Query




Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm


Description Maximum burst threshold.

Datatype Double

Unit dBm


Description Maximum burst width.

Datatype Double

Unit sec



Datatype Boolean

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:MINimum

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:MINimum?Query Response:<AveragePower>,<MaximumPower>,<MinimumPower>,<BurstThreshold>,<BurstWidth>,<MeasurementStatus>


Availability Query



Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm


Description Minimum burst threshold.

Datatype Double

Unit dBm


Description Minimum burst width.


Datatype Double

Unit sec



Datatype Boolean

FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:TRACe:POWer

Usage:FETCh:RFSA:GSM[:RESults]:SEQuence:SEGMent:PVT:TRACe:POWer?Query Response:<PvtTraceXo>,<PvtTraceDx>,#xyy<PvtPowerTrace[n]>


Availability Query





FETCh:RFSA:GSM[:RESults]:STATe

Usage:FETCh:RFSA:GSM[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>

Description

Availability Query



Description OFF: The measurement has not been initiated yet.

READY: The measurement result is available to fetch.

PENDING: The measurement is initiated but has not started receivingdata to process.

PROCESSING: The measurement is processing the acquired data.





INITiate:RFSA:GSM[:RESults]

Usage:INITiate:RFSA:GSM[:RESults]

Description Initiates composite GSM/EDGE measurement and stores theresults in the result space provided in [:Result].



INITiate:RFSA:GSM:ALEVel

Usage:INITiate:RFSA:GSM:ALEVel




SYSTem:RFSA:GSM:VERSion

Usage:SYSTem:RFSA:GSM:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query

Datatype String



Datatype String

TRIGger:RFSA:GSM:DELay

Usage:TRIGger:RFSA:GSM:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>

Description Specifies the delay between the trigger offset and the start of dataacquisition.




Description The delay between the trigger and the start of data acquisition.

Datatype Double

Range [-1.00E+002:1.00E+002]

Unit sec

TRIGger:RFSA:GSM:EDGE

Usage:TRIGger:RFSA:GSM:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>









TRIGger:RFSA:GSM:EXPort

Usage:TRIGger:RFSA:GSM:EXPort[?] <TriggerExportDestination>Query Response:<TriggerExportDestination>

Default Value NONE


TRIGger:RFSA:GSM:MQTime

Usage:TRIGger:RFSA:GSM:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Datatype Double


Range [0.000000E+000:1.000000E+003]

Unit sec

TRIGger:RFSA:GSM:SOURce

Usage:TRIGger:RFSA:GSM:SOURce[?] <TriggerSource>Query Response:<TriggerSource>





Description IMMEDIATE - Generates the signal to measure as soon as thehardware is ready.POWER - Uses the RF power edge trigger.INTERNAL - Uses one of the multiple WTS internal triggers, whichmust be exported by any other personality configured to use thesame Port. Portname must be defined before this command isexecuted.

Datatype String


TRIGger:RFSA:GSM:THReshold

Usage:TRIGger:RFSA:GSM:THReshold[?]<TriggerRelativeThreshold>Query Response:<TriggerRelativeThreshold>




Parameter: <TriggerRelativeThreshold>


Datatype Double


Range [-100.00:0.00]

Unit dB

TRIGger:RFSA:GSM:TOUT

Usage:

TRIGger:RFSA:GSM:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>





Description Trigger timeout.

Datatype Double

Default Value 1.00

Range [0.00:1000.00]

Unit sec

CDMA2000® (CDMA2K) Instrument PersonalityUse the CDMA2K instrument personality to analyze CDMA2K signals that conform to the3GPP specifications.


CDMA2K Signal Analyzer SCPI Command ListComplete list of CDMA2K signal analyzer SCPI commands.

CONFigure:RFSA:CDMA[:MEASurement]:ACPower[:ENABle]CONFigure:RFSA:CDMA[:MEASurement]:ACPower:AVERage[:COUNt]CONFigure:RFSA:CDMA[:MEASurement]:ACPower:AVERage:TYPECONFigure:RFSA:CDMA[:MEASurement]:MODulation[:ENABle]

CONFigure:RFSA:CDMA[:MEASurement]:MODulation:INTerval[:COUNt]CONFigure:RFSA:CDMA[:MEASurement]:MODulation:INTerval:OFFSetCONFigure:RFSA:CDMA[:MEASurement]:MODulation:MODECONFigure:RFSA:CDMA[:MEASurement]:MODulation:RCONfigCONFigure:RFSA:CDMA[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:CDMA[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:CDMA[:MEASurement]:OBW:AVERage:TYPECONFigure:RFSA:CDMA[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:CDMA[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:CDMA[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:CDMA[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:CDMA[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:CDMA[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:CDMA:EATTenuationCONFigure:RFSA:CDMA:FREQuency[:CENTer]CONFigure:RFSA:CDMA:FREQuency:BANDCONFigure:RFSA:CDMA:FREQuency:CHANnelCONFigure:RFSA:CDMA:PORTnameCONFigure:RFSA:CDMA:POWer[:MAXimum]CONFigure:RFSA:CDMA:SEQuence[:ENABle]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:ACPower:ENABle[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:ACPower:INTerval[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:OBW:ENABle[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:OBW:INTerval[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:SEM:ENABle[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:SEM:INTerval[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:TXPower:EN

ABle[:ALL]CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]CONFigure:RFSA:CDMA:SEQuence:DURation[:ALL]CONFigure:RFSA:CDMA:SEQuence:EATTenuation[:ALL]CONFigure:RFSA:CDMA:SEQuence:FREQuency:BAND[:ALL]CONFigure:RFSA:CDMA:SEQuence:FREQuency:CHANnel[:ALL]CONFigure:RFSA:CDMA:SEQuence:MOEXceptionCONFigure:RFSA:CDMA:SEQuence:NSEGmentsCONFigure:RFSA:CDMA:SEQuence:OFFSet[:ALL]CONFigure:RFSA:CDMA:SEQuence:POWer[:ALL]CONFigure:RFSA:CDMA:SEQuence:SEGMent[:SETup]CONFigure:RFSA:CDMA:SEQuence:SEGMent:MEASurement:ENABle[:ALL]CONFigure:RFSA:CDMA:SEQuence:SEGMent:MEASurement:INTerval[:ALL]CONFigure:RFSA:CDMA:SEQuence:TMODeCONFigure:RFSA:CDMA:TRACe[:ENABle]FETCh:RFSA:CDMA[:RESults]:ACPower[:OFFSet][:AVERage]FETCh:RFSA:CDMA[:RESults]:ACPower:CARRier[:AVERage]FETCh:RFSA:CDMA[:RESults]:MODulation:CDError[:MAXimum]FETCh:RFSA:CDMA[:RESults]:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:CDMA[:RESults]:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:CDMA[:RESults]:MODulation:IMPairments[:AVERage]FETCh:RFSA:CDMA[:RESults]:OBW[:AVERage]FETCh:RFSA:CDMA[:RESults]:OBW:TRACeFETCh:RFSA:CDMA[:RESults]:SEM:MARGin[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEM:OSEGments[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPo

wer:CARRier[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERageFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERageFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:MAXimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:MINimumFETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:TRACeFETCh:RFSA:CDMA[:RESults]:STATeFETCh:RFSA:CDMA[:RESults]:TXPower[:ALL]FETCh:RFSA:CDMA[:RESults]:TXPower:TRACeINITiate:RFSA:CDMA[:RESults]INITiate:RFSA:CDMA:ALEVelSYSTem:RFSA:CDMA:VERSionTRIGger:RFSA:CDMA:DELayTRIGger:RFSA:CDMA:EDGETRIGger:RFSA:CDMA:EXPortTRIGger:RFSA:CDMA:MQTimeTRIGger:RFSA:CDMA:SOURceTRIGger:RFSA:CDMA:THResholdTRIGger:RFSA:CDMA:TOUT

CDMA2K RFSA SCPI Command ReferenceSCPI command reference for the CDMA2K signal analyzer instrument personality.

CONFigure:RFSA:CDMA[:MEASurement]:ACPower[:ENABle]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:ACPower[:ENABle][?]<AcpEnable>Query Response:<AcpEnable>

Description Specifies whether to enable adjacent channel power (ACP)measurements for non-sequence mode.



Parameter: <AcpEnable>

Description 0 | OFF: Disables ACP measurement.1 | ON: Enables ACP measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA[:MEASurement]:ACPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:ACPower:AVERage[:COUNt][?] <AcpAverageCount>Query Response:<AcpAverageCount>

Description Specifies the number of averages for the adjacent channel power(ACP) measurement.

Parameter: <AcpAverageCount>

Description Number of signal averages to use for the ACP measurement.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:CDMA[:MEASurement]:ACPower:AVERage:TYPE

Usage:CONFigure:RFSA:CDMA[:MEASurement]:ACPower:AVERage:TYPE[?] <AcpAverageType>Query Response:<AcpAverageType>

Description Specifies the averaging type for the adjacent channel power(ACP) measurement.



Parameter: <AcpAverageType>

Default Value RMS


CONFigure:RFSA:CDMA[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:MODulation[:ENABle][?] <ModEnable>Query Response:<ModEnable>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements for non-sequence mode.




Description 0 | OFF: Disables ModAcc measurement.1 | ON: Enables ModAcc measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA[:MEASurement]:MODulation:INTerval[:COUNt]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:MODulation:INTerval[:COUNt][?] <MeasurementDuration>

Query Response:<MeasurementDuration>

Description Specifies the measurement duration, in slots.



Parameter: <MeasurementDuration>

Description Measurement duration.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA[:MEASurement]:MODulation:INTerval:OFFSet

Usage:CONFigure:RFSA:CDMA[:MEASurement]:MODulation:INTerval:OFFSet[?] <MeasIntervalOffset>Query Response:<MeasIntervalOffset>

Description Specifies the measurement interval offset, in slots, when themeasurement MODE is set to FRAME.

Parameter: <MeasIntervalOffset>

Description Measurement interval offset, used when the measurement MODE isset to FRAME.

Datatype Integer32

Default Value 0

Range [0:2147483647]

CONFigure:RFSA:CDMA[:MEASurement]:MODulation:MODE

Usage:CONFigure:RFSA:CDMA[:MEASurement]:MODulation:MODE[?]<MeasurementMode>Query Response:<MeasurementMode>

Description Specifies the measurement mode.




Description FRAME: Measures a specific slot on an acquired frame, dependenton the offset and duration in slots.SLOT: Measures a random selection of slots, dependent on themeasurement duration in slots.ARBITRARY: Measures a given number of chips, dependent on themeasurement duration in slots.AUTO: Selects the above Measurement Modes automatically basedon Trigger Settings.

Default Value AUTO

Range FRAME | SLOT | ARBITRARY | AUTO

CONFigure:RFSA:CDMA[:MEASurement]:MODulation:RCONfig

Usage:CONFigure:RFSA:CDMA[:MEASurement]:MODulation:RCONfig[?] <RadioConfig>Query Response:<RadioConfig>

Description Specifies the radio configuration (RC) used by the UUT.

Parameter: <RadioConfig>

Description CDMA2k RC setting.

Radio Configuration Associated Spreading Rate Data Rates,Forward Error Correction, and General Characteristics1 1 1200, 2400, 4800, and 9600 bps data rates with R = 1=3, 64-aryorthogonal modulation2 1 1800, 3600, 7200, and 14400 bps data rates with R = 1=2, 64-ary orthogonal modulation3 1 1200, 1350, 1500, 2400, 2700, 4800, 9600, 19200, 38400,76800, and 153600 bps data rates with R = 1/4, 307200 bps data ratewith R = 1/2, BPSK modulation with a pilot4 1 1800, 3600, 7200, 14400, 28800, 57600, 115200, and 230400bps data rates with R = 1/4, BPSK modulation with a pilot5 3 1200, 1350, 1500, 2400, 2700, 4800, 9600, 19200, 38400,76800, and 153600 bps data rates with R = 1/4, 307200 and 614400bps data rate with R = 1/3, BPSK modulation with a pilot6 3 1800, 3600, 7200, 14400, 28800, 57600, 115200, 230400, and460800 bps data rates with R = 1/4, 1036800 bps data rate with R =1/2, BPSK modulation with a pilot


Default Value RC1

Range RC1 | RC2 | RC3 | RC4 | RC5 | RC6

CONFigure:RFSA:CDMA[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:OBW[:ENABle][?]<ObwEnable>Query Response:<ObwEnable>

Description Specifies whether to enable occupied bandwidth (OBW)measurements for non-sequence mode.




Description 0 | OFF: Disables OBW measurement.1 | ON: Enables OBW measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwAverageCount>Query Response:<ObwAverageCount>

Description Specifies the number of averages for the occupied bandwidth(OBW) measurement.

Description Number of signal averages to use for the OBW measurement.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:CDMA[:MEASurement]:OBW:AVERage:TYPE

Usage:CONFigure:RFSA:CDMA[:MEASurement]:OBW:AVERage:TYPE[?]<ObwAverageType>Query Response:<ObwAverageType>

Description Specifies the averaging type for the occupied bandwidth (OBW)measurement.



Parameter: <ObwAverageType>

Default Value RMS


CONFigure:RFSA:CDMA[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:SEM[:ENABle][?]<SemEnable>Query Response:<SemEnable>

Description Specifies whether to enable spectral emissions mask (SEM)measurements for non-sequence mode.



Parameter: <SemEnable>

Description 0 | OFF: Disables SEM measurement.1 | ON: Enables SEM measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:SEM:AVERage[:COUNt][?] <SemAverageCount>Query Response:<SemAverageCount>

Description Specifies the number of averages for the spectral emissions mask(SEM) measurements.



Parameter: <SemAverageCount>

Description Number of signal averages to use for the SEM measurement.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:CDMA[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:CDMA[:MEASurement]:SEM:AVERage:TYPE[?]<SemAverageType>Query Response:<SemAverageType>

Description Specifies the averaging type for the spectral emissions mask(SEM) measurement.

Parameter: <SemAverageType>



Default Value RMS


CONFigure:RFSA:CDMA[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:TXPower[:ENABle][?]<TxpEnable>Query Response:<TxpEnable>

Description Specifies whether to enable transmit power (TXP) measurementsfor non-sequence mode.



Parameter: <TxpEnable>

Description 0 | OFF: Disables TXP measurement.1 | ON: Enables TXP measurement.

Datatype Boolean

Default Value 1


CONFigure:RFSA:CDMA[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:CDMA[:MEASurement]:TXPower:AVERage[:COUNt][?] <TxpAverageCount>Query Response:<TxpAverageCount>

Description Specifies the number of averages for the transmit power (TXP)measurement.




Description Number of signal averages to use for the TXP measurement.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:CDMA[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:CDMA[:MEASurement]:TXPower:AVERage:TYPE[?] <TxpAverageType>Query Response:<TxpAverageType>

Description Specifies the averaging type for the transmit power (TXP)measurement.






Default Value RMS

Range RMS | LOG | SCALAR | MAX | MIN

CONFigure:RFSA:CDMA:EATTenuation

Usage:CONFigure:RFSA:CDMA:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:CDMA:FREQuency[:CENTer]

Usage:CONFigure:RFSA:CDMA:FREQuency[:CENTer][?]<CenterFrequency>Query Response:<CenterFrequency>

Description Specifies the carrier frequency of the received CDMA signal.

Description Carrier frequency of the received CDMA signal.

Datatype Double


Range [6.5000000000E+007:6.0000000000E+009]

Unit Hz

CONFigure:RFSA:CDMA:FREQuency:BAND

Usage:CONFigure:RFSA:CDMA:FREQuency:BAND[?] <CdmaBandClass>Query Response:<CdmaBandClass>

Description Specifies the CDMA band.

Parameter: <CdmaBandClass>

Description Band Class as defined in 3GPP2 C.S0057-EBand Name Downlink (MHz) Bandwidth (MHz) Uplink (MHz)Duplex spacing (MHz) Low Middle High Low Middle High0 800 860 877 894 34 815 832 849 451 1900 PCS 1930 1960 1990 60 1850 1880 1910 802 TACS 917 938.5 960 43 872 893.5 915 453 JTACS 832 851 870 38 887 906 925 -554 Korean PCS 1840 1855 1870 30 1750 1765 1780 905 NMT450 420 456.5 493 73 410 446.5 483 106 IMT-2000 2110 2140 2170 60 1920 1950 1980 1907 700 MHz 746 752 758 12 776 782 788 -308 1800 1805 1842.5 1880 75 1710 1747.5 1785 959 900 925 942.5 960 35 880 897.5915 45 110 Secondary 800 MHz 851 895.5 940 89 806 853.5 901 4511 400 MHz European PAMR 420 456.5 493 73 410 446.5 483 1012 800 MHz PAMR 915 918 921 6 870 873 876 4514 US PCS 1.9 GHz 1930 1962.5 1995 65 1850 1882.5 1915 8015 AWS 2110 2132.5 2155 45 1710 1732.5 1755 400


Default Value B00

Range B00 | B01 | B02 | B03 | B04 | B05 | B06 | B07 | B08 | B09 | B10 |B11 | B12 | B14 | B15

CONFigure:RFSA:CDMA:FREQuency:CHANnel

Usage:CONFigure:RFSA:CDMA:FREQuency:CHANnel[?]<CdmaRFChannel>Query Response:<CdmaRFChannel>

Description Specifies the CDMA band class channel.




Parameter: <CdmaRFChannel>

Description Band class 0 / 800Block Mobile Station Base Station Bandwidth UL / DLA0 824.025 835.005 869.025 880.005 11A0+ 844.995 846.495 889.995 891.495 2A1 824.025 835.005 869.025 880.005 11A1+ 844.995 848.985 889.995 893.985 4A2 824.025 829.995 869.025 874.995 6A3 815.025 829.995 860.025 874.995 15B0 835.005 844.995 880.005 889.995 10B0+ 846.495 848.985 891.495 893.985 2B1 835.005 844.995 880.005 889.995 10

Band class 1 / 1900 PCSBlock Mobile Station Base Station Bandwidth UL / DLA 1850 1865 1930 1945 15D 1865 1870 1945 1950 5B 1870 1885 1950 1965 15E 1885 1890 1965 1970 5F 1890 1895 1970 1975 5C 1895 1910 1975 1990 15

Band class 2 / TACSBlock Mobile Station Base Station Bandwidth UL / DLA 872.0125 879.9875 917.0125 924.9875 8A+ 890.0125 897.4875 935.0125 942.4875 7A++ 905.0125 908.9875 950.0125 953.9875 4B 880.0125 887.9875 925.0125 932.9875 8B+ 897.5125 904.9875 942.5125 949.9875 7B++ 909.0125 914.9875 954.0125 959.9875 6ATG 894 895.5 849 850.5 2

Band class 3 / JTACSBlock Mobile Station Base Station Bandwidth UL / DLA 887.0125 888.9875 832.0125 833.9875 2A+ 893.0125 898 838.0125 843 5A++ 898.0125 900.9875 843.0125 845.9875 3A+++ 915.0125 924.9875 860.0125 869.9875 10

Band class 4 / Korean PCSBlock Mobile Station Base Station Bandwidth UL / DLA 1750 1760 1840 1850 10B 1760 1770 1850 1860 10C 1770 1780 1860 1870 10

Band class 5 / 450Block Mobile Station Base Station Bandwidth UL / DLA 452.5 457.475 462.5 467.475 5B 452 456.475 462 466.475 4C 450 454.8 460 464.8 5D 411.675 415.85 421.675 425.85 4E 415.5 419.975 425.5 429.975 4F 479 483.48 489 493.48 4G 455.23 459.99 465.23 469.99 5H 451.31 455.73 461.31 465.73 4I 451.325 455.725 461.325 465.725 4J 455.25 459.975 465.25 469.975 5K 479 483.475 489 493.475 4L 410 414.975 420 424.975 5M 450 457.475 461.25 469.975 7 / 9N 450 457.475 460 469.975 7 / 10

Band class 6 / 2 GHzBlock Mobile Station Base Station Bandwidth UL / DLLow, not valid 1920 1922.45 2110 2112.45 2SR1 1922.5 1977.5 2112.5 2167.5 55High, not valid 1977.55 1979.95 2167.55 2169.95 2

Band class 7 / 700 MHz UpperBlock Mobile Station Base Station Bandwidth UL / DLC 776 787 746 757 11A 787 788 757 758 1

Band class 8 / 1800Block Mobile Station Base Station Bandwidth UL / DLLow, not valid 1710 1711.2 1805 1806.2 1SR1 1711.25 1783.75 1806.25 1878.75 73High, not valid 1783.8 1784.95 1878.8 1879.95 1


Band class 10 / Secondary 800 MHzBlock Mobile Station Base Station Bandwidth UL / DLA 806 810.975 851 855.975 5B 811 815.975 856 860.975 5C 816 820.975 861 865.975 5D 821 823.975 866 868.975 3E 896 900.975 935 939.975 5

Band class 11 / 400 MHz European PAMRBlock Mobile Station Base Station Bandwidth UL / DLA 452.5 457.475 462.5 467.475 5B 452 456.475 462 466.475 4C 450 454.8 460 464.8 5D 411.675 415.85 421.675 425.85 4E 415.5 419.975 425.5 429.975 4I 451.325 455.725 461.325 465.725 4J 455.25 459.975 465.25 469.975 5K 479 483.475 489 493.475 4L 410 414.975 420 424.975 5

Band class 12 / 800 MHz PAMRBlock Mobile Station Base Station Bandwidth UL / DLA,C 870.0125 875.9875 915.0125 920.9875 6B 871.5125 874.4875 916.5125 919.4875 3

Band class 14 / US PCS 1.9 GHzBlock Mobile Station Base Station Bandwidth UL / DLA 1850 1865 1930 1945 15D 1865 1870 1945 1950 5B 1870 1885 1950 1965 15E 1885 1890 1965 1970 5F 1890 1895 1970 1975 5C 1895 1910 1975 1990 15G 1910 1915 1990 1995 5

Band class 15 / AWSBlock Mobile Station Base Station Bandwidth UL / DLA 1710 1720 2110 2120 10B 1720 1730 2120 2130 10C 1730 1735 2130 2135 5D 1735 1740 2135 2140 5E 1740 1745 2140 2145 5F 1745 1755 2145 2155 10


Datatype Integer32

Default Value 1

Range [0:2108]

CONFigure:RFSA:CDMA:PORTname

Usage:CONFigure:RFSA:CDMA:PORTname[?] <PortName>Query Response:<PortName>






CONFigure:RFSA:CDMA:POWer[:MAXimum]

Usage:CONFigure:RFSA:CDMA:POWer[:MAXimum][?]<MaximumInputPower>Query Response:<MaximumInputPower>

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:CDMA:SEQuence[:ENABle]

Usage:CONFigure:RFSA:CDMA:SEQuence[:ENABle][?] <SeqEnable>Query Response:<SeqEnable>

Parameter: <SeqEnable>


Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:ACPower:ENABle[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:ACPower:ENABle[:ALL][?] <AcpEnable[n]>Query Response:<AcpEnable[n]>

Description Specifies whether to enable adjacent channel power (ACP)measurements for specified segments.



Parameter: <AcpEnable[n]>

Description Enable or disable ACP measurements per segment of the sequence.The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables the ACP measurement.1 | ON: Enables the ACP measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:ACPower:INTerval[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:ACPower:INTerval[:ALL][?] <AcpInterval[n]>Query Response:<AcpInterval[n]>

Description Specifies the interval, in slots, for the adjacent channel power(ACP) measurement of every segment.



Parameter: <AcpInterval[n]>

Description Interval for ACP measurement. The size of the array depends on thecurrently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:MODulation:ENABle[:ALL][?] <ModEnable[n]>

Query Response:<ModEnable[n]>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements for specified segments.




Description Enable or disable ModAcc measurements per segment of thesequence. The size of the array depends on the currently definednumber of segments.0 | OFF: Disables the ModAcc measurement.1 | ON: Enables the ModAcc measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:MODulation:INTerval[:ALL][?] <ModInterval[n]>Query Response:<ModInterval[n]>

Description Specifies the interval, in slots, for the modulation accuracy(ModAcc) measurement of every segment.




Description Interval for ModAcc measurement. The size of the array depends onthe currently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:OBW:ENABle[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:OBW:ENABle[:ALL][?] <ObwEnable[n]>Query Response:<ObwEnable[n]>

Description Specifies whether to enable occupied bandwidth (OBW)measurements for specified segments.

Parameter: <ObwEnable[n]>

Description Enable or disable OBW measurements per segment of the sequence.The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables the OBW measurement.1 | ON: Enables the OBW measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:OBW:INTerval[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:OBW:INTerval[:ALL][?] <ObwInterval[n]>Query Response:<ObwInterval[n]>

Description Specifies the interval, in slots, for the occupied bandwidth(OBW) measurement of every segment.



Parameter: <ObwInterval[n]>

Description Interval for OBW measurement. The size of the array depends onthe currently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:SEM:ENABle[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:SEM:ENABle[:ALL][?] <SemEnable[n]>Query Response:<SemEnable[n]>

Description Specifies whether to enable spectral emissions mask (SEM)measurements for specified segments.



Parameter: <SemEnable[n]>

Description Enable or disable SEM measurements per segment of the sequence.The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables the SEM measurement.1 | ON: Enables the SEM measurement.

Datatype Boolean

Default Value 0


CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:SEM:INTerval[:ALL]

Usage:

CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:SEM:INTerval[:ALL][?] <SemInterval[n]>Query Response:<SemInterval[n]>

Description Specifies the interval, in slots, for the spectral emissions mask(SEM) measurement of every segment.



Parameter: <SemInterval[n]>

Description Interval for SEM measurement. The size of the array depends on thecurrently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:TXPower:ENABle[:ALL][?] <TxpEnable[n]>Query Response:<TxpEnable[n]>

Description Specifies whether to enable transmit power (TXP) measurementsfor specified segments.




Description Enable or disable TXP measurements per segment of the sequence.The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables the TXP measurement.1 | ON: Enables the TXP measurement.

Datatype Boolean

Default Value 1


CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence[:MEASurement]:TXPower:INTerval[:ALL][?] <TxpInterval[n]>Query Response:<TxpInterval[n]>

Description Specifies the interval, in slots, for the transmit power (TXP)measurement of every segment.



Parameter: <TxpInterval[n]>

Description Interval for TXP measurement. The size of the array depends on thecurrently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA:SEQuence:DURation[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:DURation[:ALL][?]<SegmentDuration[n]>Query Response:<SegmentDuration[n]>

Description The sequence duration array contains the duration of each segmentof the sequence. The size of the array depends on the currentlydefined number of segments.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:CDMA:SEQuence:EATTenuation[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>






Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:CDMA:SEQuence:FREQuency:BAND[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:FREQuency:BAND[:ALL][?]<CdmaBandClass[n]>Query Response:<CdmaBandClass[n]>

Description Specifies the CDMA band class. The WTS supports Band 0through Band XV.

Parameter: <CdmaBandClass[n]>

Description Band value per segment. The size of the array depends on thecurrently defined number of segments.

Band Class as defined in 3GPP2 C.S0057-EBand Name Downlink (MHz) Bandwidth (MHz) Uplink (MHz)Duplex spacing (MHz) Low Middle High Low Middle High0 800 860 877 894 34 815 832 849 451 1900 PCS 1930 1960 1990 60 1850 1880 1910 802 TACS 917 938.5 960 43 872 893.5 915 453 JTACS 832 851 870 38 887 906 925 -554 Korean PCS 1840 1855 1870 30 1750 1765 1780 905 NMT450 420 456.5 493 73 410 446.5 483 106 IMT-2000 2110 2140 2170 60 1920 1950 1980 1907 700 MHz 746 752 758 12 776 782 788 -308 1800 1805 1842.5 1880 75 1710 1747.5 1785 959 900 925 942.5 960 35 880 897.5915 45 110 Secondary 800 MHz 851 895.5 940 89 806 853.5 901 4511 400 MHz European PAMR 420 456.5 493 73 410 446.5 483 1012 800 MHz PAMR 915 918 921 6 870 873 876 4514 US PCS 1.9 GHz 1930 1962.5 1995 65 1850 1882.5 1915 8015 AWS 2110 2132.5 2155 45 1710 1732.5 1755 400


Default Value B00


CONFigure:RFSA:CDMA:SEQuence:FREQuency:CHANnel[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:FREQuency:CHANnel[:ALL][?] <CdmaRFChannel[n]>Query Response:<CdmaRFChannel[n]>

Description Specifies the channel value per segment.




Parameter: <CdmaRFChannel[n]>

Description Channel value per segment. The size of the array depends on thecurrently defined number of segments.

Band class 0 / 800Block Mobile Station Base Station Bandwidth UL / DLA0 824.025 835.005 869.025 880.005 11A0+ 844.995 846.495 889.995 891.495 2A1 824.025 835.005 869.025 880.005 11A1+ 844.995 848.985 889.995 893.985 4A2 824.025 829.995 869.025 874.995 6A3 815.025 829.995 860.025 874.995 15B0 835.005 844.995 880.005 889.995 10B0+ 846.495 848.985 891.495 893.985 2B1 835.005 844.995 880.005 889.995 10
















Datatype Integer32

Default Value 1

Range [0:2108]

CONFigure:RFSA:CDMA:SEQuence:MOEXception

Usage:CONFigure:RFSA:CDMA:SEQuence:MOEXception[?]<MoexEnable>Query Response:<MoexEnable>

Description Specifies whether to enable the measurement on exception(MOEX). MOEX enables measurements on low quality data. Bydefault, MOEX is enabled. Disabling MOEX currently appliesonly to sequenced measurements.





Datatype Boolean

Default Value 1

CONFigure:RFSA:CDMA:SEQuence:NSEGments

Usage:CONFigure:RFSA:CDMA:SEQuence:NSEGments[?]<NumberOfSegments>Query Response:<NumberOfSegments>






Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:CDMA:SEQuence:OFFSet[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:OFFSet[:ALL][?]<SegmentOffset[n]>Query Response:<SegmentOffset[n]>

Description Specifies the sequence offset, in slots, for the measurementinterval.



Parameter: <SegmentOffset[n]>

Description Offset, in slots. The size of the array depends on the currentlydefined number of segments.

Datatype Integer32

Default Value 0

Range [0:2147483647]

CONFigure:RFSA:CDMA:SEQuence:POWer[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:POWer[:ALL][?]<MaximumInputPower[n]>Query Response:<MaximumInputPower[n]>

Description Specifies the maximum input power for all segments in thesequence.

Parameter: <MaximumInputPower[n]>

Description Maximum input power for the specified sequence. The size of thearray depends on the currently defined number of segments.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:CDMA:SEQuence:SEGMent[:SETup]

Usage:CONFigure:RFSA:CDMA:SEQuence:SEGMent[:SETup][?]<CdmaBandClass>,<CdmaRFChannel>,<MaxInputPower>,<ExternalAttenuation>,<SegmentDuration>,<SegmentOffset>Query Response:<CdmaBandClass>,<CdmaRFChannel>,<MaxInputPower>,<ExternalAttenuation>,<SegmentDuration>,<SegmentOffset>

Description Specifies all physical properties of a CMDA signal for a givensegment.

Parameter: <CdmaBandClass>

Description Band valueBand Class as defined in 3GPP2 C.S0057-EBand Name Downlink (MHz) Bandwidth (MHz) Uplink (MHz)Duplex spacing (MHz) Low Middle High Low Middle High0 800 860 877 894 34 815 832 849 451 1900 PCS 1930 1960 1990 60 1850 1880 1910 802 TACS 917 938.5 960 43 872 893.5 915 453 JTACS 832 851 870 38 887 906 925 -554 Korean PCS 1840 1855 1870 30 1750 1765 1780 905 NMT450 420 456.5 493 73 410 446.5 483 106 IMT-2000 2110 2140 2170 60 1920 1950 1980 1907 700 MHz 746 752 758 12 776 782 788 -308 1800 1805 1842.5 1880 75 1710 1747.5 1785 959 900 925 942.5 960 35 880 897.5915 45 110 Secondary 800 MHz 851 895.5 940 89 806 853.5 901 4511 400 MHz European PAMR 420 456.5 493 73 410 446.5 483 1012 800 MHz PAMR 915 918 921 6 870 873 876 4514 US PCS 1.9 GHz 1930 1962.5 1995 65 1850 1882.5 1915 8015 AWS 2110 2132.5 2155 45 1710 1732.5 1755 400


Default Value B00

Parameter: <CdmaRFChannel>

Description Band class 0 / 800Block Mobile Station Base Station Bandwidth UL / DLA0 824.025 835.005 869.025 880.005 11A0+ 844.995 846.495 889.995 891.495 2A1 824.025 835.005 869.025 880.005 11A1+ 844.995 848.985 889.995 893.985 4A2 824.025 829.995 869.025 874.995 6A3 815.025 829.995 860.025 874.995 15B0 835.005 844.995 880.005 889.995 10B0+ 846.495 848.985 891.495 893.985 2B1 835.005 844.995 880.005 889.995 10
















Datatype Integer32

Default Value 1

Range [0:2108]



Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm



Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB


Description Segment duration, in slots.

Datatype Integer32


Default Value 16

Range [1:10000]


Description Offset, in slots.

Datatype Integer32

Default Value 0

Range [0:2147483647]

CONFigure:RFSA:CDMA:SEQuence:SEGMent:MEASurement:ENABle[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:SEGMent:MEASurement:ENABle[:ALL][?]<AcpEnable>,<ModEnable>,<ObwEnable>,<SemEnable>,<TxpEnable>Query Response:<AcpEnable>,<ModEnable>,<ObwEnable>,<SemEnable>,<TxpEnable>





Description 0 | OFF: Disables adjacent channel power (ACP) measurements.1 | ON: Enables adjacent channel power (ACP) measurements.

Datatype Boolean

Default Value 0




Datatype Boolean

Default Value 0



Description 0 | OFF: Disables occupied bandwidth (OBW) measurements.1 | ON: Enables occupied bandwidth (OBW) measurements.

Datatype Boolean

Default Value 0



Description 0 | OFF: Disables spectral emissions mask (SEM) measurements.1 | ON: Enables spectral emissions mask (SEM) measurements.

Datatype Boolean


Default Value 0



Description 0 | OFF: Disables transmit power (TXP) measurements.1 | ON: Enables transmit power (TXP) measurements.

Datatype Boolean

Default Value 1


CONFigure:RFSA:CDMA:SEQuence:SEGMent:MEASurement:INTerval[:ALL]

Usage:CONFigure:RFSA:CDMA:SEQuence:SEGMent:MEASurement:INTerval[:ALL][?]<AcpInterval>,<ModInterval>,<ObwInterval>,<SemInterval>,<TxpInterval>Query Response:<AcpInterval>,<ModInterval>,<ObwInterval>,<SemInterval>,<TxpInterval>

Description Specifies the interval, in slots, for all measurements of a givensegment.

Parameter: <AcpInterval>

Description Interval for adjacent channel power (ACP) measurements.

Datatype Integer32

Default Value 1

Range [1:2147483647]


Description Interval for modulation accuracy (ModAcc) measurements.

Datatype Integer32

Default Value 1

Range [1:2147483647]

Parameter: <ObwInterval>

Description Interval for occupied bandwidth (OBW) measurements.

Datatype Integer32

Default Value 1

Range [1:2147483647]

Parameter: <SemInterval>

Description Interval for spectral emissions mask (SEM) measurements.

Datatype Integer32

Default Value 1

Range [1:2147483647]

Parameter: <TxpInterval>

Description Interval for transmit power (TXP) measurements.

Datatype Integer32

Default Value 1

Range [1:2147483647]

CONFigure:RFSA:CDMA:SEQuence:TMODe

Usage:CONFigure:RFSA:CDMA:SEQuence:TMODe[?] <TriggerMode>Query Response:<TriggerMode>

Description Specifies the trigger mode for the sequence.



Parameter: <TriggerMode>

Description Once: Asserts the trigger once per sequence.EverySegment: Asserts the trigger once for each segment in asequence.

Default Value Once

Range Once | EverySegment

CONFigure:RFSA:CDMA:TRACe[:ENABle]

Usage:CONFigure:RFSA:CDMA:TRACe[:ENABle][?]<CdmaTraceEnable>Query Response:<CdmaTraceEnable>

Description Specifies whether to enable collection of trace data for CDMAmeasurements.



Parameter: <CdmaTraceEnable>


Datatype Boolean

Default Value 0

Range 0 | 1 | OFF | ON | |

FETCh:RFSA:CDMA[:RESults]:ACPower[:OFFSet][:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:ACPower[:OFFSet][:AVERage]?Query Response:

<Offset_1>,<RelativePower_1>,<AbsolutePower_1>{,<Offset_n>,<RelativePower_n>,<AbsolutePower_n>}

Description Fetches the average of adjacent channel power (ACP) offsetpower results.

Availability Query


Parameter: <Offset>

Description Offset frequency.

Datatype Double

Unit Hz


Description Channel power relative to carrier channel.

Datatype Double

Unit dB


Description Absolute power in the channel.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:ACPower:CARRier[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:ACPower:CARRier[:AVERage

]?Query Response:<AcpTotalCarrierPower>

Description Fetches adjacent channel power (ACP) carrier results.

Availability Query


Parameter: <AcpTotalCarrierPower>

Description Average of total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:MODulation:CDError[:MAXimum]

Usage:FETCh:RFSA:CDMA[:RESults]:MODulation:CDError[:MAXimum]?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>

Description Fetches all code domain error (CDE) results.

Availability Query


Parameter: <PeakCde>

Description Maximum peak among the CDE of all the active channels and inactivechannels in the signal.

Datatype Double

Unit dB

Parameter: <PeakCdeSf>

Description Maximum spreading factor of the channel that has a peak CDE of allthe active and inactive channels in the signal.

Datatype Integer32

Parameter: <PeakCdeCode>

Description Maximum spreading code of the channel that has a peak CDE of allthe active and inactive channels in the signal.

Datatype Integer32

Parameter: <PeakActiveCde>

Description Maximum peak among the CDE of all the active channels in thesignal.

Datatype Double

Unit dB

Parameter: <PeakActiveCdeSf>

Description Maximum spreading factor of the channel that has a peak CDE of allthe active channels in the signal.

Datatype Integer32

Parameter: <PeakActiveCdeCode>

Description Maximum spreading code of the channel that has a peak CDE of allthe active channels in the signal.

Datatype Integer32

FETCh:RFSA:CDMA[:RESults]:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:CDMA[:RESults]:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>

Description Fetches error vector magnitude (EVM) results.

Availability Query




Datatype Double

Unit %

FETCh:RFSA:CDMA[:RESults]:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:MODulation:EVM:RMS[:AVERage]?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>

Availability Query


Parameter: <RmsEvm>

Description Average RMS EVM.

Datatype Double

Unit %

Parameter: <RmsMagnitudeError>


Datatype Double

Unit %



Datatype Double

Unit deg

Parameter: <Rho>

Description Average of Rho, where Rho is the ratio of the correlated power in asingle coded channel to the total signal power.

Datatype Double

FETCh:RFSA:CDMA[:RESults]:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:MODulation:IMPairments[:AVERage]?Query Response:<IqOriginOffset>,<FrequencyError>,<SlotTimingError>,<ChipRateError>

Description Fetches I/Q impairment results.

Availability Query


Parameter: <IqOriginOffset>

Description Average I/Q origin offset.

Datatype Double

Unit dB



Datatype Double

Unit Hz

Parameter: <SlotTimingError>

Description Timing offset of the configured EVM measurement channel withrespect to the start of the frame.

Datatype Double

Unit sec

Parameter: <ChipRateError>

Description Average chip rate error.

Datatype Double

Unit ppm

FETCh:RFSA:CDMA[:RESults]:OBW[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches occupied bandwidth (OBW) results.

Availability Query




Datatype Double

Unit Hz

Description Average power of the RBW filtered signal integrated over the span.

Datatype Double

Unit dBm


Description Average of the lower-bound frequency of the OBW.

Datatype Double

Unit Hz



Datatype Double

Unit Hz

FETCh:RFSA:CDMA[:RESults]:OBW:TRACe

Usage:FETCh:RFSA:CDMA[:RESults]:OBW:TRACe?Query Response:<ObwTraceXo>,<ObwTraceDx>,#xyy<ObwTraceData[n]>

Description

Availability Query

Parameter: <ObwTraceXo>

Parameter: <ObwTraceDx>


FETCh:RFSA:CDMA[:RESults]:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>

Description Fetches spectral emissions mask (SEM) power and status results.

Availability Query


Parameter: <SemCompositeMaskStatus>

Description Composite mask status.

Datatype Boolean

Parameter: <WorseMargin>

Description Average worse margin value.

Datatype Double

Unit dB

Parameter: <WorseMarginFrequency>

Description Average worse margin frequency.

Datatype Double

Unit Hz

Parameter: <SemTotalCarrierPower>

Description Average total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}

Description Fetches spectral emissions mask (SEM) power and status results,per segment.

Availability Query




Datatype Integer32

Parameter: <SegmentStartFrequency>

Description Start frequency of the SEM frequency segment.

Datatype Double

Unit Hz

Parameter: <SegmentStopFrequency>

Description Stop frequency of the SEM frequency segment.

Datatype Double

Unit Hz

Parameter: <SegmentMargin>


Datatype Double

Unit dB

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]?Query Response:<Offset_1>,<AverageRelativePower_1>,<AverageAbsolutePower_1>{,<Offset_n>,<AverageRelativePower_n>,<AverageAbsolutePower_n>}

Description Fetches adjacent channel power (ACP) offset results.

Availability Query


Parameter: <Offset>


Datatype Double

Unit Hz

Parameter: <AverageRelativePower>


Datatype Double

Unit dB

Parameter: <AverageAbsolutePower>


Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimum?Query Response:

<Offset_1>,<MaxRelativePower_1>,<MaxAbsolutePower_1>{,<Offset_n>,<MaxRelativePower_n>,<MaxAbsolutePower_n>}


Availability Query


Parameter: <Offset>


Datatype Double

Unit Hz

Parameter: <MaxRelativePower>


Datatype Double

Unit dB

Parameter: <MaxAbsolutePower>


Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPo

wer[:OFFSet]:MINimum?Query Response:<Offset_1>,<MinRelativePower_1>,<MinAbsolutePower_1>{,<Offset_n>,<MinRelativePower_n>,<MinAbsolutePower_n>}


Availability Query


Parameter: <Offset>


Datatype Double

Unit Hz

Parameter: <MinRelativePower>


Datatype Double

Unit dB

Parameter: <MinAbsolutePower>


Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]?Query Response:<AcpTotalCarrierPower>

Description Fetches adjacent channel power (ACP) carrier results for a givensegment.

Availability Query




Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimum?Query Response:<AcpTotalCarrierPower>

Availability Query



Description Maximum total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimum?Query Response:<AcpTotalCarrierPower>


Availability Query



Description Minimum total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>

Description Fetches all code domain error (CDE) results for a given segment.

Availability Query



Description Maximum peak among the CDE of all the active channels and inactivechannels in the signal.

Datatype Double

Unit dB


Description Maximum spreading factor of the channel that has a peak CDE of allthe active and inactive channels in the signal.

Datatype Integer32

Description Maximum spreading code of the channel that has a peak CDE of allthe active and inactive channels in the signal.

Datatype Integer32


Description Maximum peak among the CDE of all the active channels in thesignal.

Datatype Double

Unit dB


Description Maximum spreading factor of the channel that has a peak CDE of allthe active channels in the signal.

Datatype Integer32


Description Maximum spreading code of the channel that has a peak CDE of allthe active channels in the signal.

Datatype Integer32

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERage

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERage?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>


Availability Query



Description Average peak among the CDE of all the active channels and inactivechannels in the signal.

Datatype Double

Unit dB


Description Average spreading factor of the channel that has a peak CDE of all theactive and inactive channels in the signal.

Datatype Integer32


Description Average spreading code of the channel that has a peak CDE of all theactive and inactive channels in the signal.

Datatype Integer32


Description Average peak among the CDE of all the active channels in the signal.

Datatype Double

Unit dB


Description Average spreading factor of the channel that has a peak CDE of all theactive channels in the signal.

Datatype Integer32


Description Average spreading code of the channel that has a peak CDE of all theactive channels in the signal.

Datatype Integer32

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimum?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>


Availability Query



Description Minimum peak among the CDE of all the active channels and inactivechannels in the signal.

Datatype Double

Unit dB


Description Minimum spreading factor of the channel that has a peak CDE of allthe active and inactive channels in the signal.

Datatype Integer32


Description Minimum spreading code of the channel that has a peak CDE of allthe active and inactive channels in the signal.

Datatype Integer32


Description Minimum peak among the CDE of all the active channels in thesignal.

Datatype Double

Unit dB


Description Minimum spreading factor of the channel that has a peak CDE of allthe active channels in the signal.

Datatype Integer32


Description Minimum spreading code of the channel that has a peak CDE of allthe active channels in the signal.

Datatype Integer32

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>

Description Fetches error vector magnitude (EVM) results for a givensegment.

Availability Query




Datatype Double

Unit %

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERage

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERage?Query Response:<PeakEvm>

Availability Query




Datatype Double

Unit %

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimum?Query Response:<PeakEvm>


Availability Query



Description Minimum peak EVM.

Datatype Double

Unit %

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>

Description Average RMS EVM.

Datatype Double

Unit %



Datatype Double

Unit %

Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimum?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>

Description Maximum RMS EVM.

Datatype Double

Unit %



Datatype Double

Unit %



Datatype Double

Unit deg

Parameter: <Rho>

Description Maximum of Rho, where Rho is the ratio of the correlated power in asingle coded channel to the total signal power.

Datatype Double

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimum?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>

Availability Query


Parameter: <RmsEvm>

Description Minimum RMS EVM.

Datatype Double

Unit %


Description Minimum magnitude error.

Datatype Double

Unit %


Description Minimum phase error.

Datatype Double

Unit deg

Parameter: <Rho>

Description Minimum of Rho, where Rho is the ratio of the correlated power in asingle coded channel to the total signal power.

Datatype Double

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]?Query Response:<IqOriginOffset>,<FrequencyError>,<SlotTimingError>,<ChipRateError>

Description Fetches I/Q impairments results for a given segment.

Availability Query



Description Average I/Q origin offset.

Datatype Double

Unit dB



Datatype Double

Unit Hz

Datatype Double

Unit sec


Description Average chip rate error.

Datatype Double

Unit ppm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum?Query Response:<IqOriginOffset>,<FrequencyError>,<SlotTimingError>,<ChipRateError>


Availability Query



Description Maximum I/Q origin offset.

Datatype Double

Unit dB

Datatype Double

Unit Hz



Datatype Double

Unit sec


Description Maximum chip rate error.

Datatype Double

Unit ppm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimum?Query Response:<IqOriginOffset>,<FrequencyError>,<SlotTimingError>,<ChipRateError>


Availability Query



Description Minimum I/Q origin offset.

Datatype Double

Unit dB



Datatype Double

Unit Hz



Datatype Double

Unit sec


Description Minimum chip rate error.


Datatype Double

Unit ppm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches occupied bandwidth (OBW) results for a given segment.

Availability Query




Datatype Double

Unit Hz



Datatype Double

Unit dBm

Description Average of the lower-bound frequency of the OBW.

Datatype Double

Unit Hz



Datatype Double

Unit Hz

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW:MAXimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query



Description Maximum OBW of the signal.

Datatype Double

Unit Hz


Description Maximum power of the RBW filtered signal integrated over the span.

Datatype Double

Unit dBm


Description Maximum of the lower-bound frequency of the OBW.

Datatype Double

Unit Hz


Description Maximum of the upper-bound frequency of the OBW measurements.

Datatype Double

Unit Hz

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:OBW:MINimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query



Description Minimum OBW of the signal.

Datatype Double

Unit Hz


Description Minimum power of the RBW filtered signal integrated over the span.

Datatype Double

Unit dBm


Description Minimum of the lower-bound frequency of the OBW.

Datatype Double

Unit Hz


Description Minimum of the upper-bound frequency of the OBW measurements.


Datatype Double

Unit Hz

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean


Description Average worse margin value.

Datatype Double

Unit dB

Description Average worse margin frequency.

Datatype Double

Unit Hz



Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimum?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>

Description Fetches spectral emissions mask (SEM) power and status resultsfor a given segment.

Availability Query

Datatype Boolean


Description Maximum worse margin value.

Datatype Double

Unit dB


Description Maximum worse margin frequency.

Datatype Double

Unit Hz


Description Maximum total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum?Query Response:

<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean


Description Minimum worse margin value.

Datatype Double

Unit dB


Description Minimum worse margin frequency.

Datatype Double

Unit Hz


Description Minimum total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}

Description Fetches spectral emissions mask (SEM) power and status resultsper segment.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz

Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimum?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query

Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimum?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopF

requency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz

Datatype Double

Unit dB

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query


Parameter: <AvgMeanPower>

Description Average mean power.

Datatype Double

Unit dBm

Parameter: <PeakToAvgRatio>

Description Average of the peak to average ratio.

Datatype Double

Unit dB

Description Average maximum power.

Datatype Double

Unit dBm


Description Average of the minimum power.

Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:MAXimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:MAXimum?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query



Description Maximum mean power.

Datatype Double

Unit dBm



Datatype Double

Unit dB



Datatype Double

Unit dBm



Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:MINimum

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:MINimum?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query



Description Minimum mean power.

Datatype Double

Unit dBm


Description Minimum of the peak to average ratio.

Datatype Double

Unit dB


Description Minimum maximum power.

Datatype Double

Unit dBm


Description Minimum of the minimum power.


Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:TRACe

Usage:FETCh:RFSA:CDMA[:RESults]:SEQuence:SEGMent:TXPower:TRACe?Query Response:<SequenceTxpTraceXo>,<SequenceTxpTraceDx>,#xyy<SequenceTxpTraceData[n]>

Description Fetches transmit power (TXP) trace results.

Availability Query


Parameter: <SequenceTxpTraceXo>

Parameter: <SequenceTxpTraceDx>

Parameter: #xyy<SequenceTxpTraceData[n]>

FETCh:RFSA:CDMA[:RESults]:STATe

Usage:FETCh:RFSA:CDMA[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>

Availability Query



Description IDLE: Hardware is available.

PENDING: Execution is waiting for hardware to be released.

ACTIVE: Hardware is actively acquiring data.



Description OFF: The measurement has not been initiated.

READY: The measurement result is available to fetch.

PENDING: The measurement is initiated but has not started to receivedata to process.

PROCESSING: The measurement is processing the acquired data.


FETCh:RFSA:CDMA[:RESults]:TXPower[:ALL]

Usage:FETCh:RFSA:CDMA[:RESults]:TXPower[:ALL]?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query



Description Average mean power.

Datatype Double

Unit dBm



Datatype Double

Unit dB



Datatype Double

Unit dBm




Datatype Double

Unit dBm

FETCh:RFSA:CDMA[:RESults]:TXPower:TRACe

Usage:FETCh:RFSA:CDMA[:RESults]:TXPower:TRACe?Query Response:<TxpTraceXo>,<TxpTraceDx>,#xyy<TxpTraceData[n]>

Description

Availability Query


Parameter: <TxpTraceXo>

Parameter: <TxpTraceDx>


INITiate:RFSA:CDMA[:RESults]

Usage:INITiate:RFSA:CDMA[:RESults]

Description Initiates a composite CDMA measurement and stores the resultsin the result space provided in [:Result].

INITiate:RFSA:CDMA:ALEVel

Usage:INITiate:RFSA:CDMA:ALEVel




SYSTem:RFSA:CDMA:VERSion

Usage:SYSTem:RFSA:CDMA:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:CDMA:DELay

Usage:TRIGger:RFSA:CDMA:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>





Description Delay between the trigger and the start of data acquisition.

Datatype Double


Range [-1.00E+000:1.00E+000]

Unit s

TRIGger:RFSA:CDMA:EDGE

Usage:TRIGger:RFSA:CDMA:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

TRIGger:RFSA:CDMA:EXPort

Usage:TRIGger:RFSA:CDMA:EXPort[?]<TriggerExportDestination>Query Response:<TriggerExportDestination>

Default Value NONE


TRIGger:RFSA:CDMA:MQTime

Usage:TRIGger:RFSA:CDMA:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Description Specifies the minimum time for which the signal must be quietbefore the device arms the trigger. The signal is quiet when it isbelow the trigger level when you set the EDGE property toRISING, or above the trigger level when you set the EDGEproperty to FALLING.




Description Minimum time during which the signal level must be above orbelow the trigger value for triggering to occur.

Datatype Double

Default Value 0.000000000000000E+000

Range [0.000000000000000E+000:Inf]

Unit s

TRIGger:RFSA:CDMA:SOURce

Usage:TRIGger:RFSA:CDMA:SOURce[?] <TriggerSource>Query Response:<TriggerSource>






Datatype String


TRIGger:RFSA:CDMA:THReshold

Usage:TRIGger:RFSA:CDMA:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>

Datatype Double

Default Value -3.000000000000000E+001

Range [-Inf:Inf]

Unit dB

TRIGger:RFSA:CDMA:TOUT

Usage:TRIGger:RFSA:CDMA:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Datatype Double

Default Value 5.000000000000000E+000

Range [0.000000000000000E+000:1.000000000000000E+003]

Unit s

LTE Instrument PersonalityUse the LTE instrument personality to analyze LTE FDD/TDD and LTE-A signals thatconform to the 3GPP specifications.


LTE Signal Analyzer SCPI Command ListComplete list of LTE signal analyzer SCPI commands.

CONFigure:RFSA:LTE[:MEASurement]:ACPower[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage[:COUNt]CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage:TYPECONFigure:RFSA:LTE[:MEASurement]:MODulation[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:MODulation:AVERage[:COUNt]CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:LENGthCONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:OFFSetCONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:TYPECONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval[:SLOTs]CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval:OFFSet

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MODECONFigure:RFSA:LTE[:MEASurement]:MODulation:RBAuto[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:MOEXceptionCONFigure:RFSA:LTE[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage:TYPECONFigure:RFSA:LTE[:MEASurement]:PDYNamics[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage[:COUNt]CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage:TYPECONFigure:RFSA:LTE[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:LTE[:MEASurement]:SEM:OSEGments:LIMitsCONFigure:RFSA:LTE[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:COUNtCONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:LTE[:MEASurement]:TXPower:MINTervalCONFigure:RFSA:LTE[:SBLock][:CCARrier]:BWIDthCONFigure:RFSA:LTE[:SBLock][:CCARrier]:CIDCONFigure:RFSA:LTE[:SBLock][:CCARrier]:FREQuency:OFFSetCONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:NRBCONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:RBOFfsetCONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:MSCHemeCONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:NRBClustersCONFigure:RFSA:LTE[:SBLock]:EATTenuationCONFigure:RFSA:LTE[:SBLock]:FREQuency[:CENTer]CONFigure:RFSA:LTE[:SBLock]:FREQuency:BANDCONFigure:RFSA:LTE[:SBLock]:FREQuency:CHANnelCONFigure:RFSA:LTE[:SBLock]:NCCarriersCONFigure:RFSA:LTE[:SBLock]:PORTnameCONFigure:RFSA:LTE[:SBLock]:POWer[:MAXimum]CONFigure:RFSA:LTE[:SBLock]:SPACing:CCINdex

CONFigure:RFSA:LTE[:SBLock]:SPACing:TYPECONFigure:RFSA:LTE:CPRefixCONFigure:RFSA:LTE:DMODeCONFigure:RFSA:LTE:NSBLocksCONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:BWIDth[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:CID[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:FREQuency:OFFSet[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:MSCHeme[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:NRBLock[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:RBOFfset[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:EATTenuation[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:BAND[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:CHANnel[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:NCCarriers[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:POWer[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:CCINdex[:ALL]CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:TYPE[:ALL]CONFigure:RFSA:LTE:SEQuence:DURation[:ALL]CONFigure:RFSA:LTE:SEQuence:ENABleCONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:INTerval[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:INTerval[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:INTerval[

:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:INTernal[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:INTerval[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:TXPower:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:MEASurement:TXPower:INTerval[:ALL]CONFigure:RFSA:LTE:SEQuence:NSEGmentsCONFigure:RFSA:LTE:SEQuence:OFFSet[:ALL]CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock][:SETup]CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:CCARrierCONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:NCCarriersCONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:SPACingCONFigure:RFSA:LTE:SEQuence:SEGMent:DURationCONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:ENABle[:ALL]CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:INTerval[:ALL]CONFigure:RFSA:LTE:SEQuence:SEGMent:OFFSetCONFigure:RFSA:LTE:TDD:UDConfigCONFigure:RFSA:LTE:TRACe[:ENABle]FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock][:OFFSet][:AVERage]FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:CARRier[:AVERage]FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:TRACe[:SPECtrum]FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe[:CONStellation]FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SCARrierFETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SYMBolFETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:SFLatnessFETCh:RFSA:LTE[:RESults]:OBW[:SBLock][:AVERage]FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock][:ALL]FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock]:TRACe[:POWer]FETCh:RFSA:LTE[:RESults]:SEM[:SBLock][:MARGin][:AVERage]FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:CARRier[:AVERage]FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:OSEGments[:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet][:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier[:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MINimum

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:AVERageFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:AVERageFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:SFLatnessFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock][:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock][:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin][:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier[:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:

SBLock]:CARRier:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments[:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MINimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock][:AVERage]FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MAXimumFETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MINimumFETCh:RFSA:LTE[:RESults]:STATeFETCh:RFSA:LTE[:RESults]:TXPower[:SBLock][:ALL]FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock]:TRACe[:POWer]INITiate:RFSA:LTE[:RESults]SYSTem:RFSA:LTE:VERSionTRIGger:RFSA:LTE:DELayTRIGger:RFSA:LTE:EDGETRIGger:RFSA:LTE:EXPortTRIGger:RFSA:LTE:MQTimeTRIGger:RFSA:LTE:SOURceTRIGger:RFSA:LTE:THResholdTRIGger:RFSA:LTE:TOUT

LTE RFSA SCPI Command ReferenceSCPI command reference for the LTE signal analyzer instrument personality.

CONFigure:RFSA:LTE[:MEASurement]:ACPower[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:ACPower[:ENABle][?]<AcpEnable>Query Response:<AcpEnable>

Description Specifies whether to enable adjacent channel power (ACP)measurements.




Description 0 | OFF: Disables ACP measurements.1 | ON: Enables ACP measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage[:COUNt][?] <AcpNumberAverages>Query Response:<AcpNumberAverages>

Description Specifies the number of iterations over which to average adjacentchannel power (ACP) measurements.

Parameter: <AcpNumberAverages>

Description Number of iterations over which to average ACP measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage:TYPE

Usage:CONFigure:RFSA:LTE[:MEASurement]:ACPower:AVERage:TYPE[?] <AcpAveragingType>Query Response:<AcpAveragingType>

Description Specifies the averaging type for adjacent channel power (ACP)measurements.



Parameter: <AcpAveragingType>

Default Value RMS


CONFigure:RFSA:LTE[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation[:ENABle][?] <EVM Enabled>Query Response:<EVM Enabled>




Parameter: <EVM Enabled>


Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:AVERage[:COUNt][?] <EvmNumberAverages>Query Response:<EvmNumberAverages>

Description Specifies the number of iterations over which to averagemodulation accuracy (ModAcc) measurements.



Parameter: <EvmNumberAverages>

Description Number of iterations over which to average ModAcc measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:LENGth

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:LENGth[?] <FFTWindowLength>Query Response:<FFTWindowLength>

Description Specifies the measurement offset, in slots.

Parameter: <FFTWindowLength>

Description Length in percentage points of the cyclix prefix (CP). Onecorresponds to the smallest CP window, while 100 corresponds touse the entire window.The offset plus length should not surpass 100.

Datatype Double

Default Value 50.0

Range [1.0:100.0]

Unit %CP

CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:OFFSet

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:OFFSet[?] <FFTWindowOffset>Query Response:<FFTWindowOffset>




Parameter: <FFTWindowOffset>

Description Offset in percentage points of the cyclix prefix (CP). Zerocorresponds to the beginning of the CP, while 100 corresponds tothe end.The offset plus length should not surpass 100.

Datatype Double

Default Value 50.0

Range [0.0:99.0]

Unit %CP

CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:TYPE

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:FFTWindow:TYPE[?] <FFTWindowType>Query Response:<FFTWindowType>

Description Specifies the FFT window type.CUSTOM is faster for production test, while 3GPP adapts to thestandard.



Parameter: <FFTWindowType>

Description 3GPP: Computes two EVM numbers with high offset and low offsetand returns the maximum EVM found.CUSTOM: Based on the offset and length values, computes onlyone EVM number.

Default Value 3GPP

Range 3GPP | CUSTOM

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval[:SLOTs]

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval[:SLOTs][?] <MeasurementInterval_Slots>Query Response:<MeasurementInterval_Slots>

Description Specifies the number of slots over which to perform modulationaccuracy (ModAcc) measurements.



Parameter: <MeasurementInterval_Slots>

Description Number of slots over which to perform ModAcc measurements. -1specifies all slots.

Datatype Integer32

Default Value 1

Range [-1:20]

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval:OFFSet

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:MINTerval:OFFSet[?] <MeasurementOffset_Slots>

Query Response:<MeasurementOffset_Slots>




Parameter: <MeasurementOffset_Slots>

Description Measurement offset.

Datatype Integer32

Default Value 0

Range [0:20]

CONFigure:RFSA:LTE[:MEASurement]:MODulation:MODE

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:MODE[?]<MeasurementMode>Query Response:<MeasurementMode>

Description FRAME: Measures a specific slot on an acquired frame, dependenton the offset and duration in slots.SLOT: Measures a random selection of slots, dependent on themeasurement duration in slots.ARBITRARY: Measures a given number of chips, dependent on themeasurement duration in slots.AUTO: Automatically selects a measurement mode based on triggersettings.


Default Value AUTO

Range FRAME | SLOT | ARBITRARY | AUTO

CONFigure:RFSA:LTE[:MEASurement]:MODulation:RBAuto[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:MODulation:RBAuto[:ENABle][?] <RBAutodetection>Query Response:<RBAutodetection>

Description Specifies whether to enable the auto detection of channelconfiguration, allocated resource blocks, and modulation scheme.

Parameter: <RBAutodetection>

Description 0 | OFF: Disables auto detection of channel configuration, allocatedresource blocks, and modulation scheme.1 | ON: Enables auto detection of channel configuration, allocatedresource blocks, and modulation scheme.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE[:MEASurement]:MOEXception

Usage:CONFigure:RFSA:LTE[:MEASurement]:MOEXception[?]<MeasureOnException>Query Response:<MeasureOnException>

Description Specifies whether to enable the measurement on exception(MOEX). MOEX enables measurements on low quality data. Bydefault, MOEX is enabled. Disabling MOEX currently appliesonly to sequenced measurements.



Parameter: <MeasureOnException>


Datatype Boolean

Default Value 1


CONFigure:RFSA:LTE[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:OBW[:ENABle][?]<ObwEnabled>Query Response:<ObwEnabled>




Parameter: <ObwEnabled>


Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwNumberAverages>Query Response:<ObwNumberAverages>

Description Specifies the number of iterations over which to averageoccupied bandwidth (OBW) measurements.



Parameter: <ObwNumberAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage:TYPE

Usage:CONFigure:RFSA:LTE[:MEASurement]:OBW:AVERage:TYPE[?]<ObwAveragingType>Query Response:<ObwAveragingType>

Description Specifies the averaging type for occupied bandwidth (OBW)measurements.

Parameter: <ObwAveragingType>



Default Value RMS


CONFigure:RFSA:LTE[:MEASurement]:PDYNamics[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:PDYNamics[:ENABle][?] <PDyn Enabled>Query Response:<PDyn Enabled>

Description Specifies whether to enable power dynamics (PDYN)measurements.



Parameter: <PDyn Enabled>

Description 0 | OFF: Disables power dynamics measurements.1 | ON: Enables power dynamics measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage[:COUNt]

Usage:CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage[:COUNt][?] <PowerDynamicsNumberAverages>Query Response:<PowerDynamicsNumberAverages>

Description Specifies the number of iterations over which to average powerdynamics (PDYN) measurements.



Parameter: <PowerDynamicsNumberAverages>

Description Number of iterations over which to average PDYN measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage:TYPE

Usage:CONFigure:RFSA:LTE[:MEASurement]:PDYNamics:AVERage:TYPE[?] <PowerDynamicsAveragingType>Query Response:<PowerDynamicsAveragingType>

Description Specifies the averaging type for power dynamics (PDYN)measurements.



Parameter: <PowerDynamicsAveragingType>

Description RMS - Averages the measured power.LOG - Averages the log of the measured power.SCALAR - Averages the measured voltage.MAX - Averages the maximum measured values.MIN - Averages the minimum measured values.MAXMIN - Averages the maximum and minimum measuredvalues.


Default Value RMS

Range RMS | LOG | SCALAR | MAX | MIN | MAXMIN

CONFigure:RFSA:LTE[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:SEM[:ENABle][?] <SEMEnabled>Query Response:<SEM Enabled>

Parameter: <SEM Enabled>

Description 0 | OFF: Disables SEM measurements.1 | ON: Enables SEM measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage[:COUNt][?] <SemNumberAverages>Query Response:<SemNumberAverages>

Description Specifies the number of iterations over which to average spectralemissions mask (SEM) measurements.

Parameter: <SemNumberAverages>

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:LTE[:MEASurement]:SEM:AVERage:TYPE[?]<SemAveragingType>Query Response:<SemAveragingType>

Description Specifies the averaging type for spectral emission mask (SEM)measurements.



Parameter: <SemAveragingType>



Default Value RMS

CONFigure:RFSA:LTE[:MEASurement]:SEM:OSEGments:LIMits

Usage:CONFigure:RFSA:LTE[:MEASurement]:SEM:OSEGments:LIMits?Query Response:<SegmentIndex_1>,<SegmentEnableStatus_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentAbsoluteLevel_1>,<SegmentRBW_1>{,<SegmentIndex_n>,<SegmentEnableStatus_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentAbsoluteLevel_n>,<SegmentRBW_n>}

Description

Availability Query




Datatype Integer32

Parameter: <SegmentEnableStatus>

Description Indicates if the segment limit test is enabled or not for this segment. 0means OFF or Disable, 1 means ON or Enable.

Datatype Integer32



Datatype Double

Unit Hz

Datatype Double

Unit Hz

Parameter: <SegmentAbsoluteLevel>

Description Absolute mask limit in dBm.

Datatype Double

Unit dB

Parameter: <SegmentRBW>

Description RBW of the segment.

Datatype Double

Unit dB

CONFigure:RFSA:LTE[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:LTE[:MEASurement]:TXPower[:ENABle][?]<TXP Enabled>Query Response:<TXP Enabled>

Parameter: <TXP Enabled>


Datatype Boolean

Default Value 1


CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:COUNt

Usage:CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:COUNt[?] <TxPNumberAverages>Query Response:<TxPNumberAverages>

Description Specifies the number of iterations over which to average transmitpower (TXP) measurements.

Parameter: <TxPNumberAverages>

Description Number of iterations over which to average TXP measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:LTE[:MEASurement]:TXPower:AVERage:TYPE[?] <TxPAveragingType>Query Response:<TxPAveragingType>

Description Specifies the averaging type for transmit power (TXP)measurements.



Parameter: <TxPAveragingType>

Description RMS - Averages the measured power.LOG - Averages the log of the measured power.SCALAR - Averages the measured voltage.MAX - Averages the maximum measured values.MIN - Averages the minimum measured values.

Default Value RMS


CONFigure:RFSA:LTE[:MEASurement]:TXPower:MINTerval

Usage:CONFigure:RFSA:LTE[:MEASurement]:TXPower:MINTerval[?]<TxpMeasurementInterval>Query Response:<TxpMeasurementInterval>

Description Specifies the signal interval on which the transmit power (TXP)measurement executes for all segments in the sequence.




Description Measurement interval, in slots.

Datatype Integer32

Default Value 2

Range [1:1000]

Unit Slot

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:BWIDth

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:BWIDth[?] <CarrierBandwidth>

Query Response:<CarrierBandwidth>

Description Specifies the bandwidth of the carrier signal.



Parameter: <CarrierBandwidth>

Default Value 10e6

Range 1.4e6 | 3e6 | 5e6 | 10e6 | 15e6 | 20e6

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:CID

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:CID[?]<CellID>Query Response:<CellID>

Description Specifies the physical layer cell identity as defined in section 6.11of the 3GPP TS 36.211 v8.6.0 specifications.



Parameter: <CellID>

Default Value 0

Range [0:503]

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:FREQuency:OFFSet

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:FREQuency:OFFSet[?] <OffsetFrequency>Query Response:<OffsetFrequency>

Description Specifies the offset frequency from the subblock centerfrequency.



Parameter: <OffsetFrequency>

Description Offset frequency from the subblock center frequency.This value is used only if Spacing type is USER.

Datatype Double

Default Value 0.00

Range [-100000000.00:100000000.00]

Unit Hz

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:NRB

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:NRB[?] <NumberRB>Query Response:<NumberRB>

Description Specifies the number of resource blocks to use for ameasurement.



Parameter: <NumberRB>

Description Number of resource blocks. -1 specifies the use of all resourceblocks.

Datatype Integer32

Default Value -1

Range [-1:100]

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:RBOFfset

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh[:RBCLuster]:RBOFfset[?]<RBOffset>Query Response:<RBOffset>

Description Specifies the resource block offset to use for a measurement.

Parameter: <RBOffset>

Description Resource block offset. The default value, 0, sets the offset to thestart of allocated resource blocks.

Datatype Integer32

Default Value 0

Range [0:100]

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:MSCHeme

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:MSCHeme[?] <ModulationScheme>Query Response:<ModulationScheme>

Description Specifies the modulation scheme.




Description QPSK: Quadrature phase-shift keying (QPSK) modulation scheme.Q16: 16-quadrature amplitude modulation (QAM) scheme.Q64: 64-QAM modulation scheme.


Default Value QPSK

Range QPSK | Q16 | Q64

CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:NRBClusters

Usage:CONFigure:RFSA:LTE[:SBLock][:CCARrier]:PUSCh:NRBClusters[?] <NumberRBClusters>Query Response:<NumberRBClusters>

Description



Parameter: <NumberRBClusters>

Default Value 1

Range [1:100]

CONFigure:RFSA:LTE[:SBLock]:EATTenuation

Usage:CONFigure:RFSA:LTE[:SBLock]:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Description Specifies the external attenuation value. External attenuation isapplied on top of any attenuation provided for the specified port.

Datatype Double

Default Value 0.00

Range [-Inf:Inf]

Unit dB

CONFigure:RFSA:LTE[:SBLock]:FREQuency[:CENTer]

Usage:CONFigure:RFSA:LTE[:SBLock]:FREQuency[:CENTer][?]<CenterFrequency>Query Response:<CenterFrequency>

Description Specifies the carrier frequency of the received LTE signal.




Description Specifies the carrier frequency of the received LTE signal.

Datatype Double

Range [10000000.00:6000000000.00]

Unit Hz

CONFigure:RFSA:LTE[:SBLock]:FREQuency:BAND

Usage:CONFigure:RFSA:LTE[:SBLock]:FREQuency:BAND[?]<Band>Query Response:<Band>

Description Specifies the frequency band of the LTE signal.



Parameter: <Band>

Default Value 1

Range [1:44]

CONFigure:RFSA:LTE[:SBLock]:FREQuency:CHANnel

Usage:CONFigure:RFSA:LTE[:SBLock]:FREQuency:CHANnel[?]<EARFCN>Query Response:<EARFCN>

Description Specifies the E-UTRA absolute radio-frequency channel number(EARFCN).



Parameter: <EARFCN>

Description Specifies the E-UTRA absolute radio-frequency channel number(EARFCN).

Datatype Integer32

Default Value 18300

Range [0:65535]

CONFigure:RFSA:LTE[:SBLock]:NCCarriers

Usage:CONFigure:RFSA:LTE[:SBLock]:NCCarriers[?]<NumberOfComponentCarriers>Query Response:<NumberOfComponentCarriers>

Description Specifies the number of component carriers.

Parameter: <NumberOfComponentCarriers>

Default Value 1

Range [1:5]

CONFigure:RFSA:LTE[:SBLock]:PORTname

Usage:CONFigure:RFSA:LTE[:SBLock]:PORTname[?] <PortName>Query Response:<PortName>





Default Value ""

CONFigure:RFSA:LTE[:SBLock]:POWer[:MAXimum]

Usage:CONFigure:RFSA:LTE[:SBLock]:POWer[:MAXimum][?]<MaxInputPower>Query Response:<MaxInputPower>

Description Specifies the maximum input power to the instrument.




Default Value 0.00

Range [-Inf:Inf]

Unit dBm

CONFigure:RFSA:LTE[:SBLock]:SPACing:CCINdex

Usage:CONFigure:RFSA:LTE[:SBLock]:SPACing:CCINdex[?]<ReferenceCCIndex>Query Response:<ReferenceCCIndex>

Description Specifies the index of the referred component carrier.



Parameter: <ReferenceCCIndex>

Description Index of the referred component carrier.

Datatype Integer32

Default Value -1

Range [-1:10]

CONFigure:RFSA:LTE[:SBLock]:SPACing:TYPE

Usage:CONFigure:RFSA:LTE[:SBLock]:SPACing:TYPE[?]<SpacingType>Query Response:<SpacingType>

Description Specifies the spacing between component carriers in amulticarrier scenario.



Parameter: <SpacingType>

Description Spacing between component carriers in a multicarrier scenario.


Default Value Nominal

Range Nominal | Minimum | User

CONFigure:RFSA:LTE:CPRefix

Usage:CONFigure:RFSA:LTE:CPRefix[?] <CyclicPrefix>Query Response:<CyclicPrefix>

Description Specifies the cyclic prefix mode as defined in section 5.2.3 of the3GPP TS 36.211 v8.6.0 specifications.



Parameter: <CyclicPrefix>

Description NORMAL: Cyclic prefix length is 6 OFDM symbols.EXTENDED: Cyclic prefix length is 7 OFDM symbols.


Default Value NORMAL

Range NORMAL | EXTENDED

CONFigure:RFSA:LTE:DMODe

Usage:CONFigure:RFSA:LTE:DMODe[?] <DuplexMode>Query Response:<DuplexMode>

Description Specifies the direction and duplexing technique used in theanalyzed frame.

Parameter: <DuplexMode>

Description FDD: Direction is uplink (UL) and the duplexing technique isfrequency-division duplexing (FDD) for the analyzed signal.TDD: Direction is UL and the duplexing technique is time-divisionduplexing (TDD) for the analyzed signal.


Default Value FDD

Range FDD | TDD

CONFigure:RFSA:LTE:NSBLocks

Usage:CONFigure:RFSA:LTE:NSBLocks[?] <NumberOfCCSubBlocks>Query Response:<NumberOfCCSubBlocks>

Description Specifies the number of subblocks for the component carrier.



Parameter: <NumberOfCCSubBlocks>

Description Number of subblocks for the component carrier.

Datatype Integer32

Default Value 1

Range [1:2]

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:BWIDth[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:BWIDth[:ALL][?] <SequenceCCBandwidths[n]>Query Response:<SequenceCCBandwidths[n]>

Description Specifies the bandwidth for all segments in the sequence.



Parameter: <SequenceCCBandwidths[n]>

Description Bandwidth of the LTE signal for all segments.


Default Value 1.4e6

Range 1.4e6 | 3e6 | 5e6 | 10e6 | 15e6 | 20e6

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:CID[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:CID[:ALL][?] <SequenceCCCellIDs[n]>Query Response:<SequenceCCCellIDs[n]>

Description Specifies the physical layer cell identity as defined in section 6.11of the 3GPP TS 36.211 v8.6.0 specifications.



Parameter: <SequenceCCCellIDs[n]>

Default Value 0

Range [0:503]

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:FREQuency:OFFSet[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:FREQuency:OFFSet[:ALL][?]<SequenceCCOffsetFrequencies[n]>Query Response:<SequenceCCOffsetFrequencies[n]>

Description Specifies the offset frequency from the subblock center frequencyfor all segments in the sequence.



Parameter: <SequenceCCOffsetFrequencies[n]>

Description Offset frequency from the subblock center frequency.

Datatype Double

Default Value 0.00

Range [0.00:100000000.00]

Unit Hz

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:MSCHeme[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:MSCHeme[:ALL][?]<SequenceCCModulationSchemes[n]>Query Response:<SequenceCCModulationSchemes[n]>

Description Specifies the modulation scheme to use for measurements for allsegments in the sequence.



Parameter: <SequenceCCModulationSchemes[n]>



Default Value QPSK

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:NRBLock[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:NRBLock[:ALL][?]<SequenceCCNumberOfRBs[n]>Query Response:<SequenceCCNumberOfRBs[n]>

Description Specifies the number of resource blocks for all segments in thesequence.



Parameter: <SequenceCCNumberOfRBs[n]>


Datatype Integer32

Default Value -1

Range [-1:100]

CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:RBOFfset[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock][:CCARrier]:PUSCh:RBOFfset[:ALL][?]<SequenceCCRBOffsets[n]>Query Response:<SequenceCCRBOffsets[n]>

Description Specifies the resource block offset for all segments in thesequence.



Parameter: <SequenceCCRBOffsets[n]>

Description Resource block offset.

Datatype Integer32

Default Value 0

Range [0:100]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:EATTenuation[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:EATTenuation[:ALL][?] <ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>

Datatype Double

Default Value 0.000000000000000E+000

Range [-Inf:Inf]

Unit dB

CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:BAND[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:BAND[:ALL][?] <SequenceBands[n]>Query Response:<SequenceBands[n]>

Description Specifies the frequency band for all segments in the sequence.



Parameter: <SequenceBands[n]>

Description Frequency band for the specified sequences.

Datatype Integer32

Default Value 1

Range [1:44]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:CHANnel[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:FREQuency:CHANnel[:ALL][?] <SequenceEARFCNs[n]>Query Response:<SequenceEARFCNs[n]>

Description Specifies the frequency channel for all segments in the sequence.



Parameter: <SequenceEARFCNs[n]>

Description Evolved absolute radio frequency channel number (EARFCN) forthe specified sequences.

Datatype Integer32

Default Value 18000

Range [0:65535]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:NCCarriers[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:NCCarriers[:ALL][?] <SequenceNumberComponentCarriers[n]>Query Response:<SequenceNumberComponentCarriers[n]>

Description Specifies the number of component carriers for all segments inthe sequence.



Parameter: <SequenceNumberComponentCarriers[n]>

Description Number of component carriers for a sequence.

Datatype Integer32

Default Value 1

Range [1:5]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:POWer[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:POWer[:ALL][?]<SequenceMaximumInputPowers[n]>Query Response:<SequenceMaximumInputPowers[n]>

Description Specifies the maximum input power for all segments in thesequence.

Parameter: <SequenceMaximumInputPowers[n]>

Description Maximum input power for the specified sequences.

Datatype Double

Default Value 0.000000000000000E+000

Range [-Inf:Inf]

Unit dBm

CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:CCINdex[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:CCINdex[:ALL][?] <ReferenceCCIndices[n]>Query Response:<ReferenceCCIndices[n]>

Description Specifies the index of the referred component carrier.



Parameter: <ReferenceCCIndices[n]>

Description Reference Component Carrier Index used to know the reference forcenter frequency and power.

Datatype Integer32

Default Value -1

Range [-1:100]

CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:TYPE[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence[:SBLock]:SPACing:TYPE[:ALL][?] <SpacingType[n]>Query Response:<SpacingType[n]>




Parameter: <SpacingType[n]>



Default Value Nominal

Range Nominal | Minimum | User

CONFigure:RFSA:LTE:SEQuence:DURation[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:DURation[:ALL][?]<SegmentDuration[n]>Query Response:<SegmentDuration[n]>

Description Specifies the duration of each segment in the sequence.




Description Duration of each segment of the sequence, in slots. The size of thearray depends on the currently defined number of segments. Themaximum number of slots for the entire sequence is 60,000 (30s).

Datatype Integer32

Default Value 6

Range [1:60000]

CONFigure:RFSA:LTE:SEQuence:ENABle

Usage:CONFigure:RFSA:LTE:SEQuence:ENABle[?]<SequenceEnable>Query Response:<SequenceEnable>

Description Specifies whether to enable sequence mode.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:ENABle[:ALL][?] <AcpSegmentEnable[n]>Query Response:<AcpSegmentEnable[n]>

Description Specifies whether to enable adjacent channel power (ACP)measurements for all segments of the sequence.



Parameter: <AcpSegmentEnable[n]>

Description The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables ACP measurements.1 | ON: Enables ACP measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:INTerval[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:ACPower:INTerval[:ALL][?] <AcpSegmentInterval[n]>Query Response:<AcpSegmentInterval[n]>

Description Specifies the signal interval on which the adjacent channel power(ACP) measurement executes for all segments in the sequence.



Parameter: <AcpSegmentInterval[n]>

Description Measurement interval, in slots. The size of the array depends on thecurrently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:ENABle[:ALL][?] <EvmSegmentEnable[n]>

Query Response:<EvmSegmentEnable[n]>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements for all segments of the sequence.



Parameter: <EvmSegmentEnable[n]>

Description The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables ModAcc measurements.1 | ON: Enables ModAcc measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:INTerval[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:MODulation:INTerval[:ALL][?] <ModSegmentInterval[n]>Query Response:<ModSegmentInterval[n]>

Description Specifies the signal interval on which the modulation accuracy(ModAcc) measurement executes for all segments in thesequence.



Parameter: <ModSegmentInterval[n]>


Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:ENABle[:ALL][?] <ObwSegmentEnable[n]>Query Response:<ObwSegmentEnable[n]>

Parameter: <ObwSegmentEnable[n]>

Description The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables OBW measurements.1 | ON: Enables OBW measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:INTerval[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:OBW:INTerval[:ALL][?] <ObwSegmentInterval[n]>Query Response:<ObwSegmentInterval[n]>

Description Specifies the signal interval on which the occupied bandwidth(OBW) measurement executes for all segments in the sequence.



Parameter: <ObwSegmentInterval[n]>


Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:ENABle[:ALL][?] <PDynSegmentEnable[n]>Query Response:<PDynSegmentEnable[n]>

Description Specifies whether to enable power dynamics (PDYN)measurements for all segments of the sequence.



Parameter: <PDynSegmentEnable[n]>

Description The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables power dynamics measurements.1 | ON: Enables power dynamics measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:INTernal[:ALL]

Usage:

CONFigure:RFSA:LTE:SEQuence:MEASurement:PDYNamics:INTernal[:ALL][?] <PDynSegmentInterval[n]>Query Response:<PDynSegmentInterval[n]>

Description Specifies the signal interval on which the power dynamics(PDYN) measurement executes for all segments in the sequence.



Parameter: <PDynSegmentInterval[n]>


Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:ENABle[:ALL][?] <SemSegmentEnable[n]>Query Response:<SemSegmentEnable[n]>

Description Specifies whether to enable spectral emissions mask (SEM)measurements for all segments of the sequence.



Parameter: <SemSegmentEnable[n]>

Description The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables SEM measurements.1 | ON: Enables SEM measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:INTerval[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:SEM:INTerval[:ALL][?] <SemSegmentInterval[n]>Query Response:<SemSegmentInterval[n]>

Description Specifies the signal interval on which the spectral emissions mask(SEM) measurement executes for all segments in the sequence.

Parameter: <SemSegmentInterval[n]>


Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:MEASurement:TXPower:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:TXPower:ENABle[:ALL][?] <TxpSegmentEnable[n]>Query Response:<TxpSegmentEnable[n]>

Description Specifies whether to enable transmit power (TXP) measurementsfor all segments of the sequence.



Parameter: <TxpSegmentEnable[n]>

Description The size of the array depends on the currently defined number ofsegments.0 | OFF: Disables TXP measurements.1 | ON: Enables TXP measurements.

Datatype Boolean

Default Value 1


CONFigure:RFSA:LTE:SEQuence:MEASurement:TXPower:INTerval[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:MEASurement:TXPower:INTerval[:ALL][?] <TxpSegmentInterval[n]>Query Response:<TxpSegmentInterval[n]>

Description Specifies the signal interval on which the transmit power (TXP)measurement executes for all segments in the sequence.



Parameter: <TxpSegmentInterval[n]>


Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:NSEGments

Usage:CONFigure:RFSA:LTE:SEQuence:NSEGments[?]<NumberSegments>

Query Response:<NumberSegments>




Parameter: <NumberSegments>

Description Specifies the number of segments in a sequence.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:LTE:SEQuence:OFFSet[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:OFFSet[:ALL][?]<SequenceMeasurementIntervalOffsets[n]>Query Response:<SequenceMeasurementIntervalOffsets[n]>

Parameter: <SequenceMeasurementIntervalOffsets[n]>


Datatype Integer32

Default Value 1

Range [0:20]

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock][:SETup]

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock][:SETup][?]<SegmentBand>,<SegmentEARFCN>,<SegmentMaximumInputPower>,<SegmentExternalAttenuation>Query Response:<SegmentBand>,<SegmentEARFCN>,<SegmentMaximumInputPower>,<SegmentExternalAttenuation>

Description Specifies the physical properties of an LTE signal.



Parameter: <SegmentBand>

Description LTE band number.

Datatype Integer32

Default Value 1

Range [1:44]

Parameter: <SegmentEARFCN>

Description Uplink (UL) channel. Only a certain range is valid depending on theband selected.

Datatype Integer32

Default Value 18000

Range [0:65535]

Parameter: <SegmentMaximumInputPower>

Description Maximum expected signal level of the specified segment.

Datatype Double

Default Value 0.000000000000000E+000

Range [-Inf:Inf]

Unit dBm

Parameter: <SegmentExternalAttenuation>

Description External attenuation applied to the segment. External attenuation isapplied on top of any attenuation provided for the specified port.

Datatype Double

Default Value 0.000000000000000E+000

Range [-Inf:Inf]

Unit dB

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:CCARrier

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:CCARrier[?]<SegmentCCFreqOffset>,<SegmentCCBandwidth>,<SegmentCCCellId>,<SegmentCCModulationScheme>,<SegmentCCNumberRBs>,<SegmentCCRBOffset>Query Response:<SegmentCCFreqOffset>,<SegmentCCBandwidth>,<SegmentCCCellId>,<SegmentCCModulationScheme>,<SegmentCCNumberRBs>,<SegmentCCRBOffset>

Description Specifies subblock details for the specified component carrier.



Parameter: <SegmentCCFreqOffset>

Description Offset frequency from the subblock center frequency.

Datatype Double

Default Value 0.000000000000000E+000

Range [0.000000000000000E+000:1.000000000000000E+008]

Unit Hz

Parameter: <SegmentCCBandwidth>

Default Value 1.4e6

Range 1.4e6 | 3e6 | 5e6 | 10e6 | 15e6 | 20e6

Parameter: <SegmentCCCellId>

Default Value 0

Range [0:503]

Parameter: <SegmentCCModulationScheme>



Default Value QPSK


Parameter: <SegmentCCNumberRBs>


Datatype Integer32

Default Value -1

Range [-1:100]

Parameter: <SegmentCCRBOffset>

Description Resource block offset.

Datatype Integer32

Default Value 0

Range [0:100]

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:NCCarriers

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:NCCarriers[?] <SegmentNCCarriers>Query Response:<SegmentNCCarriers>

Description Specifies subblock details for the specified component carrier.



Parameter: <SegmentNCCarriers>

Description Number of component carriers in each subblock per segment.

Datatype Integer32

Default Value 1

Range [1:5]

CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:SPACing

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent[:SBLock]:SPACing[?] <ReferenceCCIndex>,<CCSpacingType>Query Response:<ReferenceCCIndex>,<CCSpacingType>

Parameter: <ReferenceCCIndex>

Description Reference component carrier used to compute reference centerfrequency and power.

Datatype Integer32

Default Value -1

Range [-1:100]

Parameter: <CCSpacingType>



Default Value NOMINAL

Range NOMINAL | MINIMUM | USER

CONFigure:RFSA:LTE:SEQuence:SEGMent:DURation

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent:DURation[?]<SegmentDuration>Query Response:<SegmentDuration>

Description Specifies the duration of a given segment.




Description Segment duration.

Datatype Integer32

Default Value 6

Range [1:60000]

CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:ENABle[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:ENABle[:ALL][?]<AcpSegmentEnable>,<ModSegmentEnable>,<ObwSegmentEnable>,<SemSegmentEnable>,<TxpSegmentEnable>,<PDynSegmentEnable>Query Response:<AcpSegmentEnable>,<ModSegmentEnable>,<ObwSegmentEnable>,<SemSegmentEnable>,<TxpSegmentEnable>,<PDynSegmentEnable>

Parameter: <AcpSegmentEnable>


Datatype Boolean

Default Value 0


Parameter: <ModSegmentEnable>


Datatype Boolean

Default Value 0


Parameter: <ObwSegmentEnable>


Datatype Boolean

Default Value 0


Parameter: <SemSegmentEnable>

Description 0 | OFF: Disables spectral emission mask (SEM) measurements.1 | ON: Enables spectral emission mask (SEM) measurements.

Datatype Boolean

Default Value 0


Parameter: <TxpSegmentEnable>


Datatype Boolean

Default Value 1


Parameter: <PDynSegmentEnable>

Description 0 | OFF: Disables power dynamics measurements.1 | ON: Enables power dynamics measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:INTerval[:ALL]

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent:MEASurement:INTerval[:ALL][?]<AcpSegmentInterval>,<ModSegmentInterval>,<ObwSegmentInterval>,<SemSegmentInterval>,<TxpSegmentInterval>,<PDynSegmentInterval>Query Response:

<AcpSegmentInterval>,<ModSegmentInterval>,<ObwSegmentInterval>,<SemSegmentInterval>,<TxpSegmentInterval>,<PDynSegmentInterval>




Parameter: <AcpSegmentInterval>

Description Specifies the interval for adjacent channel power (ACP)measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <ModSegmentInterval>

Description Specifies the interval for modulation accuracy (ModAcc)measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <ObwSegmentInterval>

Description Specifies the interval for occupied bandwidth (OBW)measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <SemSegmentInterval>

Description Specifies the interval for spectral emission mask (SEM)measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <TxpSegmentInterval>

Description Specifies the interval for transmit power (TXP) measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

Parameter: <PDynSegmentInterval>

Description Specifies the interval for power dynamics measurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:LTE:SEQuence:SEGMent:OFFSet

Usage:CONFigure:RFSA:LTE:SEQuence:SEGMent:OFFSet[?]<SegmentMeasurementIntervalOffset>Query Response:<SegmentMeasurementIntervalOffset>

Description Specifies the segment offset, in slots, for the measurementinterval.



Parameter: <SegmentMeasurementIntervalOffset>


Datatype Integer32

Default Value 1

Range [0:20]

CONFigure:RFSA:LTE:TDD:UDConfig

Usage:CONFigure:RFSA:LTE:TDD:UDConfig[?]<UplinkDownlinkConfiguration>Query Response:<UplinkDownlinkConfiguration>

Description Specifies an uplink or downlink configuration.



Parameter: <UplinkDownlinkConfiguration>

Default Value 0

Range [0:6]

CONFigure:RFSA:LTE:TRACe[:ENABle]

Usage:CONFigure:RFSA:LTE:TRACe[:ENABle][?] <TracesEnable>Query Response:<TracesEnable>

Description




Default Value 0


FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock][:OFFSet][:AVERage]

Usage:

FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock][:OFFSet][:AVERage]?Query Response:<OffsetFrequency_1>,<OffsetRelativePower_1>,<OffsetAbsolutePower_1>{,<OffsetFrequency_n>,<OffsetRelativePower_n>,<OffsetAbsolutePower_n>}

Description Fetches the average of adjacent channel power (ACP) offsetpower results.

Availability Query



Description Adjacent channel offset frequency.

Datatype Double

Unit Hz

Parameter: <OffsetRelativePower>

Description Power in the adjacent channel relative to the center channel.

Datatype Double

Unit dB

Parameter: <OffsetAbsolutePower>

Description Absolute power in the adjacent channel.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:CARRier[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:CARRier[:AVERage]?Query Response:<AcpTotalCarrierPower>,<AcpFrequencyResolution>

Description Fetches the average of adjacent channel power (ACP) carrierpower results.

Availability Query



Description Average of ACP total carrier power results.

Datatype Double

Unit dBm

Parameter: <AcpFrequencyResolution>

Description Average of ACP frequency resolution results.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:TRACe[:SPECtrum]

Usage:FETCh:RFSA:LTE[:RESults]:ACPower[:SBLock]:TRACe[:SPECtrum]?Query Response:

<AcpSpectrumX0>,<AcpSpectrumDx>,#xyy<AcpSpectrumTrace[n]>

Description

Availability Query


Parameter: <AcpSpectrumX0>

Parameter: <AcpSpectrumDx>

Parameter: #xyy<AcpSpectrumTrace[n]>

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]?Query Response:<AverageCompositeRmsEVM>,<AverageDataRmsEVM>,<AverageSignalRmsEVM>

Description Fetches the average of error vector magnitude (EVM) results.

Availability Query


Parameter: <AverageCompositeRmsEVM>

Description Average root mean square (RMS) EVM composite results.

Datatype Double

Unit %

Parameter: <AverageDataRmsEVM>

Description Average RMS EVM data results.

Datatype Double

Unit %

Parameter: <AverageSignalRmsEVM>

Description Average RMS EVM signal results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]?Query Response:<MaxCompositePeakEVM>,<MaxDataPeakEVM>,<MaxSignalPeakEVM>

Description Fetches the maximum of error vector magnitude (EVM) results.

Availability Query


Parameter: <MaxCompositePeakEVM>

Description Maximum EVM composite peak results.

Datatype Double

Unit %

Parameter: <MaxDataPeakEVM>

Description Maximum EVM data peak results.

Datatype Double

Unit %

Parameter: <MaxSignalPeakEVM>

Description Fetches the maximum of error vector magnitude (EVM) signal peakresults.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe[:CONStellation]

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe[:CONStellation]?Query Response:<EvmConstellationX0>,<EvmConstellationDx>,#xyy<EvmConstellationTrace[n]>

Description

Availability Query

Parameter: <EvmConstellationX0>

Parameter: <EvmConstellationDx>

Parameter: #xyy<EvmConstellationTrace[n]>

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SCARrier

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SCARrier?Query Response:<EvmSubCarrierX0>,<EvmSubCarrierDx>,#xyy<EvmSubCarrierTrace[n]>

Description Fetches the EVM per subcarrier trace.

Availability Query


Parameter: <EvmSubCarrierX0>

Parameter: <EvmSubCarrierDx>

Parameter: #xyy<EvmSubCarrierTrace[n]>

Description EVM per subcarrier trace.


FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SYMBol

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:EVM:TRACe:SYMBol?Query Response:<EvmSymbolX0>,<EvmSymbolDx>,#xyy<EvmSymbolTrace[n]>

Description Fetches the EVM per symbol trace.

Availability Query


Parameter: <EvmSymbolX0>

Parameter: <EvmSymbolDx>

Parameter: #xyy<EvmSymbolTrace[n]>

Description EVM per symbol trace.


FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]?Query Response:<MaxIBEMargin>

Description Fetches the maximum of InBandEmissions results.

Availability Query


Parameter: <MaxIBEMargin>

Description Maximum InBandEmissions margins.

Datatype Double

Unit dB

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]?Query Response:<AverageFrequencyError>,<AverageIqOriginOffset>,<AverageIqGainImbalance>,<AverageIqQuadratureError>,<AverageIqTimingError>,<AverageTimeOffset>,<AverageSymbolClockError>

Description Fetches the average of I/Q impairments results.

Availability Query


Parameter: <AverageFrequencyError>

Description Average frequency error results.

Datatype Double

Unit Hz

Parameter: <AverageIqOriginOffset>

Description Average I/Q origin offset results.

Datatype Double

Unit dB

Parameter: <AverageIqGainImbalance>

Description Average I/Q gain imbalance results.

Datatype Double

Unit dB

Parameter: <AverageIqQuadratureError>

Description Average I/Q quadrature error results.

Datatype Double

Unit deg

Parameter: <AverageIqTimingError>

Description Average I/Q timing error results.

Datatype Double

Unit sec

Parameter: <AverageTimeOffset>

Description Average time offset results.

Datatype Double

Unit sec

Parameter: <AverageSymbolClockError>

Description Average Symbol Clock error results.

Datatype Double

Unit ppm

FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:SFLatness

Usage:FETCh:RFSA:LTE[:RESults]:MODulation[:SBLock][:CCARrier]:SFLatness?Query Response:<Range1MaxToMin>,<Range2MaxToMin>,<Range1MaxToRange2Min>,<Range2MaxToRange1Min>

Description Fetches the spectral flatness of the carrier channel.

Availability Query


Parameter: <Range1MaxToMin>

Unit dB


Unit dB

Parameter: <Range1MaxToRange2Min>

Unit dB


Unit dB

FETCh:RFSA:LTE[:RESults]:OBW[:SBLock][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:OBW[:SBLock][:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches the average of occupied bandwidth (OBW) measurementresults.

Availability Query



Description Average OBW results. This value is the frequency range containing99% of the total power.

Datatype Double

Unit Hz


Description Average of the resolution bandwidth (RBW) average power for thefiltered signal integrated over the span.

Datatype Double

Unit dBm


Description Average of the OBW lower-bound frequency.

Datatype Double

Unit Hz


Description Average of the OBW upper-bound frequency.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock][:ALL]

Usage:FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock][:ALL]?Query Response:<MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>

Description Fetches all power dynamics (PDYN) results.

Availability Query



Description Indicates whether the PDYN measurement has passed or failed themask specification.

Datatype Boolean

Parameter: <OffMeanPowerBefore>

Description OFF power mean value for sub frame before ON sub frame.

Datatype Double

Unit dBm

Parameter: <OffPeakPowerBefore>

Description OFF power peak value for sub frame before ON sub frame.

Datatype Double

Unit dBm

Parameter: <OnMeanPower>

Description ON power mean value without transient periods.

Datatype Double

Unit dBm

Parameter: <OnPeakPower>

Description ON power peak value without transient periods.

Datatype Double

Unit dBm

Parameter: <OffMeanPowerAfter>

Description OFF power mean value for sub frame after ON sub frame.

Datatype Double

Unit dBm

Parameter: <OffPeakPowerAfter>

Description OFF power peak value for sub frame after ON sub frame.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock]:TRACe[:POWer]

Usage:FETCh:RFSA:LTE[:RESults]:PDYNamics[:SBLock]:TRACe[:POWer]?Query Response:<OriginTime>,<DeltaTime>,#xyy<PowerTraceData[n]>

Description Fetches power dynamics (PDYN) trace results.

Availability Query



Unit second

Parameter: <DeltaTime>

Unit second

Parameter: #xyy<PowerTraceData[n]>

FETCh:RFSA:LTE[:RESults]:SEM[:SBLock][:MARGin][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEM[:SBLock][:MARGin][:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>

Description Fetches the average of spectral emission mask (SEM) results formeasurements that satisfy the specified mask limits.

Availability Query



Description Status of the spectral emission mask (SEM) measurement based onthe specified mask limits.

Datatype Boolean

Parameter: <WorstMargin>

Description Average power at the frequency where the worst margin occurs.

Datatype Double

Unit dB

Parameter: <WorstMarginFrequency>

Description Frequency where the worst margin occurs.

Datatype Double

Unit Hz


Description Average total carrier power of the reference channel for the specifiedintegration bandwidth.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:CARRier[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:CARRier[:AVERage]?Query Response:<CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}

Description Fetches the average of component carrier power results.

Availability Query


Parameter: <CarrierOffset>

Unit Hz


Unit dBm

Parameter: <AbsPeakPower>

Unit dB

Parameter: <PeakFrequency>

Unit dB

FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:OSEGments[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEM[:SBLock]:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>,<PowerReferenceCarrier_1>,<PeakAbsolutPower_1>,<PeakFrequency_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>,<PowerReferenceCarrier_n>,<PeakAbsolutPower_n>,<PeakFrequency_n>}

Description Fetches the average of spectral emissions mask (SEM) offsetsegment results.

Availability Query




Datatype Integer32

Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB

Parameter: <PowerReferenceCarrier>

Description Referenced carrier in power calculation.

Datatype Integer32

Parameter: <PeakAbsolutPower>


Datatype Double

Unit dBm

Description Frequency of the highest power measured within the frequencysegment.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet][:AVERage]?Query Response:<OffsetFrequency_1>,<AverageOffsetRelativePower_1>,<AverageOffsetAbsolutePower_1>{,<OffsetFrequency_n>,<AverageOffsetRelativePower_n>,<AverageOffsetAbsolutePower_n>}

Description Fetches, per offset, the average of results for offset frequency(Hz), offset absolute power (dBm), and offset relative power(dB).

Availability Query




Datatype Double

Unit Hz

Parameter: <AverageOffsetRelativePower>


Datatype Double

Unit dB

Parameter: <AverageOffsetAbsolutePower>


Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MAXimum?Query Response:<OffsetFrequency_1>,<MaximumOffsetRelativePower_1>,<MaximumOffsetAbsolutePower_1>{,<OffsetFrequency_n>,<MaximumOffsetRelativePower_n>,<MaximumOffsetAbsolutePower_n>}

Description Fetches the maximum of adjacent channel power (ACP) offsetpower results.

Availability Query

Datatype Double

Unit Hz

Parameter: <MaximumOffsetRelativePower>


Datatype Double

Unit dB

Parameter: <MaximumOffsetAbsolutePower>


Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock][:OFFSet]:MINimum?Query Response:<OffsetFrequency_1>,<MiniimumOffsetRelativePower_1>,<MinimumOffsetAbsolutePower_1>{,<OffsetFrequency_n>,<MiniimumOffsetRelativePower_n>,<MinimumOffsetAbsolutePower_n>}

Description Fetches the minimum of adjacent channel power (ACP) offsetpower results.

Availability Query




Datatype Double

Unit Hz

Parameter: <MiniimumOffsetRelativePower>


Datatype Double

Unit dB

Parameter: <MinimumOffsetAbsolutePower>


Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier[:AVERage]?

Query Response:<AcpTotalCarrierPower>,<AcpFrequencyResolution>

Description Fetches the average of adjacent channel power (ACP) carrierpower results.

Availability Query



Description Total average power of the carrier channel.

Datatype Double

Unit dBm


Description Average of ACP frequency resolution results.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MAXimum?Query Response:<AcpTotalCarrierPower>,<AcpFrequencyResolution>

Description Fetches the maximum of adjacent channel power (ACP) carrierpower results.

Availability Query



Description Maximum of total power results of the carrier channel.

Datatype Double

Unit dBm


Description Maximum of frequency resolution results for the ACP measurement.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:ACPower[:SBLock]:CARRier:MINimum?Query Response:<AcpTotalCarrierPower>,<AcpFrequencyResolution>

Description Fetches the minimum of adjacent channel power (ACP) carrierpower results.

Availability Query



Description Minimum of the total power of the carrier channel.

Datatype Double

Unit dBm


Description Minimum of ACP frequency resolution results.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS][:AVERage]?Query Response:<AverageCompositeRmsEVM>,<AverageDataRmsEVM>,<AverageSignalRmsEVM>

Description Fetches the average of root mean square (RMS) error vectormagnitude (EVM) results.

Availability Query


Parameter: <AverageCompositeRmsEVM>

Description Average of RMS EVM composite results.

Datatype Double

Unit %

Parameter: <AverageDataRmsEVM>

Description Average of RMS EVM data results.

Datatype Double

Unit %

Parameter: <AverageSignalRmsEVM>

Description Average of RMS EVM signal results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MAXimum?

Query Response:<MaxCompositeRmsEVM>,<MaxDataRmsEVM>,<MaxSignalRmsEVM>

Description Fetches the maximum of root mean square (RMS) error vectormagnitude (EVM) results.

Availability Query


Parameter: <MaxCompositeRmsEVM>

Description Maximum of RMS EVM composite results.

Datatype Double

Unit %

Parameter: <MaxDataRmsEVM>

Description Maximum of RMS EVM data results.

Datatype Double

Unit %

Parameter: <MaxSignalRmsEVM>

Description Maximum of RMS EVM signal results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MINimum

Usage:

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM[:RMS]:MINimum?Query Response:<MinCompositeRmsEVM>,<MinDataRmsEVM>,<MinSignalRmsEVM>

Description Fetches the minimum of root mean square (RMS) error vectormagnitude (EVM) results.

Availability Query


Parameter: <MinCompositeRmsEVM>

Description Minimum of RMS EVM composite results.

Datatype Double

Unit %

Parameter: <MinDataRmsEVM>

Description Minimum of RMS EVM data results.

Datatype Double

Unit %

Parameter: <MinSignalRmsEVM>

Description Minimum of RMS EVM signal results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK[:MAXimum]?Query Response:<MaxCompositePeakEVM>,<MaxDataPeakEVM>,<MaxSignalPeakEVM>

Description Fetches the maximum of error vector magnitude (EVM) results.

Availability Query


Parameter: <MaxCompositePeakEVM>

Description Maximum of EVM composite peak results.

Datatype Double

Unit %

Parameter: <MaxDataPeakEVM>

Description Maximum of EVM data peak results.

Datatype Double

Unit %

Parameter: <MaxSignalPeakEVM>

Description Maximum of EVM signal peak results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:AVERage

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:AVERage?Query Response:<AverageCompositePeakEVM>,<AverageDataPeakEVM>,<AverageSignalPeakEVM>

Description Fetches the average of error vector magnitude (EVM) results.

Availability Query


Parameter: <AverageCompositePeakEVM>

Description Average of EVM composite peak results.

Datatype Double

Unit %

Parameter: <AverageDataPeakEVM>

Description Average of EVM data peak results.

Datatype Double

Unit %

Parameter: <AverageSignalPeakEVM>

Description Average of EVM signal peak results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:EVM:PEAK:MINimum?Query Response:<MinCompositePeakEVM>,<MinDataPeakEVM>,<MinSignalPeakEVM>

Description Fetches the minimum of error vector magnitude (EVM) results.

Availability Query


Parameter: <MinCompositePeakEVM>

Description Minimum of EVM composite peak results.

Datatype Double

Unit %

Parameter: <MinDataPeakEVM>

Description Minimum of EVM data peak results.

Datatype Double

Unit %

Parameter: <MinSignalPeakEVM>

Description Minimum of EVM signal peak results.

Datatype Double

Unit %

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions[:MAXimum]?Query Response:<MaxIBEMargin>

Description Fetches the maximum of in band emissions margin results.

Availability Query


Parameter: <MaxIBEMargin>

Description Maximum of in band emissions margin results.

Datatype Double

Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:AVERage

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:AVERage?Query Response:<AverageIBEMargin>

Description Fetches the average of in band emissions results.

Availability Query


Parameter: <AverageIBEMargin>

Description Average of in band emissions margin results.

Datatype Double

Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IBEMissions:MINimum?Query Response:<MinIBEMargin>

Description Fetches the minimum of in band emissions results.

Availability Query

Parameter: <MinIBEMargin>

Description Minimum of in band emissions margin results.

Datatype Double

Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments[:AVERage]?Query Response:<AverageFrequencyError>,<AverageIqOriginOffset>,<AverageIqGainImbalance>,<AverageIqQuadratureError>,<AverageIqTimingError>,<AverageTimeOffset>,<AverageSymbolClockError>

Description Fetches the average of I/Q impairments results.

Availability Query


Parameter: <AverageFrequencyError>

Description Average of frequency error results.

Datatype Double

Unit Hz

Parameter: <AverageIqOriginOffset>

Description Average of I/Q origin offset results.

Datatype Double

Unit dB

Parameter: <AverageIqGainImbalance>

Description Average of I/Q gain imbalance results.

Datatype Double

Unit dB

Parameter: <AverageIqQuadratureError>

Description Average of I/Q quadrature error results.

Datatype Double

Unit deg

Parameter: <AverageIqTimingError>

Description Average of I/Q timing error results.

Datatype Double

Unit sec

Parameter: <AverageTimeOffset>

Description Average of I/Q time offset results.

Datatype Double

Unit sec

Parameter: <AverageSymbolClockError>

Description Average of Symbol Clock error results.

Datatype Double

Unit ppm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MAXimum?Query Response:<MaxFrequencyError>,<MaxIqOriginOffset>,<MaxIqGainImbalance>,<MaxIqQuadratureError>,<MaxIqTimingError>,<MaxTimeOffset>,<MaxSymbolClockError>

Description Fetches the maximum of I/Q impairments results.

Availability Query


Parameter: <MaxFrequencyError>

Description Maximum of frequency error results.

Datatype Double

Unit Hz

Parameter: <MaxIqOriginOffset>

Description Maximum of I/Q origin offset results.

Datatype Double

Unit dB

Parameter: <MaxIqGainImbalance>

Description Maximum of I/Q gain imbalance results.

Datatype Double

Unit dB

Parameter: <MaxIqQuadratureError>

Description Maximum of I/Q quadrature error results.

Datatype Double

Unit deg

Parameter: <MaxIqTimingError>

Description Maximum of I/Q timing error results.

Datatype Double

Unit sec

Parameter: <MaxTimeOffset>

Description Maximum of I/Q time offset results.

Datatype Double

Unit sec

Parameter: <MaxSymbolClockError>

Description Maximum of Symbol Clock error results.

Datatype Double

Unit ppm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:IMPairments:MINimum?Query Response:<MinFrequencyError>,<MinIqOriginOffset>,<MinIqGainImbalance>,<MinIqQuadratureError>,<MinIqTimingError>,<MinTimeOffset>,<MinSymbolClockError>

Description Fetches the minimum of I/Q impairments results.

Availability Query


Parameter: <MinFrequencyError>

Description Minimum of frequency error results.

Datatype Double

Unit Hz

Parameter: <MinIqOriginOffset>

Description Minimum of I/Q origin offset results.

Datatype Double

Unit dB

Parameter: <MinIqGainImbalance>

Description Minimum of I/Q gain imbalance results.

Datatype Double

Unit dB

Parameter: <MinIqQuadratureError>

Description Minimum of I/Q quadrature error results.

Datatype Double

Unit deg

Parameter: <MinIqTimingError>

Description Minimum of I/Q timing error results.

Datatype Double

Unit sec

Parameter: <MinTimeOffset>

Description Minimum of time offset results.

Datatype Double

Unit sec

Parameter: <MinSymbolClockError>

Description Minimum of Symbol Clock error results.

Datatype Double

Unit ppm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:SFLatness

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:MODulation[:SBLock][:CCARrier]:SFLatness?Query Response:<Range1MaxToMin>,<Range2MaxToMin>,<Range1MaxToRange2Min>,<Range2MaxToRange1Min>

Description Fetches the spectral flatness results.

Availability Query



Unit dB


Unit dB


Unit dB

Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock][:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches the average of occupied bandwidth (OBW) results.

Availability Query



Description Average of OBW results.

Datatype Double

Unit Hz


Description Average of OBW average power results.

Datatype Double

Unit dBm

Description Average of OBW start frequency results.

Datatype Double

Unit Hz


Description Average of OBW stop frequency results.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MAXimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches the maximum of occupied bandwidth (OBW) results.

Availability Query



Description Maximum of OBW results.

Datatype Double

Unit Hz


Description Maximum of OBW average power results.

Datatype Double

Unit dBm


Description Maximum of OBW start frequency results.

Datatype Double

Unit Hz


Description Maximum of OBW stop frequency results.

Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:OBW[:SBLock]:MINimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches the minimum of occupied bandwidth (OBW) results.

Availability Query



Description Minimum of OBW results.

Datatype Double

Unit Hz


Description Minimum of OBW average power results.

Datatype Double

Unit dBm


Description Minimum of OBW start frequency results.

Datatype Double

Unit Hz


Description Minimum of OBW stop frequency results.


Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock][:AVERage]?Query Response:<MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>

Description Fetches all power dynamics (PDYN) average results.

Availability Query




Datatype Boolean



Datatype Double

Unit dBm



Datatype Double

Unit dBm


Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm


FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MAXimum?Query Response:<MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>

Description Fetches all power dynamics (PDYN) maximum results.

Availability Query




Datatype Boolean



Datatype Double

Unit dBm

Datatype Double

Unit dBm


Description ON power mean value without transient periods.

Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm


FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:PDYNamics[:SBLock]:MINimum?Query Response:<MaskStatus>,<OffMeanPowerBefore>,<OffPeakPowerBefore>,<OnMeanPower>,<OnPeakPower>,<OffMeanPowerAfter>,<OffPeakPowerAfter>

Description Fetches all power dynamics (PDYN) minimum results.

Availability Query




Unit dBm


Unit dBm


Unit dBm


Unit dBm


Unit dBm

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin][:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>

Description Fetches the average of spectral emission mask (SEM) results formeasurements that satisfy the specified mask limits.

Availability Query



Description Indicates the status of the SEM based on the specified mask limits.0: Measurement results do not satisfy the specified mask limits (fail).1: Measurement results satisfy the specified mask limits (pass).

Datatype Boolean


Description Average power at the frequency where the worst margin occurs.

Datatype Double

Unit dB

Datatype Double

Unit Hz


Description Average total carrier power of the reference channel for the specifiedintegration bandwidth.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MAXimum?Query Response:<SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>

Description Fetches the maximum of spectral emission mask (SEM) resultsfor measurements that satisfy the specified mask limits.

Availability Query

Description Status of the SEM measurement based on the specified mask limits.0: Measurement results do not satisfy the specified mask limits (fail).1: Measurement results satisfy the specified mask limits (pass).

Datatype Boolean


Description Maximum power at the frequency where the worst margin occurs.

Datatype Double

Unit dB



Datatype Double

Unit Hz


Description Maximum total carrier power of the reference channel for thespecified integration bandwidth.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock][:MARGin]:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:

SBLock][:MARGin]:MINimum?Query Response:<SemCompositeMaskStatus>,<WorstMargin>,<WorstMarginFrequency>,<SemTotalCarrierPower>

Description Fetches the minimum of spectral emission mask (SEM) resultsfor measurements that satisfy the specified mask limits.

Availability Query



Description Indicates the status of the SEM measurement based on the specifiedmask limits.0: Measurement results do not satisfy the specified mask limits (fail).1: Measurement results satisfy the specified mask limits (pass).

Datatype Boolean


Description Minimum power at the frequency where the worst margin occurs.

Datatype Double

Unit dB



Datatype Double

Unit Hz

Description Minimum total carrier power of the reference channel for the specifiedintegration bandwidth.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier[:AVERage]?Query Response:<CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}

Description Fetches the average of component carrier power results.

Availability Query



Unit Hz


Unit dBm


Unit dB

Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MAXimum?Query Response:<CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}

Description Fetches the maximum of component carrier power results.

Availability Query



Unit Hz


Unit dBm


Unit dB


Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:CARRier:MINimum?Query Response:<CarrierOffset_1>,<AbsolutePower_1>,<AbsPeakPower_1>,<PeakFrequency_1>{,<CarrierOffset_n>,<AbsolutePower_n>,<AbsPeakPower_n>,<PeakFrequency_n>}

Description Fetches the minimum of component carrier power results.

Availability Query



Unit Hz


Unit dBm


Unit dB


Unit dB

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments[:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments[:AVERage]?Query Response:

<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>,<PowerReferenceCarrier_1>,<PeakAbsolutPower_1>,<PeakFrequency_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>,<PowerReferenceCarrier_n>,<PeakAbsolutPower_n>,<PeakFrequency_n>}

Description Fetches the average of spectral emissions mask (SEM) offsetsegment results.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz

Datatype Double

Unit dB



Datatype Integer32



Datatype Double

Unit dBm



Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MAXimum?Query Response:


Description Fetches the maximum of spectral emissions mask (SEM) offsetsegment results.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz


Datatype Double

Unit dB



Datatype Integer32



Datatype Double

Unit dBm



Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:SEM[:SBLock]:OSEGments:MINimum?Query Response:


Description Fetches the minimum of spectral emissions mask (SEM) offsetsegment results.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz


Datatype Double

Unit dB



Datatype Integer32



Datatype Double

Unit dBm



Datatype Double

Unit Hz

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock][:AVERage]

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock][:AVERage]?

Query Response:<MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>

Description Fetches the average of all transmit power (TXP) results.

Availability Query



Description Average of TXP mean power results.

Datatype Double

Unit dBm

Parameter: <PeakAvgRatio>

Description Average of TXP peak average ratio results.

Datatype Double

Unit dB


Description Average of TXP maximum power results.

Datatype Double

Unit dBm


Description Average of TXP minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MAXimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MAXimum?Query Response:<MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>

Description Fetches the maximum of all transmit power (TXP) results.

Availability Query



Description Maximum of TXP mean power results.

Datatype Double

Unit dBm


Description Maximum of TXP peak average ratio results.

Datatype Double

Unit dB

Description Maximum of TXP maximum power results.

Datatype Double

Unit dBm


Description Maximum of TXP minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MINimum

Usage:FETCh:RFSA:LTE[:RESults]:SEQuence:SEGMent:TXPower[:SBLock]:MINimum?Query Response:<MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>

Description Fetches the minimum of all transmit power (TXP) results.

Availability Query



Description Minimum of TXP mean power results.

Datatype Double

Unit dBm


Description Minimum of TXP peak average ratio results.

Datatype Double

Unit dB


Description Minimum of TXP maximum power results.

Datatype Double

Unit dBm


Description Minimum of TXP minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:STATe

Usage:FETCh:RFSA:LTE[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>

Availability Query








FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock][:ALL]

Usage:FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock][:ALL]?Query Response:<MeanPower>,<PeakAvgRatio>,<MaxPower>,<MinPower>

Description Fetches all transmit power (TXP) results.

Availability Query

Description TXP mean power results.

Datatype Double

Unit dBm


Description TXP peak average ratio results.

Datatype Double

Unit dB


Description TXP maximum power results.

Datatype Double

Unit dBm


Description TXP minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock]:TRACe[:POWer]

Usage:FETCh:RFSA:LTE[:RESults]:TXPower[:SBLock]:TRACe[:POWer]?

Query Response:<OriginTime>,<Deltatime>,#xyy<PowerTraceData[n]>

Description

Availability Query



Parameter: <Deltatime>

Parameter: #xyy<PowerTraceData[n]>

INITiate:RFSA:LTE[:RESults]

Usage:INITiate:RFSA:LTE[:RESults]

Description Initiates a composite LTE measurement.



SYSTem:RFSA:LTE:VERSion

Usage:SYSTem:RFSA:LTE:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:LTE:DELay

Usage:TRIGger:RFSA:LTE:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>

Description Specifies the delay, in seconds, between the trigger and the startof data acquisition.




Description Specifies the trigger delay, in seconds.

Datatype Double


Range [-1.00000000E+000:1.00000000E+000]

Unit s

TRIGger:RFSA:LTE:EDGE

Usage:TRIGger:RFSA:LTE:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>









TRIGger:RFSA:LTE:EXPort

Usage:

TRIGger:RFSA:LTE:EXPort[?] <TriggerExportDestination>Query Response:<TriggerExportDestination>







Default Value NONE


TRIGger:RFSA:LTE:MQTime

Usage:TRIGger:RFSA:LTE:MQTime[?] <TriggerMinQuietTime>Query Response:<TriggerMinQuietTime>

Parameter: <TriggerMinQuietTime>

Description Minimum quiet time. The signal is quiet when it is below the triggerlevel if you set the EDGE property to RISING, or above the triggerlevel if you set the EDGE property to FALLING.

Datatype Double


Range [-Inf:Inf]

Unit s

TRIGger:RFSA:LTE:SOURce

Usage:TRIGger:RFSA:LTE:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Datatype String


TRIGger:RFSA:LTE:THReshold

Usage:TRIGger:RFSA:LTE:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>






Datatype Double

Default Value 0.00

Range [-Inf:Inf]

Unit dB

TRIGger:RFSA:LTE:TOUT

Usage:TRIGger:RFSA:LTE:TOUT[?] <TriggerTimeout>

Datatype Double

Default Value 5.00

Range [0.00:1000.00]

Unit s

TD-SCDMA Instrument PersonalityUse the TD-SCDMA instrument personality to analyze TD-SCDMA signals that conform tothe 3GPP specifications.


TD-SCDMA Signal Analyzer SCPI Command ListComplete list of TD-SCDMA signal analyzer SCPI commands.

CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower[:ENABle]CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower:AVERage[:COUNt]CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower:AVERage:TYPECONFigure:RFSA:TDSCdma[:MEASurement]:MODulation[:ENABle]

CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:BSYNcCONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:INTerval[:COUNt]CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:MCODeCONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:SCODeCONFigure:RFSA:TDSCdma[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:TDSCdma[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:TDSCdma[:MEASurement]:OBW:AVERage:TYPECONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:AVERage[:COUNt]CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:AVERage:TYPECONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:ENABleCONFigure:RFSA:TDSCdma[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:TDSCdma[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:TDSCdma[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:TDSCdma[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:TDSCdma:EATTenuationCONFigure:RFSA:TDSCdma:FREQuency[:CENTer]CONFigure:RFSA:TDSCdma:FREQuency:BANDCONFigure:RFSA:TDSCdma:FREQuency:CHANnelCONFigure:RFSA:TDSCdma:PORTnameCONFigure:RFSA:TDSCdma:POWer[:MAXimum]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:ACPower:ENABle[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:ACPower:INTerval[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:OBW:ENABle[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:OBW:INTerval[:ALL]

CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:SEM:ENABle[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:SEM:INTerval[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:DURation[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:EATTenuation[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:ENABleCONFigure:RFSA:TDSCdma:SEQuence:FREQuency:BAND[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:FREQuency:CHANnel[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:MOEXceptionCONFigure:RFSA:TDSCdma:SEQuence:NSEGmentsCONFigure:RFSA:TDSCdma:SEQuence:OFFSet[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:POWer[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:SEGMent[:SETup]CONFigure:RFSA:TDSCdma:SEQuence:SEGMent:MEASurement:ENABle[:ALL]CONFigure:RFSA:TDSCdma:SEQuence:SEGMent:MEASurement:INTerval[:ALL]CONFigure:RFSA:TDSCdma:TRACe[:ENABle]FETCh:RFSA:TDSCdma[:RESults]:ACPower[:OFFSet][:AVERage]FETCh:RFSA:TDSCdma[:RESults]:ACPower:CARRier[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:ACPower:TRACeFETCh:RFSA:TDSCdma[:RESults]:MODulation:CDError[:MAXimum]FETCh:RFSA:TDSCdma[:RESults]:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:TDSCdma[:RESults]:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:MODulation:IMPairments[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:OBW[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:OBW:TRACeFETCh:RFSA:TDSCdma[:RESults]:PDYNamics[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:PDYNamics:TRACe[:POWe

r]FETCh:RFSA:TDSCdma[:RESults]:SEM:MARGin[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEM:OSEGments[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:AMASkFETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:RMASkFETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:SPECtrumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERageFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERageFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:MAXimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:MINimumFETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:SPOWerFETCh:RFSA:TDSCdma[:RESults]:STATeFETCh:RFSA:TDSCdma[:RESults]:TXPower[:AVERage]FETCh:RFSA:TDSCdma[:RESults]:TXPower:TRACe[:POWer]INITiate:RFSA:TDSCdma[:RESults]INITiate:RFSA:TDSCdma:ALEVelSYSTem:RFSA:TDSCdma:VERSionTRIGger:RFSA:TDSCdma:DELayTRIGger:RFSA:TDSCdma:EDGETRIGger:RFSA:TDSCdma:EXPortTRIGger:RFSA:TDSCdma:MQTimeTRIGger:RFSA:TDSCdma:SOURceTRIGger:RFSA:TDSCdma:THResholdTRIGger:RFSA:TDSCdma:TOUT

TD-SCDMA RFSA SCPI Command ReferenceSCPI command reference for the TD-SCDMA signal analyzer instrument personality.

CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower[:ENABle]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower[:ENABle][?] <AcpEnable>Query Response:<AcpEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower:AVERage[:COUNt][?] <AcpAverageCount>Query Response:<AcpAverageCount>

Description Specifies the number of acquisitions over which to averageadjacent channel power (ACP) measurements.




Description Number of acquisitions over which to average ACP measurements.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower:AVERage:TYPE

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:ACPower:AVERage:TYPE[?] <AcpTypeOfAverage>Query Response:<AcpTypeOfAverage>

Description Specifies the method used to average the adjacent channel power(ACP) measurement results.

Parameter: <AcpTypeOfAverage>

Description RMS - The power is averaged using root mean square (RMS).LOG - The log of the power is averaged.SCALAR - The voltage is averaged.MAX - The maximum values are retained.MIN - The minimum values are retained.VECTOR - I/Q values are averaged.


Default Value RMS


CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation[:ENABle][?] <ModEnable>Query Response:<ModEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:BSYNc

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:BSYNc[?] <BurstSync>Query Response:<BurstSync>

Description Specifies the burst synchronization method. BurstSync controlshow the burst is aligned within the slot.



Parameter: <BurstSync>

Description Burstsync controls how the burst is aligned within the slot.


Default Value Midamble

Range Midamble | Amplitude | None

CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:INTerval[:COUNt]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:INTerval[:COUNt][?] <MeasurementInterval>Query Response:<MeasurementInterval>

Description Specifies the measurement interval, in slots.



Parameter: <MeasurementInterval>

Description Measurement interval, in slots.

Datatype Integer32

Default Value 1

Range [1:14]

CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:MCODe

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:MCODe[?] <MidambleCode>Query Response:<MidambleCode>

Description Specifies the midamble code.

Parameter: <MidambleCode>

Default Value 0

Range [0:127]

CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:SCODe

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:MODulation:SCODe[?] <ScramblingCode>Query Response:<ScramblingCode>

Description Specifies the uplink scrambling code type used for descramblingthe signal.



Parameter: <ScramblingCode>

Description Uplink scrambling code.

Datatype Integer32

Default Value 0

Range [0:127]

CONFigure:RFSA:TDSCdma[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:OBW[:ENABle][?]<ObwEnable>

Query Response:<ObwEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwAverageCount>Query Response:<ObwAverageCount>

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:TDSCdma[:MEASurement]:OBW:AVERage:TYPE

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:OBW:AVERage:TYPE[?] <ObwTypeOfAverage>Query Response:<ObwTypeOfAverage>

Description Specifies the method used to average the occupied bandwidth(OBW) measurement results.



Parameter: <ObwTypeOfAverage>

Default Value RMS


CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:AVERage[:COUNt]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:AVERage[:COUNt][?] <PdynAverageCount>Query Response:<PdynAverageCount>

Description Specifies the number of iterations over which to average powerdynamics (PDYN) measurements.



Parameter: <PdynAverageCount>

Description Number of acquisitions over which to average PDYNmeasurements.

Datatype Integer32

Default Value 1

Range [1:1000]

CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:AVERage:TYPE

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:AVERage:TYPE[?] <PdynTypeOfAverage>

Query Response:<PdynTypeOfAverage>

Description Specifies the averaging type for power dynamics (PDYN)measurements.



Parameter: <PdynTypeOfAverage>

Description RMS - Averages the measured power.LOG - Averages the log of the measured power.SCALAR - Averages the measured voltage.MAX - Averages the maximum measured values.MIN - Averages the minimum measured values.MAXMIN - Averages the maximum and minimum measuredvalues.


Default Value RMS

Range RMS | LOG | SCALAR | MAX | MIN | MAXMIN

CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:ENABle

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:PDYNamics:ENABle[?] <PdynEnable>Query Response:<PdynEnable>

Description Specifies whether to enable power dynamics (PDYN)measurements.



Parameter: <PdynEnable>

Default Value 0


CONFigure:RFSA:TDSCdma[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:SEM[:ENABle][?]<SemEnable>Query Response:<SemEnable>





Description 0 | OFF: Disables SEM measurements.1 | ON: Disables SEM measurements.

Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:SEM:AVERage[:COUNt][?] <SemAverageCount>Query Response:<SemAverageCount>

Description Specifies the number of acquisitions over which to averagespectral emissions mask (SEM) measurements.




Description Number of acquisitions over which to average SEM measurements.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:TDSCdma[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:SEM:AVERage:TYPE[?] <SemTypeOfAverage>Query Response:<SemTypeOfAverage>

Description Specifies the method used to average the spectral emissions mask(SEM) measurement results.



Parameter: <SemTypeOfAverage>



Default Value RMS


CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower[:ENABle][?] <TxpEnable>Query Response:<TxpEnable>

Datatype Boolean

Default Value 1


CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower:AVERage[:COUNt][?] <TxpAverageCount>Query Response:<TxpAverageCount>

Description Specifies the number of acquisitions over which to averagetransmit power (TXP) measurements.




Default Value 1

Range [-2147483647:2147483647]

CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:TDSCdma[:MEASurement]:TXPower:AVERage:TYPE[?] <TxpTypeOfAverage>

Query Response:<TxpTypeOfAverage>

Description Specifies the method used to average the transmit power (TXP)measurement results.



Parameter: <TxpTypeOfAverage>



Default Value RMS


CONFigure:RFSA:TDSCdma:EATTenuation

Usage:CONFigure:RFSA:TDSCdma:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:TDSCdma:FREQuency[:CENTer]

Usage:CONFigure:RFSA:TDSCdma:FREQuency[:CENTer][?]<CenterFrequency>Query Response:<CenterFrequency>

Description Specifies the carrier frequency of the received TD-SCDMAsignal.

Description Default to channel 10050 of B34.

Datatype Double

Default Value 2.010000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

CONFigure:RFSA:TDSCdma:FREQuency:BAND

Usage:CONFigure:RFSA:TDSCdma:FREQuency:BAND[?]<TdscdmaFrequencyBand>Query Response:<TdscdmaFrequencyBand>

Description Specifies the TD-SCDMA band class.

Parameter: <TdscdmaFrequencyBand>

Description Supported bands for TD-SCDMA.

TDDBand Offset (MHz) Range of NL Range Range of Frequency BWComment33 0 9500 .. 9600 100 1900 .. 1920 20 A(lo)34 0 10050 .. 10125 75 2010 .. 2025 15 A(hi)35 0 9250 .. 9550 300 1850 .. 1910 60 B(lo)36 0 9650 .. 9950 300 1930 .. 1960 60 B(hi)37 0 9550 .. 9650 100 1910 .. 1930 20 C38 0 12850 .. 13100 250 2570 .. 2620 50 D39 0 9400 .. 9600 200 1880 .. 1920 40 F40 0 11500 .. 12000 500 2300 .. 2400 100 E


Default Value B34

Range B33 | B34 | B35 | B36 | B37 | B38 | B39 | B40

CONFigure:RFSA:TDSCdma:FREQuency:CHANnel

Usage:CONFigure:RFSA:TDSCdma:FREQuency:CHANnel[?]<TdscdmaUARFCN>Query Response:<TdscdmaUARFCN>

Description Specifies the UTRA absolute radio-frequency channel number(UARFCN).

Parameter: <TdscdmaUARFCN>

Description The UARFCN depends on the band:Band 34: 10050 - 10125Band 39: 9400 - 9600Band 40: 11500 - 12000

Datatype Integer32

Default Value 10050

Range [9254:12000]

CONFigure:RFSA:TDSCdma:PORTname

Usage:CONFigure:RFSA:TDSCdma:PORTname[?] <PortName>Query Response:<PortName>






CONFigure:RFSA:TDSCdma:POWer[:MAXimum]

Usage:CONFigure:RFSA:TDSCdma:POWer[:MAXimum][?]<MaximumInputPower>Query Response:<MaximumInputPower>

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:ACPower:ENABle[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:ACPower:ENABle[:ALL][?] <AcpEnable[n]>Query Response:<AcpEnable[n]>

Description Specifies whether to enable adjacent channel power (ACP)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments.





Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:ACPower:INTerval[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:ACPower:INTerval[:ALL][?] <AcpInterval[n]>Query Response:<AcpInterval[n]>

Description Measurement interval, in slots. The size of the array depends onthe currently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:100]

CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:MODulation:ENABle[:ALL][?] <ModEnable[n]>Query Response:<ModEnable[n]>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments.





Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:MODulation:INTerval[:ALL][?] <ModInterval[n]>Query Response:<ModInterval[n]>






Datatype Integer32

Default Value 1

Range [1:100]

CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:OBW:ENABle[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:OBW:ENABle[:ALL][?] <ObwEnable[n]>

Query Response:<ObwEnable[n]>

Description Specifies whether to enable occupied bandwidth (OBW)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments.





Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:OBW:INTerval[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:OBW:INTerval[:ALL][?] <ObwInterval[n]>Query Response:<ObwInterval[n]>

Datatype Integer32

Default Value 1

Range [1:100]

CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:SEM:ENABle[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:SEM:ENABle[:ALL][?] <SemEnable[n]>Query Response:<SemEnable[n]>

Description Specifies whether to enable spectral emissions mask (SEM)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments

Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:SEM:INTerval[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:SEM:INTerval[:ALL][?] <SemInterval[n]>Query Response:<SemInterval[n]>






Datatype Integer32

Default Value 1

Range [1:100]

CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:TXPower:ENABle[:ALL][?] <TxpEnable[n]>Query Response:<TxpEnable[n]>

Description Specifies whether to enable transmit power (TXP) measurementsfor all segments of the sequence. The size of the array depends onthe currently defined number of segments.





Datatype Boolean

Default Value 1


CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence[:MEASurement]:TXPower

:INTerval[:ALL][?] <TxpInterval[n]>Query Response:<TxpInterval[n]>






Datatype Integer32

Default Value 1

Range [1:100]

CONFigure:RFSA:TDSCdma:SEQuence:DURation[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:DURation[:ALL][?]<SegmentDuration[n]>Query Response:<SegmentDuration[n]>

Description Specifies the sequence duration. A sequence comprises one ormore segments. A segment comprises one or moremeasurements.




Description Segment duration in TD-SCDMA subframes (5 ms) for all definedsegments. The size of the array depends on the currently definednumber of segments.

Datatype Integer32

Default Value 6

Range [1:6000]

CONFigure:RFSA:TDSCdma:SEQuence:EATTenuation[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:TDSCdma:SEQuence:ENABle

Usage:CONFigure:RFSA:TDSCdma:SEQuence:ENABle[?]<SequenceEnable>Query Response:<SequenceEnable>





Description 0 | OFF: Disables sequence mode.1 | ON: Enables sequence mode

Datatype Boolean

Default Value 0


CONFigure:RFSA:TDSCdma:SEQuence:FREQuency:BAND[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:FREQuency:BAND[:ALL][?] <TdscdmaFrequencyBand[n]>Query Response:<TdscdmaFrequencyBand[n]>

Description Specifies the TD-SCDMA band class. The WTS supports bands33 through 40.



Parameter: <TdscdmaFrequencyBand[n]>

Description Band selection for all segments. The size of the array depends on thecurrently defined number of segments.

Default Value B34

Range B33 | B34 | B35 | B36 | B37 | B38 | B39 | B40

CONFigure:RFSA:TDSCdma:SEQuence:FREQuency:CHANnel[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:FREQuency:CHANnel[:ALL][?] <TdscdmaUARFCN[n]>Query Response:<TdscdmaUARFCN[n]>




Parameter: <TdscdmaUARFCN[n]>

Description UTRA absolute radio-frequency channel number (UARFCN). Thesize of the array depends on the currently defined number ofsegments.

UARFCN depends on the band:Band 34: 10050 - 10125Band 39: 9400 - 9600Band 40: 11500 - 12000

Datatype Integer32

Default Value 10050

Range [9254:12000]

CONFigure:RFSA:TDSCdma:SEQuence:MOEXception

Usage:CONFigure:RFSA:TDSCdma:SEQuence:MOEXception[?]<MeasurementOnExceptionEnable>Query Response:<MeasurementOnExceptionEnable>

Description Specifies whether to enable measurement on exception (MOEX).



Parameter: <MeasurementOnExceptionEnable>


Datatype Boolean

Default Value 1


CONFigure:RFSA:TDSCdma:SEQuence:NSEGments

Usage:CONFigure:RFSA:TDSCdma:SEQuence:NSEGments[?]<NumberOfSegments>Query Response:<NumberOfSegments>

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:TDSCdma:SEQuence:OFFSet[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:OFFSet[:ALL][?]<SegmentOffset[n]>Query Response:<SegmentOffset[n]>

Description Specifies the sequence offset.

Description Number of slots by which to offset the start of the measurementinterval for each measurement in a segment. The size of the arraydepends on the currently defined number of segments.

Datatype Integer32

Default Value 0

Range [0:100]

CONFigure:RFSA:TDSCdma:SEQuence:POWer[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:POWer[:ALL][?]<MaximumInputPower[n]>Query Response:<MaximumInputPower[n]>





Description Maximum expected input power. The size of the array depends onthe currently defined number of segments.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:TDSCdma:SEQuence:SEGMent[:SETup]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:SEGMent[:SETup][?]<TdscdmaBand>,<TdscdmaUarfcn>,<MaximumInputPower>,<ExternalAttenuation>,<SegmentDuration>,<MeasurementIntervalOffset>Query Response:<TdscdmaBand>,<TdscdmaUarfcn>,<MaximumInputPower>,<ExternalAttenuation>,<SegmentDuration>,<MeasurementIntervalOffset>

Description Specifies all physical properties of a TD-SCDMA signal for agiven segment.

Parameter: <TdscdmaBand>

Description Segment band.



Default Value B34

Range B33 | B34 | B35 | B36 | B37 | B38 | B39 | B40

Parameter: <TdscdmaUarfcn>

Description Segment UARFCN.

UARFCN is dependent on the band:Band 34: 10050 - 10125Band 39: 9400 - 9600Band 40: 11500 - 12000

Datatype Integer32

Default Value 10050

Range [9254:12000]


Description Segment maximum expected input power to the instrument.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm


Description Segment external attenuation value. External attenuation is appliedon top of any attenuation provided for the specified port.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB


Description Segment duration in TD-SCDMA subframes (5 ms).

Datatype Integer32

Default Value 10

Range [1:6000]


Parameter: <MeasurementIntervalOffset>

Description Number of slots by which to offset the start of the measurementinterval for each measurement in a segment.

Datatype Integer32

Default Value 0

Range [0:99]

CONFigure:RFSA:TDSCdma:SEQuence:SEGMent:MEASurement:ENABle[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:SEGMent:MEASurement:ENABle[:ALL][?]<AcpEnable>,<ModEnable>,<ObwEnable>,<SemEnable>,<TxpEnable>Query Response:<AcpEnable>,<ModEnable>,<ObwEnable>,<SemEnable>,<TxpEnable>






Datatype Boolean

Default Value 0




Datatype Boolean

Default Value 0




Datatype Boolean

Default Value 0




Datatype Boolean

Default Value 0



Datatype Boolean

Default Value 1


CONFigure:RFSA:TDSCdma:SEQuence:SEGMent:MEASurement:INTerval[:ALL]

Usage:CONFigure:RFSA:TDSCdma:SEQuence:SEGMent:MEASurement:INTerval[:ALL][?]<AcpInterval>,<ModInterval>,<ObwInterval>,<SemInterval>,<TxpInterval>Query Response:<AcpInterval>,<ModInterval>,<ObwInterval>,<SemInterval>,<TxpInterval>





Description Interval, in slots, for adjacent channel power (ACP) measurement.

Datatype Integer32

Default Value 1

Range [1:100]


Description Interval, in slots, for modulation accuracy (ModAcc) measurement.

Datatype Integer32

Default Value 1

Range [1:100]


Description Interval, in slots, for occupied bandwidth (OBW) measurement.

Datatype Integer32

Default Value 1

Range [1:100]


Description Interval, in slots, for spectral emissions mask (SEM) measurement.

Datatype Integer32

Default Value 1

Range [1:100]


Description Interval, in slots, for transmit power (TXP) measurement.

Datatype Integer32

Default Value 1

Range [1:100]

CONFigure:RFSA:TDSCdma:TRACe[:ENABle]

Usage:CONFigure:RFSA:TDSCdma:TRACe[:ENABle][?]<TdscdmaTraceEnable>Query Response:<TdscdmaTraceEnable>

Description Traces are turned off by default to save test time. Turn them on tovisualize all traces.



Parameter: <TdscdmaTraceEnable>

Description Set this boolean to ON to enable fetching the traces

Datatype Boolean

Default Value 0

FETCh:RFSA:TDSCdma[:RESults]:ACPower[:OFFSet][:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:ACPower[:OFFSet][:AVERage]?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower_n>}


Availability Query


Parameter: <AcpOffsetFrequency>

Unit Hz

Parameter: <AcpOffsetACLR>

Unit dB

Parameter: <AcpOffsetAbsolutePower>

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:ACPower:CARRier[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:ACPower:CARRier[:AVERage]?Query Response:<AcpTotalCarrierPower>

Availability Query




Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:ACPower:TRACe

Usage:FETCh:RFSA:TDSCdma[:RESults]:ACPower:TRACe?Query Response:<AcpSpectrumTraceXo>,<AcpSpectrumTraceDx>,#xyy<AcpSpectrumTrace[n]>

Description

Availability Query


Parameter: <AcpSpectrumTraceXo>

Parameter: <AcpSpectrumTraceDx>

Parameter: #xyy<AcpSpectrumTrace[n]>

FETCh:RFSA:TDSCdma[:RESults]:MODulation:CDError[:MAXimum]

Usage:FETCh:RFSA:TDSCdma[:RESults]:MODulation:CDError[:M

AXimum]?Query Response:<PeakCde>,<PeakCdeSF>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSF>,<PeakActiveCdeCode>,<ActiveChannels>,<PeakRcde>,<PeakRcdeSF>,<PeakRcdeCode>


Availability Query



Description Peak among the code domain errors of all the active channels andinactive channels in the signal.

Datatype Double

Unit dB

Parameter: <PeakCdeSF>

Description Spreading factor of the channel that has a peak code domain error ofall the active and inactive channels in the signal.

Datatype Integer32


Description Spreading code of the channel that has a peak code domain error of allthe active and inactive channels in the signal.

Datatype Integer32

Description Peak among the code domain errors of all the active channels in thesignal.

Datatype Double

Parameter: <PeakActiveCdeSF>

Description Spreading factor of the channel that has a peak code domain error ofall the active channels in the signal.

Datatype Integer32


Description Spreading code of the channel that has a peak code domain error of allthe active channels in the signal.

Datatype Integer32

Parameter: <ActiveChannels>

Description Number of active channels in the signal.

Datatype Integer32

Parameter: <PeakRcde>

Description Peak among the relative code domain errors of all the active channelsin the signal.

Datatype Double

Unit dB

Parameter: <PeakRcdeSF>

Parameter: <PeakRcdeCode>

FETCh:RFSA:TDSCdma[:RESults]:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:TDSCdma[:RESults]:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>


Availability Query




Datatype Double

Unit %

FETCh:RFSA:TDSCdma[:RESults]:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:MODulation:EVM:RMS[:AVERage]?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>

Availability Query


Parameter: <RmsEvm>

Description Average of RMS EVM measurements.

Datatype Double

Unit %


Description Average of magnitude error measurements.

Datatype Double

Unit %


Description Average of phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:TDSCdma[:RESults]:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:MODulation:IMPairments[:AVERage]?Query Response:<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<DataPowerField1>,<DataPowerField2>,<MidamblePower>

Description Fetches I/Q impairments results.

Availability Query



Description Average of I/Q origin offset measurements.

Datatype Double

Unit dB


Description Average of frequency error measurements.

Datatype Double

Unit Hz

Parameter: <TimingOffset>

Description Timing offset of the configured EVM measurement channel withrespect to the start of frame. You can query this parameter only if theUUT Type is set to BS and the channel type is DPCH. WTS returns -1for other channels.

Datatype Double

Unit chips

Parameter: <DataPowerField1>

Description Average power measured in Data field 1.

Datatype Double

Unit dBm



Datatype Double

Unit dBm

Parameter: <MidamblePower>

Description Average power measured in the midamble field.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:OBW[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query




Datatype Double

Unit Hz



Datatype Double

Unit dBm



Datatype Double

Unit Hz




Datatype Double

Unit Hz

FETCh:RFSA:TDSCdma[:RESults]:OBW:TRACe

Usage:FETCh:RFSA:TDSCdma[:RESults]:OBW:TRACe?Query Response:<ObwSpectrumTraceXo>,<ObwSpectrumTraceDx>,#xyy<ObwSpectrumTrace[n]>

Description

Availability Query


Parameter: <ObwSpectrumTraceXo>

Parameter: <ObwSpectrumTraceDx>

Parameter: #xyy<ObwSpectrumTrace[n]>

FETCh:RFSA:TDSCdma[:RESults]:PDYNamics[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:PDYNamics[:AVERage]?Query Response:<OverallStatus>,<AverageOnPower>,<Range1Status>,<Range1Power>,<Range2Status>,<Range2Power>,<Range3Status>,<Range3Power>

Description

Availability Query


Parameter: <OverallStatus>

Parameter: <AverageOnPower>

Unit dBm

Parameter: <Range1Status>

Parameter: <Range1Power>

Unit dBm



Unit dBm



Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:PDYNamics:TRACe[:POWer]

Usage:FETCh:RFSA:TDSCdma[:RESults]:PDYNamics:TRACe[:POWer]?Query Response:<PdynTraceXo>,<PdynTraceDx>,#xyy<PdynTraceData[n]>

Description

Availability Query


Parameter: <PdynTraceXo>

Parameter: <PdynTraceDx>

Parameter: #xyy<PdynTraceData[n]>

FETCh:RFSA:TDSCdma[:RESults]:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean


Description Worse margin value.

Datatype Double

Unit dB


Description Average frequency of the worse margin

Datatype Double

Unit Hz


Description Average of the total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}

Description Fetches spectral emissions mask (SEM) results, per frequencyoffset segment.

Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB


FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:AMASk

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:AMASk?Query Response:<SemAbsoluteMaskTraceXo>,<SemAbsoluteMaskTraceDx>,#xyy<SemAbsoluteMaskTrace[n]>

Description

Availability Query


Parameter: <SemAbsoluteMaskTraceXo>

Parameter: <SemAbsoluteMaskTraceDx>

Parameter: #xyy<SemAbsoluteMaskTrace[n]>

FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:RMASk

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:RMASk?Query Response:<SemAbsoluteMaskTraceXo>,<SemAbsoluteMaskTraceDx>,#xyy<SemAbsoluteMaskTrace[n]>

Description

Availability Query

FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:SPECtrum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEM:TRACe:SPECtrum?Query Response:<SemSpectrumTraceXo>,<SemSpectrumTraceDx>,#xyy<SemSpectrumTrace[n]>

Description

Availability Query


Parameter: <SemSpectrumTraceXo>

Parameter: <SemSpectrumTraceDx>

Parameter: #xyy<SemSpectrumTrace[n]>

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower_n>}

Description

Availability Query

Unit Hz


Unit dB


Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimum?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower_n>}

Description

Availability Query



Unit Hz


Unit dB

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimum?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower_n>}

Description

Availability Query



Unit Hz


Unit dB


Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]?

Query Response:<AcpTotalCarrierPower>


Availability Query




Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimum?Query Response:<AcpTotalCarrierPower>


Availability Query



Description Maximum of total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimum?Query Response:<AcpTotalCarrierPower>


Availability Query



Description Minimum of total carrier power.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]?Query Response:<PeakCde>,<PeakCdeSF>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSF>,<PeakActiveCdeCode>,<ActiveChannels>,<PeakRcde>,<PeakRcdeSF>,<PeakRcdeCode>


Availability Query



Description Maximum of the peak among the code domain errors of all the activechannels and inactive channels in the signal.

Datatype Double

Unit dB


Description Maximum of the spreading factor of the channel that has a peak codedomain error of all the active and inactive channels in the signal.

Datatype Integer32


Description Maximum of the spreading code of the channel that has a peak codedomain error of all the active and inactive channels in the signal.

Datatype Integer32


Description Maximum of the peak among the code domain errors of all the activechannels in the signal.

Datatype Double



Description Maximum of the spreading factor of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Description Maximum of the spreading code of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32



Datatype Integer32


Description Maximum of the peak among the relative code domain errors, in dB,of all the active channels in the signal.

Datatype Double

Unit dB


Description Maximum of the spreading factor of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Description Maximum of the spreading code of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERage

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERage?Query Response:<PeakCde>,<PeakCdeSF>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSF>,<PeakActiveCdeCode>,<ActiveChannels>,<PeakRcde>,<PeakRcdeSF>,<PeakRcdeCode>


Availability Query



Description Average of the peak among the code domain errors of all the activechannels and inactive channels in the signal.

Datatype Double

Unit dB


Description Average of the spreading factor of the channel that has a peak codedomain error of all the active and inactive channels in the signal.

Datatype Integer32


Description Average of the spreading code of the channel that has a peak codedomain error of all the active and inactive channels in the signal.

Datatype Integer32


Description Average of the peak among the code domain errors of all the activechannels in the signal.

Datatype Double


Description Average of the spreading factor of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Description Average of the spreading code of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Datatype Integer32


Description Average of the peak among the relative code domain errors of all theactive channels in the signal.

Datatype Double

Unit dB


Description Average of the spreading factor of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Description Average of the spreading code of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimum?Query Response:<PeakCde>,<PeakCdeSF>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSF>,<PeakActiveCdeCode>,<ActiveChannels>,<PeakRcde>,<PeakRcdeSF>,<PeakRcdeCode>


Availability Query



Description Minimum of the peak among the code domain errors of all the activechannels and inactive channels in the signal.

Datatype Double

Unit dB


Description Minimum of the spreading factor of the channel that has a peak codedomain error of all the active and inactive channels in the signal.

Datatype Integer32


Description Minimum of the spreading code of the channel that has a peak codedomain error of all the active and inactive channels in the signal.

Datatype Integer32


Description Minimum of the peak among the code domain errors of all the activechannels in the signal.

Datatype Double



Description Minimum of the spreading factor of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Description Minimum of the spreading code of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32



Datatype Integer32


Description Minimum of the peak among the relative code domain errors of all theactive channels in the signal.

Datatype Double

Unit dB


Description Minimum of the spreading factor of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32


Description Minimum of the spreading code of the channel that has a peak codedomain error of all the active channels in the signal.

Datatype Integer32

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>


Availability Query




Datatype Double

Unit %

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERage

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERage?Query Response:<PeakEvm>

Availability Query



Description Average of peak EVM measurements.

Datatype Double

Unit %

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimum?Query Response:<PeakEvm>


Availability Query



Description Minimum of peak EVM measurements.

Datatype Double

Unit %

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>


Datatype Double

Unit %


Description Average of magnitude error measurements.

Datatype Double

Unit %


Description Average of phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimum?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>

Description Maximum of RMS EVM measurements.

Datatype Double

Unit %

Description Maximum of magnitude error measurements.

Datatype Double

Unit %


Description Maximum of phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>

Description Maximum of Rho, where Rho is the ratio of the correlated power in asingle coded channel to the total signal power.

Datatype Double

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimum?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query

Parameter: <RmsEvm>

Description Minimum of RMS EVM measurements.

Datatype Double

Unit %


Description Minimum of magnitude error measurements.

Datatype Double

Unit %


Description Minimum of phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>

Description Minimum of Rho, where Rho is the ratio of the correlated power in asingle coded channel to the total signal power.

Datatype Double

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]?Query Response:

<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<DataPowerField1>,<DataPowerField2>,<MidamblePower>


Availability Query




Datatype Double

Unit dB



Datatype Double

Unit Hz



Datatype Double

Unit chips

Datatype Double

Unit dBm



Datatype Double

Unit dBm


Description Average power measured in the midamble field.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum?Query Response:<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<DataPowerField1>,<DataPowerField2>,<MidamblePower>


Availability Query



Description Maximum of I/Q origin offset measurements.

Datatype Double

Unit dB


Description Maximum of frequency error measurements.

Datatype Double

Unit Hz



Datatype Double

Unit chips


Description Maximum power measured in Data field 1.


Datatype Double

Unit dBm


Description Maximum power measured in Data field 2.

Datatype Double

Unit dBm


Description Maximum power measured in the midamble field.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimum?Query Response:<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<DataPowerField1>,<DataPowerField2>,<MidamblePower>


Availability Query


Description Minimum of I/Q origin offset measurements.

Datatype Double

Unit dB


Description Minimum of frequency error measurements.

Datatype Double

Unit Hz



Datatype Double

Unit chips


Description Minimum power measured in Data field 1.

Datatype Double

Unit dBm


Description Minimum power measured in Data field 2.

Datatype Double

Unit dBm


Description Minimum power measured in the midamble field.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches occupied bandwidth (OBW) measurement results.

Availability Query

Datatype Double

Unit Hz



Datatype Double

Unit dBm



Datatype Double

Unit Hz


Description Average upper-bound frequency of the OBW measurements.

Datatype Double

Unit Hz

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW:MAXimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query




Datatype Double

Unit Hz


Description Maximum power of the RBW filtered signal integrated over the span.

Datatype Double

Unit dBm


Description Maximum of the lower-bound frequency of the OBW measurements.

Datatype Double

Unit Hz


Description Maximum upper-bound frequency of the OBW measurements.


Datatype Double

Unit Hz

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:OBW:MINimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query




Datatype Double

Unit Hz


Description Minimum power of the RBW filtered signal integrated over the span.

Datatype Double

Unit dBm

Description Minimum of the lower-bound frequency of the OBW measurements.

Datatype Double

Unit Hz


Description Minimum upper-bound frequency of the OBW measurements.

Datatype Double

Unit Hz

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean

Datatype Double

Unit dB


Description Average frequency of the worse margin.

Datatype Double

Unit Hz



Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimum?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean



Datatype Double

Unit dB


Description Maximum frequency of the worse margin.

Datatype Double

Unit Hz


Description Maximum of the total carrier power results.

Datatype Double

Unit dBm


FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean



Datatype Double

Unit dB


Description Minimum frequency of the worse margin.

Datatype Double

Unit Hz

Description Minimum of the total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32

Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimum?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB


FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimum?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz

Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]?Query Response:<AvgMeanPower>,<MaxPower>,<MinPower>,<PeakToAvgRatio>

Description Fetches transmit power (TXP) measurement results, perfrequency offset segment.

Availability Query



Description Average of the mean power.

Datatype Double

Unit dBm

Description Average of the maximum power.

Datatype Double

Unit dBm



Datatype Double

Unit dBm


Description Ratio of peak to average power.

Datatype Double

Unit dB

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:MAXimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:MAXimum?Query Response:<AvgMeanPower>,<MaxPower>,<MinPower>,<PeakToAvgRatio>


Availability Query



Description Maximum of the mean power.

Datatype Double

Unit dBm


Description Maximum of the maximum power.

Datatype Double

Unit dBm


Description Maximum of the minimum power.

Datatype Double

Unit dBm




Datatype Double

Unit dB

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:MINimum

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:MINimum?Query Response:<AvgMeanPower>,<MaxPower>,<MinPower>,<PeakToAvgRatio>


Availability Query



Description Minimum of the mean power.

Datatype Double

Unit dBm


Description Minimum of the maximum power.

Datatype Double

Unit dBm

Description Minimum of the minimum power.

Datatype Double

Unit dBm



Datatype Double

Unit dB

FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:SPOWer

Usage:FETCh:RFSA:TDSCdma[:RESults]:SEQuence:SEGMent:TXPower:SPOWer?Query Response:<AvgPower[n]>

Description Slot power returns the power of each slot measured in thissegment. This helps to debug any issues related to any specificslot within the segment. This is also used for any slot powermeasurement specific.

Availability Query


Parameter: <AvgPower[n]>

FETCh:RFSA:TDSCdma[:RESults]:STATe

Usage:FETCh:RFSA:TDSCdma[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>


Availability Query








FETCh:RFSA:TDSCdma[:RESults]:TXPower[:AVERage]

Usage:FETCh:RFSA:TDSCdma[:RESults]:TXPower[:AVERage]?Query Response:<AvgMeanPower>,<MaxPower>,<MinPower>,<PeakToAvgRatio>

Description Fetches transmit power (TXP) measurement results.

Availability Query



Description Average of the mean power.

Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm




Datatype Double

Unit dB

FETCh:RFSA:TDSCdma[:RESults]:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:TDSCdma[:RESults]:TXPower:TRACe[:POWer]?Query Response:<TxpPowerTraceXo>,<TxpPowerTraceDx>,#xyy<TxpPowerTrace[n]>

Description

Availability Query


Parameter: <TxpPowerTraceXo>

Parameter: <TxpPowerTraceDx>


INITiate:RFSA:TDSCdma[:RESults]

Usage:INITiate:RFSA:TDSCdma[:RESults]

Description Initiates composite TD-SCDMA measurements and stores theresults in the result space provided in [:Result].

INITiate:RFSA:TDSCdma:ALEVel

Usage:INITiate:RFSA:TDSCdma:ALEVel




SYSTem:RFSA:TDSCdma:VERSion

Usage:SYSTem:RFSA:TDSCdma:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description Returns the version of the personality and measurement engine.

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:TDSCdma:DELay

Usage:TRIGger:RFSA:TDSCdma:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>






Datatype Double

Default Value 0.000000000000000E+000

Range [-1.000000000000000E+000:1.000000000000000E+000]

Unit sec

TRIGger:RFSA:TDSCdma:EDGE

Usage:TRIGger:RFSA:TDSCdma:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

TRIGger:RFSA:TDSCdma:EXPort

Usage:TRIGger:RFSA:TDSCdma:EXPort[?]<TriggerExportDestination>Query Response:<TriggerExportDestination>

Description Specifies whether to export the trigger to allow otherconfigurations to capture the event and react to the trigger aswell.

Default Value NONE


TRIGger:RFSA:TDSCdma:MQTime

Usage:TRIGger:RFSA:TDSCdma:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>






Datatype Double

Default Value 5.000000000000000E-005

Range [0.000000000000000E+000:Inf]

Unit sec

TRIGger:RFSA:TDSCdma:SOURce

Usage:TRIGger:RFSA:TDSCdma:SOURce[?] <TriggerSource>Query Response:<TriggerSource>






Datatype String


TRIGger:RFSA:TDSCdma:THReshold

Usage:TRIGger:RFSA:TDSCdma:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>

Datatype Double

Default Value -3.000000000000000E+001

Range [-1.000000000000000E+002:0.000000000000000E+000]

Unit dB

TRIGger:RFSA:TDSCdma:TOUT

Usage:TRIGger:RFSA:TDSCdma:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Description Maximum time from when the execution has been committed tohardware until the specified trigger event must occur.Time during which the execution is pending hardware is notincluded in the timeout counter.

Datatype Double


Range [0.000E+000:1.000E+003]

Unit sec

WCDMA Instrument PersonalityUse the WCDMA instrument personality to analyze WCDMA/HSPA+ signals that conform tothe 3GPP specifications.


WCDMA Signal Analyzer SCPI Command ListComplete list of WCDMA signal analyzer SCPI commands.

CONFigure:RFSA:WCDMa[:MEASurement]:ACPower[:ENABle]CONFigure:RFSA:WCDMa[:MEASurement]:ACPower:AVERage[:COUNt]CONFigure:RFSA:WCDMa[:MEASurement]:ACPower:AVERage:TYPECONFigure:RFSA:WCDMa[:MEASurement]:MODulation[:ENABle]CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:INTerval[:COUNt]CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:INTerval:OFFSetCONFigure:RFSA:WCDMa[:MEASurement]:MODulation:MODECONFigure:RFSA:WCDMa[:MEASurement]:MODulation:SCODeCONFigure:RFSA:WCDMa[:MEASurement]:OBW[:ENABle]

CONFigure:RFSA:WCDMa[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:WCDMa[:MEASurement]:OBW:AVERage:TYPECONFigure:RFSA:WCDMa[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:WCDMa[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:WCDMa[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:WCDMa[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:WCDMa[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:WCDMa[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:WCDMa:EATTenuationCONFigure:RFSA:WCDMa:FREQuency[:CENTer]CONFigure:RFSA:WCDMa:FREQuency:BANDCONFigure:RFSA:WCDMa:FREQuency:CHANnelCONFigure:RFSA:WCDMa:PORTnameCONFigure:RFSA:WCDMa:POWer[:MAXimum]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:ACPower:ENABle[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:ACPower:INTerval[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:OBW:ENABle[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:OBW:INTerval[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:SEM:ENABle[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:SEM:INTerval[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]CONFigure:RFSA:WCDMa:SEQuence:DURation[:ALL]CONFigure:RFSA:WCDMa:SEQuence:EATTenuation[:ALL]CONFigure:RFSA:WCDMa:SEQuence:ENABle

CONFigure:RFSA:WCDMa:SEQuence:FREQuency:BAND[:ALL]CONFigure:RFSA:WCDMa:SEQuence:FREQuency:CHANnel[:ALL]CONFigure:RFSA:WCDMa:SEQuence:MOEXceptionCONFigure:RFSA:WCDMa:SEQuence:NSEGmentsCONFigure:RFSA:WCDMa:SEQuence:OFFSet[:ALL]CONFigure:RFSA:WCDMa:SEQuence:POWer[:ALL]CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:MEASurement]:ENABle[:ALL]CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:MEASurement]:INTerval[:ALL]CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:SETup]CONFigure:RFSA:WCDMa:TRACe[:ENABle]FETCh:RFSA:WCDMa[:RESults]:ACPower[:OFFSet][:AVERage]FETCh:RFSA:WCDMa[:RESults]:ACPower:CARRier[:AVERage]FETCh:RFSA:WCDMa[:RESults]:ACPower:TRACeFETCh:RFSA:WCDMa[:RESults]:MODulation:CDError[:MAXimum]FETCh:RFSA:WCDMa[:RESults]:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:WCDMa[:RESults]:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:WCDMa[:RESults]:MODulation:IMPairments[:AVERage]FETCh:RFSA:WCDMa[:RESults]:OBW[:AVERage]FETCh:RFSA:WCDMa[:RESults]:OBW:TRACeFETCh:RFSA:WCDMa[:RESults]:SEM:MARGin[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEM:OSEGments[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:AMASkFETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:RMASkFETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:SPECtrumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACP

ower:CARRier:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERageFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERageFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:MAXimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:MINimumFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:SPOWerFETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:TRACeFETCh:RFSA:WCDMa[:RESults]:STATeFETCh:RFSA:WCDMa[:RESults]:TXPower[:AVERage]FETCh:RFSA:WCDMa[:RESults]:TXPower:TRACeINITiate:RFSA:WCDMa[:RESults]INITiate:RFSA:WCDMa:ALEVelSYSTem:RFSA:WCDMa:VERSionTRIGger:RFSA:WCDMa:DELayTRIGger:RFSA:WCDMa:EDGETRIGger:RFSA:WCDMa:EXPortTRIGger:RFSA:WCDMa:MQTimeTRIGger:RFSA:WCDMa:SOURceTRIGger:RFSA:WCDMa:THResholdTRIGger:RFSA:WCDMa:TOUT

WCDMA RFSA SCPI Command ReferenceSCPI command reference for the WCDMA signal analyzer instrument personality.

CONFigure:RFSA:WCDMa[:MEASurement]:ACPower[:ENABle]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:ACPower[:ENABle][?] <AcpEnable>Query Response:<AcpEnable>

Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa[:MEASurement]:ACPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:ACPower:AVERage[:COUNt][?] <AcpAverageCount>Query Response:<AcpAverageCount>

Description Specifies the number of acquisitions over which to averageadjacent channel power (ACP) measurements.

Description Number of acquisitions over which to average ACP measurements.

Datatype Integer32

Default Value 1

Range [1:15000]

CONFigure:RFSA:WCDMa[:MEASurement]:ACPower:AVERage:TYPE

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:ACPower:AVERage:TYPE[?] <AcpAverageType>Query Response:<AcpAverageType>

Description Specifies the method used to average the adjacent channel power(ACP) measurement results.



Parameter: <AcpAverageType>

Default Value RMS


CONFigure:RFSA:WCDMa[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:MODulation[:ENABle][?] <ModEnable>Query Response:<ModEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:INTerval[:COUNt]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:INTerval[:COUNt][?] <MeasurementDuration>

Query Response:<MeasurementDuration>

Description Specifies the measurement interval, in WCDMA slots (666.667us).



Parameter: <MeasurementDuration>

Description Measurement interval.

Datatype Integer32

Default Value 1

Range [1:15000]

CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:INTerval:OFFSet

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:INTerval:OFFSet[?] <MeasIntervalOffset>Query Response:<MeasIntervalOffset>

Description Specifies the measurement offset when the measurement MODEis set to FRAME.

Parameter: <MeasIntervalOffset>


Datatype Integer32

Default Value 0

Range [0:15000]

CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:MODE

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:MODE[?]<MeasurementMode>Query Response:<MeasurementMode>





Description FRAME: Measures a specific slot on an acquired frame, dependenton the offset and duration in slots.SLOT: Measures a random selection of slots, dependent on themeasurement duration in slots.ARBITRARY: Measures a given number of chips, dependent on themeasurement duration in slots.MARKER: Bases analysis on a marker on the generated waveform.You must also configure the signal generator for marker mode to usethis setting.AUTO: Automatically selects the appropriate measurement modebased on trigger settings.

Default Value AUTO

Range FRAME | SLOT | ARBITRARY | MARKER | AUTO

CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:SCODe

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:MODulation:SCODe[?] <ScramblingCode>Query Response:<ScramblingCode>

Description Specifies the uplink scrambling code type used for descramblingthe signal.



Parameter: <ScramblingCode>

Description Uplink Scrambling Code (Long).

Datatype Integer32

Default Value #H0

Range [#H80000001:#H7FFFFFFF]

CONFigure:RFSA:WCDMa[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:OBW[:ENABle][?]<ObwEnable>

Query Response:<ObwEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwAverageCount>Query Response:<ObwAverageCount>

Datatype Integer32

Default Value 1

Range [1:15000]

CONFigure:RFSA:WCDMa[:MEASurement]:OBW:AVERage:TYPE

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:OBW:AVERage:TYPE[?] <ObwAverageType>Query Response:<ObwAverageType>

Default Value RMS


CONFigure:RFSA:WCDMa[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:SEM[:ENABle][?]<SemEnable>Query Response:<SemEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:SEM:AVERage[:COUNt][?] <SemAverageCount>Query Response:<SemAverageCount>

Datatype Integer32

Default Value 1

Range [1:15000]

CONFigure:RFSA:WCDMa[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:SEM:AVERage:TYPE[?] <SemAverageType>Query Response:<SemAverageType>

Parameter: <SemAverageType>



Default Value RMS


CONFigure:RFSA:WCDMa[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:TXPower[:ENABle][?] <TxpEnable>Query Response:<TxpEnable>






Datatype Boolean

Default Value 1


CONFigure:RFSA:WCDMa[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:TXPower:AVERage[:COUNt][?] <WcdmaTxPAverageCount>Query Response:<WcdmaTxPAverageCount>

Description Specifies the number of iterations over which to average transmitpower (TXP) measurements.



Parameter: <WcdmaTxPAverageCount>

Description Number of iterations over which to average TXP measurements.

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:WCDMa[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:WCDMa[:MEASurement]:TXPower:AVERage:TYPE[?] <WcdmaTxPAverageType>Query Response:<WcdmaTxPAverageType>

Description Specifies the averaging type for transmit power (TXP)measurements.



Parameter: <WcdmaTxPAverageType>



Default Value RMS


CONFigure:RFSA:WCDMa:EATTenuation

Usage:CONFigure:RFSA:WCDMa:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Description Specifies the external attenuation value. External attenuation isapplied on top of any attenuation provided for the specified port.

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:WCDMa:FREQuency[:CENTer]

Usage:CONFigure:RFSA:WCDMa:FREQuency[:CENTer][?]<CenterFrequency>Query Response:<CenterFrequency>

Description Specifies the carrier frequency of the received WCDMA signal.




Description Carrier frequency of the received WCDMA signal.

Datatype Double

Range [6.50000000E+007:6.00000000E+009]

Unit Hz

CONFigure:RFSA:WCDMa:FREQuency:BAND

Usage:CONFigure:RFSA:WCDMa:FREQuency:BAND[?] <WcdmaBand>Query Response:<WcdmaBand>

Description Specifies the WCDMA band.

Parameter: <WcdmaBand>

Description FDDDownlink Uplink RangeBand FFDL_Offset (MHz) Range of NDL FFUL_Offset (MHz)Range of NUL

1 0 10562 .. 10838 0 9612 .. 9888 2762 0 9662 .. 9938 0 9262 .. 9538 2763 1575 1162 .. 1513 1525 937 .. 1288 3514 1805 1537 .. 1738 1450 1312 .. 1513 2015 0 4357 .. 4458 0 4132 .. 4233 1016 0 4387 .. 4413 0 4162 .. 4188 267 2175 2237 .. 2563 2100 2012 .. 2338 3268 340 2937 .. 3088 340 2712 .. 2863 1519 0 9237 .. 9387 0 8762 .. 8912 15010 1490 3112 .. 3388 1135 2887 .. 3163 27611 736 3712 .. 3787 733 3487 .. 3562 7512 -37 3842 .. 3903 -22 3617 .. 3678 6113 -55 4017 .. 4043 21 3792 .. 3818 2614 -63 4117 .. 4143 12 3892 .. 3918 2619 735 712 .. 763 770 312 .. 363 5120 -109 4512 .. 4638 -23 4287 .. 4413 12621 1326 862 .. 912 1358 462 .. 512 5022 2580 4662 .. 5038 2525 4437 .. 4813 37625 910 5112 .. 5413 875 4887 .. 5188 30126 -291 5762 .. 5913 -291 5537 .. 5688 151


Default Value B01

Range Unused | B01 | B02 | B03 | B04 | B05 | B06 | B07 | B08 | B09 | B10 |B11 | B12 | B13 | B14 | B19 | B20 | B21 | B22 | B25 | B26

CONFigure:RFSA:WCDMa:FREQuency:CHANnel

Usage:CONFigure:RFSA:WCDMa:FREQuency:CHANnel[?]<WcdmaUarfcn>

Query Response:<WcdmaUarfcn>




Parameter: <WcdmaUarfcn>

Description FDDDownlink Uplink RangeBand FFDL_Offset (MHz) Range of NDL FFUL_Offset (MHz)Range of NUL1 0 10562 .. 10838 0 9612 .. 9888 2762 0 9662 .. 9938 0 9262 .. 9538 2763 1575 1162 .. 1513 1525 937 .. 1288 3514 1805 1537 .. 1738 1450 1312 .. 1513 2015 0 4357 .. 4458 0 4132 .. 4233 1016 0 4387 .. 4413 0 4162 .. 4188 267 2175 2237 .. 2563 2100 2012 .. 2338 3268 340 2937 .. 3088 340 2712 .. 2863 1519 0 9237 .. 9387 0 8762 .. 8912 15010 1490 3112 .. 3388 1135 2887 .. 3163 27611 736 3712 .. 3787 733 3487 .. 3562 7512 -37 3842 .. 3903 -22 3617 .. 3678 6113 -55 4017 .. 4043 21 3792 .. 3818 2614 -63 4117 .. 4143 12 3892 .. 3918 2619 735 712 .. 763 770 312 .. 363 5120 -109 4512 .. 4638 -23 4287 .. 4413 12621 1326 862 .. 912 1358 462 .. 512 5022 2580 4662 .. 5038 2525 4437 .. 4813 37625 910 5112 .. 5413 875 4887 .. 5188 30126 -291 5762 .. 5913 -291 5537 .. 5688 151

Datatype Integer32

Default Value 9750

Range [312:10838]

CONFigure:RFSA:WCDMa:PORTname

Usage:CONFigure:RFSA:WCDMa:PORTname[?] <PortName>Query Response:<PortName>






CONFigure:RFSA:WCDMa:POWer[:MAXimum]

Usage:CONFigure:RFSA:WCDMa:POWer[:MAXimum][?]<MaximumInputPower>Query Response:<MaximumInputPower>

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:ACPower:ENABle[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:ACPower:ENABle[:ALL][?] <AcpEnable[n]>Query Response:<AcpEnable[n]>






Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:ACPower:INTerval[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:ACPower:INTerval[:ALL][?] <AcpInterval[n]>Query Response:<AcpInterval[n]>

Description Specifies the signal interval, in WCDMA slots (666.667 us), onwhich the adjacent channel power (ACP) measurement executesfor all segments in the sequence.




Description Measurement interval. The size of the array depends on thecurrently defined number of segments.

Datatype Integer32

Default Value 1

Range [1:150]

CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:MODulation:ENABle[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:MODulatio

n:ENABle[:ALL][?] <ModEnable[n]>Query Response:<ModEnable[n]>

Description Specifies whether to enable modulation accuracy (ModAcc)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments.





Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:MODulation:INTerval[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:MODulation:INTerval[:ALL][?] <ModInterval[n]>Query Response:<ModInterval[n]>

Description Specifies the signal interval, in WCDMA slots (666.667 us), onwhich the modulation accuracy (ModAcc) measurement executesfor all segments in the sequence.





Datatype Integer32

Default Value 1

Range [1:150]

CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:OBW:ENABle[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:OBW:ENABle[:ALL][?] <ObwEnable[n]>Query Response:<ObwEnable[n]>

Description Specifies whether to enable occupied bandwidth (OBW)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments.

Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:OBW:INTerval[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:OBW:INTerval[:ALL][?] <ObwInterval[n]>Query Response:<ObwInterval[n]>

Description Specifies the signal interval, in WCDMA slots (666.667 us), onwhich the occupied bandwidth (OBW) measurement executes forall segments in the sequence.





Datatype Integer32

Default Value 1

Range [1:150]

CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:SEM:ENABle[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:SEM:ENABle[:ALL][?] <SemEnable[n]>Query Response:<SemEnable[n]>

Description Specifies whether to enable spectral emissions mask (SEM)measurements for all segments of the sequence. The size of thearray depends on the currently defined number of segments.





Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:SEM:INTerval[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:SEM:INTerval[:ALL][?] <SemInterval[n]>

Query Response:<SemInterval[n]>

Description Specifies the signal interval, in WCDMA slots (666.667 us), onwhich the spectral emissions mask (SEM) measurement executes,for all segments in the sequence.





Datatype Integer32

Default Value 1

Range [1:150]

CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:TXPower:ENABle[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:TXPower:ENABle[:ALL][?] <TxpEnable[n]>Query Response:<TxpEnable[n]>

Description Specifies whether to enable transmit power (TXP) measurementsfor all segments of the sequence. The size of the array depends onthe currently defined number of segments.





Datatype Boolean

Default Value 1


CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:TXPower:INTerval[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence[:MEASurement]:TXPower:INTerval[:ALL][?] <TxpInterval[n]>Query Response:<TxpInterval[n]>

Description Specifies the signal interval, in WCDMA slots (666.667 us), onwhich the transmit power (TXP) measurement executes for allsegments in the sequence.

Datatype Integer32

Default Value 1

Range [1:150]

CONFigure:RFSA:WCDMa:SEQuence:DURation[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:DURation[:ALL][?]<WcdmaSegmentDuration[n]>Query Response:<WcdmaSegmentDuration[n]>

Description Specifies the sequence duration. A sequence comprises one ormore segments. A segment comprises one or moremeasurements.



Parameter: <WcdmaSegmentDuration[n]>

Description Segment duration in WCDMA slots (666.667 us) for all definedsegments. The size of the array depends on the currently definednumber of segments.

Datatype Integer32

Default Value 15

Range [1:45000]

CONFigure:RFSA:WCDMa:SEQuence:EATTenuation[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:EATTenuation[:ALL][?]<ExternalAttenuation[n]>Query Response:<ExternalAttenuation[n]>






Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:WCDMa:SEQuence:ENABle

Usage:

CONFigure:RFSA:WCDMa:SEQuence:ENABle[?] <SeqEnable>Query Response:<SeqEnable>

Description Specifies whether to enable sequence mode.



Parameter: <SeqEnable>


Datatype Boolean

Default Value 0


CONFigure:RFSA:WCDMa:SEQuence:FREQuency:BAND[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:FREQuency:BAND[:ALL][?]<WcdmaBand[n]>Query Response:<WcdmaBand[n]>

Description Specifies the WCDMA band for all segments in the sequence.

Parameter: <WcdmaBand[n]>

Description FDDDownlink Uplink RangeBand FFDL_Offset (MHz) Range of NDL FFUL_Offset (MHz)Range of NUL

1 0 10562 .. 10838 0 9612 .. 9888 2762 0 9662 .. 9938 0 9262 .. 9538 2763 1575 1162 .. 1513 1525 937 .. 1288 3514 1805 1537 .. 1738 1450 1312 .. 1513 2015 0 4357 .. 4458 0 4132 .. 4233 1016 0 4387 .. 4413 0 4162 .. 4188 267 2175 2237 .. 2563 2100 2012 .. 2338 3268 340 2937 .. 3088 340 2712 .. 2863 1519 0 9237 .. 9387 0 8762 .. 8912 15010 1490 3112 .. 3388 1135 2887 .. 3163 27611 736 3712 .. 3787 733 3487 .. 3562 7512 -37 3842 .. 3903 -22 3617 .. 3678 6113 -55 4017 .. 4043 21 3792 .. 3818 2614 -63 4117 .. 4143 12 3892 .. 3918 2619 735 712 .. 763 770 312 .. 363 5120 -109 4512 .. 4638 -23 4287 .. 4413 12621 1326 862 .. 912 1358 462 .. 512 5022 2580 4662 .. 5038 2525 4437 .. 4813 37625 910 5112 .. 5413 875 4887 .. 5188 30126 -291 5762 .. 5913 -291 5537 .. 5688 151


Default Value B01

Range Unused | B01 | B02 | B03 | B04 | B05 | B06 | B07 | B08 | B09 | B10 |B11 | B12 | B13 | B14 | B19 | B20 | B21 | B22 | B25 | B26

CONFigure:RFSA:WCDMa:SEQuence:FREQuency:CHANnel[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:FREQuency:CHANnel[:ALL][?] <WcdmaUarfcn[n]>

Query Response:<WcdmaUarfcn[n]>

Description Specifies the UTRA absolute radio-frequency channel number(UARFCN) for the specified sequence. The size of the arraydepends on the currently defined number of segments.



Parameter: <WcdmaUarfcn[n]>

Description FDDDownlink Uplink RangeBand FFDL_Offset (MHz) Range of NDL FFUL_Offset (MHz)Range of NUL1 0 10562 .. 10838 0 9612 .. 9888 2762 0 9662 .. 9938 0 9262 .. 9538 2763 1575 1162 .. 1513 1525 937 .. 1288 3514 1805 1537 .. 1738 1450 1312 .. 1513 2015 0 4357 .. 4458 0 4132 .. 4233 1016 0 4387 .. 4413 0 4162 .. 4188 267 2175 2237 .. 2563 2100 2012 .. 2338 3268 340 2937 .. 3088 340 2712 .. 2863 1519 0 9237 .. 9387 0 8762 .. 8912 15010 1490 3112 .. 3388 1135 2887 .. 3163 27611 736 3712 .. 3787 733 3487 .. 3562 7512 -37 3842 .. 3903 -22 3617 .. 3678 6113 -55 4017 .. 4043 21 3792 .. 3818 2614 -63 4117 .. 4143 12 3892 .. 3918 2619 735 712 .. 763 770 312 .. 363 5120 -109 4512 .. 4638 -23 4287 .. 4413 12621 1326 862 .. 912 1358 462 .. 512 5022 2580 4662 .. 5038 2525 4437 .. 4813 37625 910 5112 .. 5413 875 4887 .. 5188 30126 -291 5762 .. 5913 -291 5537 .. 5688 151

Datatype Integer32

Default Value 9750

Range [312:10838]

CONFigure:RFSA:WCDMa:SEQuence:MOEXception

Usage:CONFigure:RFSA:WCDMa:SEQuence:MOEXception[?]<MoexEnable>Query Response:<MoexEnable>

Description Specifies whether to enable measurement on exception (MOEX).MOEX enables measurements on low quality data. By default,this value is enabled. Disabling MOEX currently applies only tosequenced measurements.





Datatype Boolean

Default Value 1


CONFigure:RFSA:WCDMa:SEQuence:NSEGments

Usage:CONFigure:RFSA:WCDMa:SEQuence:NSEGments[?]<NumberOfSegments>

Query Response:<NumberOfSegments>






Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:WCDMa:SEQuence:OFFSet[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:OFFSet[:ALL][?]<SegmentOffset[n]>Query Response:<SegmentOffset[n]>

Description Signal offset, in WCDMA slots (666.667 us), for all segments. Thesize of the array depends on the currently defined number ofsegments.

Datatype Integer32

Default Value 0

Range [0:1500]

CONFigure:RFSA:WCDMa:SEQuence:POWer[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:POWer[:ALL][?]<MaximumInputPower[n]>Query Response:<MaximumInputPower[n]>

Description Specifies the maximum expected input power for all segments inthe sequence.




Description Maximum expected input power. The size of the array depends onthe currently defined number of segments.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:MEASurement]:ENABle[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:MEASurement]:ENABle[:ALL][?]<AcpEnable>,<ModEnable>,<ObwEnable>,<SemEnable>,<TxpEnable>Query Response:<AcpEnable>,<ModEnable>,<ObwEnable>,<SemEnable>,<TxpEnable>






Datatype Boolean

Default Value 0



Datatype Boolean

Default Value 0




Datatype Boolean

Default Value 0




Datatype Boolean

Default Value 0





Datatype Boolean

Default Value 1


CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:MEASurement]:INTerval[:ALL]

Usage:CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:MEASurement]:INTerval[:ALL][?]<AcpInterval>,<ModInterval>,<ObwInterval>,<SemInterval>,<TxpInterval>Query Response:<AcpInterval>,<ModInterval>,<ObwInterval>,<SemInterval>,<TxpInterval>

Description Specifies the interval, in slots, for all measurements of a givensegment.




Description Interval for adjacent channel power (ACP) measurements of a givensegment.

Datatype Integer32

Default Value 1

Range [1:150]


Description Interval for modulation accuracy (ModAcc) measurements of agiven segment.

Datatype Integer32

Default Value 1

Range [1:150]


Description Interval for occupied bandwidth (OBW) measurements of a givensegment.

Datatype Integer32

Default Value 1

Range [1:150]


Description Interval for spectral emissions mask (SEM) measurements of agiven segment.

Datatype Integer32

Default Value 1

Range [1:150]


Description Interval for transmit power (TXP) measurements of a givensegment.


Datatype Integer32

Default Value 1

Range [1:150]

CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:SETup]

Usage:CONFigure:RFSA:WCDMa:SEQuence:SEGMent[:SETup][?]<WcdmaBand>,<WcdmaUarfcn>,<MaximumInputPower>,<ExternalAttenuation>,<SegmentDuration>,<SegmentOffset>Query Response:<WcdmaBand>,<WcdmaUarfcn>,<MaximumInputPower>,<ExternalAttenuation>,<SegmentDuration>,<SegmentOffset>

Description Specifies the physical properties of a WCDMA signal.



Parameter: <WcdmaBand>

Description Band selection.


Default Value B01

Range Unused | B01 | B02 | B03 | B04 | B05 | B06 | B07 | B08 | B09 | B10 |B11 | B12 | B13 | B14 | B19 | B20 | B21 | B22 | B23 | B24 | B25 |B26

Parameter: <WcdmaUarfcn>

Description UTRA absolute radio-frequency channel number (UARFCN).FDDDownlink Uplink RangeBand FFDL_Offset (MHz) Range of NDL FFUL_Offset (MHz)Range of NUL1 0 10562 .. 10838 0 9612 .. 9888 2762 0 9662 .. 9938 0 9262 .. 9538 2763 1575 1162 .. 1513 1525 937 .. 1288 3514 1805 1537 .. 1738 1450 1312 .. 1513 2015 0 4357 .. 4458 0 4132 .. 4233 1016 0 4387 .. 4413 0 4162 .. 4188 267 2175 2237 .. 2563 2100 2012 .. 2338 3268 340 2937 .. 3088 340 2712 .. 2863 1519 0 9237 .. 9387 0 8762 .. 8912 15010 1490 3112 .. 3388 1135 2887 .. 3163 27611 736 3712 .. 3787 733 3487 .. 3562 7512 -37 3842 .. 3903 -22 3617 .. 3678 6113 -55 4017 .. 4043 21 3792 .. 3818 2614 -63 4117 .. 4143 12 3892 .. 3918 2619 735 712 .. 763 770 312 .. 363 5120 -109 4512 .. 4638 -23 4287 .. 4413 12621 1326 862 .. 912 1358 462 .. 512 5022 2580 4662 .. 5038 2525 4437 .. 4813 37625 910 5112 .. 5413 875 4887 .. 5188 30126 -291 5762 .. 5913 -291 5537 .. 5688 151

Datatype Integer32

Default Value 9750

Range [312:10838]


Description Maximum input power to the instrument.

Datatype Double

Default Value 0.00

Range [-174.00:50.00]

Unit dBm



Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB


Description Segment duration in WCDMA slots (666.667 us).

Datatype Integer32

Default Value 15

Range [1:45000]


Description Signal offset, for the given segment.

Datatype Integer32


Default Value 0

Range [0:1500]

CONFigure:RFSA:WCDMa:TRACe[:ENABle]

Usage:CONFigure:RFSA:WCDMa:TRACe[:ENABle][?]<WcdmaTraceEnable>Query Response:<WcdmaTraceEnable>

Description Specifies whether to enable all traces for WCDMAmeasurements.



Parameter: <WcdmaTraceEnable>

Description 0 | OFF: Disables all traces.1 | ON: Enables all traces.

Datatype Boolean

Default Value 0


FETCh:RFSA:WCDMa[:RESults]:ACPower[:OFFSet][:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:ACPower[:OFFSet][:AVERage]?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsol

utePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower _n>}


Availability Query




Datatype Double

Unit Hz


Description Power in the adjacent channel relative to the main channel.

Datatype Double

Unit dB

Parameter: <AcpOffsetAbsolutePower >

Description Absolute power for the channel.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:ACPower:CARRier[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:ACPower:CARRier[:AVERag

e]?Query Response:<AcpTotalCarrierPower>


Availability Query



Description Average of total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:ACPower:TRACe

Usage:FETCh:RFSA:WCDMa[:RESults]:ACPower:TRACe?Query Response:<AcpTraceXo>,<AcpTraceDx>,#xyy<AcpTraceData[n]>

Description Fetches adjacent channel power (ACP) trace results.

Availability Query


Parameter: <AcpTraceXo>


Datatype Double

Parameter: <AcpTraceDx>


Datatype Double

Parameter: #xyy<AcpTraceData[n]>

Description Trace value sent as binary block data.


FETCh:RFSA:WCDMa[:RESults]:MODulation:CDError[:MAXimum]

Usage:FETCh:RFSA:WCDMa[:RESults]:MODulation:CDError[:MAXimum]?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>,<PeakRcde>,<PeakRcdeSf>,<PeakRcdeCode>


Availability Query



Description Peak among the CDE of all the active channels and inactive channelsin the signal.

Datatype Double

Unit dB


Description Spreading factor of the channel that has a peak CDE of all the activeand inactive channels in the signal.

Datatype Integer32


Description Spreading code of the channel that has a peak CDE of all the activeand inactive channels in the signal.

Datatype Integer32


Description Peak among the CDE of all the active channels in the signal.

Datatype Double

Unit dB


Description Spreading factor of the channel that has a peak CDE of all the activechannels in the signal.

Datatype Integer32


Description Spreading code of the channel that has a peak CDE of all the activechannels in the signal.

Datatype Integer32


Description Peak among the relative CDE of all the active channels in the signal.

Datatype Double

Unit dB

Parameter: <PeakRcdeSf>

Description Spreading factor of the channel that has a peak CDE of all the activechannels in the signal.

Datatype Integer32


Description Spreading code of the channel that has a peak CDE of all the activechannels in the signal.

Datatype Integer32

FETCh:RFSA:WCDMa[:RESults]:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:WCDMa[:RESults]:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>


Availability Query

Datatype Double

Unit %

FETCh:RFSA:WCDMa[:RESults]:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:MODulation:EVM:RMS[:AVERage]?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>


Datatype Double

Unit %


Description Average of RMS magnitude error measurements.

Datatype Double

Unit %

Description Average of RMS phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:WCDMa[:RESults]:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:MODulation:IMPairments[:AVERage]?Query Response:<IqOriginOffset>,<FrequencyError>,<TimingOffset>,<ChipRateError>


Availability Query

Datatype Double

Unit dB



Datatype Double

Unit Hz



Datatype Double

Unit chips


Description Chiprate Error.

Datatype Double

Unit ppm

FETCh:RFSA:WCDMa[:RESults]:OBW[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches the occupied bandwidth (OBW) results.

Availability Query




Datatype Double

Unit Hz



Datatype Double

Unit dBm



Datatype Double

Unit Hz




Datatype Double

Unit Hz

FETCh:RFSA:WCDMa[:RESults]:OBW:TRACe

Usage:FETCh:RFSA:WCDMa[:RESults]:OBW:TRACe?Query Response:<ObwTraceXo>,<ObwTraceDx>,#xyy<ObwTraceData[n]>

Description Fetches the occupied bandwidth (OBW) trace results.

Availability Query


Parameter: <ObwTraceXo>


Datatype Double

Parameter: <ObwTraceDx>


Datatype Double


Description Trace value sent as block data.

FETCh:RFSA:WCDMa[:RESults]:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean



Datatype Double

Unit dB



Datatype Double

Unit Hz

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}

Description Fetches spectral emissions mask (SEM) results, per segment.

Availability Query




Datatype Integer32

Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:AMASk

Usage:FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:AMASk?Query Response:<SemAbsoluteMaskTraceXo>,<SemAbsoluteMaskTraceDx>,#xyy<SemAbsoluteMaskTraceData[n]>

Description Fetches spectral emissions mask (SEM) absolute mask traceresults.

Availability Query

Datatype Double



Datatype Double

Parameter: #xyy<SemAbsoluteMaskTraceData[n]>



FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:RMASk

Usage:FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:RMASk?Query Response:<SemRelativeMaskTraceXo>,<SemRelativeMaskTraceDx>,#xyy<SemRelativeMaskTraceData[n]>

Description Fetches spectral emissions mask (SEM) relative mask traceresults.

Availability Query

Parameter: <SemRelativeMaskTraceXo>


Datatype Double

Parameter: <SemRelativeMaskTraceDx>


Datatype Double

Parameter: #xyy<SemRelativeMaskTraceData[n]>



FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:SPECtrum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEM:TRACe:SPECtrum?Query Response:<SemSpectrumTraceXo>,<SemSpectrumTraceDx>,#xyy<SemSpectrumTraceData[n]>

Description Fetch transmit power (TXP) trace.

Availability Query




Datatype Double

Datatype Double

Parameter: #xyy<SemSpectrumTraceData[n]>



FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet][:AVERage]?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower _n>}


Availability Query




Datatype Double

Unit Hz

Datatype Double

Unit dB



Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MAXimum?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower _n>}


Availability Query

Datatype Double

Unit Hz



Datatype Double

Unit dB



Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower[:OFFSet]:MINimum?Query Response:<AcpOffsetFrequency_1>,<AcpOffsetACLR_1>,<AcpOffsetAbsolutePower_1>{,<AcpOffsetFrequency_n>,<AcpOffsetACLR_n>,<AcpOffsetAbsolutePower _n>}

Availability Query




Datatype Double

Unit Hz



Datatype Double

Unit dB


Description Absolute Power for the channel.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier[:AVERage]?

Query Response:<AcpTotalCarrierPower>


Availability Query



Description Average of total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MAXimum?Query Response:<AcpTotalCarrierPower>


Availability Query



Description Maximum of total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:ACPower:CARRier:MINimum?Query Response:<AcpTotalCarrierPower>


Availability Query



Description Minimum of total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError[:MAXimum]?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>,<PeakRcde>,<PeakRcdeSf>,<PeakRcdeCode>


Availability Query



Description Maximum of the peak among the CDE of all the active channels andinactive channels in the signal.

Datatype Double

Unit dB


Description Maximum of the spreading factor of the channel that has a peak CDEof all the active and inactive channels in the signal.

Datatype Integer32


Description Maximum of the spreading code of the channel that has a peak CDEof all the active and inactive channels in the signal.

Datatype Integer32


Description Maximum of the peak among the CDE of all the active channels in thesignal.


Datatype Double

Unit dB


Description Maximum of the spreading factor of the channel that has a peak CDEof all the active channels in the signal.

Datatype Integer32


Description Maximum of the spreading code of the channel that has a peak CDEof all the active channels in the signal.

Datatype Integer32


Description Maximum of the peak among the relative CDE of all the activechannels in the signal.

Datatype Double

Unit dB


Description Maximum of the spreading factor among the relative CDE of all theactive channels in the signal.

Datatype Integer32


Description Maximum of the spreading code among the relative CDE of all theactive channels in the signal.

Datatype Integer32

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERage

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError:AVERage?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>,<PeakRcde>,<PeakRcdeSf>,<PeakRcdeCode>


Availability Query



Description Average of the peak among the CDE of all the active channels andinactive channels in the signal.

Datatype Double

Unit dB


Description Average of the spreading factor of the channel that has a peak CDE ofall the active and inactive channels in the signal.

Datatype Integer32


Description Average of the spreading code of the channel that has a peak CDE ofall the active and inactive channels in the signal.

Datatype Integer32


Description Average of the peak among the CDE of all the active channels in thesignal.

Datatype Double

Unit dB


Description Average of the spreading factor of the channel that has a peak CDE ofall the active channels in the signal.

Datatype Integer32


Description Average of the spreading code of the channel that has a peak CDE ofall the active channels in the signal.

Datatype Integer32


Unit dB


Description Average of the spreading factor among the relative CDE of all theactive channels in the signal.

Datatype Integer32


Description Average of the spreading code among the relative CDE of all theactive channels in the signal.

Datatype Integer32

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:CDError:MINimum?Query Response:<PeakCde>,<PeakCdeSf>,<PeakCdeCode>,<PeakActiveCde>,<PeakActiveCdeSf>,<PeakActiveCdeCode>,<PeakRcde>,<PeakRcdeSf>,<PeakRcdeCode>


Availability Query


Description Minimum of the peak among the CDE of all the active channels andinactive channels in the signal.

Datatype Double

Unit dB


Description Minimum of the spreading factor of the channel that has a peak CDEof all the active and inactive channels in the signal.

Datatype Integer32


Description Minimum of the spreading code of the channel that has a peak CDE ofall the active and inactive channels in the signal.

Datatype Integer32


Description Minimum of the peak among the CDE of all the active channels in thesignal.

Datatype Double

Unit dB



Description Minimum of the spreading factor of the channel that has a peak CDEof all the active channels in the signal.

Datatype Integer32


Description Minimum of the spreading code of the channel that has a peak CDE ofall the active channels in the signal.

Datatype Integer32


Description Minimum of the peak among the relative CDE of all the activechannels in the signal.

Datatype Double

Unit dB


Description Minimum of the spreading factor among the relative CDE of all theactive channels in the signal.

Datatype Integer32


Description Minimum of the spreading code among the relative CDE of all theactive channels in the signal.

Datatype Integer32


FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>


Availability Query




Datatype Double

Unit %

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERage

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:AVERage?Query Response:<PeakEvm>


Availability Query

Description Average of peak EVM measurements.

Datatype Double

Unit %

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:PEAK:MINimum?Query Response:<PeakEvm>

Description Fetches EVM results.

Availability Query



Description Minimum of peak EVM results.

Datatype Double

Unit %

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS[:AVERage]?

Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>


Datatype Double

Unit %



Datatype Double

Unit %



Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MAXimum?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>

Description Maximum of RMS EVM measurements.

Datatype Double

Unit %


Description Maximum of RMS magnitude error measurements.

Datatype Double

Unit %

Description Maximum of RMS phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:EVM:RMS:MINimum?Query Response:<RmsEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>


Availability Query


Parameter: <RmsEvm>

Description Minimum of RMS EVM measurements.

Datatype Double

Unit %

Description Minimum of RMS magnitude error measurements.

Datatype Double

Unit %


Description Minimum of RMS phase error measurements.

Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments[:AVERage]?Query Response:<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<ChipRateError>


Availability Query




Datatype Double

Unit dB


Description Average of frequency offset measurements.

Datatype Double

Unit Hz


Description Returns the timing offset of the configured EVM measurementchannel with respect to the start of the frame. You can query thisparameter only if the UUT Type is set to BS and the channel type isDPCH. WTS returns -1 for other channels.

Datatype Double

Unit chips


Description Chiprate error.


Datatype Double

Unit ppm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MAXimum?Query Response:<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<ChipRateError>


Availability Query



Description Maximum of I/Q origin offset measurements.

Datatype Double

Unit dB


Description Maximum of frequency offset measurements.

Datatype Double

Unit Hz

Datatype Double

Unit chips



Datatype Double

Unit ppm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:MODulation:IMPairments:MINimum?Query Response:<IqOriginOffset>,<FrequencyOffset>,<TimingOffset>,<ChipRateError>


Availability Query


Description Minimum of I/Q origin offset measurements.

Datatype Double

Unit dB


Description Minimum of frequency offset measurements.

Datatype Double

Unit Hz


Description Returns the timing offset of the configured EVM measurementchannel with respect to the start of the frame. You can query thisparameter only if the UUT Type is set to BS and the channel type isDPCH. WTS returns -1 for other channels.

Datatype Double

Unit chips



Datatype Double

Unit ppm


FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query




Datatype Double

Unit Hz



Datatype Double

Unit dBm

Datatype Double

Unit Hz



Datatype Double

Unit Hz

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW:MAXimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query




Datatype Double

Unit Hz

Description Maximum of the average power of the RBW filtered signal integratedover the span.

Datatype Double

Unit dBm


Description Maximum of the lower-bound frequency of the OBW measurements.

Datatype Double

Unit Hz


Description Maximum of the upper-bound frequency of the OBW measurements.

Datatype Double

Unit Hz

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:OBW:MINimum?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>


Availability Query




Datatype Double

Unit Hz


Description Minimum of the average power of the RBW filtered signal integratedover the span.

Datatype Double

Unit dBm


Description Minimum of the lower-bound frequency of the OBW measurements.

Datatype Double

Unit Hz


Description Minimum of the upper-bound frequency of the OBW measurements.


Datatype Double

Unit Hz

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean


Description Average of the worse margin value.

Datatype Double

Unit dB

Datatype Double

Unit Hz



Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin:MAXimum?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean

Description Maximum of the worse margin value.

Datatype Double

Unit dB


Description Maximum frequency of the worse margin.

Datatype Double

Unit Hz


Description Maximum of the total carrier power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:MARGin:MINimum?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean


Description Minimum of the worse margin value.

Datatype Double

Unit dB


Description Minimum frequency of the worse margin.

Datatype Double

Unit Hz


Description Minimum of the total carrier power results.

Datatype Double

Unit dBm


FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz

Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MAXimum?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}

Description Fetches spectral emissions mask (SEM) power and status results,per segment.

Availability Query




Datatype Integer32

Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:SEM:OSEGments:MINimum?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB


FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower[:AVERage]?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query




Datatype Double

Unit dBm


Description Average of the peak to average ratio results.

Datatype Double

Unit dB


Description Average of the maximum power results.

Datatype Double

Unit dBm


Description Average of the minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:MAXimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:MAXimum?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query



Description Maximum of the average mean power results.

Datatype Double

Unit dBm

Description Maximum of the peak to average ratio results.

Datatype Double

Unit dB


Description Maximum of the maximum power results.

Datatype Double

Unit dBm


Description Maximum of the minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:MINimum

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:MINimum?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query



Description Minimum of the average mean power results.

Datatype Double

Unit dBm


Description Minimum of the peak to average ratio results.

Datatype Double

Unit dB


Description Minimum of the maximum power results.

Datatype Double

Unit dBm


Description Minimum of the minimum power results.


Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:SPOWer

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:SPOWer?Query Response:<AvgPower[n]>

Description Slot power returns the power of each slot measured in thissegment. Debugs issues related to any specific slot within thesegment. This command is also used for any specific slot powermeasurement.

Availability Query


Parameter: <AvgPower[n]>

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:TRACe

Usage:FETCh:RFSA:WCDMa[:RESults]:SEQuence:SEGMent:TXPower:TRACe?Query Response:<SequenceTxpTraceXo>,<SequenceTxpTraceDx>,#xyy<SequenceTxpTraceData[n]>

Description Fetches the transmit power (TXP) trace.

Availability Query


Parameter: <SequenceTxpTraceXo>


Datatype Double

Parameter: <SequenceTxpTraceDx>


Datatype Double

Parameter: #xyy<SequenceTxpTraceData[n]>



FETCh:RFSA:WCDMa[:RESults]:STATe

Usage:FETCh:RFSA:WCDMa[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>


Availability Query

FETCh:RFSA:WCDMa[:RESults]:TXPower[:AVERage]

Usage:FETCh:RFSA:WCDMa[:RESults]:TXPower[:AVERage]?Query Response:<AvgMeanPower>,<PeakToAvgRatio>,<MaxPower>,<MinPower>


Availability Query

Datatype Double

Unit dBm


Description Average of the peak to average ratio results.

Datatype Double

Unit dB


Description Average of the maximum power results.

Datatype Double

Unit dBm


Description Average of the minimum power results.

Datatype Double

Unit dBm

FETCh:RFSA:WCDMa[:RESults]:TXPower:TRACe

Usage:FETCh:RFSA:WCDMa[:RESults]:TXPower:TRACe?Query Response:<TxpTraceXo>,<TxpTraceDx>,#xyy<TxpTraceData[n]>

Description Fetches transmit power (TXP) trace results.

Availability Query


Parameter: <TxpTraceXo>


Datatype Double

Parameter: <TxpTraceDx>


Datatype Double


Description Trace value sent as binary block data.


INITiate:RFSA:WCDMa[:RESults]

Usage:INITiate:RFSA:WCDMa[:RESults]

Description Initiates a composite WCDMA measurement and stores theresults in the result space provided in [:Result].

INITiate:RFSA:WCDMa:ALEVel

Usage:INITiate:RFSA:WCDMa:ALEVel




SYSTem:RFSA:WCDMa:VERSion

Usage:SYSTem:RFSA:WCDMa:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:WCDMa:DELay

Usage:TRIGger:RFSA:WCDMa:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>






Range [-1.00E+000:1.00E+000]

Unit sec

TRIGger:RFSA:WCDMa:EDGE

Usage:TRIGger:RFSA:WCDMa:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

TRIGger:RFSA:WCDMa:EXPort

Usage:TRIGger:RFSA:WCDMa:EXPort[?]<TriggerExportDestination>Query Response:<TriggerExportDestination>

Description Specifies whether to export the trigger to allow otherconfigurations to caputre the event and react to the trigger aswell.

Default Value NONE


TRIGger:RFSA:WCDMa:MQTime

Usage:TRIGger:RFSA:WCDMa:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>






Datatype Double


Range [0.00E+000:1.00E+001]

Unit sec

TRIGger:RFSA:WCDMa:SOURce

Usage:TRIGger:RFSA:WCDMa:SOURce[?] <TriggerSource>

Query Response:<TriggerSource>





Description IMMEDIATE - Generates the signal to measure when the hardwareis ready.POWER - Uses RF power edge trigger.INTERNAL - Uses one of the multiple WTS internal triggers, whichmust be exported by any other personality configured to use thesame port. The port name must be defined before this command isexecuted.

Datatype String


TRIGger:RFSA:WCDMa:THReshold

Usage:TRIGger:RFSA:WCDMa:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>

Datatype Double


Range [-100.00:0.00]

Unit dB

TRIGger:RFSA:WCDMa:TOUT

Usage:TRIGger:RFSA:WCDMa:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>

Default Value 5.00

Range [0.00:1000.00]

Unit sec

LR-WPAN Instrument PersonalityThe LR-WPAN instrument personality contains measurements according to IEEE Standard802.15.4, specifically the 868 MHz/915 MHz and 2.4 GHz physical interfaces used byZigBee. Use the LR-WPAN SCPI commands to perform measurements for ZigBee compliantdevices.

LRWPAN Signal Analyzer SCPI Command ListComplete list of LRWPAN signal analyzer SCPI commands.

CONFigure:RFSA:LRWPan[:MEASurement]:MODulation[:ENABle]CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:AVERage[:COUNt]CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:INTervalCONFigure:RFSA:LRWPan[:MEASurement]:MODulation:SAMPleCONFigure:RFSA:LRWPan[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:LRWPan[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:LRWPan[:MEASurement]:OBW:AVERage:TYPECONFigure:RFSA:LRWPan[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:LRWPan[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:LRWPan[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:LRWPan[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:LRWPan[:MEASurement]:TXPower:INTerval

CONFigure:RFSA:LRWPan:EATTenuationCONFigure:RFSA:LRWPan:FREQuency[:CENTer]CONFigure:RFSA:LRWPan:FREQuency:CHANnelCONFigure:RFSA:LRWPan:PACKet:MODulationCONFigure:RFSA:LRWPan:PACKet:PHYCONFigure:RFSA:LRWPan:PORTnameCONFigure:RFSA:LRWPan:POWer[:MAXimum]CONFigure:RFSA:LRWPan:TRACe[:ENABle]FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:DROop:AVERageFETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:PEAK[:MAXimum]FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:RMS[:AVERage]FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe[:CONStellation]FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:OFFSet[:CONStellation]FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:OFFSet:SYMBolFETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:SYMBolFETCh:RFSA:LRWPan[:RESults]:MODulation:IMPairments[:AVERage]FETCh:RFSA:LRWPan[:RESults]:MODulation:IMPairments:SCERror[:AVERage]FETCh:RFSA:LRWPan[:RESults]:OBW[:AVERage]FETCh:RFSA:LRWPan[:RESults]:OBW:TRACeFETCh:RFSA:LRWPan[:RESults]:SEM:MARGin[:AVERage]FETCh:RFSA:LRWPan[:RESults]:SEM:OSEGments[:AVERage]FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:AMASkFETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:RMASkFETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:SPECtrumFETCh:RFSA:LRWPan[:RESults]:STATeFETCh:RFSA:LRWPan[:RESults]:TXPower[:AVERage]FETCh:RFSA:LRWPan[:RESults]:TXPower:TRACe[:POWer]INITiate:RFSA:LRWPan[:RESults]INITiate:RFSA:LRWPan:ALEVelSYSTem:RFSA:LRWPan:VERSionTRIGger:RFSA:LRWPan:DELay

TRIGger:RFSA:LRWPan:EDGETRIGger:RFSA:LRWPan:MQTimeTRIGger:RFSA:LRWPan:SOURceTRIGger:RFSA:LRWPan:THResholdTRIGger:RFSA:LRWPan:TOUT

LRWPAN RFSA SCPI Command ReferenceSCPI command reference for the LRWPAN signal analyzer instrument personality.

CONFigure:RFSA:LRWPan[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:MODulation[:ENABle][?] <ModEnable>Query Response:<ModEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:

CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:AVERage[:COUNt][?] <ModulationAverageCount>Query Response:<ModulationAverageCount>

Description Specifies the number of acquisitions over which to averagemodulation measurements.





Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:INTerval

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:INTerval[?] <ModAccMeasurementInterval>Query Response:<ModAccMeasurementInterval>

Description Specifies the measurement interval, in symbols, used formodulation measurements.



Parameter: <ModAccMeasurementInterval>

Description Measurement interval in symbols. -1 uses the maximal value for theselected modulation type.

Datatype Integer32

Default Value 300

Range [-1:1024]

CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:SAMPle

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:MODulation:SAMPle[?] <SamplesPerSymbol>Query Response:<SamplesPerSymbol>

Description Specifies the samples per symbol (SPS).

Parameter: <SamplesPerSymbol>

Description when SPS= Auto1. FSK, MSK: Auto SPS is 8.2. OQPSK & Pulse shaping filter=Half Sine: Auto SPS is 163. Others: Auto SPS is 4.Note: SPS is 8 when Pulse shaping filter=Rectangular.


Default Value AUTO

Range AUTO | 4 | 8 | 16

CONFigure:RFSA:LRWPan[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:OBW[:ENABle][?]<ObwEnable>Query Response:<ObwEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:LRWPan[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwAverageCount>Query Response:<ObwAverageCount>






Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:LRWPan[:MEASurement]:OBW:AVERage:TYPE

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:OBW:AVERage:TYPE[?] <ObwAverageType>Query Response:<ObwAverageType>

Description RMS - The power is averaged using root mean square (RMS).LOG - The log of the power is averaged.SCALAR - The voltage is averaged.MAX - The maximum values are retained.MIN - The minimum values are retained.


Default Value RMS


CONFigure:RFSA:LRWPan[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:SEM[:ENABle][?]<SemEnable>Query Response:<SemEnable>

Datatype Boolean

Default Value 0


CONFigure:RFSA:LRWPan[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:SEM:AVERage[:COUNt][?] <SemAverageCount>Query Response:<SemAverageCount>






Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:LRWPan[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:SEM:AVERage:TYPE[?] <SemTypeOfAverage>Query Response:<SemTypeOfAverage>







Default Value RMS


CONFigure:RFSA:LRWPan[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:TXPower[:ENABle][?] <TxPowerEnable>Query Response:<TxPowerEnable>

Description Specifies whether to enable TX Power measurements.





Datatype Boolean

Default Value 1


CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:AVERage[:COUNt][?] <TxpAverageCount>Query Response:<TxpAverageCount>

Description

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:AVERage:TYPE[?] <TxpAverageType>Query Response:<TxpAverageType>





Description RMS - The power is averaged using root mean square (RMS).LOG - The log of the power is averaged.SCALAR - The voltage is averaged.MAX - The maximum values are retained.MIN - The minimum values are retained.


Default Value RMS

CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:INTerval

Usage:CONFigure:RFSA:LRWPan[:MEASurement]:TXPower:INTerval[?] <MeasurementInterval>Query Response:<MeasurementInterval>

Description Specifies the TXP Measurement interval, in seconds



Parameter: <MeasurementInterval>

Description Measurement Interval, in seconds

Datatype Double

Default Value 1.000000000000000E-003

Range [0.000000000000000E+000:1.000000000000000E+004]

CONFigure:RFSA:LRWPan:EATTenuation

Usage:CONFigure:RFSA:LRWPan:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>

Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:LRWPan:FREQuency[:CENTer]

Usage:CONFigure:RFSA:LRWPan:FREQuency[:CENTer][?]<Frequency>Query Response:<Frequency>

Datatype Double

Default Value 2.450000000000000E+009

Range [6.500000000000000E+007:6.000000000000000E+009]

Unit Hz

CONFigure:RFSA:LRWPan:FREQuency:CHANnel

Usage:CONFigure:RFSA:LRWPan:FREQuency:CHANnel <Channel>





Description Computes the center frequency of the LR-WPAN signal transmittedby the WTS based on the value that you specify in the channelnumber parameter.

Datatype Integer32

Default Value 20

Range [0:100]

CONFigure:RFSA:LRWPan:PACKet:MODulation

Usage:CONFigure:RFSA:LRWPan:PACKet:MODulation[?]<ModulationType>Query Response:<ModulationType>

Description Specifies the modulation type



Parameter: <ModulationType>

Description currently only BPSK and OQPSK are supported.


Default Value OQPSK

Range BPSK | OQPSK | MPSK | GFSK

CONFigure:RFSA:LRWPan:PACKet:PHY

Usage:CONFigure:RFSA:LRWPan:PACKet:PHY[?] <PhyEntity>Query Response:<PhyEntity>

Description specifies the PHY




Description 780 MHz: support Modulation O-QPSK868 MHz: support Modulation BPSK and O-QPSK915 MHz: support Modulation BPSK and O-QPSK950 MHz: support Modulation BPSK2450 MHz: support Modulation O-QPSK2380 MHz: support Modulation O-QPSK


Default Value 2450MHZ

Range 780MHZ | 868MHZ | 915MHZ | 950MHZ | 2450MHZ | 2380MHZ

CONFigure:RFSA:LRWPan:PORTname

Usage:CONFigure:RFSA:LRWPan:PORTname[?] <PortName>Query Response:<PortName>

CONFigure:RFSA:LRWPan:POWer[:MAXimum]

Usage:CONFigure:RFSA:LRWPan:POWer[:MAXimum][?]<MaxInputPower>Query Response:<MaxInputPower>





Default Value 0.00

Range [-174.00:50.00]

Unit dBm

CONFigure:RFSA:LRWPan:TRACe[:ENABle]

Usage:CONFigure:RFSA:LRWPan:TRACe[:ENABle][?]<TracesEnable>Query Response:<TracesEnable>

Description Specifies whether to enable collection of trace data for LR-WPAN measurements.





Datatype Boolean

Default Value 0


FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:DROop:AVERage

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:DROop:AVERage?Query Response:<MeanAmplitudeDroop>

Description

Availability Query

Parameter: <MeanAmplitudeDroop>

Description Amplitude droop, measured in dB per symbol.

Datatype Double

Unit dB/Symbol

FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:PEAK[:MAXimum]

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:PEAK[:MAXimum]?Query Response:<PeakEvm>,<PeakOffsetEvm>,<MaxMagnitudeError>,<MaxPhaseError>


Availability Query




Datatype Double

Unit %

Parameter: <PeakOffsetEvm>

Description Maximum of peak offset EVM measurements.

Datatype Double

Unit %

Parameter: <MaxMagnitudeError>

Description Maximum of magnitude error measurements.

Datatype Double

Unit %

Parameter: <MaxPhaseError>

Description Maximum of phase error measurements.

Datatype Double

Unit deg

FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:RMS[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:RMS[:AVERage]?Query Response:<RmsEvm>,<RmsOffsetEvm>,<RmsMagnitudeError>,<RmsPhaseError>,<Rho>

Description

Availability Query

Parameter: <RmsEvm>


Datatype Double

Unit %

Parameter: <RmsOffsetEvm>


Datatype Double

Unit %



Datatype Double

Unit %



Datatype Double

Unit deg

Parameter: <Rho>


Datatype Double

FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe[:CONStellation]

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe[:CONStellation]?Query Response:#xyy<EvmConstellationTrace[n]>

Description Fetches the I/Q trace data for the error vector magnitude (EVM)constellation diagram.

Availability Query


Parameter: #xyy<EvmConstellationTrace[n]>

FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:OFFSet[:CONStellation]

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:OFFSet[:CONStellation]?Query Response:#xyy<OffsetEvmConstellationTrace[n]>

Description Fetches the I/Q trace data for the offset error vector magnitude(EVM) constellation diagram.

Availability Query


Parameter: #xyy<OffsetEvmConstellationTrace[n]>

FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:OFFSet:SYMBol

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:OFFSet:SYMBol?Query Response:<OffsetEvmSymbolX0>,<OffsetEvmSymbolDx>,#xyy<OffsetEvmSymbolTrace[n]>

Description Fetch the Offset EVM per Symbol trace in %.

Availability Query


Parameter: <OffsetEvmSymbolX0>

Parameter: <OffsetEvmSymbolDx>

Parameter: #xyy<OffsetEvmSymbolTrace[n]>

FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:SYMBol

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:EVM:TRACe:SYMBol?Query Response:<EvmSymbolX0>,<EvmSymbolDx>,#xyy<EvmSymbolTrace[n]>

Description Fetch the EVM per Symbol trace in %.

Availability Query


Parameter: <EvmSymbolX0>

Parameter: <EvmSymbolDx>

Parameter: #xyy<EvmSymbolTrace[n]>

FETCh:RFSA:LRWPan[:RESults]:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:IMPairments[:AVERage]?Query Response:<IqOriginOffset>,<IQGainImbalance>,<CarrierFrequencyOffset>

Description Fetches impairments results.

Availability Query



Description Average of IQ origin offset measurements.

Datatype Double

Unit dB

Parameter: <IQGainImbalance>

Description Average of IQ gain imbalance measurements.

Datatype Double

Unit dB


Description The average across iterations of carrier frequency offset estimate, ofthe transmitting device under test (DUT).

Datatype Double

Unit Hz

FETCh:RFSA:LRWPan[:RESults]:MODulation:IMPairments:SCERror[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:MODulation:IMPairments:SCERror[:AVERage]?Query Response:<SymbolClockError>

Description The average across iterations of symbol clock error estimate, inppm, of the transmitting device under test (DUT).

Availability Query


Parameter: <SymbolClockError>

Description The average across iterations of carrier frequency offset estimate, inppm, of the transmitting device under test (DUT).

Datatype Double

Unit ppm

FETCh:RFSA:LRWPan[:RESults]:OBW[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches occupied bandwidth (OBW) results. OccupiedBandwidth (OBW) is the bandwidth containing 99% of the totalintegrated power of the transmitted spectrum, centered on theassigned channel frequency.'

Availability Query




Datatype Double

Unit Hz


Description Average Power of the OBW measurements.

Datatype Double

Unit dBm

Datatype Double

Unit Hz



Datatype Double

Unit Hz

FETCh:RFSA:LRWPan[:RESults]:OBW:TRACe

Usage:FETCh:RFSA:LRWPan[:RESults]:OBW:TRACe?Query Response:<Xo>,<dx>,#xyy<ObwTraceData[n]>

Description Fetches occupied bandwidth (OBW) traces in dBm.

Availability Query


Parameter: <Xo>

Unit Hz

Parameter: <dx>

Unit Hz

FETCh:RFSA:LRWPan[:RESults]:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean



Datatype Double

Unit dB



Datatype Double

Unit Hz

Datatype Double

Unit dBm

FETCh:RFSA:LRWPan[:RESults]:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32

Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB

FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:AMASk

Usage:FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:AMASk?Query Response:<SemAbsoluteMaskTraceXo>,<SemAbsoluteMaskTraceDx>,#xyy<SemAbsoluteMaskTrace[n]>

Description

Availability Query

Unit Hz


Unit Hz


FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:RMASk

Usage:FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:RMASk?Query Response:<SemRelativeMaskTraceXo>,<SemRelativeMaskTraceDx>,#xyy<SemRelativeMaskTraceData[n]>

Description

Availability Query




Datatype Double

Unit Hz

Datatype Double

Unit Hz




FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:SPECtrum

Usage:FETCh:RFSA:LRWPan[:RESults]:SEM:TRACe:SPECtrum?Query Response:<SemSpectrumTraceXo>,<SemSpectrumTraceDx>,#xyy<SemSpectrumTrace[n]>

Description Fetches spectral emissions mask (SEM) power spectruml traceresults in dBm.

Availability Query



Unit Hz


Unit Hz


FETCh:RFSA:LRWPan[:RESults]:STATe

Usage:

FETCh:RFSA:LRWPan[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>


Availability Query








FETCh:RFSA:LRWPan[:RESults]:TXPower[:AVERage]

Usage:FETCh:RFSA:LRWPan[:RESults]:TXPower[:AVERage]?Query Response:<AverageMeanPower>,<MaxPower>,<MinPower>,<PeaktoAveRatio>

Availability Query




Datatype Double

Unit dBm



Datatype Double

Unit dBm



Datatype Double

Unit dBm

Parameter: <PeaktoAveRatio>

Description Ratio of peak to average power

Datatype Double

FETCh:RFSA:LRWPan[:RESults]:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:LRWPan[:RESults]:TXPower:TRACe[:POWer]?Query Response:<Xo>,<dx>,#xyy<TxpTraceData[n]>

Description Fetches the transmit power (TXP) trace in dBm. Note: In case ofBPSK RBW = 1.2MHz, and in case of O-QPSK RBW = 20MHz.

Availability Query


Parameter: <Xo>


Datatype Double

Unit s

Parameter: <dx>


Datatype Double

Unit s

INITiate:RFSA:LRWPan[:RESults]

Usage:INITiate:RFSA:LRWPan[:RESults]

Description Initiates a composite LR-WPAN measurement and stores theresults in the results space provided in [:Result].



INITiate:RFSA:LRWPan:ALEVel

Usage:INITiate:RFSA:LRWPan:ALEVel




SYSTem:RFSA:LRWPan:VERSion

Usage:SYSTem:RFSA:LRWPan:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description Queries for the version of the LR-WPAN personality.

Availability Query

Datatype String



Datatype String

TRIGger:RFSA:LRWPan:DELay

Usage:TRIGger:RFSA:LRWPan:DELay[?] <TriggerDelay>Query Response:<TriggerDelay>






Datatype Double

Default Value 0.000000000000000E+000

Range [-Inf:Inf]

Unit sec

TRIGger:RFSA:LRWPan:EDGE

Usage:TRIGger:RFSA:LRWPan:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>









TRIGger:RFSA:LRWPan:MQTime

Usage:TRIGger:RFSA:LRWPan:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Datatype Double

Default Value 1.000000000000000E-004

Range [0.000000000000000E+000:5.000000000000000E-003]

Unit sec

TRIGger:RFSA:LRWPan:SOURce

Usage:TRIGger:RFSA:LRWPan:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Datatype String


TRIGger:RFSA:LRWPan:THReshold

Usage:TRIGger:RFSA:LRWPan:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>






Datatype Double

Range [-100.000:0.000]

Unit dBm

TRIGger:RFSA:LRWPan:TOUT

Usage:TRIGger:RFSA:LRWPan:TOUT[?] <TriggerTimeout>Query Response:<TriggerTimeout>





Default Value 5.000000000000000E+000

Range [0.000000000000000E+000:1.000000000000000E+002]

Unit sec

Z-Wave Instrument PersonalityThe Z-Wave instrument personality contains measurements according to the ITU-TRecommendation G.9959, 2015 specifications for short-range narrowband digitalradiocommunication transceivers. Use the Z-Wave SCPI commands to perform measurementsfor Z-Wave compliant devices.

Z-Wave Signal Analyzer SCPI Command ListComplete list of Z-Wave signal analyzer SCPI commands.

CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation[:ENABle]

CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:AVERage[:COUNt]CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:INTervalCONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:SAMPlesCONFigure:RFSA:ZWAVe[:MEASurement]:OBW[:ENABle]CONFigure:RFSA:ZWAVe[:MEASurement]:OBW:AVERage[:COUNt]CONFigure:RFSA:ZWAVe[:MEASurement]:SEM[:ENABle]CONFigure:RFSA:ZWAVe[:MEASurement]:SEM:AVERage[:COUNt]CONFigure:RFSA:ZWAVe[:MEASurement]:SEM:AVERage:TYPECONFigure:RFSA:ZWAVe[:MEASurement]:TXPower[:ENABle]CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:AVERage[:COUNt]CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:AVERage:TYPECONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:INTervalCONFigure:RFSA:ZWAVe:EATTenuationCONFigure:RFSA:ZWAVe:FREQuency[:CENTer]CONFigure:RFSA:ZWAVe:FREQuency:PROFileCONFigure:RFSA:ZWAVe:PACKet:RATECONFigure:RFSA:ZWAVe:PORTnameCONFigure:RFSA:ZWAVe:POWer[:MAXimum]CONFigure:RFSA:ZWAVe:TRACe[:ENABle]FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation:MAXimumFETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation:TRACeFETCh:RFSA:ZWAVe[:RESults]:MODulation:IMPairments[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:MODulation:IMPairments:SCERror[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:MODulation:TRACeFETCh:RFSA:ZWAVe[:RESults]:OBW[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:OBW:TRACeFETCh:RFSA:ZWAVe[:RESults]:SEM:MARGin[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:SEM:OSEGments[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:AMASk

FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:RMASkFETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:SPECtrumFETCh:RFSA:ZWAVe[:RESults]:STATeFETCh:RFSA:ZWAVe[:RESults]:TXPower[:AVERage]FETCh:RFSA:ZWAVe[:RESults]:TXPower:TRACe[:POWer]INITiate:RFSA:ZWAVe[:RESults]INITiate:RFSA:ZWAVe:ALEVelSYSTem:RFSA:ZWAVe:VERSionTRIGger:RFSA:ZWAVe:DELayTRIGger:RFSA:ZWAVe:EDGETRIGger:RFSA:ZWAVe:MQTimeTRIGger:RFSA:ZWAVe:SOURceTRIGger:RFSA:ZWAVe:THResholdTRIGger:RFSA:ZWAVe:TOUT

Z-Wave RFSA SCPI Command ReferenceSCPI command reference for the Z-Wave signal analyzer instrument personality.

CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation[:ENABle]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation[:ENABle][?] <ModulationEnable>Query Response:<ModulationEnable>

Description



Parameter: <ModulationEnable>


Datatype Boolean

Default Value 0


CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:AVERage[:COUNt]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:AVERage[:COUNt][?] <ModulationAverageCount>Query Response:<ModulationAverageCount>

Description





Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:INTerval

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:INTerval[?] <ModulationMeasurementInterval>Query Response:<ModulationMeasurementInterval>

Description Returns the measurement interval in number of symbols.



Parameter: <ModulationMeasurementInterval>

Description Measurement interval in symbols. -1 uses the maximal value for theselected modulation type.

Datatype Integer32

Default Value 300

Range [-1:1024]

Unit Symbols

CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:SAMPles

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:MODulation:SAMPles[?] <SamplesPerSymbol>Query Response:<SamplesPerSymbol>

Description Specifies the samples per symbol (SPS).

Parameter: <SamplesPerSymbol>

Description When SPS is Auto:1. FSK, MSK: Auto SPS is 8.2. OQPS and pulse shaping filter = half sine: Auto SPS is 16.3. Others: Auto SPS is 4.Note: SPS is 8 when pulse shaping filter = rectangular.


Default Value AUTO

Range AUTO | 4 | 8 | 16

CONFigure:RFSA:ZWAVe[:MEASurement]:OBW[:ENABle]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:OBW[:ENABle][?]<ObwEnable>Query Response:<ObwEnable>






Datatype Boolean

Default Value 0


CONFigure:RFSA:ZWAVe[:MEASurement]:OBW:AVERage[:COUNt]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:OBW:AVERage[:COUNt][?] <ObwAverageCount>Query Response:<ObwAverageCount>






Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:ZWAVe[:MEASurement]:SEM[:ENABle]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:SEM[:ENABle][?]<SemEnable>Query Response:<SemEnable>

Datatype Boolean

Default Value 0


CONFigure:RFSA:ZWAVe[:MEASurement]:SEM:AVERage[:COUNt]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:SEM:AVERage[:COUNt][?] <SemAverageCount>Query Response:<SemAverageCount>

Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:ZWAVe[:MEASurement]:SEM:AVERage:TYPE

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:SEM:AVERage:TYPE[?] <SemTypeOfAverage>Query Response:<SemTypeOfAverage>





Description RMS - The power is averaged using root mean square.LOG - The log of the power is averaged.SCALAR - The voltage is averaged.MAX - The maximum values are retained.MIN - The minimum values are retained.VECTOR - I/Q values are averaged.

Default Value RMS


CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower[:ENABle]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower[:ENABle][?] <TxPowerEnable>Query Response:<TxPowerEnable>

Description





Datatype Boolean

Default Value 1


CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:AVERage[:COUNt]

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:AVERage[:COUNt][?] <TxpAverageCount>Query Response:<TxpAverageCount>

Description





Datatype Integer32

Default Value 1

Range [1:10000]

CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:AVERage:TYPE

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:AVERage:TYPE[?] <TxpAverageType>Query Response:<TxpAverageType>

Description RMS - The power is averaged using root mean square.LOG - The log of the power is averaged.SCALAR - The voltage is averaged.MAX - The maximum values are retained.MIN - The minimum values are retained.


Default Value RMS


CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:INTerval

Usage:CONFigure:RFSA:ZWAVe[:MEASurement]:TXPower:INTerval[?] <TxpMeasurementInterval>Query Response:<TxpMeasurementInterval>

Description Specifies the TXP Measurement interval, in seconds.




Description Measurement interval, in seconds.

Datatype Double

Range [1.0000E-003:1.0000E+004]

Unit s

CONFigure:RFSA:ZWAVe:EATTenuation

Usage:CONFigure:RFSA:ZWAVe:EATTenuation[?]<ExternalAttenuation>Query Response:<ExternalAttenuation>






Datatype Double

Default Value 0.00

Range [-100.00:100.00]

Unit dB

CONFigure:RFSA:ZWAVe:FREQuency[:CENTer]

Usage:CONFigure:RFSA:ZWAVe:FREQuency[:CENTer][?]<CenterFrequency>

Query Response:<CenterFrequency>






Range [8.00000E+008:5.00000E+009]

Unit Hz

CONFigure:RFSA:ZWAVe:FREQuency:PROFile

Usage:CONFigure:RFSA:ZWAVe:FREQuency:PROFile[?] <Profile>Query Response:<Profile>

Description Specifies the RF profile. The RF profile given by ITU-T G.9959refers to a center frequency as specified in the Z-Wave AllianceRecommendation document, ZAD12837-1.

The RF profiles from 0 - 33 are interpreted as follows:0 - NA NA1 - f_EU1 869.85 MHz2 - f_EU2 868.40 MHz3 - f_EU2 868.40 MHz4 - f_US1 916.00 MHz5 - f_US2 908.40 MHz6 - f_US2 908.40 MHz7 - f_HK1 919.80 MHz8 - f_HK1 919.80 MHz9 - f_HK1 919.80 MHz10 - f_ANZ1 919.80 MHz11 - f_ANZ2 921.40 MHz12 - f_ANZ2 921.40 MHz13 - f_MY1 868.10 MHz14 - f_MY1 868.10 MHz15 - f_MY1 868.10 MHz16 - f_IN1 865.20 MHz17 - f_IN1 865.20 MHz18 - f_IN1 865.20 MHz19 - f_JP1 922.50 MHz20 - f_JP2 923.90 MHz21 - f_JP3 926.30 MHz22 - f_IL1 916.00 MHz23 - f_IL1 916.00 MHz24 - f_IL1 916.00 MHz25 - f_KR1 920.90 MHz26 - f_KR2 921.70 MHz27 - f_KR3 923.10 MHz28 - f_RU1 869.00 MHz29 - f_RU1 869.00 MHz30 - f_RU1 869.00 MHz31 - f_CN1 868.40 MHz32 - f_CN1 868.40 MHz33 - f_CN1 868.40 MHz

As per standard G.9959, the RF profile also fixes the data rate.However, this command sets only the center frequency and does notset the rate, which must be set manually.


ExecutionMode


Parameter: <Profile>

Description Computes the center frequency of the Z-Wave signal based on thethe value specified in RF Profile parameter.

Datatype Integer32

Default Value 20

Range [0:100]

CONFigure:RFSA:ZWAVe:PACKet:RATE

Usage:CONFigure:RFSA:ZWAVe:PACKet:RATE[?] <Rate>Query Response:<Rate>

Description Specifies the rate of the Z-Wave signal.



Parameter: <Rate>

Description Sets the rate for Z-Wave.

Default Value R1

Range R1 | R2 | R3

CONFigure:RFSA:ZWAVe:PORTname

Usage:CONFigure:RFSA:ZWAVe:PORTname[?] <PortName>Query Response:<PortName>





Description Port name.

Datatype String


CONFigure:RFSA:ZWAVe:POWer[:MAXimum]

Usage:CONFigure:RFSA:ZWAVe:POWer[:MAXimum][?]<MaxInputPower>Query Response:<MaxInputPower>

Description Specifies the maximum input power to the instrument.




Default Value 0.00

Range [-174.00:50.00]

CONFigure:RFSA:ZWAVe:TRACe[:ENABle]

Usage:CONFigure:RFSA:ZWAVe:TRACe[:ENABle][?] <TraceEnable>Query Response:<TraceEnable>

Description Enables trace.



Parameter: <TraceEnable>

Description If disabled, no trace data is collected so no trace can be fetched.0 | OFF: Disables collection of trace data.1 | ON: Enables collection of trace data.

Datatype Boolean

Default Value 0


FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation[:AVERage]?Query Response:<MeanDeviation>,<MeanRMSDeviationErrorHz>,<MeanRMSDeviationErrorPercent>

Description Returns computed mean FSK deviation and error in the Z-Wavesignal.

Availability Query


Parameter: <MeanDeviation>

Description Gives the mean FSK deviation, in Hz, of the demodulated Z-Wavesignal.

Datatype Double

Unit Hz

Parameter: <MeanRMSDeviationErrorHz>

Description Gives the mean RMS FSK deviation error, in Hz, of the demodulatedZ-Wave signal.

Datatype Double

Unit Hz

Parameter: <MeanRMSDeviationErrorPercent>

Description Gives the mean RMS FSK deviation error, in percentage, of thedemodulated Z-Wave signal.Mean RMS FSK deviation error/expected FSK deviation, inpercentage.

Datatype Double

Unit %

FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation:MAXimum

Usage:FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation:MAXimum?Query Response:<MaxPeakDeviationErrorHz>,<MaxPeakDeviationErrorPercent>,<MaxFreqDeviationErrorSymbolIndex>

Description Returns computed peak FSK deviation and error in the Z-Wavesignal.

Availability Query


Parameter: <MaxPeakDeviationErrorHz>

Description Gives the maximum peak FSK deviation error of the demodulated Z-Wave signal.

Datatype Double

Unit Hz

Parameter: <MaxPeakDeviationErrorPercent>

Description Gives the maximum peak FSK deviation error, in percentage, of thedemodulated Z-Wave signal.Max FSK deviation error/expected FSK deviation, in percentage.

Datatype Double

Unit %

Parameter: <MaxFreqDeviationErrorSymbolIndex>

Description Returns the symbol index at which maximum frequencydeviation error occurs.

Datatype Double

FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation:TRACe

Usage:FETCh:RFSA:ZWAVe[:RESults]:MODulation:DEViation:TRACe?Query Response:<Xo>,<dx>,#xyy<FrequencyDeviationErrorPercentTrace[n]>

Description Fetches the frequency deviation error in percentage tracecorresponding to symbol index.

Availability Query

Parameter: <Xo>

Description The origin of X axis corresponding to symbol index.

Datatype Double

Parameter: <dx>

Description The differential increment in X axis corresponding to symbol index.

Datatype Double

Parameter: #xyy<FrequencyDeviationErrorPercentTrace[n]>

Description Trace of frequency deviation error, in percentage, withrespect to symbol index.


FETCh:RFSA:ZWAVe[:RESults]:MODulation:IMPairments[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:MODulation:IMPairments[:AVERage]?Query Response:<CarrierFrequencyOffsetHz>,<CarrierFrequencyOffsetPpm>,<CarrierFrequencyDriftHz>,<CarrierFrequencyDriftPpm>

Description Fetches impairments results.

Availability Query

Parameter: <CarrierFrequencyOffsetHz>

Description The average across iterations of carrier frequency offset estimate, inHz, of the transmitting device under test (DUT).

Datatype Double

Unit Hz

Parameter: <CarrierFrequencyOffsetPpm>

Description The average across iterations of carrier frequency offset estimate, inppm, of the transmitting device under test (DUT).

Datatype Double

Unit ppm

Parameter: <CarrierFrequencyDriftHz>

Description The average across iterations of carrier frequency drift estimate, in Hz,of the transmitting device under test (DUT).

Datatype Double

Unit Hz

Parameter: <CarrierFrequencyDriftPpm>

Description The average across iterations of carrier frequency drift estimate, inppm, of the transmitting device under test (DUT).

Datatype Double

Unit ppm

FETCh:RFSA:ZWAVe[:RESults]:MODulation:IMPairments:SCERror[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:MODulation:IMPairments:SCERror[:AVERage]?Query Response:<SymbolClockError>

Description The average across iterations of symbol clock error estimate, inppm, of the transmitting device under test (DUT).

Availability Query


Parameter: <SymbolClockError>

Description The average across iterations of symbol clock error estimate, in ppm,of the transmitting device under test (DUT).

Datatype Double

Unit ppm

FETCh:RFSA:ZWAVe[:RESults]:MODulation:TRACe

Usage:FETCh:RFSA:ZWAVe[:RESults]:MODulation:TRACe?Query Response:<Xo>,<dx>,#xyy<ModulationRecoveredWaveformTrace[n]>

Description Fetches the recovered modulation waveform.

Availability Query

Parameter: <Xo>

Description The origin of X axis corresponding to time origin.

Datatype Double

Parameter: <dx>

Description The differential increment in X axis corresponding to time elapsed.

Datatype Double

Parameter: #xyy<ModulationRecoveredWaveformTrace[n]>

Description Trace of the recovered modulation waveform.


FETCh:RFSA:ZWAVe[:RESults]:OBW[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:OBW[:AVERage]?Query Response:<OccupiedBandwidth>,<AveragePower>,<StartFrequency>,<StopFrequency>

Description Fetches occupied bandwidth (OBW) results. OBW is thebandwidth containing 99% of the total integrated power of thetransmitted spectrum, centered on the assigned channelfrequency.'

Availability Query

Datatype Double

Unit Hz


Description Average power of the OBW measurements.

Datatype Double

Unit dBm



Datatype Double

Unit Hz



Datatype Double

Unit Hz

FETCh:RFSA:ZWAVe[:RESults]:OBW:TRACe

Usage:FETCh:RFSA:ZWAVe[:RESults]:OBW:TRACe?Query Response:<Xo>,<dx>,#xyy<ObwTraceData[n]>

Description Fetches occupied bandwidth (OBW) traces, in dBm.

Availability Query


Parameter: <Xo>

Unit Hz

Parameter: <dx>

Unit Hz


FETCh:RFSA:ZWAVe[:RESults]:SEM:MARGin[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:SEM:MARGin[:AVERage]?Query Response:<SemCompositeMaskStatus>,<WorseMargin>,<WorseMarginFrequency>,<SemTotalCarrierPower>


Availability Query




Datatype Boolean

Datatype Double

Unit dB



Datatype Double

Unit Hz



Datatype Double

Unit dBm

FETCh:RFSA:ZWAVe[:RESults]:SEM:OSEGments[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:SEM:OSEGments[:AVERage]?Query Response:<SegmentIndex_1>,<SegmentStartFrequency_1>,<SegmentStopFrequency_1>,<SegmentMargin_1>{,<SegmentIndex_n>,<SegmentStartFrequency_n>,<SegmentStopFrequency_n>,<SegmentMargin_n>}


Availability Query




Datatype Integer32



Datatype Double

Unit Hz



Datatype Double

Unit Hz



Datatype Double

Unit dB


FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:AMASk

Usage:FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:AMASk?Query Response:<SemAbsoluteMaskTraceXo>,<SemAbsoluteMaskTraceDx>,#xyy<SemAbsoluteMaskTrace[n]>

Description Fetch absolute SEM mask.

Availability Query



Unit Hz


Unit Hz


FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:RMASk

Usage:FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:RMASk?Query Response:<SemRelativeMaskTraceXo>,<SemRelativeMaskTraceDx>,#xyy<SemRelativeMaskTraceData[n]>

Description Fetch relative SEM mask.

Availability Query

Datatype Double

Unit Hz



Datatype Double

Unit Hz




FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:SPECtrum

Usage:FETCh:RFSA:ZWAVe[:RESults]:SEM:TRACe:SPECtrum?Query Response:<SemSpectrumTraceXo>,<SemSpectrumTraceDx>,#xyy<SemSpectrumTrace[n]>

Description Fetches spectral emissions mask (SEM) power spectrum traceresults, in dBm.

Availability Query

Unit Hz


Unit Hz


FETCh:RFSA:ZWAVe[:RESults]:STATe

Usage:FETCh:RFSA:ZWAVe[:RESults]:STATe?Query Response:<HardwareState>,<MeasurementState>


Availability Query



Description IDLE: Hardware is available.PENDING: Execution is waiting for hardware to release.ACTIVE: Hardware is actively acquiring data.

FETCh:RFSA:ZWAVe[:RESults]:TXPower[:AVERage]

Usage:FETCh:RFSA:ZWAVe[:RESults]:TXPower[:AVERage]?Query Response:<AverageMeanPower>,<MaxPower>,<MinPower>,<PeaktoAverageRatio>


Availability Query




Datatype Double

Unit dBm

Datatype Double

Unit dBm



Datatype Double

Unit dBm

Parameter: <PeaktoAverageRatio>


Datatype Double

Unit dB

FETCh:RFSA:ZWAVe[:RESults]:TXPower:TRACe[:POWer]

Usage:FETCh:RFSA:ZWAVe[:RESults]:TXPower:TRACe[:POWer]?Query Response:<Xo>,<dx>,#xyy<TxpTraceData[n]>

Description Fetches the transmit power (TXP) trace, in dBm.

Availability Query


Parameter: <Xo>

Datatype Double

Unit s

Parameter: <dx>


Datatype Double

Unit s




INITiate:RFSA:ZWAVe[:RESults]

Usage:INITiate:RFSA:ZWAVe[:RESults]

Description Initiates a composite LRWPAN measurement and stores theresults in the results space provided in [:Result].



INITiate:RFSA:ZWAVe:ALEVel

Usage:INITiate:RFSA:ZWAVe:ALEVel

SYSTem:RFSA:ZWAVe:VERSion

Usage:SYSTem:RFSA:ZWAVe:VERSion?Query Response:<PersonalityVersion>,<FrameworkVersion>

Description Queries for the version of the ZWave personality.

Availability Query




Datatype String



Datatype String

TRIGger:RFSA:ZWAVe:DELay

Usage:TRIGger:RFSA:ZWAVe:DELay[?] <TriggerDelay>

Query Response:<TriggerDelay>






Datatype Double


Range [-Inf:Inf]

Unit s

TRIGger:RFSA:ZWAVe:EDGE

Usage:TRIGger:RFSA:ZWAVe:EDGE[?] <TriggerEdge>Query Response:<TriggerEdge>

TRIGger:RFSA:ZWAVe:MQTime

Usage:TRIGger:RFSA:ZWAVe:MQTime[?] <MinQuietTimeDuration>Query Response:<MinQuietTimeDuration>

Datatype Double


Range [0.0000E+000:5.0000E-003]

Unit s

TRIGger:RFSA:ZWAVe:SOURce

Usage:TRIGger:RFSA:ZWAVe:SOURce[?] <TriggerSource>Query Response:<TriggerSource>

Datatype String


TRIGger:RFSA:ZWAVe:THReshold

Usage:TRIGger:RFSA:ZWAVe:THReshold[?] <TriggerThreshold>Query Response:<TriggerThreshold>






Datatype Double


Range [-100.00:0.00]

Unit dBm

TRIGger:RFSA:ZWAVe:TOUT

Usage:TRIGger:RFSA:ZWAVe:TOUT[?] <TriggerTimeout>







Range [0.0000E+000:1.0000E+002]

Unit s

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375082H-01 December 13, 2018