contents chapter f serial interfaces page · 2019-05-31 · logic level level voltage voltage...

F00.01

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Serial interfaces – General informations . . . . . . . . . . . . . . . . . . . . . . . . . F00

Interfaces RS 232 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F10

Media Converter RS 232 self-powered . . . . . . . . . . . . . . . . . . . . . . . . . . . F10.01

Media Converter RS 232-x-channel, Description . . . . . . . . . . . . . . . . . . . . F10.02

Media Converter RS 232-1-channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F10.03

Media Converter RS 232-8-channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F10.04

Interfaces RS 422 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F20

Interfaces RS 485 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F30

Media Converter for RS 485-based bus systems . . . . . . . . . . . . . . . . . . . F30.01

Media Converter for Modbus Plus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F30.04

Interfaces ARCNET ® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F40

Fibre Optic Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F60

Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F70

Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . F90

Serial interfaces Page

Contents chapter F

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Fibre Optic Systems

Introduction

The single-mode fibre is mainly used in telecommuni-cations because of its low attenuation and wide band-width.

The gradient index fibre and the step fibre with theirlarge core diameters are chiefly used as communica-tion cables in industrial applications due to their easyhandling and relatively low costs. The link lengthranges from several meters to several kilometers.

Mounting of connectors for gradient fibres is achievedby the use of adhesive.

For POF1) or HCS®2) fibres, the crimping techniqueeases the connector attachment. With the advancedHARTING quick assembly components, POF1)-cablescan be mounted without the need of special tools.

HARTING F.O. systems are designed for gradientindex fibres with a core diameter of 50 and 62.5 µm aswell as for 200 µm (HCS®2)) and 1 mm (POF1)) stepindex fibres.

The typical operating wavelengths are 660 nm (POF1),HCS®2)), 850 nm (GI; HSC®2)) and 1300 nm (GI).

Apart from applications in the field of telecommunica-tions, fibre optic technology is of great importance inthe industrial market sector.

In telecommunications there are requirements for:• High transmission capacity• Low cable attenuation• No crosstalk

The features are also required in the industrial sectoralong with the following major considerations:

• Zero susceptibility to electromagnetic interference

• Electrical insulation between transmitter andreceiver

• Small cable diameter

Fibre optic communication works by pulses of light.When feeding them in at one end of the fibre opticcable, the pulses are passed to the other end by totalinternal reflection.

Total internal reflection occurs at the boundary layerbetween core and cladding by virtue of the differentvalues of optical refractive index (n) between the twomaterials (n cladding less than n core).

There are three different types of optical fibres:

Typical AttenuationDimensions

Core/Cladding ø

Step index (SI) fibre 200,/ 230 µm 5 ... 8 dB/kmHCS®2) / POF1) 980,/1000 µm 0.2 dB/m

Gradient index 50,5/ 125 µm 2.6 dB/km(GI) fibre 62.5/ 125 µm 3.2 dB/km

Single modem fibre 9,/ 125 µm < 0.3 dB/km

optical refractiveindex profile

1) POF = Polymer-Optical Fibre2) HCS® = Hard Clad Silica is registered trademark of SpecTran Corporation

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Fibre Optic Systems

System TechniqueElectrical signals to be transmitted by fibre optic cablemust be converted into pulses of light and vice versa.For this purpose there are electro-optic convertersavailable as transmitter (T) and receiver (R) modules.

Simplex

A simplex link is defined by the signal transmission ina single direction. Data transmission in two directionsis performed in a duplex link. With these configura-tions, point-to-point links can be realized. Usuallyseparate fibres for each direction are used.

Duplex

The interconnection of multiple units in a communi-cation system can be done in different configurations.At the optical line signals are passed through eachparticipant only in one direction. Each participanttransmits the received optical signal to the nextstation (repeater functionality). If the optical line isclosed to a ring-structure, bi-directional communica-tion between the participants, is possible.

Optical line, optical ring

The linear duplex bus is the combination of twocontrary lines. Each participant has two transmittingand receiving modules passing received opticalsignals to the opposite direction and vice versa(repeater functionality).

Linear duplex bus

In a star configuration a central point is the connectionmode for each participant. A transceiver module foreach participant is equipped at this point. Each starshaped split can be enlarged with the a.m. configura-tions.

Star configuration (star coupler)

F00.04

F00.04

F00.04

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Fibre Optic Systems

Dimensioning of F.O. Transmission SystemsFor reliable operation of a F. O. data transmission system itis essential that the transmitted optical signals arrive at thereceiver with sufficient amplitude. The incident powershould at least exceed twice (+ 3 dB) the value of the mini-mum sensitivity of the receiver. Otherwise, the inherentnoise of the system may result in increasing randomlydistributed transmission errors in the data transfer. There-fore, in system design the power budget of the optical pathhas to be checked. The following aspects have to be con-sidered:

Optical power output of the transmitterThe optical power generated by the LED does mainlydepend on the applied forward current.Typical power levels coupled into the core are50/ 125 µm GI fibre: 80 µW at

200/ 230 µm Si fibre: 250 µW 850 nm980/1000 µm Polymer fibre: 600 µW 660 nm

Specific attenuation-coefficient of the fibreThe specific attenuation of optical fibres depends on thewavelength applied and is specified in dB/km.Typical values for glass-fibres are50/ 125 µm GI fibre: --- 3 dB/km at

200/ 230 µm HCS: --- 5 dB/km λ = 850 nmfor Polymer fibre:980/1000 µm: (PMMA) -- 0.2 dB/m λ = 660 nm.The fibre loss usually contributes to the highest amountto the overall transmission index of the optical link.

Additional interconnections in the cable systemInterconnections in the optical link create some further at-tenuation for the travelling optical signals.Typical insertion loss isfor a spliced connection ≤ 0.3 dBfor a connector-set 0.8 ... 1.5 dB,depending on the type of fibre and the connectors ap-plied.

Sensitivity of the optical receiverDC-coupled optical receivers, commonly used, with SI-diodes as receiving elements show typical minimumsensitivities of≤ 3 µW at 850 nm (glass fibre systems)≤ 5 µW at 660 nm (Polymer fibre systems).

Temperature dependence and ageing of LED, thermalinfluence on cable lossThese items should be taken into account with an amountof 2 dB. Thus, in total a system reserve of 5 dB has to beconsidered in the link power budget.

Examples

a) Glass fibre system (λλ = 850 nm)

Link budget analysis:TransmitterP1 = 80 µW = – 11 dBm

power coupled into fibre coreCable Loss: 2.5 km x 3 dB/km = 7.5 dBLoss per connector set ST = 0.8 dBSystem reserve (3 dB + 2 dB) = 5.0 dBTotal system losses: 13.3 dB

Incident power at receiver: P4 = – 24.3 dBm = 3.7 µWThis satisfies the required minimum-conditions ≥ 3 µW* The injection- and decoupling-loss at the transmitter- and

receiver-ends of the fibre has not additionally to be takeninto account as they are already included in the givenpower ratings of these elements.

b) Polymer fibre system (λλ = 660 nm)

Link budget analysis:TransmitterP1 = 600 µW = – 2.2 dBm

power coupled into fibre coreCable loss: 60 m x 0.2 dB/m = 12.0 dB2 connector-sets F-SMA (2 x 1.5 dB): = 3.0 dBSystem reserve (3 dB + 2 dB) = 5.0 dBTotal system losses: 20.0 dB

Incident power at receiver: P6 = – 22.2 dBm = 6.0 µWThis satisfies the required minimum-conditions ≥ 5 µWOmitting the additional interconnections in the cable (heree.g. the 2 F-SMA connector sets) results in larger maximumtransmission distances.

Conversion-Diagram

Tx

500 m 2000 m

Transmission distance

P1 = 80 µW

P4 = 3.7 µW0

S

P2 P3

Rx

Transmitter Connector-set ST0.8 dB F.O.C. 50/125 µm GI

Receiver

Tx

10 m

1.5 dB 1.5 dB

45 m 5 m

Transmission distance

P1 = 600 µW

P6 = 6 µW0

S

P2 P3

P4 P5

Rx

Transmitter Connector-sets F-SMAF.O.C. 1 mm POF

Receiver

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Fibre Optic Systems

Tables of Interface Standards and Fieldbus SystemsFor the most well-known electrical interface standards HARTING offers suitable connection systems and con-verters, especially designed for the conversion of electrical signals into optical signals.

Table of electrical interface standards

TTL RS 232 RS 422 RS 485

Interface voltage voltage differential differentiallogic level level voltage voltage

Transmission application bi-directional fullduplex, halfduplex,principle specific fullduplex on bi-directional bi-directional

min. 31) bis 92) on two twisted on one twistedwires pair cables pair cable

Logic level “high” 2.4 … 5 V – 15 V … – 3 V ∆ U > 0.2 V ∆ U > 0.2 VLogic level “low” 0 … 0.8 V + 3 V … + 15 V ∆ U < – 0.2 V ∆ U < – 0.2 V

Max. application 19.2 kBit/s 12 MBit/s (20 m) 12 MBit/s (100 m)data rate specific 115 kBit/s 100 kBit/s (1.2 km) 100 kBit/s (1.2 km)

Max. link length application 20 m 20 m – 1.2 km 100 m – 1.2 kmwith Cu-wires specific

1) Hardware-handshake2) Software-handshake3) ARCNET® is registered trademark of Datapoint Corporation

HARTING media converters for fieldbus systems

Fieldbus system HARTING product Page

Suconet KRS 485 Converter F30.01

CS 31 (ABB)

Modbus Plus RS 485 MB + Converter F30.04

Suconet S RS 422 Converter F20.01

ARCNET®3) Arcnet Converter F40.01

Concerning electro-magnetic compatibility HARTING Media Converter comply with the relevant specifications

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Fibre Optic Cables

DescriptionThe components offered by HARTING in the field offibre optical data transmission are suitable in combi-nation with different types of FOC. With view to theoptical transmission characteristics we differentiatebetween the following types of fibre:

Cables with Multimode-Gradient-Fibres (GI-Fibres)

• Suitable for transmission distances up to approx.2 km (850 nm), approx. 5 km (1300 nm)

• Typical F.O. connector termination: adhesivetechnique

• Typical wave length: 850/1300 nm

Cable with HCS®1)-Step-Index-Fibres (HCS®1)-Fibres)• Suitable for transmission distances up to approx.

2 km (850 nm), approx. 400 m (660 nm)• Typical F.O. connector termination: Crimp ter-

mination• Typical wave length: 660/850 nm

Cable with Plastic-Optical-Fibres (POF2))• Suitable for transmission distances up to approx.

100 m• Typical F.O. connector termination: Crimp ter-

mination, or HARTING quick assembly technique,no special too necessary

• Typical wave length: 660 nm

Fibre types (typical characteristics)

Plastic-Optical HCS- Glass-Optical FibreFibre Optical Fibre

Fibre type SI SI GI GI

Core / jacketØ (µm) 980/1000 200/230 62.5/125 50/125

Attenuation coefficient (dB / km)

at 660 nm 200 10 – –

at 850 nm 2000 8 ≤ 3.5 ≤ 3.0

at 1300 nm – – ≤ 0.80 ≤ 0.70

typ. wave length 660 nm 660/850 nm 850/1300 nm 850/1300 nm

Bandwidth (MHz*km)

at 660 nm 10 – – –

at 850 nm – ≥ 17 ≥ 200 ≥ 400

Cable plastic materials

Material designation Polymers Polyvenyl- Poly- Poly- Polyamide(Low Smoke chloride ethylene urethane

Zero Halogen)

Abbreviation LSOH PVC PE PUR PA

Halogen free yes no yes no yes

Fire behaviour self- self- combustible self- combustibleextinguishing extinguishing extinguishing

to UV radiation fair - good fair good fair - good good

to oil poor fair fair fair - good good

with hydrolysis fair good good poor - fair fair

Abrasion resistance good fair good excellent good

Mechanical resistance good fair good good good

Re-

sist

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1) HCS® = Hard Clad Silica (registered trademark of SpecTran Corporation)2) POF = Polymer-Optical Fibre

F10.01

Depth: 15 mm

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Media Converter

RS 232 self-powered

Media ConverterRS 232self-powered

9-pin D-Sub female 20 40 002 3448

male adaptor 20 80 000 3052

This self-powered FO-interface is suitable for theinterconnection of PSc and all peripherical devicesequipped with RS 232 interface.

The benefits are

no additional power supply required, the necessarypower is directly extraced from the data signal

connector-less FOC mounting

small dimensions

no special tools for mounting required

Description

Identification Part No. Drawing Dimensions in mm

Pin-configuration: 9way D-Sub females

DCE / DTE selectable by switchPin 2: TxD / RxDPin 3: RxD / TxDPin 7/8: connectedPin 1/4/6: connectedPin 5: Gnd

Note:This interface only transmits the signals of RxD- and TxD-lines (no handshake signals). A proper function of this device requires a per-manent spacing-level according to RS 232 standard.

Transmission rate*: 50 m incl. 3dB power marginSuitable fibre: POF 980/1000 µm

* Signal source with an internal resistance of 100 Ω. Lower (higher) source resistance may result in an increased (decreased) transmissionrange.

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Media Converter

RS 232-1-channelRS 232-8-channel

RS 232-1-channel

• Suitable for systems with software handshake

• 25-pin version is designed for point-to-point links

• 9-pin version is designed for point-to-point andlinear duplex bus structures (see page F00.03and F30.01)

• Switch-over facility from DTE to DCE mode

• Possibility for change of interface between RS422 and RS 232

• 9-pin and 25-pin versions are not compatible

RS 232-8-channel

• Suitable for the data transmission at interfacesaccording to EIA RS 232 / V 24 with all hand-shakesignals

• Pin configuration of the 25-pin D-Sub connectorscorresponds to DCE according to CCITTstandard for modems

• Transmission of 8 RS 232 channels via one fibreoptic duplex link due to time multiplexing withsynchronisation

Description

Technical characteristics

Technical details RS 232-1-channel RS 232-8-channel

Electrical interface RS 232-C / V 24 RS 232-C / V 241-channel duplex 8-channel duplex

Operating wave-length λ = 660 nm for plastic fibre, λ = 850 nm for glass fibre

Mode of operation full duplex, asynchron

Data rate 0 … 120 kBit/s 0 … 19.2 kBit/s

Bit error rate < 10–9

Link length max. 2500 m for glass fibre, max. 80 m for plastic fibre

Power supply 9 … 30 V DC / 170 mA 9 … 30 V DC / 150 mAvia screw terminal via screw terminal

Temperature range 0 … + 60 °C

Mounting standard rail mounting (35 mm) acc. to DIN 50 022

F10.03

TxD 3

RxD 2Gnd 5

+ 5 V 99 ... 30 V DC

0 V

TxD 2

RxD 3Gnd 7

+ 5 V 189 ... 30 V DC

0 V

4 - 40 UNC

4 - 40 UNC

4 - 40 UNC

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Media Converter

RS 232-1-channel

Contacts:6, 8, 20 (DSR, DCD, DTR) connected4, 5 (RTS, CTS) connected

Contacts:1, 4, 6 (DCD, DTR, DSR) con.7, 8 (RTS, CTS) connected

Block diagrammRS 232, 25-pin RS 232 MDR, 9-pin

RS 232-C / V 24 MDR9-pin

RS 232-C / V 249-pin

RS 232-C / V 2425-pin


25-pin D-Sub female

9-pin D-Sub female

9-pin D-Sub females

Media Converter 1-channel duplexRS 232-C/V 24

Standard:electrical link:25-pin D-Sub female

optical link: F-SMAfor POF1) 660 nm 20 40 002 3411

optical link: F-STfor GI 850 nm 20 50 002 3421

Media Converter 1-channel duplexRS 232-C/V 24

Standard:electrical link:9-pin D-Sub female



Media Converter 1-channel duplexRS 232-C/V 24 MDR

Standard:electrical link:9-pin D-Sub females.



Power supplysee pageF90.04

1) POF = Polymer-Optical Fibre

F10.04

9 … 30 V

9 … 30 V

Block diagram of the 8-channel multiplexer

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Media Converter

RS 232-8-channelMultiplexer

Multiplexer8-channel duplexRS 232-C/V 24




Pin loading of the RS 232 interface for DCE-mode

Power supply

see pageF90.04

Symbol acc. to Description Data Control Timing Pin DirectionDIN 66 020 part 1 line line loading of data

E 2 S-Ground System ground 7

D 1 TxD Data transmitted x 2 InputD 2 RxD Data received x 3 Output

S 1.1 DTR Switch on transmission line x 20 InputS 1.2 D/L system ready for operationM 1 DSR Readiness for operation x 6 Output

S 2 RTS Switch on transmitter x 4 InputM 2 CTS Readiness to transmit x 5 Output

T 1 T-Set DTE Timing of transmission pulses to the D/L end unit x 24 InputT 2 TC Timing of transmission pulses from the D/L end unit x 15 Output

S 4 DSRS Switch on high data transmission rate x 23 InputM 4 RLSD High data transmission rate x 12 Output

STF Legibility of reception x 11 InputM 6 SQ Legibility of reception from D/L end unit x 21 Output

T 4 Timing of reception from the D/L end unit x 17 OutputT 3 Timing of reception to the D/L end unit x 14 Input

M 5 DCD Level of reception signal x 8 OutputS 11 Switch on receiver x 19 Input


F20.01

1 2 n

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Media Converter for Bus Systems

Electrical interface : EIA RS 422, CCITT V.11

Data transmission rate : 0 . . . 10 MBit/s

Optical interface : for FOC onnectors type F-SMA or FH-ST

Wave-length : λ = 850 nm for glass fibreλ = 660 nm for plastic fibre

Mode of operation : fullduplex anasynchronous

Bit error rate : < 10 -9 over the entire range of data transmission

Operational check : internal monitoring, LED lamps

Supply voltage : 9 ... 30 V DC via screw termination

Temperature range : 0 … 60 °C during operation

Transmission distance : max. 2000 m for glass fibremax. 80 m for plastic fibre

Mounting : Standard rail (35 mm) mounting acc. to DIN 50 022

In point-to-point applications the wiper switches haveto be in the “NORMAL” position at both interface units.

Ring bus systems require a “NORMAL” selection atone single device. All the other units work in the “RE-PEAT” mode, thus preventing optical oscillation.

Permissable tolerances in signal distortion and delay determine the numer of subscribers in a ring bus system.Notes for dimensioning are available on request.

• Optical point-to-point interconnections or ring bussystems with units equipped with electrical inter-faces acc. to EN RS 422 A / CCITT V.11 (“4-wire”)

• Protocol transparent data transmission• Repeater functionality can be manually and

electrically controlled


Variants of optical links

RS 422

F20.02

TxD (A) 1

4-40 UNC

TxD (B) 2RxD (A) 6RxD (B) 7

RE 3+ 5 V DC 5

Gnd 9

9 ... 30 V

0 V

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RS 422

Media ConverterRS 422

full duplex4 wire transmission

External power supply:9 ... 30 V DC



The devices provide a mode selection for bus-applications(repeater).

Block diagramRS 422

Pin loading9way D-Sub female


Power supplyfor RS 422 see page

F90.04

Function Pin-No.Electrical input TxD A (+) 1Electrical input TxD B (–) 2Electrical input 3repeat enablePower supply 5+ 5 V DC 200 mA max.Electrical output RxD A (+) 6Electrical output RxD A (–) 7GND 9

9-pin D-Sub female


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Converter for RS 485-based bus systemsThe HARTING media converter RS 485 and RS 485MB+ are suitable for point-to-point links or linearduplex bus systems between units with an electricalinterface according to the EIA RS 485 Standard.Typical applications can be found in data aquisitionand process automation via fieldbus systems.

For point-to-point links converters with one electricaland one optical port are used (version HD).

For optical bus systems with several participants atthe beginning and the end of the bus structure HDconverters are used. As optical intermediate devicesconverters with two optical transceiver ports (MDR-version) are installed. Several optical linear duplex bussystems can be connected to each other by the link ofthe electrical ports of the converter.Thus complex busstructures can be realized.

Each participant in this bus system can communicatewith each other. This bus structure is capable of multi-master operation. The link length between two con-verters depends on the converter and fibre used.Distances of several kilometers are possible.The totalsystem’s extension can be realized depending on thenumber of converters used.

Functional principle of the converter: received electri-cal data is directly transmitted from the optical ports.Similarly, received optical data is converted intoelectrical signals and with MDR-versions, reconvertedinto optical signals to be transmitted from the oppositeoptical port. Due to physical effects of the electro-op-tical conversion, the signal is distorted. The maximumnumber of units in a bus system is limited by the max-imum tolerable puls-width distortion in the system.These converters are normally protocol transparent.

Application for an optical linear duplex bus system.

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• Point-to-point links or bus-structures betweenunits with electrical interfaces according to EIA RS 485

• Data rate up to 2 MBit/s

• Protocol transparent conversion

• Multi-master capability

• Variants with different pin-outs

• Special versions for Modbus Plus-systems (MB +)with galvanicly separated electrical interface

Media Converter for RS 485-Interfaces


RS 485 Standard RS 485 MB +

Electrical interface EIA RS 485 Modbus Plus - Bustermination

Data rate max. 2 MBit/s 1 MBit/s Biphase S

opt. port F-SMA, F-ST F-ST

opt. wave-length 660 nm / 850 nm 850 nm

Mode of operation halfduplex

Bit-error rate < 10–9

Diagnostics LED’s for VCC, RxD LED’s for VCC, RxDelectr. diagnostics output

Power supply 9 … 30 V DC via screw terminals

Link length POF1): max. 80 m, GI: max. 2000 m max. 2000 m

Temperature range Operation: 0 … 60 °C

Mounting Standard rail 35 mm acc. to DIN 50 022

Pin-No RS 485 Standard RS 485 MB +

1 (shield / earth)2) (shield / earth)2)

2 Data A Data

3 Data

5 + 5 V out + 5 V out

6 Gnd

8 Gnd

9 Data B

Pin-out of the electrical connector D-Sub 9ways female:

1) POF = Polymer-Optical Fibre2) optional, shield / earth preferred via D-Sub-shell

F30.03

4-40 UNC

4-40 UNC

29

58

9 ... 30 V0 V

29

58

9 ... 30 V0 V

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RS 485, RS 485 Profibus

The devices provide a selectable recessive bus-level “high” or “low”

Block diagram

9-pin D-Sub female


Media ConverterRS 485



Media ConverterRS 485 MDR



Power supply

see pageF90.04

Block diagram RS 485 Multidrop

9-pin D-Sub female


F30.04

4-40 UNC

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4-40 UNC

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Modbus Plus

Media ConverterRS 485 MB +


Media ConverterRS 485 MB + MDR


Block diagramRS 485 MB+ RS 485 MB+ MDR

9-pin D-Sub female


Description

9-pin D-sub female

Power supplysee pageF90.04

• System diagnostics are given by a Rx-datasignal via the screw terminals

• Rotary switch for the adaption of the optical out-put power

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F40.01

Interface

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ARCNET® 1)


Supply voltage : 9 ... 30 V DC (screw terminal)

Power consumption : 300 mA max.

Data rate : 2.5 MBit/s

Transmission range : max. 2500 m with glass fibre (λ = 850 nm)max. 80 m with plastic fibre (POF2), λ = 660 nm)

Temperatrue range : 0 … 60 °C

Mounting : standard rail mounting (35 mm) acc. to DIN 50 022

Application

Bus topology coax connection F.O.C. Terminal resistance

Star topology

sub-scriber

sub-scriber

sub-scriber

coax connection

active HUB

F.O.C.

sub-scriber

sub-scriber

sub-scriber

Interface

1) ARCNET® is registered trademark of Datapoint Corporation2) POF = Polymer-Optical Fibre

F40.02

Coax

9 ... 30 V

0 V

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ARCNET® 1)

Media ConverterARCNET®1)



Block diagram


Power supplyfor ARCNET®1) see page

F90.04

• Media Converter for the use in ARCNET®1)-networks

• Optical point-to-point connections over distancesup to 2.5 km possible

• Applications in networks with bus or star

• Waveforms and data rate in accordance withARCNET®1) standards

• No external termination resistor at the converter

Description

1) ARCNET® is registered trademark of Diatapoint Corporation2) POF = Polymer-Optical Fibre

F60.01

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Fibre Optic Cables

DescriptionThe components offered by HARTING in the field offibre optical data transmission are suitable in combi-nation with different types of FOC. With view to theoptical transmission characteristics we differentiatebetween the following types of fibre:

Cables with Multimode-Gradient-Fibres (GI-Fibres)

• Suitable for transmission distances up to approx.2 km (850 nm), approx. 5 km (1300 nm)

• Typical F.O. connector termination: adhesivetechnique

• Typical wave length: 850/1300 nm

Cable with HCS®1)-Step-Index-Fibres (HCS®1)-Fibres)• Suitable for transmission distances up to approx.

2 km (850 nm), approx. 400 m (660 nm)• Typical F.O. connector termination: Crimp ter-

mination• Typical wave length: 660/850 nm

Cable with Plastic-Optical-Fibres (POF2))• Suitable for transmission distances up to approx.

100 m• Typical F.O. connector termination: Crimp ter-

mination, or HARTING quick assembly technique,no special too necessary

• Typical wave length: 660 nm

Fibre types (typical characteristics)

Plastic-Optical HCS®1)- Glass-Optical FibreFibre Optical Fibre

Fibre type SI SI GI GI

Core / jacketØ (µm) 980/1000 200/230 62.5/125 50/125

Attenuation coefficient (dB / km)

at 660 nm 200 10 – –

at 850 nm 2000 8 ≤ 3.5 ≤ 3.0

at 1300 nm – – ≤ 0.80 ≤ 0.70

typ. wave length 660 nm 660/850 nm 850/1300 nm 850/1300 nm

Bandwidth (MHz*km)

at 660 nm 10 – – –

at 850 nm – ≥ 17 ≥ 200 ≥ 400

Cable plastic materials

Material designation Polymers Polyvinyl- Poly- Poly- Polyamide(Low Smoke chloride ethylene urethane

Zero Halogen)

Abbreviation LSOH PVC PE PUR PA

Halogen free yes no yes yes yes

Fire behaviour self- self- combustible self- combustibleextinguishing extinguishing extinguishing

to UV radiation fair - good fair good fair - good good

to oil poor fair fair fair - good good

with hydrolysis fair good good poor - fair fair

Abrasion resistance good fair good excellent good

Mechanical resistance good fair good good good

Re-

sist

ance

1) HCS® = Hard Clad Silica, registered trademark of SpecTran Corporation2) POF = Polymer-Optical Fibre

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Technical Details:

PMMA-Fibre: 980/1000 µm

Temperaturerange: -40 oC … + 85 oC

Bendingradius min.: 30 mm

When ordering please specify cable length in metres.

1) POF = Polymer-Optical Fibre2) SERCOS = SEriell Realtime COmmunication System

F.O.-cables

F.O.-cable POF1)

Standard cable

Simplex ø 2.2 mmPE fibre coating 20 20 001 1011

Duplex ø 2.2 x 4.4 mmPE fibre coating 20 20 001 1021

Special cablewith strain relief

suitable for SERCOS2)-applications

Simplex ø 6.0 mmPE fibre coatingPUR cable coating 20 21 001 1011

Simplex ø 3.6 mmPE fibre coatingPUR cable coating 20 21 001 1012

Duplex round ø 5.5 mmPE fibre coatingPUR cable coating 20 21 001 1021

• Robust and cost-effective alternativeto standard glass fibres

• SI-fibre with 980 µm PMMA-core

• For short distance transmission up to 100 m

• Operating wave length 660 nm

• Easy mechanical crimp technology

for internal and external applicationswith polymer fibres (POF1))


Description

Hybrid-cablesuitable for DESINA®-applications

PUR cable coating2 x POF PA fibre coating4 x 1.5 mm² 300/300 Vø 10.6 mm 20 23 041 1023

F70.01

F-SMA

F-ST

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Electro-Optic Converters


F.O. transmitter

for PBC mountingreceptacle (metall)

LED 850 nmin F-SMA housing 20 50 000 1111in F-ST housing 20 50 000 1121

LED 660 nmin F-SMA housing 20 40 000 1111in F-ST housing 20 40 000 1121

General data at T = 25°CLED 850 nm LED 660 nm

Analog band-width BWE : 80 MHz (IF = 100 mA DC) 7 MHz (IF = 30 mA)Optical wave-length λ : 850 nm 660 nmSpektral band-width ∆λ : 50 nm 30 nmDrive current IFmax. : 100 mA 70 mAForward voltage UV : 1.6 ... 1.8 V typ. 1.7 ... 2.0 VDerating at 25 °C IF : 0.8 mA/°C 0.93 mA/°CReverse voltage URmax. : 4 V 4 VStorage temperature TStr : –40 °C ... + 100 °C –35 °C ... + 100 °COperating temperature TOpr : –40 °C ... + 100 °C –30 °C ... + 85 °C

Power coupled into fibre (at IF = max.)in 50/125 GI PS : 12 µW min.in 200/230 SI PS : 120 µW min.in 980/1000 POF1) PS : 600 µW min.

The technical specifications for the SERCOS2)-Interface are fulfilled by the LED 660 nm.

F-SMA fixing nut

20 80 000 1072

for fibre optic transmission



Stock items in bold type

F70.02

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F.O. receiver

for PBC mountingreceptacle (metall)

TTL 5 Mbit/sin F-SMA housing 20 50 000 2112in F-ST housing 20 50 000 2222

Si-PIN Fotodiode*in F-SMA housing 20 50 000 2119in F-ST housing 20 50 000 2229

* Technical data on request

The mounted, integratedreceivers are suitable forapplications in combinationwith glass fibre as well aspolymer fibre.

Dimensions of housing seepage F70.01.

The technical specifications for the SERCOS1)-Interface are fulfilled by the LED 660 nm and the receiver 5 MBit/s.

General data at T = 25 °C

Receiver type 0 ... 5 MBit/s(DC coupled)

Supply voltage VCC : 4.5 ... 5.5 V DC

Supply current ICC : 15 mA max.

Opt. power input : 3 µW min.(minimum value) 5 µW min.

Fan out : 4

Storage temperature TStr : –65 °C ... + 100 °C

Operating temperature TOpr : –55 °C ... + 70 °C



1) SERCOS = SEriell Realtime COmmunication System Stock items in bold type

F70.03

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F.O. D-Sub T/Efemale connector

angled 20 66 009 3811

F.O. D-Submale connector

20 67 009 3811

(Outer dimensions like9-pin D-Sub male)

Ferrule1 mm POF1) withcladding gauge 2.2 mm 20 10 001 3232

straight 20 66 009 3812

(Outer dimensions like9-pin D-Sub female)

Cavities are designed for HARTINGPOF1) ferrules.

The mounting/enface-preparationof the ferrule can be achieved bycrimping, hot-plate technique orby using adhesive.

The ferrules are snap-mounted into the male connector and can be released with aidof removal tool 09 99 000 0052 (see catalogue “Heavy Duty Connectors Han®”).

• Electro-optical converters integrated into D-Subconnector shell housings

• Cost-effective solution for fibre optic duplex links

• Transmission distance up to 60 m

• Standard accessories for D-Sub can be applied

• Suitable for 1 mm Ø polymer optical fibres(λ = 660 nm)

• Special housing for heavy duty applications isavailable

General data at T = 25 °C

LED Receiver

Operating voltage 5 V DC ± 5 %

Drive current (max.) 70 mA

Optical power 300 µW (at 20 mA)600 µW (at 50 mA)

Dynamic range 4 µW ... 80 µW

Wave-length 660 nm

Transmission rate TTL, 5 MBit/s

Storage temp. – 35 ... + 100 °C – 55 ... + 100 °COperating temp. – 30 ... + 85 °C – 40 ... + 85 °C


in duplex style for short rangetransmission with optical fibres(λ = 660 nm)


Description Technical characteristics


F70.04

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Mounting device16 cables

for 1 mm POF1)-fibres with HARTING POF1)

ferrules 20 10 016 3211

Mounting device16 diodes

solder straight

with 8 x SFH 7568 x SFH 551 20 40 016 3823


for 1 mm POF1)-fibres with HARTING POF1)

ferrules 20 10 007 3211


angled

with 3 x SFH 7563 x SFH 250 20 40 007 3821


• Electro-optic converters integrated in multi-mode connectors

• Up to 16 optical lines via one connections

• Cost-effektive alternative to conventionalconnectors

• Compact type

• Suitable for circuit board mounting

• Suitable for 1 mm Ø polymer fibres (λ = 660 nm)

• Transmission distance up to 60 m

• Configuration in custom-made applicationpossible

Description


for short range data transmission with polymer optical fibres (λ = 660 nm)Multipole versions

F70.05

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for 1 mm POF1)-fibres with POF1) ferrules 20 10 003 3211

Ferrule1 mm POF1) 20 10 001 3232 see page F70.03


angled

with 1 x SFH 7562 x SFH 551 20 40 003 3821

with 2 x SFH 7561 x SFH 551 20 40 003 3822


for short range data transmission with polymer optical fibres (λ = 660 nm)Multipole versions

Transmitter (LED): SFH 756 Wave-length: 660 nmSwitching times: 100 nsOutput power (l = 10 mA): 200 µW (typ)

100 µW (min.)Drive current max.: 50 mAForward voltage: 2.1 VOperating temperature: –40 … 80 oC

Receiver (digital): SFH 551 Wave-length: 600 … 780 nmData rate: 5 MBit/sOptical input power: 6 … 400 µWElectrical output: TTL, open collectorOperating voltage: 3 … 15 VOperating temperature: –55 … 100 oC

Receiver (photo diode): SFH 250 Wave-length: 400 … 1100 nmSwitching times: 10 nsPhoto current: 3 µA (at λ = 660 nm, input power

10 µW, reserve voltage 5 V)Operating temperature: –40 … 80 oC



F70.06

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Han-Brid®

General descriptionPower supply and TTL compatible signals for trans-mitted and received data represents the electricaldevice interface for the optical module. The electricalconnection is realized by means of flat cables andIDCs (insulation displacement connector) or bymeans of a board stacker.

The devices are suitable for multimode fibre cables(980/1000 µ POF1) SI, 200/230 µ HCS®2) SI). Themaximum transmission distance is 50 m for POF1)

and 300 m for HCS®2). Data rates of 12 MBit/s NRZare supported without having to consider the mini-mum link length. If requested, it is possible to realizeversions with data rates up to 125 MBit/s.

Electrical Elements

• Insert for 5 Han D® male or female contacts,possibility to combine with FOC transmitter andreceiver or with FOC male contacts

• Han D® male and female are standard crimpcontacts

• Rated current: 10 A

• Rated voltage: 24 V

• Termination range: 0.14 - 2.5 mm²

Optical Elements

• Han-Brid® offers the possibility to use all HP Ver-satile Link (Horizontal package) transmitters andreceivers

– data rates up to 125 MBit/s

– suitable for all common field bus systems

• Insert offers the possibility to use HP crimpcontacts, suitable for POF1) (HCS®2) in pre-paration)

Signal assigment:

/R Optical reception data (electrical output),TTL-compatible, negative logic , Iout max:≤ 16 mA

GND Ground, Power supply, data

+5 V DC Power supply +5 V DC ± 5 %

/T Optical transmission data (electricalinput), TTL compatible, negative logic

Optical Elements: Laser classification I

Elements

Optical module: Wiring plan Technical data

1) POF = Polymer-Optical Fibre2) HCS® = Hard Clad Silica is registered trademark of SpecTran Corporation

Pin Out

/R GND – 5 V DC /T

Board stacker 5 4, 6 1, 3 2

IDC 8, 9 1, 4, 7, 10 2, 3 5, 6

F70.07

09 12 004 2611 09 12 004 2711

09 12 004 3011 09 12 004 3111

09 12 004 2701 09 12 004 2601

09 12 004 3101 09 12 004 3001

F

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Han-Brid®

Hybrid fieldbus connectorwith FOC transmitter and receiver+ 4 electrical contacts 10 A+ option für PE

For suitable contacts and housings see HARTING-catalogue “Heavy Duty Connectors Han®”

Possible combinations

FOC female FOC male+ Han D® male + Han D® female

also available without FOC devices

FOC female FOC male+ Han D® female + Han D® male

also available without FOC devices

conforming productFor more information conc. DESINA: www/desina.de

Viewtermination side

Viewtermination side


Insert Part No. Drawing Dimensions in mm

F70.08

SAer

ial

Inte

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es

Quick-Assembly Technique

Single connector for polymer fibres (POF1))


Quick-assemblyconnector for 1 mmpolymer fibre cable ø 2.2 mm

F-SMA typewith hexagonal nut bending– without protection 20 10 001 1212

with knurled nut bending– without protection 20 10 001 1215

– with bend protection sleeve 20 10 001 1217

F-ST– without protection 20 10 001 2212

Coupling sleevefor 1 mm polymerfibre cable ø 2.2 mm

Standard-Set 20 80 000 1065

Set consisting of 10 pcs 20 80 000 1066

Delivery range:

4 x quick assembly cable couple1 x cutter

10 x quick assembly cable coupler

Description

Advantages of the HARTING quick-assemblytechnique:• No special tools necessary• Quick, cost-effective assembly• No crimping, no glueing• Fixed connection due to metallic type• Suitable for 1 mm polymer fibre

(2.2 mm jacket)

Assembly of the single connectors:• Cut the cable, strip the jacket, insert of the fibre,

tighten the sleeve nut and polish the connector’stip

Assembly of the coupling sleeve:• Cut the cable’s ends, insert in the coupling

sleeve and tighten the sleeve nut

Stock items in bold type1) POF = Polymer-Optical Fibre

F70.09

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Connectors

Single connectors for fibre optical cables (POF1))


The connector for 1 mmPOF1) may be directlyattached to the fibre bycrimping, glueing or byusing a “hot plate”.

Insertion loss:POF1) < 2.5 dB

F.O. connectorsfor 1 mm polymer fibrecable ø 2.2 mm

F-SMA typewith hexagonal nut 20 10 001 1211

F-ST type 20 10 001 2211

Versatile Link type

Crimp 20 10 001 7111

Crimpless 20 10 001 7112

for 1 mm polymer fibrecable 3.6 mm SERCOS2)


for 1 mm polymer fibrecable 6 mm SERCOS2)


F-TNC (IP 65)

Male cable connector for 1 mm polymer fibre 20 10 001 6211cable-type SERCOS2)

ø 6 mm

Female cable connectorfor 1 mm polymer fibrecable-type ø 2.2 mm 20 10 001 6233



Stripping length

Stripping length

F70.10

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Connectors

F.O. single connectors with glass fibres


F.O. connectors

for GI-fibre50-62.5/125 µm

F-SMA typefor cable ø 2.8 mm 20 10 125 1212

F-ST typefor cable ø 2.8 mm 20 10 125 2212

for SI-fibre(HCS)1)

200/230 µm

F-SMA typefor cable ø 2.8 mm 20 10 230 1212

F-ST typefor cable ø 2.8 mm 20 10 230 2212

Versatile Link typefor cable ø 2.2 mm 20 10 230 7111

The ferrule of the FOconnector for GI-fibre isceramic

F-SMA type

F-ST type

Insertion loss:F-SMA GI/SI < 1.0 dBF-ST GI/SI < 0.5 dB

F-SMA conncector and coupling sleeveacc. to IEC 874-2

F-ST connector and coupling sleeve acc. toIEC 874-10 CECC 86123-801

Coupling sleeve

F-SMA type 20 80 000 1071

F-ST type 20 80 000 1021

1) HCS® = Hard Clad Silica is registered trademark of SpecTran Corporation Stock items in bold type

F70.11

20 30 001 1121

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Fibre Optic Coupler

• Field of application: optical, passive networks

• Large temperature range (–25 oC … +75 oC)

• Robust design

• Small size

• Low attenuation

• Low crosstalk

• Especially suitable for applications in the field ofautomotive and sensors

• Light weight

Description

1 x 2 coupler



Fibre: 980/1000 µm POF1),2.2 mm PE-jacket

Total length: 2 m

Face: polished, without connector

Dimensions: 36 x 12 x 7.5 mm

Additional versions are available on request indifferent fibre lengths, in alternative fibres and pre-assembled with connectors.

transmission loss. < 6 dB


F70.12

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Notes

F90.01

20 99 000 3016

20 99 000 3013

20 99 000 3014

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Tool and Test Equipment


Tool kit POF1)

without opticalmeasuring device

Tool kit POF1)

with opticalmeasuring device


Height : 170 mmWidth : 470 mmDepth : 360 mm

Tool kit for F.O. connector assemblyto all POF1) cables, without opticalmeasuring instruments.


Tool kit for F.O. connector assemblyand control of the F.O. transmissionlinks for 1 mm polymer-optical fibres(POF1)).

When applying these tools, F.O. connector types F-SMA, F-ST and other F.O. contactscan be assembled without adhesive and grinding.The measuring instruments are easy to handle and suitable for service andmaintenance. The tool kit contains a complete set of tools and test equipment.

Suitable cables are included inthe delivery range:50/125 µm GI-fibre, 1 m

200/230 µm SI-fibre, 1 m1 mm Plastic fibre 2 m

When ordering, please give thefollowing information:Measuring insruments: standard with F-SMA link on request with F-ST link

F.O. kit measuring instruments

for assembly and control of cables

Description

The tools of the HARTING F.O. tool kit are suitable forthe installation of F.O. connectors in site conditions.

Detailed instructions for assembling the differentconnector-types are included.

F90.02

20 99 000 3015

09 99 000 0362Seria

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Tools and test equipment


Tool kit for connectormounting of glassfibres, using adhesive e.g.: GI 50/125 µm.

Tool kitGI-fibre

Identification Part No. Drawing

HARTING Crimping toolfor F.O. connector (glass fibre)SW 4.3 and 3.8 mm 20 99 000 1031

HARTING Crimping toolfor F.O. connector (glass fibre)SW 6.5, 4.95 and 3.0 mm 20 99 000 1033

For crimping the strain relief to the connector

... 1031 F.O. cable for glass fibre

... 1033 POF1) and SERCOS2) cable ø 6.0; ø 3.6

Adjustable crimping tool setting:

FOC R 15 ø 1.45 mm

POF1) DIN 41 626 ø 1.8 mm

POF1) Ferrule ø 1.8 mm

POF1) F-SMA, -ST ø 2.0 mm

This tool is suitable only for F.O. contacts.Crimping tool for electrical contacts see catalogue “Heavy Duty Connectors Han®”

Suitable plug gauges and positioning devices to be ordered sepa-rately.

BUCHANANCrimping tool

for crimping installations of F.O. connectorsto POF1) 1 mm ø 20 99 000 1035

Positioning devicePOF1)-R 15, Han® E male 20 99 000 0036

POF1)-F-SMA/ST/DINFerrule 20 99 000 0037Han® E female 20 99 000 0038

Plug gaugeØ 1.45 mm 20 99 001 1032Ø 1.8 mm 20 99 002 1032Ø 2.0 mm 20 99 003 1032

Crimping tool Han-Brid®

for electrical and optical crimp contacts


Cutting tool2.2 mm POF1) Delivery range:

20 99 000 1049 10 pieces / set

Fibre stripper1 mm POF1)

20 99 000 1041 0.3 mm20 99 000 1045 1 mm20 99 000 1046 0.18/0.3 mm

1) POF = Polymer Optische Faser2) SERCOS = SEriell Realtime COmmunication System

F90.03

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Accessories

Polishing tool forF.O. connectors:

F-SMA 20 99 000 1091

DIN 41 626 20 99 000 1092

POF1) cable ø 2.2 20 99 000 1093

F-TNC 20 99 000 1094

F-ST 20 99 000 1095

Ferrule 20 99 000 1096


Epoxy adhesive

glass fibre 20 80 001 9902 2 ml EPO-TEK 360 with hardener (10:1), 4g foil pack

Polishing kitVersatile Link

20 80 001 9914 Delivery range:Duplex polishing tool2 x polish paper

Polishing paper

for POF1)-grain size 1000 20 80 001 9911

for GI 9µ-grain size 20 80 001 9912

for GI 1µ-grain size 20 80 001 9913

Delivery range:Each part number ordered comprises 5 pieces

1) POF = Polymer-Optical Fibre Stock items in bold type

F90.04

20 80 000 3023

20 80 000 3012

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Power Supply


Power supplyfor mounting on 35 mm standard railacc. to DIN 50 022

Termination: Screw

Assembly: Standard rail, 35 mm acc. to DIN 50 022

Input voltage: AC 94-264 V, 50 - 60 Hz

Output voltage: DC 24 V / 1.25 A

Contact arrangement: Double clamp DC 24 V / 0 V, max. 2.5 mm²Tripple clamp AC 94-264 V / N / PE max. 2.5 mm²

Power supply230 V / 12 V

Input voltage: AC 230 V, 50 HzOutput voltage: DC 8 - 12 V / 300 mA


F90.05

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1) POF = Polymer Optische Faser2) SERCOS = SEriell Realtime COmmunication System3) HCS® = Hard Clad Silica, registered trademark of SpecTran Corporation

F90.06

Seria

lIn

terf

aces

Notes

contents chapter f serial interfaces page · 2019-05-31 · logic level level voltage voltage...

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