1000 w vhf fm amplifier vl1000 plus3-mtr.info/manuals/cte/vl1000 plus service manual.pdf ·...

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Service and Operating Manual

1000 W VHF FM amplifier

VL1000 PLUS

CTE INTERNATIONAL

VIA SEVARDI N°7

42010 ( ZONA IND. MANCASALE)

REGGIO EMILIA - ITALY

Edition 04/2001

This document may be duplicated or otherwise used or its contents made known to third parties only with permission of the originator or other authorized people.

Infringements constitute an offence and are subject to claim for damages. All rights reserved for patenting or utility model registration.

Printed in Italy Subject to change data without tolerances: typical values

1000W VHF FM AMPLIFIER VL1000 PLUS Service and Operat ing Manual

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Contents

1. Features 5 1.1 Uses.................................................................................................................................... 5 1.2 Main features ..................................................................................................................... 5 1.3 Locating main parts and connectors .............................................................................. 5

1.3.1 Front ........................................................................................................................................................ 5 1.3.2 Rear ......................................................................................................................................................... 6

1.4 Description of additional connectors ............................................................................. 6 1.4.1 Front panel.............................................................................................................................................. 6 1.4.2 Rear panel............................................................................................................................................... 7 1.4.3 DB15 PIN Description ............................................................................................................................ 7 1.4.4 Description of indicators....................................................................................................................... 8

2. Operation 9 2.1 Putting in operation .......................................................................................................... 9

2.1.1 Unpacking............................................................................................................................................... 9 2.1.2 Connections ........................................................................................................................................... 9

2.2 Switching the system on................................................................................................ 10 2.3 Cares and maintenance.................................................................................................. 10

3. Circuit Description 11 3.1 General ............................................................................................................................. 11 3.2 Power Splitter .................................................................................................................. 11 3.3 RF Amplifier..................................................................................................................... 11 3.4 Output Combiner............................................................................................................. 11 3.5 Low Pass Filter................................................................................................................ 11 3.6 Control Circuit ................................................................................................................. 12 3.7 Power Supply .................................................................................................................. 12

3.7.1 Main Filter ............................................................................................................................................. 12 3.7.2 Starting Point Limitation Circuit ......................................................................................................... 12 3.7.3 Power Supply Stage............................................................................................................................. 13 3.7.4 Auxiliary Voltage Supply (+15;-15)(+15-fans dedicated) .................................................................. 13

3.8 General Control ............................................................................................................... 13 3.8.1 Excessive SWR Protection.................................................................................................................. 14 3.8.2 Power Supply and Power Amplifier Overheating ............................................................................. 14 3.8.3 Supply Auxiliary Voltage -15V Failure ............................................................................................... 14 3.8.4 Measure................................................................................................................................................. 14 3.8.5 Display Failures.................................................................................................................................... 14 3.8.6 Warning Temperature .......................................................................................................................... 15 3.8.7 Function -3dB....................................................................................................................................... 15

1000W VHF FM AMPLIFIER VL1000 PLUS

Service and Operat ing Manual

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4. Menu Commands 16 4.1 Start Up Condition .......................................................................................................... 16 4.2 Menu Description ............................................................................................................ 16 4.3 Navigation........................................................................................................................ 16

4.3.1 Navigation commands......................................................................................................................... 16 4.4 Flow chart ........................................................................................................................ 16 4.5 Upper line Menu (parameter selection)......................................................................... 18 4.6 Lower line Menu (seeing event log and settings)........................................................ 18

4.6.2 “Event Log” submenu ......................................................................................................................... 19 4.6.3 “Display” submenu.............................................................................................................................. 20 4.6.4 “Setting” submenu .............................................................................................................................. 20

5. Service 23 5.1 General information and warnings................................................................................ 23 5.2 Adjustments .................................................................................................................... 23

5.2.1 PCB S3110A .02 RF Power Amplifier Unit ........................................................................................ 23 5.2.2 PCB K3123A02 RF module control..................................................................................................... 23 5.2.3 PCB S3115D02– General controller ................................................................................................... 24 5.2.4 PCB K3113C.01 - Power Supply Unit ................................................................................................ 24

5.3 Opening the VHF amplifier ............................................................................................. 24 5.3.1 Removing the top cover ...................................................................................................................... 25 5.3.2 Removing the bottom cover................................................................................................................ 25 5.3.3 Dismounting fans................................................................................................................................. 25 5.3.4 Dismounting vent filter(s).................................................................................................................... 26 5.3.5 Replacing mains AC fuses.................................................................................................................. 26 5.3.6 Removing the AC Mains Filter Unit .................................................................................................... 26 5.3.7 Removing the Controller Unit ............................................................................................................. 26 5.3.8 Dismounting the front LCD Display Unit ........................................................................................... 26 5.3.9 Dismounting the AC Mains Power Switch......................................................................................... 26 5.3.10 Removing the RF Board Unit .............................................................................................................. 27 5.3.11 Removing the RF Filter Unit................................................................................................................ 27 5.3.12 Restoring the RF Board Unit............................................................................................................... 28 5.3.13 Removing the Power Supply board ................................................................................................... 28 5.3.14 Replacing the Lexan Keypad/LED Unit .............................................................................................. 28


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Il lustrations

Mains part and connectors (front)....................................................................... 5 Mains part and connectors (rear) ....................................................................... 6 Additional connectors (front)............................................................................... 6 Additional connectors (rear) ............................................................................... 7 LED indicators .................................................................................................... 8 MENU FLOW CHART ...................................................................................... 17 Adjustments of PCB S3110A.02 RF Power Amplifier Unit ............................... 23 Adjustments of PCB K3123A02 RF module control ......................................... 24 Adjustments of PCB S3115D02 – General controller ....................................... 24 Adjustments of PCB K3113C.01 - Power Supply Unit...................................... 24 Front Panel....................................................................................................... 24 Rear Panel ....................................................................................................... 25

Annex

Circuit diagrams, parts lists and components Layout [AA1]

Attached file name

PCB Unit Reference Electric diagram

Component layout Part list

Input Power splitter AA

RF Amplifier module AB

Output Power Combiner

AC

RF Low pass filter AE

RF Control circuit AD

Power supply

Main AC supply filter

General control

LCD display unit

Keyboard


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1. Features

1.1 Uses VL1000 PLUS is a modern 1000W FM amplifier which integrates the solid state reliability with the digital technology which makes it safe and easy to use.

High gain MOSFETs transistors and systematic use of state of the art manufacturing methods, have helped us to find effective solutions for the design this new equipment. The amplifier, of simple and rugged construction, is able to satisfy the requests of all those end-users looking for top-quality equipment at reasonable prices.

1.2 Main features - Weights only 32 Kg, for easy moving and maintenance. - Better operation temperature of the equipment, thanks to the air filter placed on the front panel and to

the optional air convey to be placed in the rear part of unit. - Impressive number of utilities, controls and data, with local or remote record facility. - Hi quality/price ratio.

1.3 Locating main parts and connectors Please make reference of the following pictures in order to locate the main parts of the VHF amplifier.

1.3.1 Front

Mains part and connectors (front) 1. AC Mains power switch. Allows to switch on/off the whole amplifier 2. Control panel - It’s composed by an alpha LCD display, 5 status LEDs as well as a keypad. The LCD

display normally shows the amplifier’s status and another parameter (e.g. power, time, date etc.). The combination between the keypad and the LCD makes easy to provide settings,check measurements etc.

3. Vent grid – from this grid the cooling air is taken in order to keep the proper working temperature. 4. Left front handles – use it in combination to the right handle to move the amplifier 5. Right front handles

2. 3.

5. 4.

1.



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1.3.2 Rear

Mains part and connectors (rear) 1. RF input connector – connect to this input the output of the exciter (as per the following directions) 2. Right rear handle - use it in combination to the left handle to move the amplifier (it also fixes the rear

panel) 3. RF output connector – connect this output to the antenna (as per the following directions) 4. Fans – they provide the air flow necessary to the RF amplifier cooling 5. Ground terminal – general ground terminal 6. Left rear handle 7. AC power input plug – connect the AC mains supply voltage as per the following directions

1.4 Description of additional connectors A total of 8 connectors are available in the VHF amplifier. 2 of them are located in the front panel and the other 6 ones located in the rear panel.

1.4.1 Front panel

Additional connectors (front) 1. The RS232-type connector is an auxiliary RS232 front connection (to be activated via the menu as

described in paragraph 4.6.4 2. The connector marked with PROBE -60dB is a –60dB output coming from the RF Filter Unit suitable

for linear RF measurements in the 87,5 to 108 MHz frequency range

PROBE –60dB RS232

5.

7.

3.

2.

1. 6.

4.



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1.4.2 Rear panel

Additional connectors (rear) 1. The twin (male and female) RS485-type connectors is designed for the eventual parallel connection of

more amplifiers 2. The RS232-type connector is designed for the connection to the exciter (if the exciter supports such

this connection). 3. The BNC connector is for the carrier enable 4. The 15 pin DB15-type connector is designed for several remote controls and services as described in

paragraph 1.4.3 5. AUX is a general purpose auxiliary switched AC output (2A max)

1.4.3 DB15 PIN Description

The wiring connections of the DB15-type connector is the following: 1. GND 2. Signal which is proportional to the power supply module output voltage (1V = 10V) 3. Signal which is proportional to the square root of the direct power (5V = 500W) 4. For factory use only 5. GND 6. STAND-BY command line (activated by short circuiting this line with GND) 7. Reserved 8. RESET command line (activated by short circuiting this line with GND) 9. Signal which is proportional to the power supply module output current (1V = 10A) 10. Signal which is proportional to the square root of the reflected power (4V = 50W) 11. For factory use only 12. STAND-BY signal (the contact is NC in normal operation, connected to GND in STAND-BY alarm) 13. NO alarm contact (the contact is NC in normal operation, connected to PIN 15 in ALARM mode) 14. NC alarm contact (the contact is NO in normal operation) 15. Common alarm contact (see 13 and 14)

2.

3. 1.

4.

5.



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1.4.4 Description of indicators

Five indication LEDs are available in the front of the unit as per the following description and figure:

LED indicators - DCOUT – shows the availability of the power supply output voltage - ALC – when glowing, shows that the ALC (Automatic Level Control) is engaged, so the output RF

power can be kept constant - VSWR – glows when the VSWR is excessive - ALARM – indicates that an alarm has been occurred - POWER – indicates that the AC mains power is available


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2. Operation

2.1 Putting in operation

2.1.1 Unpacking

After unpacking the VHF amplifier and choosing a suitable place to put it, check that all the necessary parts are available to continue: 1. VHF amplifier (already mounted in a standard 11 units rack, five of each are already occupied by the

VHF amplifier) 2. Spare fuses 3. AC power plug (inside its package) 4. Documentation

2.1.2 Connections

1. Make sure that the AC power switch I O is in O (Off) position 2. Connect all the earth wires coming from the other devices fitted in the rack to the earth terminal

provided in the rear of the equipment and marked with the appropriate symbol. 3. Connect the AC power cable to the provided AC power plug following the instructions printed on its

package, particularly taking care to the earth connection 4. Ensure that the AC mains supply voltage is 230VCA (±15%) and insert the AC power input plug in the

AC connector located in the rear of the VHF amplifier 5. Ensure that the antenna is suitable for the FM broadcasting frequency range (from 87.5 to 108 MHz)

with a continuous power capability of 500W and connect it to the 7/16-type RF Output connector

available in the rear of the VHF amplifier 6. Switch the exciter on and adjust it to the minimum output power

7. Connect the exciter’s RF output to the N-type RF input connector located in the rear panel. 8. Now the equipment is ready to work at the minimum configuration. For further connections, please

make reference on the connector description on paragraph 1.4

CAUTION: Maximum input power must not exceed 10W!



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2.2 Switching the system on

1. Switch the VHF amplifier on by pressing the AC Power switch I O in I position 2. Switch the exciter on 3. Carefully and slowly raise the exciter’s output power and stop at the point in which the ALC LED

will steadily glow. 4. Now the system is operating. If all is properly working, the following LEDs should glow: DC OUT

(meaning that the power supply voltage is available) and POWER (AC mains power is available).

5. Moreover the upper line of the LCD display should show the output power and the lower should visualize Normal (normal working condition). The LCD Display should stay backlighted for 30 minutes after the last button pressed.

6. Check the forward and reflected RF power according to the instructions stated in paragraph 4.4

2.3 Cares and maintenance[AA2] As many other electronic equipment, this amplifier need some cares which are mandatory to guarantee years of perfect operation. On the other side, if maintenance operation won’t be regularly made, faults can occur, particularly in hard environments.

Air cooling fans must be regularly inspected and replaced every 10,000 hours according to the instructions stated at 5.3.3

Vent air filter must be regularly replaced or cleaned according to the environment conditions. To replace the filter, please follow the paragraph 5.3.4


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3. Circuit Description

3.1 General

3.2 Power Splitter The input power from the exciter is applied to a 2 WAYS splitter 3 Db 90°; the signals on the outputs are out of phase by 90°.

The resistive termination resistor R1 absorb the unbalanced power when one of the BLF278 stages fail.

3.3 RF Amplifier The amplifier circuit is composed two identical base modules. The input matching of the active device BLF278 composed of two FET is done by means of the transformation ratio 4:1 of transformer T1, by the capacitor C1, C2 and by the inductor L1.

The resistors R1 and R2 connected between the two gates of BL278 serve to increase the margin of stability of the amplifier and at the same time to get a SWR that is acceptable over the whole operating frequency band.

The two FET composing the BLF278 operate in push pull mode.

The line connected between the two drains serves to compensate for the capacitate component of the output impedance. The ensuing impedance is raised by the transformation ratio 1:4 of the transformer T2, and so taken to the value of 50Ω by the adapter circuit composed of C7, L2 and L3.

The parallel resonating circuit composed of C6 and L2 is calculated so as to lower the value of the 2nd harmonic component generated by the amplifier.

The gates of the two FET are connected, by means R8, R41 and L6, to a polarization circuit(BIAS=2,3v). The direct voltage on the gates regulated by means the trimmer RV1.

The NTC physically located on the case of the active device serves to compensate the variation of the polarization on the basis of the operating temperature. Through point 9 connected to the control circuit is possible, by means of an appropriate negative voltage, to zero the level of output power in the event of operating trouble detected by the RF Control Circuit itself

The toroid ferrite cores the output transformer is wound on may be damaged by strong magnetic fields created by current.

This situation may arise in the event of a FET failure.

3.4 Output Combiner The power coming from the two BL278 stages are sent to the input of one 3dB couplers .

In output line is placed a directional coupler that detects the reflected power. The resistive termination R3 absorb all unbalanced power. At the ends of the termination there is a unbalanced detector. Both signal are connected the control circuit.

3.5 Low Pass Filter The output signal coming from the power amplifier module is connected to the input of a low pass filter.



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This filter is a constant coupling type and it is composed by two π network section including two second harmonic traps.

The filter's capacitors consist in microstrips printed on a Teflon substrate. The inductances are made in silver-laminated copper wire wound in air.

The directional coupler is obtained with microstrips technology; it offers two voltages depending by the forward and reflected power. In this module is placed a probe RF –60db connected by a coaxial cable to the fron panel.

3.6 Control Circuit The protection function of the four BLF278 stages is obtained by the Control Circuit.

The amplifier is protected of the excessive SWR, excessive unbalanced powers and overheating. The signal WR coming from the "reflected power detector" of the RF module, it's amplified by U2A and will reach the comparator U2D.

If the reflected power will excess the pre-set value, set by the resistive trimmer RV1, the comparator U2D its output representing an excessive reflected power level.

The signal of unbalanced UMB2 previously processed, is offered to the diode D12 to the input of buffer U2B.

The output of U1B is connected to the comparator U2C which output represents excessive internal unbalanced power error. The intervention protection level of UMB2 can be adjusting with the resistive trimmers RV3.

When the temperature level of the heatsink reaches the intervention level (80°C), the temperature chip sensor at the center of the same heatsink transmits a signal to the microprocessor that switch of the Amplifier.

The constant current generator formed by transistor Q3 and surrounding, components, is feeding the diodes D4 and DZ1 and between their terminals always offers a voltage of 10V.

This is the polarization and the control voltage of the basic module.

The previous described are lead through D7 coming into the basis of the Darlington pair Q1 and Q2, in case of intervention, can regulate the control voltage to al level of about -12V which totally cutoff the output power of the module. If the control voltage (-15V auxiliary supply) fail the general control by means the microprocessor switch off the amplifier.

3.7 Power Supply The Power Supply is composed by four principal stages:

3.7.1 Main Filter

It consists in a board which is separate from the Power Supply and located in the internal side of the rear panel, The main filter has the purpose to limit the emission creates by the switching Power Supply and rejected to the main cable and it protects the equipment from overvoltages and noise coming from the main line.

3.7.2 Starting Point Limitation Circuit

A starting point limitation circuit provide to limit the spike current when the equipment is switched on. At the beginning of this stage there is the general protection fuse F1, which protects all the power supply board. The resistor which limits the initial current is R103, this resistor is further short circuited by the relay RL1



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for the normal operation; the short circuit becomes operating in less than 1 second (the time necessary to charge the capacitors); this time is defined by an RC circuit.

3.7.3 Power Supply Stage

The Power supply stage is a switching type double conversion mains direct. The first stage conversion is AC/DC, it transform the 230V alternate signal into a 400V direct signal. The switching frequency is 40KHz. The circuit which provides the first conversion regulates the power coefficient of the 230V main line current absorption, the power coefficient at full charge isn’t less than 99%. The power factor control (PFC) is obtained by the dedicated IC UC3854 (U5) and related circuitry: P1 e P2, the IGBT transistor Q4, the inductor L1, diodes from D1 to D4 and capacitors from C8 to C11. This configuration offers a very effective protection against input overvoltages which are absorbed by the inductor L1 as well as the capacitors from C8 to C11, additionally increasing the reliability of the mains direct switching regulator.

The second conversion stage has a DC/DC half-bridge structure, it transforms the direct voltage from 400V to 48V insulated from the mains line. The switching frequency is 40KHz. The Power Supply is protected of an over charge, short-circuit of the output voltage and by means the General Control it is protected of the overheating.

The IC which provides the regulation of the half bridge stage is U4 SG3525. The half bridge is obtained by means of the IGBT transistors Q1 and Q7, by the capacitors C1 and C12, as well as the transformer T3 which offers galvanic insulation from the mains supply. The rectifying diodes are D9, D10, D17 and D22. The first filter cell is made by the inductors L4 and L7 as well as the capacitors C15 and C17, while the second filter cell is obtained with L5 and C19.

The second DC/DC conversion stage is intrinsically protected against overloads and short circuits and provides a variety of signals to the General Control board, e.g. the output current (obtained by the shunts from SH1 to SH4), the output voltage (obtained by the output), a signal which is proportional to the operating temperature (IC LM335 RK1 which is fixed to one heatsink nearby the diode D38). The second DC/DC conversion stage also receives the ALC feedback signal coming from the control board by means of L9 and R57 to the IC U2 changing the power supply voltage in order to keep constant the RF output power.

In case of overheating, the board acts on the opto-insulator U6 with a ST-BY hi level signal which locks the two stages U5 e U4 (SG3525) and highlights unwanted events. Therefore, any signal which is not referred to the ground or the accidental removal of the EC2 connector forces the power supply in stand-by mode.

The output voltage 100 Hz ripple is less than 20 mVPP at full load in order to minimize the residual AM modulation.

The total efficiency of the two conversion stages is 0.88.

3.7.4 Auxiliary Voltage Supply (+15;-15)(+15-fans dedicated)

A voltage supply main direct with three-output voltage + 15 and –15, additional +15 for the fans composes this circuit. The +15 and -15 voltages are necessary to feed all the chip of the equipment and the additional +15 is dedicated for the fans. On the output of the fans supply are plaecd two fuse to save the fans against short circuitThe circuit is protected of an over charge, short-circuit of the output voltage.

At the beginning of this stage the fuse F4 protects the whole auxiliary stage. The stage is obtained by a flyback-type stage made by the MosFET Q11, the transformer T4, diodes D16 and D18 as well as capacitors C78, C96 and C79. The regulation IC is UC3844 (U7). The transformer T4 offers a galvanic insulation between the generated auxiliary voltages and the source (the output coming from the bridge).

3.8 General Control The General Control Board is obtained with a microprocessor PIC17C756A with following characteristics: - Clock 16MHz - 12 input A/D 10bit



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- 2 Universal asynchronous receiver transmit - The microprocessor is connected at the memory EEPROM 93C86 that has an 1K word capacity, at

the data/time chip, at an interface for two COM port RS232 and an interface for one COM port RS485

The microprocessor control all the protection of the power amplifier: - Excessive SWR - Power Supply Overheating - Power Amplifier Overheating - Supply Auxiliary Voltage-15V Failure - Unbalanced Power

Moreover it manage the navigation on the display of the functions: - Measure - Display Failures - Language - Reset Mode - Warning Temperature - Power Output -3 dB - Failure Counter - Time and Data Set

3.8.1 Excessive SWR Protection

The amplifier has two protections by the SWR. The first detector is located in the power amplifier module and the second is located in the Low Pass Filter. The first protection has an intervention time more quickly than the second.

In case of not correct antenna's impedance the General Control gives a signal at the power supply, it reduce the output voltage and so the RF output power will be reduced to have the maximum level of the SWR 1.8.

If there is a momentary spike of the reflected wave ratio (SWR) the detector on the power amplifier module gives a signal at the control circuit (located in same module) and it reduce the voltage of the BLF278's gate.

3.8.2 Power Supply and Power Amplifier Overheating

When the heatsink temperature of the power amplifier module and power supply module reaches about 80°C, the general Control switches the Power Supply off. In this case the equipment is in Stand by mode. During this process the fans will work, when the temperature will reach less than 70°C (approx.) the general control restores the normal Power Supply operation.

3.8.3 Supply Auxiliary Voltage -15V Failure

This supply voltage is important to control the voltage on the BLF278's gate. If it shall be broken The equipment will go in stand-by.

3.8.4 Measure

The measurement available via the menu (see 4.4 )are forward a direct power, voltage and current of the Power Amplifier, temperature regarding heatsink power supply and power amplifier; date and time.

3.8.5 Display Failures

The failures display indicates the alarm type that the equipment has (SWR, etc).



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3.8.6 Warning Temperature

If this option is ON, when the heatsink temperature of the power amplifier module and power supply module reaches about 70°C (near to the level of overheating alarm) the General Control adjusts the equipment in order to output the half of the rated full power only (-3 dB/250W).

3.8.7 Function -3dB

This function allows to set the equipment's output power at -3 dB (the half of the rated full power).


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4. Menu Commands

4.1 Start Up Condition At the start up the name, the version and the serial number of the equipment appear on the LCD display. Simultaneously all the LEDs will be tested.

At the end of the start up, the Main Menu will be visualized. It is composed by two lines: - The upper line shows the default measurement Dir. Pow. Which is the RF Output Power and is

followed by its value. This measurement can be changed by the menu according to your need. - The second line is the status of the equipment (Normal if all is going well).

4.2 Menu Description By entering the menu, it’s possible to change the default measurement displayed in the upper line of the LCD and to access to a range of visualizations (e.g. the event log) and settings (half output power, switching between front and rear RS232 connectors etc.)

4.3 Navigation

4.3.1 Navigation commands

- At the right of the LCD display there is an asterisk which indicates the selected menu item.

- The two keys and allow, respectively, to scroll the menu up and down in order to select the various menu items.

Note: the menu scroll function is not cyclic. Therefore after selecting the last menu item it’s

necessary to press the key in order to scroll the items back. - To access a menu item in order to change/set it, move the position of the asterisk on that item by

pressing the and keys and then press the key.

- By pressing at the same time the two keys and , the Main Menu is recalled and the selected menu item won’t be changed.

4.4 Flow chart The flow chart of the menu is organized as follows.



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MENU FLOW CHART

OFF

ITALIANO

MEASURE

EXIT

AT POWER ONNEVER

EVERY 24H

EXIT

EXIT

ON

OFFEXIT

ADDRESS

STATUS EVENT LOG

SETTING

EXIT

DISPLAY EVENTSchrono order

LANGUAGE

RESET MODEof alarm counter

WARNING

-3 DB

FAILURE COUNTER

TIME SET

DATE SET

RS232 SWITCH

ALARM MEMORYRESET

EXIT

ENGLISH

ON

16EXIT

8

SET CLOCK TIME

SET CLOCK DATE

REAREXIT

VL1000 DISPLAY OP. (v.1.08)UP & DOWN ARROWS KEYS TO MOVE CURSORENTER KEY TO SELECT

FRONT

REF. POW.PA. VOLT.

DIR. POW.

EXIT

PA. CURR.RF. TEMP.PS. TEMP.

TIMEDATE

SET ADDRESS___.___

ENTER PASSW

-3dB____ 232____W___ C__ R__ Lc

DISPLAY SETTINGS

DISPLAY SETTINGS

REMOTEEXIT

LOCAL

SETTING MODE

-> to 'setting'

-> to 'main menu'

-> local=to 'setting' , remote=to 'mainmenu'

local

remote



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4.5 Upper line Menu (parameter selection) As over stated, the upper line normally shows the RF Output Power. To show another parameter:

1. Make sure that the asterisk is on the upper line (or move it with the and keys)

2. Press the key in order to access the parameter list.

3. With the and keys, scroll the available parameters as per the following table:

Parameter Description

Dir. Pow. RF output power (in W)

Ref. Pow. Reflected power (in W)

PA.Volt. RF power amplifier supply voltage (in V)

PA.Curr. RF power amplifier drained current (in A)

RF.Temp RF power amplifier temperature (in °C)

PS.Temp Power Supply temperature (in °C)

Time Current time (hours, minutes and seconds)

Date Current date (in MM/DD/YY format)

Exit It’s obviously not a parameter, but a command to exit the menu without changing the current parameter.

4. Press the and keys in order to move the asterisk to the line which shows the new parameter to be selected (or to Exit in case you want to keep the current parameter).

5. Press the key in order to select the new needed measurement (or escape the list in case you selected Exit)

4.6 Lower line Menu (seeing event log and settings) As over stated, the lower line shows the amplifier status and can’t be changed, however this selects a Menu which allows to read the Event log as well as to read/change some settings. To access to this menu:

1. Make sure that the asterisk is on the lower line (or move it with the and keys)

2. Press the key to access the menu.

3. With the and keys, you can select three submenus:

Submenu Description

Event Log Allows to see the event log

Display Allow to see in one screen shot all the settings described at 4.6.3

Setting Allow to change each of the various available settings (access protected by a 3igits password)



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Local/Remote Setting of the operational mode

Exit It’s obviously not a submenu, but a command to come back to the main menu.

4. Press the key in order to select the new needed submenu (or escape the submenus in case you selected Exit)

4.6.2 “Event Log” submenu 1. After entering in this submenu you will see the last event as per the following example

Display Description

First line Normal 67 Event name followed by its order number

Second line 12:56 09/06/00 Time and date in which the event happened

2. The and keys you can scroll the various events. The key moves to the lower order

numbers, while the key moves to the higher ones. The following list states the various events you could see and their description

Event Description

Normal Normal working condition

Vaux Fail Auxiliary supply voltage failure

PA Overheat RF power amplifier temperature was too high

PA Unbalance The four stages of the RF power amplifier were unbalanced

PS Overheat Power supply temperature was too high

PS Overload The current required to the power supply was too high

Exc.SWR Reflected power (SWR) was too high

Power-On Start up condition

Stand-By Al Automatic stand-by caused by an alarm

Stand-By Rem Manual stand-by was performed

-3dB Warning ON The amplifier automatically reduced its RF output power down to the half (-3dB) because the temperature was too high

-3dB Cmd ON -3dbB manual command was enabled

-3dB Off -3dbB manual command was disabled



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3. You can see up to 99 events which are stored in FIFO (First in First Out) and divided into two 50-events blocks. As soon as the event 100 happens, the older 50-event bloc is automatically canceled in order to make room for other future 49 events.

4. The key pressed from any event allows to escape the event list and come back to the Event Log

screen shot. If there aren’t stored events (or the reset has just been performed), the key has no effect.

4.6.3 “Display” submenu

The submenu Display allows to see in one screen shot all the settings which will be described in the next paragraph. After entering in this submenu you will simply see them in short format as per the following example:

Display First line -3dB Off 232Rear

Second line Warn On C_8 R24

This is a brief description of the related meanings: - The caption -3dB Off means that the amplifier is working at the full rated power (1KW).

- 232Rear means that the rear RS232 connector is enabled (the front connector is therefore disabled)

- Warn On means that in case of RF power unit overheating the power will be automatically reduced to the half (250W)

- The caption C_8 inside the machine there is a counter which counts the eventual failures (e.g. overheating, excessive SWR etc.). After 8 failures the amplifier will be switched in stand-by mode

- R24 means that the counting of the failure counter is reset each 24 hours

The detailed description of all these setting is stated in the next paragraph, in which is explained how to change such these settings and other ones.

4.6.4 “Setting” submenu

The submenu Setting allows to change each of the various available settings. Part of them can be seen in one screen shot as described in the previous paragraph. This submenu is protected by a 3-digits password which is stated in the red Code Card label attached to the amplifier. The password can be uninhabited by an internal jumper (plased on the general control board).[AA3] 1. After entering in this submenu you will be prompted to enter the password

Display First line Password:

Second line 00.00.00

2. The cursor will be already positioned on the 1st digit and set to 1. By means of the and keys you can increase or decrease that figure

3. Press the key to enter the 1st digit 4. Repeat steps b) and c) for the other two digits of the password 5. If the password will be correct, the display screenshot will be recalled, however, by repeatedly

pressing the and keys, the settings will be available as well according to the following table:

Setting Description Available settings/Notes



- 21 – Release 2.0

Display Same submenu explained in the dedicated paragraph

A quick visualization of the settings which is automatically recalled after a setting has been changed

Reset Mode Defines if the failure counter should be regularly reset and the reset time.

R24 - every 24hours

Ron - At Power on

Rne – never

Exit – exit without affecting the preset value

Warning If this warning feature is set to on, the amplifier automatically reduces its power down to 500W (-3dB) in case of overheating (10 °C below the critical temperature)

Warn on – waring feature is on

Warn off – warning feature is off


-3dB Manual reduction of the RF output power to the half (-3dB)

-3dB on – half power (500W)

-3dB off – full power (250W)


Failure Counter Defines the number of faults which the failure counter must count before switching the amplifier into stand-by condition

C_8 – stand-by after 8 faults

C_16 – stand-by after 16 faults


Time Set Allows to set the internal clock Use the and keys to increase/decrease each figure and

press the key to enter. In the minutes/time setting, figures can be increased/decreased at 10 digits

steps by keeping either the and

keys held pressed

Date Set Allows to set the internal calendar (in MM/DD/YY format) Use the and keys to

increase/decrease each figure and

press the key to enter.

RS232 Switch Switches the RS232 connection between the rear and the front connector

232Rear – rear RS232 connector

232Front – front RS232 connector


Al.Mem Reset Manual reset of the event log and failure counter. It also escape the Setting menu leading back to the



- 22 – Release 2.0

Main menu

Language Selects the needed language for the LCD messages among the available languages

English is the default. The number of the available languages depend on the version

Address Allows to set up the address of the RS485 connector

Leads to Set Address screen shot

Exit Escapes the setting menu and restore the Main menu

“


- 23 – Release 2.0

5. Service

5.1 General information and warnings CAUTION: Only qualified and authorized engineers are allowed to perform the following

service operations

CAUTION: The amplifier may only be removed from the rack (rackmount) or opened and module disassembled and assembled while no voltage has been applied. Before performing any operation be sure that the AC plug is disconnected, the power switch is in OFF position and wait few minutes in order to allow the internal capacitor to discharge

CAUTION: After any disassembling/removing/replacing operation, is meant that to restore the original conditions the described operations must be carried out in the opposite order unless otherwise specified

CAUTION: The normal operation of the amplifier can restored only if all the parts are assembled and connected

5.2 Adjustments[AA4] This a description related of each adjustment trimmer available in the amplifier ordered per unit

5.2.1 PCB S3110A .02 RF Power Amplifier Unit 1.

Adjustment Test point/function Value

RV1 adjusts the gate voltage of Q1 2.3V




Adjustments of PCB S3110A.02 RF Power Amplifier Unit

5.2.2 PCB K3123A02 RF module control


RV1 adjusts the protection against excessive SWR 200W

RV2 adjusts the unbalance protection of the power FETs BLF278 Q1-Q2

400W


400W


200W

RV5 adjusts the measurement of temperature “RF TEMP” read on the LCD display



- 24 – Release 2.0

Adjustments of PCB K3123A02 RF module control

5.2.3 PCB S3115D02– General controller


RV1 RV1 adjusts the measurement of voltage PA.Volt. read on the LCD display (see 4.4)

RV2 adjusts the total protection against excessive SWR 100W

RV3 adjusts the measurement against excessive current PA.Curr. read on the LCD display (see 4.4)

RV4 adjusts the measurement of reflected RF power Ref. Pow. read on the LCD display (see 4.4)

RV5 adjusts the RF output power in ALC condition 1000W

RV6 adjusts the measurement of direct RF power Dir. Pow. read on the LCD display (see 4.4)

RV7 adjusts the–3dB output power 500W

Adjustments of PCB S3115D02 – General controller

5.2.4 PCB K3113C.01 - Power Supply Unit


RV1 adjusts the power supply voltage 48V

RV2 adjusts the maximum current for the protection 50A @ 48V

RV3 adjusts the protection against over load 40A @ 48V

RV4 adjusts the temperature measurement PS.Temp. read on the LCD display (see 4.4)

Adjustments of PCB K3113C.01 - Power Supply Unit

5.3 Opening the VHF amplifier Make reference to the following pictures:

Front Panel A

A

A

A

A A

A A A1

BB

BB



- 25 – Release 2.0

Rear Panel

5.3.1 Removing the top cover

Unscrew the nine screws which fix the top cover in place

5.3.2 Removing the bottom cover

Unscrew the ten screws which fix the bottom cover in place

5.3.3 Dismounting fans 1. Use an allen key to remove the four exagonal screws which hold the handles (2 screws each handle,

marked A) to the rear panel. 2. Use an allen key to remove the hexagonal securing screws (marked B1 and B2) placed over and

below the left fan (marked on the rear external panel with a circle): the rear external panel will be free to be tilted.

3. Remove fan cables from the Power Supply board. 4. Remove the rear panel together with the two fans 5. Unscrew the four cross-head screws which lock the fan(s) on the panel (marked C and/or D) 6. Replace the fan(s) and the related vent filter(s) as described in chapter 2.3

CAUTION: At step 2. the rear external panel can just be tilted, not removed. Take care about all the internal wires.

CAUTION: The missing regular filter replacement or cleaning will activate the thermal protection.



- 26 – Release 2.0

5.3.4 Dismounting vent filter(s) 1. Use an allen key to remove the four exagonal screws which hold the vent grid located on the front

panel (marked with B) 2. Replace the filter or clean it by means of a air compressor.

5.3.5 Replacing mains AC fuses 1. Remove the two cross-head screws marked with E which hold the AC Mains Filter Unit to the rear

panel (don’t remove the four screws which hold the two AC connectors to the filter) 2. Slightly extract the AC Main Filter Unit from the rear panel (it’s not necessary to remove it) in order to

access the two fuses 3. Replace the fuse F1 (mains AC power) and/or the fuse F2 (auxiliary 2A switched output) according to

their condition.

5.3.6 Removing the AC Mains Filter Unit 1. Remove the two cross-head screws marked with E which hold the AC Mains Filter Unit to the rear

panel (don’t remove the four screws which hold the two AC connectors to the filter) 2. Carefully extract the AC Main Filter Unit from the rear panel in order to access the two connectors 3. Carefully unplug the two connectors 4. Remove the AC Mains Filter Unit

5.3.7 Removing the Controller Unit 1. Remove the top cover as over stated 2. Locate the Controller Unit and carefully unplug all its connectors 3. Unscrew the four screws which seats the PCB to the chassis 4. Remove the Controller Unit board

5.3.8 Dismounting the front LCD Display Unit 1. Remove the top cover as over stated 2. Carefully unplug the two flat cables 3. Unscrew the two exagonal nuts which hold the two LCD display PCBs to the panel 4. Remove the two PCBs together

5.3.9 Dismounting the AC Mains Power Switch 1. Remove the top cover as over stated 2. Take down note the connection of the four colored wires (brown, blue + 2 gray wires) and unplug their

Faston-type connectors from the switch 3. Press the two tabs inward which fix the switch to the front panel and keep them pressed 4. Press the switch toward the front panel and remove it

CAUTION: When restoring/replacing the new switch take care to observe the wiring connections as noted at step 2.



- 27 – Release 2.0

5.3.10 Removing the RF Board Unit 1. Remove the top and the bottom covers as over stated 2. Before going on, please remove the cover of the RF Board Unit (accessible from the top) by

unscrewing all its screws (this operation is mandatory, otherwise the RF Unit can’t be extracted). 3. Remove the nine screws near the front handles marked with A 4. Remove the screw located in the center of the front panel between the vent grid and the control panel

(marked with A1): the front panel will be free 5. Remove the front panel: only the main chassis with Display Unit and Keyboard will be left in the front

of the VHF amplifier 6. Remove the internal N-type male connector from the female-to-female pass-through transition fixed on

the rear panel which makes the RF IN connector. 7. Remove the side power supply connector (the one with four red wires), the side flat cable coming from

the Control Unit as well as the 4 wires connector coming from the RF Filter Unit. 8. Unscrew the six exagonal side screws which hold the RF Unit in place. Please note that the central

inner screw fixes the power supply voltage negative wire. 9. Loose the only the upper screw located on the rear panel marked with B1 (it’s not necessary to loose

the lower screw marked with B2). 10. Loose the two big pass-through screws located on the rear panel (marked F and G). Just loose them

(not remove), otherwise the RF filter can fall down. 11. Unscrew the N-type connector between the RF Unit and the RF Filter Unit 12. Carefully extract the RF Unit toward the front taking care not to damage the RF input cable.

CAUTION: To restore the RF Board Unit in place, strictly follow the dedicated paragraph. Do not carry on the over stated steps in the opposite order

5.3.11 Removing the RF Filter Unit 1. Perform the over stated steps to remove the RF Board Unit, apart the last step. 2. Slightly extract the RF unit toward the front just for 10 centimeters approx. in order to access the RF

filter unit 3. Completely remove the hexagonal screw B1 and two big pass-through screws F and G described at

steps 9. and 10. in the previous paragraph 4. Remove the RF angle connector which feeds the –60dB measure signal from the RF filter unit to the

front panel 5. Remove the RF Filter Unit 6. To open the RF Filter Unit, simply unscrew the twelve screws which fix its cover

Should you just need to perform a control of the RF Filter board, you can just unscrew the screws stated at step 6. without removing the filter



- 28 – Release 2.0

5.3.12 Restoring the RF Board Unit 1. Insert the RF Board unit in the slot of the front panel and locate it at the middle position (approx.) 2. Track the RF input cable inside in a path between the two fans and carefully move it to the left toward

the female-to-female N-type pass-through transition fixed on the rear panel to which it should be connected

3. Carefully slide the module toward the RF Filter Unit and slightly start to screw its N connector just to “hook” it on the RF Filter’s one

4. Push the RF Board Unit completely onto the RF Filter Unit 5. Screw completely the three screws which fix the filter to the rear panel and check that the RF Filter is

perfectly and steadily fixed 6. Screw perfectly the N connector in order to ensure the perfect RF connection between RF Board Unit

and the RF Filter 7. Screw the six side hexagonal screws described at step 8. of 5.3.10 ensuring that the central inner

screw perfectly fixes the power supply voltage negative wire 8. Perform in reverse order the steps from 2. to 7. described in 5.3.10

5.3.13 Removing the Power Supply board 1. Remove the bottom cover as over stated 2. Unplug the connectors which connects the two fans, the negative and positive power supply voltage,

the Control Unit (flat cable) and the AC mains supply (six connectors in total) 3. Unscrew the nine screws which seat the Power Supply board in the VHF amplifier

5.3.14 Replacing the Lexan Keypad/LED Unit 1. Unscrew the eight screws near the front handles 2. Unscrew the screw located in the center of the front panel between the air vent and the control panel 3. Remove the front panel (only the main chassis with display and control panel will be left in the front of

the VHF amplifier) 4. Unplug the flat connector which connects the Lexan Keypad/LED Unit with the LCD Display Unit 5. Remove the AC Mains Power Switch ad described in 5.3.9 6. Remove the BNC connector from the front panel (it feeds the –60dB measure signal from the RF filter

unit to the front panel) 7. Remove the female-to-female pass-through BNC transition from the front panel by unscrewing the

related nut 8. Carefully remove the Lexan Keypad/LED Unit (it is jammed onto the front panel by means of its

adhesive tape) 9. Perfectly clean the surface where the old Lexan Keypad/LED Unit was jammed in order to ensure a

perfect adherence of the new one 10. Peel off the protection film from the new Lexan Keypad/LED Unit 11. Stick the new Lexan Keypad/LED Unit onto the front panel making reference on the three holes for the

BCN transition, the RS232 connector as well as the AC Mains Power Switch



- 29 – Release 2.0

DEVIATIONS FOR FM BROADCASTING MODEL: VL1000 PLUS

COUNTRY FM Broadcasting Deviations from ERC Decisions introduced and other comments

AUSTRIA Yes Individual licence is required BELGIUM Yes Individual licence is required DENMARK Yes Individual licence is required FINLAND Yes Individual licence is required FRANCE Yes Individual licence is required GERMANY Yes Individual licence is required GREECE Yes Individual licence is required IRELAND Yes Individual licence is required ITALY Yes Individual licence is required LUXEMBOURG Yes Individual licence is required NETHERLANDS Yes Individual licence is required NORWAY Yes Individual licence is required PORTUGAL Yes Individual licence is required SPAIN Yes Individual licence is required SWEDEN Yes Individual licence is required SWITZERLAND Yes Individual licence is required UNITED KINGDOM Yes Individual licence is required

RESTRIZIONI ALL'USO PER APPARATI FM BROADCASTINGMODELLO: VL1000 PLUS

STATO Introduzione FM Broadcasting

Restrizioni all'uso

AUSTRIA Sì Richiesta la licenza individuale BELGIO Sì Richiesta la licenza individuale DANIMARCA Sì Richiesta la licenza individuale FINLANDIA Sì Richiesta la licenza individuale



- 30 – Release 2.0

FRANCIA Sì Richiesta la licenza individuale GERMANIA Sì Richiesta la licenza individuale GRECIA Sì Richiesta la licenza individuale IRLANDA Sì Richiesta la licenza individuale ITALIA Sì Richiesta la licenza individuale LUSSEMBURGO Sì Richiesta la licenza individuale NORVEGIA Sì Richiesta la licenza individuale OLANDA Sì Richiesta la licenza individuale PORTOGALLO Sì Richiesta la licenza individuale REGNO UNITO Sì Richiesta la licenza individuale SPAGNA Sì Richiesta la licenza individuale SVEZIA Sì Richiesta la licenza individuale SVIZZERA Sì Richiesta la licenza individuale

Restrictions à l'usage pour FM Broadcasting Modèle: VL1000 PLUS

PAYS FM Broadcasting Correction de la directive ERC presentè et autre commentaires

ALLEMAGNE Oui Licence individuelle demandée ANGLETERRE Oui Licence individuelle demandée AUTRICHE Oui Licence individuelle demandée BELGIQUE Oui Licence individuelle demandée DANEMARK Oui Licence individuelle demandée ESPAGNE Oui Licence individuelle demandée FINLANDE Oui Licence individuelle demandée FRANCE Oui Licence individuelle demandée GRECE Oui Licence individuelle demandée IRLANDE Oui Licence individuelle demandée ITALIE Oui Licence individuelle demandée LUXEMBOURG Oui Licence individuelle demandée NORVEGE Oui Licence individuelle demandée PAY-BAS Oui Licence individuelle demandée PORTUGAL Oui Licence individuelle demandée SUEDE Oui Licence individuelle demandée SUISSE Oui Licence individuelle demandée



- 31 – Release 2.0

RESTRICCIONES AL USO DE FM BROADCASTING MODELO: VL1000 PLUS

PAIS FM Broadcasting Restricciones al uso introducida y otros comentarios

ALEMANIA Si Requiere licencia individual AUSTRIA Si Requiere licencia individual BÉLGICA Si Requiere licencia individual DINAMARCA Si Requiere licencia individual ESPAÑA Si Requiere licencia individual FINLANDIA Si Requiere licencia individual FRANCIA Si Requiere licencia individual GRAN BRETAÑA Si Requiere licencia individual GRECIA Si Requiere licencia individual HOLANDA Si Requiere licencia individual IRLANDA Si Requiere licencia individual ITALIA Si Requiere licencia individual LUXEMBURGO Si Requiere licencia individual NORUEGA Si Requiere licencia individual PORTUGAL Si Requiere licencia individual SUECIA Si Requiere licencia individual SUIZA Si Requiere licencia individual

Nutzungshinweis zu FM BROADCASTING MODELL: VL1000 PLUS

LAND FM Broadcasting eingeführt

Abweichungen von ERC Vorschriften und Kommentare

BELGIEN Ja Individuelle Lizenz erforderlich DÄNEMARK Ja Individuelle Lizenz erforderlich DEUTSCHLAND Ja Individuelle Lizenz erforderlich



- 32 – Release 2.0

FINNLAND Ja Individuelle Lizenz erforderlich FRANKREICH Ja Individuelle Lizenz erforderlich GRIECHENLAND Ja Individuelle Lizenz erforderlich GROßBRITANNIEN Ja Individuelle Lizenz erforderlich IRLAND Ja Individuelle Lizenz erforderlich ITALIEN Ja Individuelle Lizenz erforderlich LUXEMBURG Ja Individuelle Lizenz erforderlich NIEDERLANDE Ja Individuelle Lizenz erforderlich NORWEGEN Ja Individuelle Lizenz erforderlich ÖSTERREICH Ja Individuelle Lizenz erforderlich PORTUGAL Ja Individuelle Lizenz erforderlich SPANIEN Ja Individuelle Lizenz erforderlich SCHWEDEN Ja Individuelle Lizenz erforderlich SCHWEIZ Ja Individuelle Lizenz erforderlich

DESVIOS PARA FM BROADCASTING MODELO: VL1000 PLUS

PAÍS FM Broadcasting Desvios estabelecidos pelo ERC

introduzido e outras notas ALEMANHA Sim Exigida licença individual AUSTRIA Sim Exigida licença individual BÉLGICA Sim Exigida licença individual DINAMARCA Sim Exigida licença individual ESPANHA Sim Exigida licença individual FINLÂNDIA Sim Exigida licença individual FRANÇA Sim Exigida licença individual GRÉCIA Sim Exigida licença individual HOLANDA Sim Exigida licença individual IRLANDA Sim Exigida licença individual ITALIA Sim Exigida licença individual LUXEMBURGO Sim Exigida licença individual NORUEGA Sim Exigida licença individual PORTUGAL Sim Exigida licença individual REINO UNIDO Sim Exigida licença individual SUÉCIA Sim Exigida licença individual SUÍÇA Sim Exigida licença individual


- 33 – Release 2.0

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

S3109B.SCH

POWER SPLITTER V1000 PLUS

META SYSTEM SpA

A

1 1Thursday, April 19, 2001

Title

Size Document Number Rev

Date: Sheet of

R1

50

40W

R3

50

40W

KDI

R4

50

40W

KDI

R2

50

40W

C1

6P8

POWER SPLITTER

3dB COUPLER

3dB COUPLER

IN

TO AB11

TO AB22

TO AB33

TO AB44

AA



- 34 – Release 2.0

LC/B

S3109S3109

LS/B

17115.75 115.25

111.75111.25 25

14.2

544

.25

73.2

5

3.2 n 15

1 n 19

FORATURA C.S. S3109A - VISTA LATO COMPONENTI

17

44.2

5

6p8

C1

R1 R2

R4 R3

POWER SPLITTER

WW

WW


- 35 – Release 2.0

POWER SPLITTER VL1000 PLUS Revised: Thursday, April 19, 2001 S3109B.SCH Revision: ?

META SYSTEM SpA

Bill Of Materials October 9,2001 11:56:34

Page1

Comp. No. Stock No. Designation Manufacturer Designation ______________________________________________________________________________________

C1 C02056 6P8 HF MURATA ERE22X5C2H6R8CD13LR1 R09616 50 40W ISO KDI PPR800-40-3-50-5 R2 R09616 50 40W ISO KDI PPR800-40-3-50-5 R3 R09615 50 40W TER KDI PPT800-40-3-50-5 R4 R09615 50 40W TER KDI PPT800-40-3-50-5


- 36 – Release 2.0

L22

BOBINA

13SP

C14

470P

1206

C53

0U1

TRD

100V

X7R

R6

680

1206

C13

10N

X

C18

180P

R5

6K8

1206

R40

27

3W

C56

0U1

TRDX7R

C33

1N

R41K5

1206

D3

PMLL4148

R19

220

1206

D1

PMLL4148

R30

680

1206

RV1

1K

CW

R47

6.8

2W

C12

100P

COG

R3

100

1206

C371N

HF

R38

27

3W

R22

680

1206

C27

0U1

TRD

100V

X7R

RK1A

NTC

TRD

15K

Q2

BLF2782

13

R16

820

1206

C31

180P

R8

220

1206

D4PMLL4148

C461N

D5

PMLL4148

Q4

BLF2782

13

C57

0U1

TRDX7R

C41470P

1206

R11680

1206

C55

0U1

TRDX7RR48

6.8

2W

C50

1N

HF

T2

TRASF-OUT-1KW

C28

470P

1206

D8PMLL4148

Q3

BLF2782

13

L24

BOBINA

5SP

C44

180P

C541N

COG

2

13

C15470P

1206

R24820

1206

D7

PMLL4148

C39

0U1

TRD

100V

X7R

DZ2

6V8

SOD80C

R27

220

1206

T4

TRASF-OUT-1KW

2

13

R18

680

1206

C58

0U1

TRDX7R

L8

FERRITE

8X3,5X22

L14

FERRITE

8X3,5X22

R13

100

1206

L9

BOBINA

10SP

R201K8

1206

L12

BOBINA

5SP

R25

6K8

1206

IC1

LM335

TRD

R21

100

1206

RK4ANTC

TRD

15K

L16BOBINA

13SP

R32

820

1206

R41

220

1206

R42

220

1206

R33

6K8

1206

R43

220

1206

DZ3

6V8

SOD80C

L20

FERRITE

8X3,5X22

R44

220

1206

C23

22P

C40

0U1

TRD

100V

X7R

L1

BOBINA

5SP

C19

56P

C17

100P

COG

C1

180P

R31

1K5

1206

T6

TRASF-OUT-1KW

C2

56P

R29

100

1206

L15

BOBINA

10SP

T7

TRASF-IN-1KW

C21

1N

HF

L13

15UH

L7

15UH

R1

27

3W

R26680

1206

RK3A

NTC

TRD

15K

C22

10P

DZ4

6V8

SOD80C

L6

15UH

L21

BOBINA

10SP

C36

22P

C32

56P

Q1

BLF2782

13

2

13

C31N

HF

R15

1K5

1206

C4

1N

HF

R281K8

1206

C43

100P

COG

L18

BOBINA

5SP

C51

0U1

TRD

100V

X7R

L2

BOBINA

3SPC34

1N

HF

2

13

L11

BOBINA

3SP

C6

10P

T8

TRASF-OUT-1KW

C722P

L3

BOBINA

13SP

C35

10P

C30

100P

COG

RV2

1K

CW

C49

22P

T3

TRASF-IN-1KW

C45

56P

C38

0U1

TRD

100V

X7R

R2

27

3W

C47

1N

HF

RK2ANTC

TRD

15K

C25

0U1

TRD

100V

X7R

R17

6K8

1206 L19

15UH

T1

TRASF-IN-1KW

R34

680

1206

L17

BOBINA

3SP

R45

6.8

2W

R121K8

1206

L10

BOBINA

13SP

C48

10P

C52

0U1

TRD

100V

X7R

R35

27

3W

R231K5

1206

D6

PMLL4148

T5

TRASF-IN-1KW

RV3

1K

CW

L23

BOBINA

3SP

L4

BOBINA

10SP

C8

1N

L5

FERRITE

8X3,5X22

R39

27

3W

C1610N

X

C9

0U1

TRD

100V

X7R

R9

220

1206

C10

0U1

TRD

100V

X7R

C4210N

X

C201N

C11

0U1

TRD

100V

X7R

R10820

1206

R46

6.8

2W

C26

0U1

TRD

100V

X7R

R14

680

1206

C24

1N

HF

R37

27

3W

R7

1K8

1206

R36

27

3W

C29

10N

X

D2

PMLL4148

RV4

1K

CW

DZ1

6V8

SOD80C

AMP1

1KW POWER MODULE AMPLIFIER

I1

I2

O1

O3

O2

a mano con la

bobina costruita

*

*

resistenza R49

AMP2

I1

I2

O1

O3

O2

a mano con la

bobina costruita

*

*

resistenza R46

AMP3

I1

I2

O1

O3

O2

a mano con la

bobina costruita

*

*

resistenza R47

AMP4

I1

I2

O1

O3

O2

a mano con la

bobina costruita

*

*

resistenza R48

FROM AD1 10

9TO AD9

1FROM AA1

11FROM AD2

2FROM AA2

14

FROM AD8

FROM AD3

12

FROM AA3

3

FROM AD4

13

FROM AA4

4

TO AC3

7

8

TO AC4

5

TO AC1

6

TO AC2


- 37 – Release 2.0

H2 H3 H4

H5H6

H7 H8

H9 H10 H11 H12 H13

H14

R8

L6DZ1

R7 C14

D2

R3R6

D1

RV1

R4

C13

R10

R5

RK1

R11

C12

C1

C2

C8

C4

C6

C7

C3

C9

C10

C11

L5

L4

L3

L2

L1

T1

T2

Q1

R9

L7DZ2

R12

C15

D3

R13R14 D4

RV2

R15

C16

R16

R17

RK2

R18

C17

C18

C19

C20

C21

C22

C23

C24

C25

C26

C27

L8

L9

L10

L11

L12

T3

T4

Q2

R19

L13DZ3

R20

C28

D5

R21R22

D6

RV3

R23

C29

R24

R25

RK3

R26

C30

C31

C32

C33

C34

C35

C36

C37

C38

C39

C40

L14

L15

L16

L17

L18

T5

T6

Q3

H15

R27

L19DZ4

R28

C41

D7

R29R30 D8

RV4

R31

C42

R32

R33

RK4

R34

C43

C44

C45

C46

C47

C48

C49

C50

C51

C52 C53

L20

L21

L22

L23

L24

T7

T8

Q4

C54

R1

R2

R35

R36

R37

R38

R39

R40

H20 H21 H22 H23

R41 R42 R43 R44

R45

L25

C55

R46

L26

C56

R47

L27

C57

R48

L28

C58

META SYSTEM PROPERTY ALL RIGHT RESERVED ART. 1151-1/2/3

CODICE:

TITOLO:

DATA:

IL TECNICO PROGETTISTA:

IL TECNICO DISEGNATORE:

SCALA:

___________________________

___________________________

RIFERIM. X:

R

METASYSTEM

R

HFID1

HANU1

HANU2

HFID2

HANU3

HANU4

IC1

RK1A RK2A RK3A RK4A

CIRCUITO AMPLIFICATORE VL1000 PLUS

CAVALCABUE

1:1

S3110A01 28-02-01

MOTTI


- 38 – Release 2.0

AMPLIFICATORE VL1000 PLUS Revised: Thursday, April 19, 2001 S3110A01.SCH Revision: ?

META SYSTEM S.p.A. Property all rights reserved art.1151-1/2/3 Il tecnico progettista: Allegri M. Il tecnico disegnatore: Scorticati S.


Page1

Comp. No. Stock No. Designation Manufacturer Designation

C1 C02124 180P HF MURATA ERE22X5C1D181JD13BC2 C02100 56P HF MURATA ERE22X5C2H560JD13LC3 C02160 1N HF MURATA ERE22X5C1H102JD13LC4 C02160 1N HF MURATA ERE22X5C1H102JD13LC6 C02064 10P HF MURATA ERE22X5C2H100JD13LC7 C02080 22P HF MURATA ERE22X5C2H220JD13LC8 C02160 1N HF MURATA ERE22X5C1H102JD13LC9 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C10 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C11 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C12 C3310B 100P 0805 COG MURATA GRM40COG101J50 C13 C3510F 10N 0805 X MURATA GRM40X7R103K50 C14 C3347S 470P 1206 X MURATA GRM42X7R471K50 C15 C3347S 470P 1206 X MURATA GRM42X7R471K50 C16 C3510F 10N 0805 X MURATA GRM40X7R103K50 C17 C3310B 100P 0805 COG MURATA GRM40COG101J50 C18 C02124 180P HF MURATA ERE22X5C1D181JD13BC19 C02100 56P HF MURATA ERE22X5C2H560JD13LC20 C02160 1N HF MURATA ERE22X5C1H102JD13LC21 C02160 1N HF MURATA ERE22X5C1H102JD13LC22 C02064 10P HF MURATA ERE22X5C2H100JD13LC23 C02080 22P HF MURATA ERE22X5C2H220JD13LC24 C02160 1N HF MURATA ERE22X5C1H102JD13LC25 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C26 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C27 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C28 C3347S 470P 1206 X MURATA GRM42X7R471K50 C29 C3510F 10N 0805 X MURATA GRM40X7R103K50 C30 C3310B 100P 0805 COG MURATA GRM40COG101J50 C31 C02124 180P HF MURATA ERE22X5C1D181JD13BC32 C02100 56P HF MURATA ERE22X5C2H560JD13LC33 C02160 1N HF MURATA ERE22X5C1H102JD13L



- 39 – Release 2.0

C34 C02160 1N HF MURATA ERE22X5C1H102JD13LC35 C02064 10P HF MURATA ERE22X5C2H100JD13LC36 C02080 22P HF MURATA ERE22X5C2H220JD13LC37 C02160 1N HF MURATA ERE22X5C1H102JD13LC38 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C39 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C40 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C41 C3347S 470P 1206 X MURATA GRM42X7R471K50 C42 C3510F 10N 0805 X MURATA GRM40X7R103K50 C43 C3310B 100P 0805 COG MURATA GRM40COG101J50 C44 C02124 180P HF MURATA ERE22X5C1D181JD13BC45 C02100 56P HF MURATA ERE22X5C2H560JD13LC46 C02160 1N HF MURATA ERE22X5C1H102JD13LC47 C02160 1N HF MURATA ERE22X5C1H102JD13LC48 C02064 10P HF MURATA ERE22X5C2H100JD13LC49 C02080 22P HF MURATA ERE22X5C2H220JD13LC50 C02160 1N HF MURATA ERE22X5C1H102JD13LC51 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C52 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C53 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C54 C3410B 1N 0805 COG MURATA GRM40COG102J50 C55 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C56 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C57 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 C58 C01765 0U1 TRD 100V X SIEMENS B37987F1104K100 D1 D05106 PMLL4148 PHILIPS PMLL4148 D2 D05106 PMLL4148 PHILIPS PMLL4148 D3 D05106 PMLL4148 PHILIPS PMLL4148 D4 D05106 PMLL4148 PHILIPS PMLL4148 D5 D05106 PMLL4148 PHILIPS PMLL4148 D6 D05106 PMLL4148 PHILIPS PMLL4148 D7 D05106 PMLL4148 PHILIPS PMLL4148 D8 D05106 PMLL4148 PHILIPS PMLL4148 DZ1 D01685 6V8 SOD80C PHILIPS BZV55C6V8 DZ2 D01685 6V8 SOD80C PHILIPS BZV55C6V8 DZ3 D01685 6V8 SOD80C PHILIPS BZV55C6V8 DZ4 D01685 6V8 SOD80C PHILIPS BZV55C6V8 IC1 I00318 LM335 TRD NATIONAL LM335AZ L1 M03084 BOBINA TRD 5SP METASYSTEM M03084 L2 M03047 BOBINA TRD 3SP METASYSTEM M03047 L3 M03254 BOBINA TRD 13SP METASYSTEM M03254 L4 M03186 BOBINA TRD 10SP METASYSTEM M03186 L5 M01035 FERRITE TRD 8X3,5X22 NEOSID GMBH F2A8X3.5X22 L6 M12150 15UH SIEMENS B82422-A1153-K100 L7 M12150 15UH SIEMENS B82422-A1153-K100 L8 M01035 FERRITE TRD 8X3,5X22 NEOSID GMBH F2A8X3.5X22 L9 M03186 BOBINA TRD 10SP METASYSTEM M03186 L10 M03254 BOBINA TRD 13SP METASYSTEM M03254 L11 M03047 BOBINA TRD 3SP METASYSTEM M03047



- 40 – Release 2.0

L12 M03084 BOBINA TRD 5SP METASYSTEM M03084 L13 M12150 15UH SIEMENS B82422-A1153-K100 L14 M01035 FERRITE TRD 8X3,5X22 NEOSID GMBH F2A8X3.5X22 L15 M03186 BOBINA TRD 10SP METASYSTEM M03186 L16 M03254 BOBINA TRD 13SP METASYSTEM M03254 L17 M03047 BOBINA TRD 3SP METASYSTEM M03047 L18 M03084 BOBINA TRD 5SP METASYSTEM M03084 L19 M12150 15UH SIEMENS B82422-A1153-K100 L20 M01035 FERRITE TRD 8X3,5X22 NEOSID GMBH F2A8X3.5X22 L21 M03186 BOBINA TRD 10SP METASYSTEM M03186 L22 M03254 BOBINA TRD 13SP METASYSTEM M03254 L23 M03047 BOBINA TRD 3SP METASYSTEM M03047 L24 M03084 BOBINA TRD 5SP METASYSTEM M03084 Q1 T01040 BLF278 TRD PHILIPS BLF278 Q2 T01040 BLF278 TRD PHILIPS BLF278 Q3 T01040 BLF278 TRD PHILIPS BLF278 Q4 T01040 BLF278 TRD PHILIPS BLF278 R1 R04104 27 TRD 3W PHILIPS 2322 195 13279 R2 R04104 27 TRD 3W PHILIPS 2322 195 13279 R3 R23100 100 1206 SIEMENS B54103A1 101J60 R4 R24150 1K5 1206 SIEMENS B54103A1 152J60 R40 R04104 27 TRD 3W PHILIPS 2322 195 13279 R41 R23220 220 1206 SIEMENS B54103A1 221J60 R42 R23220 220 1206 SIEMENS B54103A1 221J60 R43 R23220 220 1206 SIEMENS B54103A1 221J60 R44 R23220 220 1206 SIEMENS B54103A1 221J60 R45 R04061 6R8 TRD 2W PIHER EO-02 6,8 OHM R46 R04061 6R8 TRD 2W PIHER EO-02 6,8 OHM R47 R04061 6R8 TRD 2W PIHER EO-02 6,8 OHM R48 R04061 6R8 TRD 2W PIHER EO-02 6,8 OHM R5 R24680 6K8 1206 SIEMENS B54103A1 682J60 R6 R23680 680 1206 SIEMENS B54103A1 681J60 R7 R24180 1K8 1206 SIEMENS B50103A1 182J60 R8 R23220 220 1206 SIEMENS B54103A1 221J60 R9 R23220 220 1206 SIEMENS B54103A1 221J60 R10 R23820 820 1206 SIEMENS B54103A1 821J60 R11 R23680 680 1206 SIEMENS B54103A1 681J60 R12 R24180 1K8 1206 SIEMENS B50103A1 182J60 R13 R23100 100 1206 SIEMENS B54103A1 101J60 R14 R23680 680 1206 SIEMENS B54103A1 681J60 R15 R24150 1K5 1206 SIEMENS B54103A1 152J60 R16 R23820 820 1206 SIEMENS B54103A1 821J60 R17 R24680 6K8 1206 SIEMENS B54103A1 682J60 R18 R23680 680 1206 SIEMENS B54103A1 681J60 R19 R23220 220 1206 SIEMENS B54103A1 221J60 R20 R24180 1K8 1206 SIEMENS B50103A1 182J60 R21 R23100 100 1206 SIEMENS B54103A1 101J60 R22 R23680 680 1206 SIEMENS B54103A1 681J60 R23 R24150 1K5 1206 SIEMENS B54103A1 152J60



- 41 – Release 2.0

R24 R23820 820 1206 SIEMENS B54103A1 821J60 R25 R24680 6K8 1206 SIEMENS B54103A1 682J60 R26 R23680 680 1206 SIEMENS B54103A1 681J60 R27 R23220 220 1206 SIEMENS B54103A1 221J60 R28 R24180 1K8 1206 SIEMENS B54103A1 182J60 R29 R23100 100 1206 SIEMENS B54103A1 101J60 R30 R23680 680 1206 SIEMENS B54103A1 681J60 R31 R24150 1K5 1206 SIEMENS B54103A1 152J60 R32 R23820 820 1206 SIEMENS B54103A1 821J60 R33 R24680 6K8 1206 SIEMENS B54103A1 682J60 R34 R23680 680 1206 SIEMENS B54103A1 681J60 R35 R04104 27 TRD 3W PHILIPS 2322 195 13279 R36 R04104 27 TRD 3W PHILIPS 2322 195 13279 R37 R04104 27 TRD 3W PHILIPS 2322 195 13279 R38 R04104 27 TRD 3W PHILIPS 2322 195 13279 R39 R04104 27 TRD 3W PHILIPS 2322 195 13279 RK1A R05910 NTC TRD 15K MURATA NTH5D153KA RK2A R05910 NTC TRD 15K MURATA NTH5D153KA RK3A R05910 NTC TRD 15K MURATA NTH5D153KA RK4A R05910 NTC TRD 15K MURATA NTH5D153KA RV1 R14100 1K 1G TOCOS G4BT1KOHM RV2 R14100 1K 1G TOCOS G4BT1KOHM RV3 R14100 1K 1G TOCOS G4BT1KOHM RV4 R14100 1K 1G TOCOS G4BT1KOHM T1 XF7L24 TRASF-IN-1KW TRD METASYSTEM XF7L24 T2 XF7L61 TRASF-OUT-1KW TRD METASYSTEM XF7L61 T3 XF7L24 TRASF-IN-1KW TRD METASYSTEM XF7L24 T4 XF7L61 TRASF-OUT-1KW TRD METASYSTEM XF7L61 T5 XF7L24 TRASF-IN-1KW TRD METASYSTEM XF7L24 T6 XF7L61 TRASF-OUT-1KW TRD METASYSTEM XF7L61 T7 XF7L24 TRASF-IN-1KW TRD METASYSTEM XF7L24 T8 XF7L61 TRASF-OUT-1KW TRD METASYSTEM XF7L61


- 42 – Release 2.0

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

S3111B.SCH

ACC. OUT VL1000 PLUS

METASYSTEM S.p.A

PROPERTY ALL RIGHTS RESERVED ART.1151 /1/2/3

IL TECNICO PROGETTISTA: MOTTI ENZO

IL TECNICO DISEGNATORE: SCORTICATI S.

B


Title


Date: Sheet of

C8

1PF

C9

18PF

D5

D6

PMLL4148

C10

1N

R4

50

TRD

250W

ISO

EC1

N-FEM-PAN

C11

1N

R8

50

TRD

250W

R9

470

1206

R10

82

1206

R1

50

TRD

250W

C12

33P

C1

1PF

D7

1N6263

C2

18PF

R11

100

1206

D1

D2

PMLL4148

R2

470

1206

C6

1PF

C3

1N

R7

100

R3

50

TRD

250W

ISO

C7

1N

C4

39PF

C5

1N

R5

100K

D3

D4

PMLL4148

R6

100K

OUTPUT COMBINER

FROM AB5 1

FROM AB6 2

FROM AB7 3

FROM AB8 4

TO AD5

5

TO AD7

7

TO AD6

6

TO AD12

8

AC


- 43 – Release 2.0

R

SYSTEMMETA

R3 R4

D3

D4

R8

D4D3

R1D1

D2

OUT

PUT C

OM

BINE

R

LATO SALDATURE C.S. S3111B

S3111B

77.5

30

105.5

85.75

248

153

179 69

116.536.5

1.5

3.5

27.2

5

11

27.25

11

26

11 11

FORATURA LATO SALDATURE C.S. S3111B

2

250W50

250W50

250W50

PASS PASS

TERM TERM

50250W

LATO COMPONENTI C.S. S3111B


- 44 – Release 2.0

ACC. OUT VL1000 PLUS Revised: Thursday, April 19, 2001 S3111B.SCH Revision:

METASYSTEM S.p.A PROPERTY ALL RIGHTS RESERVED ART.1151 /1/2/3 IL TECNICO PROGETTISTA: MOTTI ENZO IL TECNICO DISEGNATORE: SCORTICATI S.


Page1


C1 C02016 1PF HF MURATA ERE22X5C2H1R0CD13L C2 C02076 18PF HF MURATA ERE22X5C2H180JD13L C3 C3410P 1N 1206 COG MURATA GRM42COG102K50 C4 C02092 39PF HF MURATA ERE22X5C2H390JD13L C5 C02160 1N HF MURATA ERE22X5C1H102JD13L C6 C02016 1PF HF MURATA ERE22X5C2H1R0CD13L C7 C02160 1N HF MURATA ERE22X5C1H102JD13L C8 C02016 1PF HF MURATA ERE22X5C2H1R0CD13L C9 C02076 18PF HF MURATA ERE22X5C2H180JD13L C10 C3410P 1N 1206 COG MURATA GRM42COG102K50 C11 C3410P 1N 1206 COG MURATA GRM42COG102K50 C12 C3233P 33P 1206 COG MURATA GRM42COG330J50 D1 D05106 PMLL4148 PHILIPS PMLL4148 D2 D05106 PMLL4148 PHILIPS PMLL4148 D3 D05106 PMLL4148 PHILIPS PMLL4148 D4 D05106 PMLL4148 PHILIPS PMLL4148 D5 D05106 PMLL4148 PHILIPS PMLL4148 D6 D05106 PMLL4148 PHILIPS PMLL4148 D7 D00807 1N6263 TRD HOT-CAR. ST 1N6263 EC1 E04520 N-FEM-PAN TRD UG-58-A/U BELCO UG-58-A/U R1 R09617 50 TRD 250W KDI PTT975-250-3-50-5 R2 R23470 470 1206 SIEMENS B54103A1 471J60 R3 R09618 50 TRD 250W KDI PPR975-250-3-50-5 R4 R09618 50 TRD 250W KDI PPR975-250-3-50-5 R5 R01510 100K TRD 1% ROY MF25 100KOHM F R6 R01510 100K TRD 1% ROY MF25 100KOHM F R7 R23101 100 SIEMENS B54103A1 101J60 R8 R09617 50 TRD 250W KDI PTT975-250-3-50-5 R9 R23470 470 1206 SIEMENS B54103A1 471J60 R10 R22820 82 1206 SIEMENS B54103A1 820J60 R11 R23100 100 1206 SIEMENS B54103A1 101J60


- 45 – Release 2.0

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

S3119A.SCH

FILTRO RF VU310E1/VU305E1

META SYSTEM S.p.A.

Property all rights reserved art.1151-1/2/3

Resp. tecnico: Motti E.

Disegnatore: Scorticati S.

A


Title


Date: Sheet of

D2

1N6263

EC3

C6

1N

C7

22P L6

0UH68

R4

100

R3

470

EC1 L1 L2 L3 L4 L5

C1 C2

R1

47

C3

82P

D1

1N6263

C4

1N

C5

22P

R2

470

EC2

R5

100

L7

0UH68

-60dB

OUT

DIR

REF

PRINTER CAPACITOR

1 TO AD10

2 TO AD10

AE



- 46 – Release 2.0

S3119 LC/A

FORATURA SF3057

N. 14 FORI DIAM 3.25mm

FILT

ER A

ND D

IREC

TIONA

L C

OUP

LER

CIR

CUI

T


- 47 – Release 2.0

FILTRO RF VL1000 PLUS Revised: Thursday, April 19, 2001 S3119A.SCH Revision: ?

META SYSTEM S.p.A. Property all rights reserved art.1151-1/2/3 Resp. tecnico: Motti E. Disegnatore: Scorticati S.


Page1


C1 PDEL HH C2 PDEL HH C3 C1282C 82P TRD 63V PHILIPS 222264 210 829 C4 C02160 1N HF MURATA ERE22X5C1H102JD13L C5 C02080 22P HF MURATA ERE22X5C2H220JD13L C6 C02160 1N HF MURATA ERE22X5C1H102JD13L C7 C02080 22P HF MURATA ERE22X5C2H220JD13L D1 D00807 1N6263 TRD HOT-CAR. ST 1N6263 D2 D00807 1N6263 TRD HOT-CAR. ST 1N6263 EC1 E04519 N-MAS-PAN TRD KAIJAK B0900-N2A5 EC2 E04572 7/16FEM-PAN TRD CPE SP12.000 EC3 E04541 BNC-FEM-PAN TRD NL INDUS. 14277 L1 XF7L44 BOB-2SP-DIAM-14 TRD METASYSTEM XF7L44 L2 XF7L45 BOB-4SP-DIAM-14 TRD METASYSTEM XF7L45 L3 XF7L46 BOB-5SP-DIAM-14 TRD METASYSTEM XF7L46 L4 XF7L45 BOB-4SP-DIAM-14 TRD METASYSTEM XF7L45 L5 XF7L44 BOB-2SP-DIAM-14 TRD METASYSTEM XF7L44 L6 M00010 0UH68 TRD 0W25 SIEMENS B78108T3681K L7 M00010 0UH68 TRD 0W25 SIEMENS B78108T3681K R1 R00201 47 TRD ROY CR25PS 47OHMJ R2 R00321 470 TRD ROY CR25PS 470OHMJ R3 R00321 470 TRD ROY CR25PS 470OHMJ R4 R23100 100 1206 SIEMENS B54103A1 101J60 R5 R23100 100 1206 SIEMENS B54103A1 101J60


- 48 – Release 2.0

FROM AE1 10

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

K3123A01.SCH

CONTROLLER MOD. RF VL1000/VL500 PLUS

META SYSTEM Sp A

PROPERTY ALL RIGHTS RESERVED ART. 1151-1/2/3

IL TECNICO PROGETTISTA:MOTTI ENZO

IL TECNICO DISEGNATORE:SCORTICATI STEFANO

B

1 1Tuesday, April 10, 2001

Title


Date: Sheet of

PP1U2A

MC33079D

3

2

1

411

+

-

R3315K

R36K8

1%

FER5

C26

10N

X

U2D

MC33079D

12

13

14-

+

PP10

FER6

C12

0U1

X

DZ2BZX84-15V

2

3

1

Q2A

MJD42

D11

BAV99

2

3

1

R51

1K5RV410K

CW

R25

2K2

U1ALM358

3

2

1

48

+

-

D12

BAV70

2

3

1

FER4

R441K

1%

U2B

MC33079D

5

6

7+

-

C231N

TRDR27

10K

C3

0U1

X

D7

BAW56

2

3

1

U2CMC33079D

10

9

8-

+

R34

10K

C24

1N

TRD

R32

10K

1206

R28

10K

FER2

L2

15UH

C140U1

X

L3

15UH

R31

10K

D13

BAV99

2

3

1

R30470

Q3A

MJD42

C37

1N

R1

4K22

1%

R210K

1%

C30

1N

C25

0U1

X

FER7

C1150P

R13

100

D4SM4004

R4

10K

1%

DZ1

9V1

TRD

1W

L4

15UH

R5

4K7

C330U1

X

C2

1N

X

U1B

LM358

5

6

7

+

-

R7

10K

R1710

1206

R6

10K

R15

22

1206

R9

100K

C5

150P

R8

1M

C40U1

X

C27

1N

R16

1K

1206

R102K7

R5210K

1%

R11

8K2

R12

2K2

PP6

R53

12K4

1206

1%

RV110K

CW

C381N

PP7

C610U

16V

PP2

R18

10K

C15

0U1

X

U5BLM393

5

6

7-

+

L6A

15UH

TRD

R19

10K

R20

10K

D10

BAV99

2

3

1

C9

10N

X

C1010N

X

C1110N

X

RV2

22K

CW

U5A

LM393

3

2

1

48

+

-

R46

22K

EC1

2X5PMAS90

1 2

3 4

5 6

7 8

9 10

R21

4K7

R42

1K3

1%

R22

4K7

C29

1N

R48

1K

D5

BAV99

2

3

1

C19

10N X

R4710K

C36

1N

R23

330K

PP8

U3

LM336

N.C1

N.C2

N.C3

-4

ADJ5

N.C6

N.C7

+8C34

1N

C31

1N

L7A 15UH

TRD

L8

15UH

R24

4K7

L5

15UH

R26

100K

PP4

D14

BAW56

2

3

1

R451K3

1%

C13

0U1

X

L1

15UH

L9

15UH

C17

10N

X

R40

1K2

R49

1K

1%

R41

1K3

1%

PP5

R43

4K7

1%

FER3

C320U1

100V

X7R

R50

3K83

0805

1%

PP9

RV5

10K

CW

RV3

22KCW

U4

LM336

N.C1

N.C2

N.C3

-4

ADJ5

N.C6

N.C7

+8

R29

470K

R14

2M2

PP3

FER8

C710N

X

C2110U

35V

D5

C160U1

X

C8

10U

35V

D5

Q1

BC807

C35

1N

EC2

MAT4PMAS90

1

2

3

4

1

C28

1N

FER1

+ 15V

+ 15V

+ 15V

+ 15V

+ 15V

-15V

+ 15V

VREF+ 15V + 15V

+ 15V

-15V

+ 15V

-15V

-15V

+ 15V

VREF

V CONTROL

WR

-15V

EXC. SWR/UNB

REF

DIR

PA TEMP

REF

UMB1

UMB2

UMB3

TEMP

1TO AB10

2TO AB11

3TO AB12

4TO AB13

5FROM AC5

6FROM AC6

7FROM AC7

8TO AB14

8FROM AC8

FROM AE2 11

FROM AB9

9

AD


- 49 – Release 2.0

H3 H4

H5H6

H10H11H12H13 H15 H16

H20

H21

H22

H1 H2H23 C

32


CODICE:

TITOLO:

DATA:



SCALA:

___________________________

___________________________

RIFERIM. X:

R

METASYSTEM

R

HANU1HANU2

HANU3HANU4

145 8

U5

C34

C35

C36

C37

L5

L6A

L7A

L8 L9

C1

C10

C11

C12

C13

C14

C17

C19

C2

C21C23

C24

C25

C26

C27 C28

C3

C4

C5

C6

C7

C8

C9

D10

D11

D12 D13D14

D4

D5

D7

DZ1

DZ2

1 458

U4

1 458

U3

19

210

EC1

1EC

2

L1

L2

L3 L4

PP1

PP10

PP2

PP3

PP4PP5

PP6

PP7PP8PP9

Q1

Q2AQ3A

R1

R10

R11

R12 R1

3

R14

R15

R16

R17

R18

R19

R2

R20

R21

R22

R23

R24

R25

R26

R27

R28

R29

R3

R30

R31

R32

R4

R40

R41

R42

R43

R46

R47

R48

R49

R5

R50

R51

R52

R53

R6R7

R8R9

1 3

RV1

1 3

RV2

1 3

RV3

1 3

RV4

1 3

RV5

1 458

U1

178

14U2

C29

C30

R44

R45

C33

C15

C16

R33

R34

C31C38

FER7E8

FER5E6

FER3E4

FER1E2

MET

A SY

STEM

META SYSTEM

4:3PER AVERE LA SERIGRAFIA ACCENDERE DOC_TEXT L17 !!

MOTTI

S3123 LC/A

S312

3 LS

/A

K3123A01 09/04/01

CONTROLLER MODULO RF VL1000/VL500 PLUS

SCORTICATI

EC1

EC2

REFTEMP

UMB1 UMB2

UMB3


- 50 – Release 2.0

RF CONTROL MOD. RF VL1000 PLUS ReS Revised: Tuesday, April 10, 2001 K3123A01.SCH Revision: ?

META SYSTEM SpA PROPERTY ALL RIGHTS RESERVED ART. 1151-1/2/3 IL TECNICO PROGETTISTA:MOTTI ENZO IL TECNICO DISEGNATORE:SCORTICATI STEFANO


Page1

Comp.No. Stock No. Designation Manufacturer Designation

C1 C3315B 150P COG 0805 MURATA GRM40 COG 151 J50 C2 C3410F 1N X 0805 MURATA GRM40 X7R 102 J50 C3 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C4 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C5 C3315B 150P X 0805 MURATA GRM40 COG 151 J50 C6 C42101 10U 16V ELNA RV2-16V100M-D55R C7 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C8 C42103 10U 35V D5 NIC NACE10M35V5X5.5TR1

3 C9 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C10 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C11 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C12 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C13 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C14 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C15 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C16 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C17 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C19 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C21 C42103 10U 35V D5 NIC NACE10M35V5X5.5TR1

3 C23 C3410B 1N TRD 0805 MURATA GRM40 COG 102 J50 C24 C3410B 1N TRD 0805 MURATA GRM40 COG 102 J50 C25 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25 C26 C3510F 10N X 0805 MURATA GRM40 X7R 103 J50 C27 C3410B 1N COG 0805 MURATA GRM40 X7R 103 J50 C28 C3410B 1N TRD 0805 MURATA GRM40 X7R 103 J50 C29 C3410B 1N COG 0805 MURATA GRM40 X7R 103 J50 C30 C3410B 1N COG 0805 MURATA GRM40 X7R 103 J50 C31 C3410B 1N TRD 0805 MURATA GRM40 X7R 103 J50 C32 C01765 0U1 TRD 100V SIEMENS B37987 F1104 K100 C33 C3610F 0U1 X 0805 MURATA GRM40 X7R 104 J25



- 51 – Release 2.0

C34 C02160 1N TRD MURATA ERE22X5C1H102JD13L C35 C02160 1N TRD MURATA ERE22X5C1H102JD13L C36 C02160 1N TRD MURATA ERE22X5C1H102JD13L C37 C02160 1N TRD MURATA ERE22X5C1H102JD13L C38 C3410B 1N COG 0805 MURATA GRM40 COG 102 J50 D4 D05021 SM4004 PHILIPS S1G D5 D05006 BAV99 PHILIPS BAV99 D7 D05011 BAW56 PHILIPS BAW56 D10 D05006 BAV99 PHILIPS BAV99 D11 D05006 BAV99 PHILIPS BAV99 D12 D05002 BAV70 PHILIPS BAV70 D13 D05006 BAV99 PHILIPS BAV99 D14 D05011 BAW56 PHILIPS BAW56 DZ1 D00117 9V1 TRD 1W PHILIPS BZV85-C9V1 DZ2 D02152 BZX84-15V PHILIPS BZX84-C15V EC1 E05610 2X5PMAS90 TRD NL INDUSTRIES MFCA10W EC2 E04709 MAT4PMAS90 TRD AMP 1-350944-0 FER1 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER2 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER3 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER4 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER5 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER6 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER7 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 FER8 M01090 FERRITE-TOROID-T20-12 TRD AMIDON T20-12 L1 M12150 15UH SIEMENS B82422-A1153-K100 L2 M12150 15UH SIEMENS B82422-A1153-K100 L3 M12150 15UH SIEMENS B82422-A1153-K100 L4 M12150 15UH SIEMENS B82422-A1153-K100 L5 M12150 15UH SIEMENS B82422-A1153-K100 L6A M00086 15UH TRD SIEMENS B78108-S1153-K L7A M00086 15UH TRD SIEMENS B78108-S1153-K L8 M12150 15UH SIEMENS B82422-A1153-K100 L9 M12150 15UH SIEMENS B82422-A1153-K100 Q1 T05003 BC807 PHILIPS BC807/25 Q2A T05012 MJD42 MOTOROLA MJD45H11-T4 Q3A T05012 MJD42 MOTOROLA MJD45H11-T4 R1 R54422 R34422 4K22 1% 0805 SIEMENS B54102A2 422F260 R2 R55100 R35100 10K 1% 0805 SIEMENS B54102A2 103F060 R3 R54680 6K8 1% 0805 SIEMENS B54102A2 682F060 R4 R55100 R35100 10K 1% 0805 SIEMENS B54102A2 103F060 R5 R24471 4K7 0805 SIEMENS B54102A1 472J60 R6 R25101 10K 0805 SIEMENS B54102A1 103J60 R7 R25101 10K 0805 SIEMENS B54102A1 103J60 R8 R27101 1M 0805 SIEMENS B54102A1 105J60 R9 R26101 100K 0805 SIEMENS B54102A1 104J60 R10 R24271 2K7 0805 SIEMENS B54102A1 272J60 R11 R24821 8K2 0805 SIEMENS B54102A1 822J60 R12 R24221 2K2 0805 SIEMENS B54102A1 222J60



- 52 – Release 2.0

R13 R23101 100 0805 SIEMENS B54102A1 101J60 R14 R27221 2M2 0805 SIEMENS B54102A1 225J60 R15 R22220 22 1206 SIEMENS B54103A1 220 J60 R16 R24100 1K 1206 SIEMENS B54103A1 102 J60 R17 R22100 10 1206 SIEMENS B54103A1 100 J60 R18 R25101 10K 0805 SIEMENS B54102A1 103J60 R19 R25101 10K 0805 SIEMENS B54102A1 103J60 R20 R25101 10K 0805 SIEMENS B54102A1 103J60 R21 R24471 4K7 0805 SIEMENS B54102A1 472J60 R22 R24471 4K7 0805 SIEMENS B54102A1 472J60 R23 R26331 330K 0805 SIEMENS B54102A1 334J60 R24 R24471 4K7 0805 SIEMENS B54102A1 472J60 R25 R24221 2K2 0805 SIEMENS B54102A1 222J60 R26 R26101 100K 0805 SIEMENS B54102A1 104J60 R27 R25101 10K 0805 SIEMENS B54102A1 103J60 R28 R25101 10K 0805 SIEMENS B54102A1 103J60 R29 R26471 470K 0805 SIEMENS B54102A1 474J60 R30 R23471 470 0805 SIEMENS B54102A1 471J60 R31 R25101 10K 0805 SIEMENS B54102A1 103J60 R32 R25100 10K 1206 SIEMENS B54103A1 103 J60 R33 R25151 15K 0805 SIEMENS B54102A1 153J60 R34 R25101 10K 0805 SIEMENS B54102A1 103J60 R40 R24121 1K2 0805 SIEMENS B54102A1 122J60 R41 R54130 1K3 1% 0805 SIEMENS B54102A2 132F060 R42 R54130 1K3 1% 0805 SIEMENS B54102A2 132F060 R43 R54470 R34470 4K7 1% 0805 SIEMENS B54102A2 472F060 R44 R54100 1K 1% 0805 SIEMENS B54102A2 102F060 R45 R54130 1K3 1% 0805 SIEMENS B54102A2 132F060 R46 R25221 22K 0805 SIEMENS B54102A1 223J60 R47 R25101 10K 0805 SIEMENS B54102A1 103J60 R48 R24101 1K 0805 SIEMENS B54102A1 102J60 R49 R54100 R34100 1K 1% 0805 SIEMENS B54102A2 102F060 R50 R54383 3K83 1% 0805 SIEMENS B54102A2 382F360 R51 R24151 1K5 0805 SIEMENS B54102A1 152J60 R52 R55100 10K 1% 0805 SIEMENS B54102A2 103F060 R53 R35124 12K4 1% 1206 SIEMENS B54103A2 123F460 RV1 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV2 R0520 22K TRD ORIZ BOURNS 3386P-1-223 RV3 R0520 22K TRD ORIZ BOURNS 3386P-1-223 RV4 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV5 R0518 10K TRD ORIZ BOURNS 3386P-1-103 U1 I01401 LM358 SAMSUNG KA358D U2 I01418 MC33079D MOTOROLA MC33079D U3 I01806 LM336 NATIONAL LM336M5 U4 I01806 LM336 NATIONAL LM336M5 U5 I01403 LM393 SAMSUNG KA393DTF

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

5X

3X

6X

6X

vfeed

prot3

K3113C01.SCH 00

ALIMENTATORE VL1000

META SYSTEM S.p.A

PROPERTY ALL RIGHTS RESERVED ART.1151 2/3/4IL TECNICO PROGETTISTA:INCERTI ERNESTOIL TECNICO DISEGNATORE:SCORTICATI STEFANO

C

1 1Monday, April 15, 2002

Title


Date: Sheet of

feed1drv2 drv1

Lin vin

voutdrv3 alc

st-byAC1

ref4

AC1

prot2AC2

prot3 prot1fctrl

vfeed

cs

FAN

FCTRL

ref3

ctrl

ref1

drv1

REF

drv2

FAN

drv3

prot1

alcprot2

REF

ref1vin

REF

iout cs st-by

ref4

velvel REF1

ctrl TP16ref1

TP16 TP17tmp ovld ilim

TP17

AC1

iouttmpovld

ilim

Nin

feed1

1

1

1

1

1

1

1

1

1

1

2

2 2 2 2 2 2 22

22 2

2

2

2

1

3

3 3

+15 +15

+15

+15

+22+22

+15

+15

+18

+15

+22

+15

+22

+15

+22

+15

+15A

+22

+15

-15

-15

-15

-15

-15+15

1

1

1

+15A

L215UH

R2010K2W

R312K2

R914K22

1%

R344K7

R951K

R6510K

R554K7

D36

SH2

C420U1

Q2

BC337

TP16

R5

10K

1%

C75470P

C341N

R15103W

D32

F4F-1A

C11

Q112SK2611

D241N4148

C300U1

R13

D5

L915UH

U5 UC385412345678 9

1011121314

1615

GNDPKLMTCAOUTISENSEMULTOUTIACVAOUTVRMS VREF

ENAVSENSE

RSETSSCT

GTDRVVCC

1

EC3MAT3PMASDIR

123

C471U

R771K1%

TP1

C14 1U

R1174K7

DZ5 7V5

L615UH

C921N100V

R30

22K

R89

Q12BC337

C360U1

C390U1

R11510K

F8F-1A

TP25

TP26

C5210N

R1124K7

EC22X8PMASDIR

1 23 45 67 89 1011 1213 1415 16

TP33

L1315UH

-

+U1A

MC330793

21

411

C651U50VX7R

C16 10N

R9812W R33

4K7

L1615UH

RK1LM335

L4120UH

C83

C61U

250VAC

PF2PORTAFUSE

C771NX7R

C682N2Y

R601K

L315UH

Q7

IGBT

R28390

Q3

BC337

C871U

R71100

D7

TP34

D18BYW98

+

-

U2D

MC33079

12

1314

R274K7

C191000U

R73

2K371%

R11010K

R54470

R783K831%

R9242K21%

D26

D31

C10

330U450V

TP30

EC7AMP4P90

4321

R47

330K

C460U1

C201U

C181U

R3610K

C8

TP19

C4547N

R93150K

R14

0.0822W

R5310K

U3TLP521

12 3

4

C9

PF1

C331N100V

F7F-1A

C401U

D35

SH4

C982N2 Y

Q1

IGBT

R1015K7W

C691U50VX7R

SH1

DZ927V1W

Q5

BC327

TP29

D38BYV32

23

1

C480U1

R6310

D1 800V-8A

Q10BC337

C2

R6847K1W

R2447K1W

R2121K1%

C64

10U

D27

D29

C8110N

R700

C491U

C791000U

C6710N

__|

T4TRASFVL1000

1

25

4

7

9

6

8

3

R3121K1%

R57

4K7

C531U

TP36

L1415UH

PP1

-

+U2A

MC330793

21

411

C891U50VX7R

C570U1

C630U1

R82121K

1%

R2910K

TP11

PF3PORTAFUSE

TP21

DZ1122V

D19BYW98

CW

RV22K2

ORIZ

TP28

C582N2

R991K1/2W

R251K1%

C512N2

EC8AMP4P90

4321

U6TLP521

12 3

4

R49316K 1%

R42220K

R322M2

R11810K

D30

DZ73V30W5

D111N4002

R10047K

R403K9

R810

Q8BC337

R11

D49

R3510K

D37BYV32

23

1

R644K7

C591N100VX7R

C620U1

RL1RELE-12V-16A-1SC

1 2

34

5

+

-

U2CMC33079

10

98

P2800V-8A

R852K611%

R1610K2W

C7210NX7R

C41U

DZ6TL431

R103337W

C510U

TP35

R51100K

C440U1X7R

C4147U

C76100P

DZ1016V

TP10

R9622

SH3

D28

C251U

C541U

R1021K

R172702W

C1

D10 BYV322

31

Q17MS1307

C271U

R8610K1%

R5810K

R1210

C901U50VX7R

R761K2

R41100

R4121K1%

TP17

L1115UH

D131N4007

C5010N

R881K1%

D17 BYV322

31

C971U50V

+

-

U1D

MC33079

12

1314

23

41

56

78

U7UC3844

C950U1

C6010N

R710 TP6

Q9

BC327

R45

470K

C821U50VX7R

C741NX7R

C551N

R2110K2W

R67100K1%

PF4PORTAFUSE

D8

Q16MOS-POT

TP24

TP3

+

-

U1BMC33079

5

67

C131U

250VAC

TP4

TP7 TP5

D251N4148

R5622K

C992N2 Y

TP20

D4

D34

L1015UH

D23

C5647U

R9

C8010U

C222N2Y

C6110N

R1131K54

1%R74

4K751%

R1011K

C861U

DZ1

16V

C3710U

D9BYV32

23

1

D33

*

L16MHVL1000

T1TRASF-PILOT-VL1000

C781000U

CW

RV44K7

R5218K21%

C911U50VX7R

R830

R383K9

Q4

IGBT600V-30A

C71U250VAC

R691K 1%

D16BYW98

R50

TP2

R225605W

D6

R48

R182702W

1

EC4MAT3PMASDIR

123

R593.3

R1910K1%

L815UH

EC10AMP6PMASDIRTRD

654321

R615K7W

C310N

R11610

TP27

TP18

+

-U1C

MC33079

10

98

C242N2Y

R11110K

23

45

67

8 910

1112

1314

15161

U4

SG3525

D14BYV26E

C2910N

TP9

T3TRASF-USCITA-VL1000

CW

RV34K7

ORIZ

F1 EF-12A

R46

470K

L1515UH

D39

D22 BYV322

31

TP8

R1091K1/2W

R1121K1%

EC9AMP2PDIR

21

R44680K

R792K2

C12

1

EC5MAT4PMASDIR

1234

C851U

C7047U35V

R9747K

L1215UH

R721K 1%

C310U1

L550UH

C66100P

R61330K

C261U

R11410K1%

C151000U

C2147U

450V

C35100P

C281U

R434K7

+

-

U2B

MC330795

67

C731NX7R

DZ83V3

C71100U35V

R811K

R871M

R2610K

C961000U35V

D121N4002

D15BYV26E

P1800V-8A

C930U1

C432N2

R66 10K

R379K091%

Q6

BC327

TP32

C8810N

C32 1U

R901K1/2W

TP31

C3847U

R6210K1%

D2

CW

RV14K7

C84

R945K62

1%

R391K1%

C171000U

*T2

VL1000TRASF-SENS-CORRENTE

L7120UH

C232N2Y

R75100K1%



- 54 – Release 2.0

T2

T1

EC5

R103

CO

MNA NC

RL1

EC4

C83

C84


CODICE:

TITOLO:

DATA:



SCALA:

___________________________

___________________________

RIFERIM. X:

R

METASYSTEM

R

D11D1

2

R15

C21

R16

R20

R21

C22

C68

R24

R68

C69

C70

D13

R90

+E

-

C71

D14

1E4

U7

C72

C73

C74 C75

C76

C77

R98

D15

T4

D16

D18

+E

-

C78

+E

-

C79

C82

C89

C90

C91

R99

R109

1

EC9

1E

EC10

EC3

PP1

+E

-

C96

C97

D19

1E

EC8

1E

EC7

C98

C99

+-

C1+

-

C10

+-

C11

+-

C12

C13

C14

+

-

C15

C16

+

-

C17

C18

+

-

C19

C2

C20

C23

C24

C25

C26

C27

C28

C29

C3

C30

C31

C32

C33

C34 C35

C36

C37

C38

C39

C4

C40

C41

C42

C43C44

C45

C46

C47

C48

C49

C5

C50

C51

C52

C53

C54

C55

C56

C57

C58

C59

C6

C60C61

C62

C63

C64 C65

C66

C67

C7

+-

C8

+-

C9

D1

D10

D17

D2

D22

D23

D24D25

D26

D27

D28

D29

D30

D31

D32

D33D34

D35

D36

D4

D5

D6

D7

D8

D9

DZ1

DZ5

DZ6

DZ7

DZ8

1E2

1516

EC2

112

1324

L1

L10 L11L12 L13

L14

L2

L3

L4

L5

L6

L7

L8 L9

P1Q1

Q10

Q2

Q3

Q4

Q5

Q6

Q7

Q8

Q9

R1

R10

R11

R12

R13

R14

R17

R18

R19

R2

R22R2

5

R26

R27

R28

R29

R3

R30

R31

R32

R33

R34

R35

R36

R37

R38

R39

R4

R40

R41

R42

R43

R44

R45

R46 R47

R48

R49

R5

R50

R51

R52

R53

R54

R55

R56

R57

R58

R59

R6

R60

R61

R62

R63

R64

R65

R66

R67

R69

R7

R70R71R72

R73

R74

R75

R76

R77

R78

R79

R8

R81

R82

R83

R85

R86

R87

R88

R9

1 3

RV1

1 3

RV2

1 3

RV3

1 3

RV4

SH1

SH2

SH3

SH4

1O12

1324

T3

17

U1

17

U2

1

U3

18

U4

18

U5

1

U6

P2

D37D38

R89

Q16DZ10

D49

R100

R101

R102

C80

L15

C81

RK1

R97

PF2

C85

C86

C87

L16

C88

PF1

R91

R92

R93

R94

R95

R96

DZ9

Q11

Q17

R110

R111

R112

Q12

C92

D39

C93

R113

R114

R115

C95

DZ11

R116

R117

PF3

PF4

R118

CAVALCABUE

INCERTI

7:8

S3113C01 09-01-01

SCHEDA ALIMENTATORE VL1000 PLUS


- 55 – Release 2.0

ALIMENTATORE VL1000 Revised: Wednesday, April 04, 2001 K3113C01.SCH Revision: 00

META SYSTEM S.p.A

PROPERTY ALL RIGHTS RESERVED ART.1151 2/3/4 IL TECNICO PROGETTISTA:INCERTI ERNESTO IL TECNICO DISEGNATORE:SCORTICATI STEFANO

STAMPATO C.S. S3113B


Page1


C1 C2333Y 330U TRD 450V DAEWOO FHS2W331MLSAS2 C2 C01553 1U TRD 250VAC MKP ICEL MAB A254 100 KHS C3 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C4 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C5 C2210J 10U TRD 50V ELNA RE2-063V100M C6 C00188 1U TRD 250VAC MKP-X OKAJA CO-RE105 C7 C00188 1U TRD 250VAC MKP-X OKAJA CO-RE105 C8 C2333Y 330U TRD 450V DAEWOO FHS2W331MLSAS2 C9 C2333Y 330U TRD 450V DAEWOO FHS2W331MLSAS2 C10 C2333Y 330U TRD 450V DAEWOO FHS2W331MLSAS2 C11 C2333Y 330U TRD 450V DAEWOO FHS2W331MLSAS2 C12 C2333Y 330U TRD 450V DAEWOO FHS2W331MLSAS2 C13 C01553 1U TRD 250VAC MKP ICEL MAB A254 100 KHS C14 C01788 1U TRD 50V MURATA RPER71H105K3M1 C15 C2410M 1000U TRD 63V ELNA RE3-063V102M C16 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C17 C2410M 1000U TRD 63V ELNA RE3-063V102M C18 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C19 C2410M 1000U TRD 63V ELNA RE3-063V102M C20 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C21 C2247Y 47U TRD 450V DAEWOO FHS47450 22X25 C22 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C23 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C24 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C25 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C26 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C27 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C28 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C29 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C30 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51



- 56 – Release 2.0

C31 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C32 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C33 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C34 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C35 C1310D 100P TRD 100V X7R PHILIPS 2222642 10101 C36 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C37 C2210J 10U TRD 50V ELNA RE2-063V100M C38 C2247J 47U TRD 50V PANASONIC ECA1JM470BJ C39 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C40 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C41 C2247J 47U TRD 50V PANASONIC ECA1JM470BJ C42 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C43 C00919 2N2 TRD 63V MKT SIEMENS B32529C1222K C44 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C45 C1547W 47N TRD Y5V MURATA DD306-63F473Z50 C46 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C47 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C48 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C49 C2110J 1U TRD 50V ELNA RE2-100V010M C50 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C51 C00919 2N2 TRD 63V MKT SIEMENS B32529C1222K C52 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C53 C2110J 1U TRD 50V ELNA RE2-100V010M C54 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C55 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C56 C2247J 47U TRD 50V PANASONIC ECA1JM470BJ C57 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C58 C01724 2N2 TRD 50V X7R MURATA RPER71H222K3M1 C59 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C60 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C61 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C62 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C63 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C64 C2210J 10U TRD 50V ELNA RE2-063V100M C65 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C66 C1310D 100P TRD 100V PHILIPS 2222642 10101 C67 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C68 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C69 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C70 C2247F 47U TRD 35V DAEWOO RS35V47UF C71 C2310H 100U TRD 35V ELNA RE2035V101 C72 C01740 10N TRD 100V X7R MURATA RPE132-901X7R103K100MC73 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C74 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C75 C1347N 470P TRD 63V MURATA RD876-2N750 471J C76 C1310D 100P TRD 100V PHILIPS 2222642 10101 C77 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C78 C2410F 1000U TRD 35V DAEWOO RM35V1000UF C79 C2410F 1000U TRD 35V DAEWOO RM35V1000UF



- 57 – Release 2.0

C80 C2210J 10U TRD 50V ELNA RE2-063V100M C81 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C82 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C83 C01538 0U1 TRD 250VAC MKP-X SIEMENS B81121CB125 C84 C01538 0U1 TRD 250VAC MKP-X SIEMENS B81121CB125 C85 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C86 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C87 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C88 C1510W 10N TRD Y5V PHILIPS 2222629 19103 C89 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C90 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C91 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C92 C01717 1N TRD 100V X7R SIEMENS B37981F1102K51 C93 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C95 C01764 0U1 TRD 63V X7R SIEMENS B37987F5104-K51 C96 C2410F 1000U TRD 35V DAEWOO RM35V1000UF C97 C01788 1U TRD 50V X7R MURATA RPER71H105K3M1 C98 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C99 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A D1 D00724 800V-8A TRD VELOCE PHILIPS BYR29F-800 D2 D00724 800V-8A TRD VELOCE PHILIPS BYR29F-800 D4 D00724 800V-8A TRD VELOCE PHILIPS BYR29F-800 D5 D00504 1N4148 TRD PHILIPS 1N4148 D6 D00504 1N4148 TRD PHILIPS 1N4148 D7 D00504 1N4148 TRD PHILIPS 1N4148 D8 D00504 1N4148 TRD PHILIPS 1N4148 D9 D00723 BYV32 TRD PHILIPS BYV32F-200/B D10 D00723 BYV32 TRD PHILIPS BYV32F-200/B D11 D00511 1N4002 TRD MIC 1N4002 D12 D00511 1N4002 TRD MIC 1N4002 D13 D00516 1N4007 TRD MIC 1N4007 D14 D00719 BYV26E TRD PHILIPS BYV26E/A52R D15 D00719 BYV26E TRD PHILIPS BYV26E/A52R D16 D00700 BYW98 TRD ST BYW98-200 D17 D00723 BYV32 TRD PHILIPS BYV32F-200/B D18 D00700 BYW98 TRD ST BYW98-200 D19 D00700 BYW98 TRD ST BYW98-200 D22 D00723 BYV32 TRD PHILIPS BYV32F-200/B D23 D00504 1N4148 TRD PHILIPS 1N4148 D24 D00504 1N4148 TRD PHILIPS 1N4148 D25 D00504 1N4148 TRD PHILIPS 1N4148 D26 D00504 1N4148 TRD PHILIPS 1N4148 D27 D00504 1N4148 TRD PHILIPS 1N4148 D28 D00504 1N4148 TRD PHILIPS 1N4148 D29 D00504 1N4148 TRD PHILIPS 1N4148 D30 D00504 1N4148 TRD PHILIPS 1N4148 D31 D00504 1N4148 TRD PHILIPS 1N4148 D32 D00504 1N4148 TRD PHILIPS 1N4148 D33 D00504 1N4148 TRD PHILIPS 1N4148



- 58 – Release 2.0

D34 D00504 1N4148 TRD PHILIPS 1N4148 D35 D00504 1N4148 TRD PHILIPS 1N4148 D36 D00504 1N4148 TRD PHILIPS 1N4148 D37 D00723 BYV32 TRD PHILIPS BYV32F-200/B D38 D00723 BYV32 TRD PHILIPS BYV32F-200/B D39 D00504 1N4148 TRD PHILIPS 1N4148 D49 D00504 1N4148 TRD PHILIPS 1N4148 DZ1 D00147 16V TRD 1W PHILIPS BZX85C16 DZ5 D00107 7V5 TRD 1W PHILIPS BZX85C7V5 DZ6 I00320 TL431 TRD ST TL431ACZ DZ7 D00060 3V3 TRD 0W5 PHILIPS BZX79C3V3 DZ8 D00062 3V3 TRD 1W PHILIPS BZX85C3V3 DZ9 D00172 27V TRD 1W PHILIPS BZX85C27 DZ10 D00147 16V TRD 1W PHILIPS BZX85C16 DZ11 D00162 22V TRD 1W PHILIPS BZX85C22 EC2 E05603 2X8PMASDIR TRD NL INDUSTRIES MFCB16Y EC3 E04704 MAT3PMASDIR TRD AMP 0.0350429-1 EC4 E04704 MAT3PMASDIR TRD AMP 0.0350429-1 EC5 E04708 MAT4PMASDIR TRD AMP 0-0350430-1 EC7 E04328 AMP4P90 TRD AMP 0-0280378-1 EC8 E04328 AMP4P90 TRD AMP 0-0280378-1 EC9 E04320 AMP2PDIR TRD AMP 0-0280370-1 EC10 E04340 AMP6PMASDIR TRD AMP O-O280372-2 F1 V0763E EF-12A TRD 5X20 SABBIA FUSIT 520HF12 F4 V0741A F-1A TRD 5X20 OMEGA FUSIBILI CF520210 F7 V0741A F-1A TRD 5X20 OMEGA FUSIBILI CF520210 F8 V0741A F-1A TRD 5X20 OMEGA FUSIBILI CF520210 L1 M00179 6MH TRD VL1000 METASYSTEM M00179 L2 M00086 15UH TRD SIEMENS B78108S1153K L3 M00086 15UH TRD SIEMENS B78108S1153K L4 XF7L25 120UH TRD 30A METASYSTEM XF7L25 L5 XF7L26 50UH TRD 60A METASYSTEM XF7L26 L6 M00086 15UH TRD SIEMENS B78108S1153K L7 XF7L25 120UH TRD 30A METASYSTEM XF7L25 L8 M00086 15UH TRD SIEMENS B78108S1153K L9 M00086 15UH TRD SIEMENS B78108S1153K L10 M00086 15UH TRD SIEMENS B78108S1153K L11 M00086 15UH TRD SIEMENS B78108S1153K L12 M00086 15UH TRD SIEMENS B78108S1153K L13 M00086 15UH TRD SIEMENS B78108S1153K L14 M00086 15UH TRD SIEMENS B78108S1153K L15 M00086 15UH TRD SIEMENS B78108S1153K L16 M00086 15UH TRD SIEMENS B78108S1153K P1 D0098H 800V-8A TRD PONTE GENERAL SEMIC. KBU8K P2 D0098H 800V-8A TRD PONTE GENERAL SEMIC. KBU8K PF1 V0000A PORTAFUSE TRD OMEGA FUSIBILI C1010 PF2 V0000A PORTAFUSE TRD OMEGA FUSIBILI C1010 PF3 V0000A PORTAFUSE TRD OMEGA FUSIBILI C1010 PF4 V0000A PORTAFUSE TRD OMEGA FUSIBILI C1010



- 59 – Release 2.0

Q1 T01144 IGBT TRD 600V-30A HARRIS HGTG30N60B3D Q2 T00550 BC337 TRD PHILIPS BC337-25 Q3 T00550 BC337 TRD PHILIPS BC337-25 Q4 T01144 IGBT TRD 600V-30A HARRIS HGTG30N60B3D Q5 T00540 BC327 TRD PHILIPS BC327-25 Q6 T00540 BC327 TRD PHILIPS BC327-25 Q7 T01144 IGBT TRD 600V-30A HARRIS HGTG30N60B3D Q8 T00550 BC337 TRD PHILIPS BC337-25 Q9 T00540 BC327 TRD PHILIPS BC327-25 Q10 T00550 BC337 TRD PHILIPS BC337-25 Q11 T01136 2SK2611 TRD TOSHIBA 2SK2611 Q12 T00550 BC337 TRD PHILIPS BC337-25 Q16 T01119 MOS-POT TRD TO220 SAMSUNG IRFZ14A Q17 T02000 MS1307 TRD IR 94-2293 R1 R01526 121K TRD 1% ROY MF25 121KOHM F R2 R01526 121K TRD 1% ROY MF25 121KOHM F R3 R01526 121K TRD 1% ROY MF25 121KOHM F R4 R01526 121K TRD 1% ROY MF25 121KOHM F R5 R01318 10K TRD 1% ROY MF25 10KOHM F R6 R03665 15K TRD FILO 7W ATE 7CS0225 R7 R00121 10 TRD ROY CR25PS10OHM J R8 R00121 10 TRD ROY CR25PS10OHM J R9 R02994 0.082 TRD 2W ATE 2CS0664 R10 R03665 15K TRD FILO 7W ATE 7CS0225 R11 R02994 0.082 TRD 2W ATE 2CS0664 R12 R00121 10 TRD ROY CR25PS10OHM J R13 R02994 0.082 TRD 2W ATE 2CS0664 R14 R02994 0.082 TRD 2W ATE 2CS0664 R15 R03209 10 TRD FILO 3W ATE 3CSS0001 R16 R04289 10K TRD 2W PIHER EO-02-10KOHM R17 R04175 270 TRD 2W PIHER EO-02-270OHM R18 R04175 270 TRD 2W PIHER EO-02-270OHM R19 R01318 10K TRD 1% ROY MF25 10KOHM F R20 R04289 10K TRD 2W PIHER EO-02-10KOHM R21 R04289 10K TRD 2W PIHER EO-02-10KOHM R22 R03462 560 TRD FILO 5W FAREM RFA5-560J5W R24 R04336 47K TRD 1W PIHER EO-01-47KOHM R25 R01126 1K TRD 1% ROY MF25 1KOHM F R26 R00481 10K TRD ROY CR25PS10KOHM J R27 R00441 4K7 TRD ROY CR25PS4.7KOHM J R28 R00311 390 TRD ROY CR25PS390 OHM J R29 R00481 10K TRD ROY CR25PS10KOHM J R30 R00521 22K TRD ROY CR25PS22KOHM J R31 R00401 2K2 TRD ROY CR25PS2.2KOHM J R32 R00761 2M2 TRD ROY CR25PS2.2MOHM J R33 R00441 4K7 TRD ROY CR25PS4.7KOHM J R34 R00441 4K7 TRD ROY CR25PS4.7KOHM J R35 R00481 10K TRD ROY CR25PS10KOHM J R36 R00481 10K TRD ROY CR25PS10KOHM J



- 60 – Release 2.0

R37 R01310 9K09 TRD 1% ROY MF25 9.09KOHM R38 R00431 3K9 TRD ROY CR25PS3.9KOHM J R39 R01126 1K TRD 1% ROY MF25 1KOHM F R40 R00431 3K9 TRD ROY CR25PS3.9KOHM J R41 R00241 100 TRD ROY CR25PS100 OHM J R42 R00641 220K TRD ROY CR25PS220KOHM J R43 R00441 4K7 TRD ROY CR25PS4.7KOHM J R44 R00701 680K TRD ROY CR25PS680KOHM J R45 R00681 470K TRD ROY CR25PS470KOHM J R46 R00681 470K TRD ROY CR25PS470KOHM J R47 R00661 330K TRD ROY CR25PS330KOHM J R48 R01606 316K TRD 1% ROY MF25 316KOHM F R49 R01606 316K TRD 1% ROY MF25 316KOHM F R50 R01606 316K TRD 1% ROY MF25 316KOHM F R51 R00601 100K TRD ROY CR25PS100KOHM J R52 R01368 18K2 TRD 1% ROY MF25 18.2KOHM F R53 R00481 10K TRD ROY CR25PS10KOHM J R54 R00321 470 TRD ROY CR25PS470 OHM J R55 R00441 4K7 TRD ROY CR25PS4.7KOHM J R56 R00521 22K TRD ROY CR25PS22KOHM J R57 R00441 4K7 TRD ROY CR25PS4.7KOHM J R58 R00481 10K TRD ROY CR25PS10KOHM J R59 R00061 3.03 TRD ROY CR25PS3.3 OHM J R60 R00361 1K TRD ROY CR25PS1KOHM J R61 R00661 330K TRD ROY CR25PS330KOHM J R62 R01318 10K TRD 1% ROY MF25 10KOHM F R63 R00121 10 TRD ROY CR25PS10OHM J R64 R00441 4K7 TRD ROY CR25PS4.7KOHM J R65 R00481 10K TRD ROY CR25PS10KOHM J R66 R00481 10K TRD ROY CR25PS10KOHM J R67 R01510 100K TRD 1% ROY MF25 100KOHM F R68 R04336 47K TRD 1W PIHER EO-01-47KOHM R69 R01126 1K TRD 1% ROY MF25 1KOHM F R70 R09000 0 TRD SUN ELECTRONIC RC1000 R71 R00241 100 TRD ROY CR25PS100 OHM J R72 R01126 1K TRD 1% ROY MF25 1KOHM F R73 R01198 2K37 TRD 1% ROY MF25 2.37KOHM F R74 R01256 4K75 TRD 1% ROY MF25 4.75KOHM F R75 R01510 100K TRD 1% ROY MF25 100KOHM F R76 R00371 1K2 TRD ROY CR25PS1.2KOHM J R77 R01126 1K TRD 1% ROY MF25 1KOHM F R78 R01238 3K83 TRD 1% ROY MF25 3.83KOHM F R79 R00401 2K2 TRD ROY CR25PS2.2KOHM J R81 R00361 1K TRD ROY CR25PS1KOHM J R82 R01526 121K TRD 1% ROY MF25 121KOHM F R83 R09000 0 TRD SUN ELECTRONIC RC1000 R85 R01206 2K61 TRD 1% ROY MF25 2.61KOHM F R86 R01318 10K TRD 1% ROY MF25 10KOHM F R87 R00721 1M TRD ROY CR25PS1MOHM J



- 61 – Release 2.0

R88 R01126 1K TRD 1% ROY MF25 1KOHM F R89 R02994 0.082 TRD 2W ATE 2CS0664 R90 R00362 1K TRD 1/2W ROY CR50PS 1KOHM J R91 R01246 4K22 TRD 1% ROY MF25 4.22KOHM F R92 R01438 42K2 TRD 1% ROY MF25 42.2KOHM F R93 R00621 150K TRD ROY CR25PS150KOHM J R94 R01270 5K62 TRD 1% ROY MF25 5.62KOHM F R95 R00361 1K TRD ROY CR25PS1KOHM J R96 R00161 22 TRD ROY CR25PS 22OHM J R97 R00561 47K TRD ROY CR25PS47KOHM J R98 R04001 1 TRD 2W PIHER EO-02 1 OHM R99 R00362 1K TRD 1/2W ROY CR50PS 1KOHM J R100 R00561 47K TRD ROY CR25PS47KOHM J R101 R00361 1K TRD ROY CR25PS1KOHM J R102 R00361 1K TRD ROY CR25PS1KOHM J R103 R03283 33 TRD FILO 7W ATE 7CS33R-5% R109 R00362 1K TRD 1/2W ROY CR50PS 1KOHM J R110 R00481 10K TRD ROY CR25PS10KOHM J R111 R00481 10K TRD ROY CR25PS10KOHM J R112 R00441 4K7 TRD ROY CR25PS4.7KOHM J R113 R01162 1K54 TRD 1% ROY MF25 1.54KOHM F R114 R01318 10K TRD 1% ROY MF25 10KOHM F R115 R00481 10K TRD ROY CR25PS10KOHM J R116 R00121 10 TRD ROY CR25PS10OHM J R117 R00441 4K7 TRD ROY CR25PS4.7KOHM J R118 R00481 10K TRD ROY CR25PS10KOHM J RK1 I00318 LM335 TRD NATIONAL LM335AZ RL1 E02004 RELE-12V-16A-1SC TRD SCHRACK RP71001 RV1 R0516 4K7 TRD ORIZ BOURNS 3386P-1-502 RV2 R0514 2K2 TRD ORIZ BOURNS 3386P-1-202 RV3 R0516 4K7 TRD ORIZ BOURNS 3386P-1-502 RV4 R0516 4K7 TRD ORIZ BOURNS 3386P-1-502 SH1 R09007 SHUNT TRD D2-35MM-H8 METASYSTEM R09007 SH2 R09007 SHUNT TRD D2-35MM-H8 METASYSTEM R09007 SH3 R09007 SHUNT TRD D2-35MM-H8 METASYSTEM R09007 SH4 R09007 SHUNT TRD D2-35MM-H8 METASYSTEM R09007 T1 M02197 TRASF-PILOT-VL1000 TRD METASYSTEM M02197 T2 XF7L60 TRASF-SENS-CORRENTE TRD VL1000 METASYSTEM XF7L60 T3 M02196 TRASF-USCITA-VL1000 TRD METASYSTEM M02196 T4 M02198 TRASFVL1000 TRD METASYSTEM M02198 U1 I00315 MC33079 TRD MOTOROLA MC33079P U2 I00315 MC33079 TRD MOTOROLA MC33079P U3 A03012 TLP521 TRD SIEMENS SFH615A-3 U4 I00422 SG3525 TRD ST SG3525AN U5 I00420 UC3854 TRD UNITRODE UC3854N U6 A03012 TLP521 TRD SIEMENS SFH615A-3 U7 I00423 UC3844 TRD ST UC3844N


- 62 – Release 2.0

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

S3114D.SCH

FILTRO RETE VL1000 PLUS

META SYSTEM S.p.A

PROPERTY ALL RIGHTS RESERVED ART1151-1/2/3

IL TECNICO PROGETTISTA:INCERTI ERNESTO

IL TECNICO DISEGNATORE:SCORTICATI STEFANO

A

1 1Thursday, February 22, 2001

Title


Date: Sheet of

C4

2N2

Y

L3

2M7H

16A

EC4

PRESA-10A-250V

CS-90

PF2

L2

2M7H

16A

L1

150UH

VR3

275V40J

PF1

PORTAFUSE

D10-CS-20A

R1

100K

TRD

F-2A

R3

100K

TRD

R2

100K

TRD

VR6

275V40J

VR2

275V40J

VR5

275V40J

VR4

275V40J

C1

1U

250VAC

C3

2N2

Y

C2

1U

250VAC

EC1

MAT6PMAS90

1

2

3

4

5

6

1

PF3

PORTAFUSE

C5C6

2N2

250VAC

Y

F-16A

N

L

LINE

INPUT


- 63 – Release 2.0

EC2

H2H1

H3

H4

H5

L1

H6

H7


CODICE:

TITOLO:

DATA:



SCALA:

___________________________

___________________________

RIFERIM. X:

R

METASYSTEM

R

R1R2R31E

EC3

C1

C2

C3

C4

N

E

L

EC4

L2

PF1

PF3

VR2

VR3

VR4

VR5

VR6

L3

C5

C6

CAVALCABUE

INCERTIFILTRO VL1000 PLUS

127:89

S3114D 22-11-00


- 64 – Release 2.0

FILTRO RETE VL1000 PLUS Revised: Thursday, February 22, 2001 S3114D.SCH Revision: ?

META SYSTEM S.p.A PROPERTY ALL RIGHTS RESERVED ART1151-1/2/3

IL TECNICO PROGETTISTA:INCERTI ERNESTO IL TECNICO DISEGNATORE:SCORTICATI STEFANO


Page1


C1 C00188 1U TRD 250VAC MKP-X OKAYA CO-RE105 C2 C00188 1U TRD 250VAC MKP-X OKAYA CO-RE105 C3 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C4 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C5 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A C6 C00187 2N2 TRD 250VAC Y MURATA DE2E3KY222MN2A EC1 E04718 MAT6PMAS90 TRD AMP 0-640583-1 EC4 E04815 PRESA-10A-250V TRD CS-90 K&B 43R65.1111 F1 V0765F F-16A TRD 10X38 GI OMEGA FUSIBILI GI 138-316 F2 V0747A F-2A TRD 5X20 OMEGA FUSIBILI CF 520-220 L1 M00166 150UH TRD 8A TISCI 1X150 UH L2 M00174 2M7H TRD 16A TISCI 2X2.5 MH L3 M00174 2M7H TRD 16A TISCI 2X2.5 MH PF1 V0000 PORTAFUSE TRD D10-CS-20A BUSS 1A-3400-09 PF2 V0000 PORTAFUSE TRD D10-CS-20A BUSS 1A-3400-09 PF3 V0000A PORTAFUSE TRD OMEGA FUSIBILI C1010 R1 R00601 100K TRD ROY CR25PS 100KOHM J R2 R00601 100K TRD ROY CR25PS 100KOHM J R3 R00601 100K TRD ROY CR25PS 100KOHM J VR2 R06150 275V40J TRD SIEMENS SIOVS20K275 VR3 R06150 275V40J TRD SIEMENS SIOVS20K275 VR4 R06150 275V40J TRD SIEMENS SIOVS20K275 VR5 R06150 275V40J TRD SIEMENS SIOVS20K275 VR6 R06150 275V40J TRD SIEMENS SIOVS20K275


- 65 – Release 2.0

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

S3115D01.SCH

CONTROLLER VL1000 PLUS

META SYSTEM S.P.A.


Resp.Tecnico: Allegri

Disegnatore: Scorticati

D

1 1Thursday, March 01, 2001

Title


Date: Sheet of

R45

1M

Q2BC817

C63

1N

COG

R96

47K

C601N

COG

L9

15UH

RV2

10KCW

C3910U

50V

RV3

10K

CW

C29

15P

U1D

LM324

12

13

14-

+

DZ1

BZX84-6V8

2

3

1

R94

470

R42

330K

R84

47K

R72

15K

C31N

COG

C42

1N

COG

U3A

LM324

3

2

1

411

-

+

R11

100K

C55

0U1

X

C75

10N

X

R8

C77

10N

X

R110470K

R99

10K

C68

10N

X

U3C

LM324

10

9

8-

+

R80

100K

Q5

IRLML2803

C86

10N

X

C52

0U1

X

C24

1N

COG

L7

15UH

TRD

RL2

RELE-12V-1A-2SC

2 1

6

7

5

8

4

3

D6

BAV70

2

3

1

R59

1K

1206

R24

10K

D10

BAV99

2

3

1

R61

10K

C44

0U1

X

Q4

BC817

C16

0U1

X

R116

470

1206

RV7

10KORIZ

CW

R5510K

1%

R95

470

R100

10K

R119

470

1206

EC13

2

1

R68

47K

R123

680

1206

R34

100K

L11

15UH

TRD

R2

22K

R113

10K

R124

680

1206

R13

390

1206

U12

DS75176B

RO1

RE2

DE3

DI4

GND5

DO/RI6

DO/DI7

VCC8

D12

BAW56

2

3

1

U7

Z

L12

15UH

TRD

R43

390

1206

R48

1K5

C560U1

X

R114

10K

D13

BAW56

2

3

1

R58

10K

R125

680

1206

JP2

HE-13/14-2P

1

2

R3110K

Q7

BC807

X1

16MHZ

U6

ST93C86

CS1

SK2

DI3

DO4

GND5

ORG6

N.C7

VCC8

R126

10K

R10

C21

0U1 X

R64

470K

C41

0U1

XR127

2K2

R29100K

C4

100U

TRD

25V

Q1

BC817

Q8

BC817

L17

15UH

R87

5K6

1%

C18

1N

COG

R111

10K

R128

1K

C5

0U1

X

R50

2K2

C30

0U1

X

U9

DS14C232

C1+1

V+2

C1-3

C2+4

C2-5

V-6

DO27

RI28

RO29

DI210

DI111

RO112

RI113

DO114

GND15

VCC16

U11ALM358

3

2

1

48

-

+

R121

68

TRD

D11

BAV99

2

3

1

R90

15K

D8SM4004

C76

10N

X

U4

L4949

VS1

SI2

VZ3

CT4

GND5

RES6

SO7

VO8

C19

1N

COG

R57

6K8

D7

BAW56

2

3

1

RL1

RELE-12V-1A-2SC

2 1

6

7

5

8

4

3

R17

10K

R62

470

C4310U

50V

6X6

JP7

1

2

C47

0U1

X

R98

4K7

C78

10N

X

L15

15UH

Q6

BC817

D3

BAV99

2

3

1

C34

10U

50V

6X6

C3510U

50V6X6

U2B

LM324

5

6

7-

+

C3610U

50V

6X6

R81

47K

C49

1N

X

U13

74HC4066

1Y1

1Z2

2Y4

2Z3

3Y8

3Z9

4Y11

4Z10

4E12

3E6

2E5

1E13

VCC14

GND7

C72

10N

X

C85

10N

X

R92

470

EC9

DB9-FEM-90

5 9 4 8 3 7 2 6 1

L13

15UH

TRD

D5

BAV99

2

3

1

R46

10K

EC2

2X5PMASDIR

1 2

3 4

5 6

7 8

9 10

R65

2K2

R88

18K

1%

U5

7805

I2

G3

O1

RV6

10K

CW

R67

10K

Q3

BC817

EC7

DB15-FEM-90

8

15

7

14

6

13

5

12

4

11

3

10

2

9

1

C74

10N

X

PIC17C756A

RC7

61RC

662

RC5

63RC

464

RC3

65RC

266

RC1

67VS

S68

NC1

VDD

2RC

03

RD7

4RD

65

RD5

6RD

47

RD3

8RD

29

RD110

RD011

RE012

RE113

RE214

RE315

MCLR16

TEST17

NC18

VSS19

VDD20

RF721

RF622

RF523

RF424

RF325

RF226

RF1

27

RF0

28

AVDD

29

AVSS

30

RG3

31

RG2

32

RG1

33

RG0

34

NC35

VSS

36

VDD

37

RG4

38

RG5

39

RG7

40

RG6

41

RA5

42

RA4

43

RA144

RA245

RA346

RB647

RB748

VDD49

OSC150

OSC251

NC52

VSS53

RB254

RB555

RB456

RB357

RB158

RB059

RA060

C46

0U1

X

R3

470K

R54

10K

C11220U

TRD

35V

C91N

COG

R26100K

C90100U16V

C20

1N

COG

R63

470

C101N

COG

R53

1K15

1%

L8

15UH TRD

U8

PCF8593T

OSC

I1

OSC

O2

RESE

T3

VSS

4SD

A5

SCL

6

INT

7

VPP

8

C59

0U1

X

R122

1K5

1206

L16

15UH

S1

R2210K

R117

56

TRD

1/2W

R19

100K

R115

470

R60

4K7

C17

0U1

X

D1

SM4004

R23

390

1206

R97

1K

R39140K

1%

R47

10K

R44

390

1206

X232K768

TRD

R30

100K

DS1

C6

0U1

X

L3

15UH

R51

10K

U1C

LM324

10

9

8-

+

C660U1

X

R70

100

D2

SM4004

C7

0U1

X

R66

10K

C2

100U

16V

6X6

R75

470

C67

0U1

X

R13110K

C400U1

X

R89

1K

1206

C1

0U1

X

C12

0U1

X

R35

1K5

C70

10N

X

R71

33K

C13

0U1

X

C62

0U1 X

C79

10N

X

R15

390

1206

C14100U

16V 6X6

C27

0U1

X

R102

100K

L1

15UH

R25

390

1206

R112

470K

R1

270

C151N

COG

U1A

LM324

3

2

1

411

+

-

C89

100U

16V

C320U1X

R56

10K

RV510KC

W

R77

470K

U2A

LM324

3

2

1

411

+

-

R32

100K

1%

R18

10K

R12

10K

L19

15UH

R52

10K

R132

39K

C310U1X

L22

15UHR74

470

EC12

DB18-MAS-90

10 15 11 16 12 17 13 18 14

5 9 4 8 3 7 2 6 1

R4

C22

1N

COG

R3710K

L20

15UH

C33

1N

COG

C84

10N

X

R73 56K

R78

470

U11B

LM358

5

6

7-

+

C91100U16V

R104

10K

R107

10K

D4

SM4004

L21

15UH

R69

10K

RV1

10K

CW

R101

10K

C64

0U1

X

R105

100K

R130

10K

L18

15UH

D9BAV99

2

3

1

R36

1K

C58

1U

X

C26

1N

COG

R27

100K

R33

10K

L4

15UH

L2

15UH

TRD

R28100K

C51

0U1

X

C73

10N

X

C48

1U

X

C83

10N

X

R82

470U3D

LM324

12

13

14-

+

R103

100K

R16100K

C37

10U

50V

6X6

EC5

AMP4PDIR

4 3 2 1

R5

C230U1

X

U2D

LM324

12

13

14-

+

R14

10K

CP1

TRD

R79

10K

C28

15P

R7

U3B

LM324

5

6

7-

+

L5

15UH

TRD

R108

10K

R109

10K

EC1

2X8PMASDIR

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

RL3

RELE-12V-1A-2SC

21 6 7 5 8

43

R129

470K

U1B

LM324

5

6

7+

-

R9

L10

15UH

TRD

R40

10K

C53

1N

COG

C45

1N

COG

C50

1N

COG

VB1

RV4

10K

CW

C65

0U1

X

R6

U2C

LM324

10

9

8+

-

C82

10N

X

C25

1N

COG

EC4

2X5PMASDIR

+ ESPULS

1 2

3 4

5 6

7 8

9 10

R21

10K

R86

8K2

C87

10N

X

L14

15UH

TRD

R106

100K

C81N

COG

R83

470

C54

0U1 X

R85

15K

C71

10N

X

R38

10K

C570U1

X

R41

100K

R93

27K

R20100K

EC3

2X13PMASDIR

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

R76

1K

1206

R4910K

C38

10-40P

R91100K

L6

15UH

TRD

C69

10N

X

LALARM1

LVSWR LPOWER

LALC

LDCOUT PDOWN

PENTER PUP

L2-DISPLAY

L1-DISPLAY LALARM

OVERL.P.S. OVERLOAD

ST-BY COM NEG SIG

IOUT MEAS

VOUT MEAS

REF MEAS

DIR MEAS

ST-BY IN POWER S. OVH OVHP

ST-BY OUT_1

ST-BY COM

RESET COM

RF OVH OVHR

ALLARME

EXC SWR-UNBAL EXCSWR

VOUT IOUT

ALC CTRL POWER S. OVH

ST-BY P.S. OVERL.P.S.

ST-BY OUT

ADREF PS ALLARME

L2-DISPLAY

FAN CONTROL

RESET COM

LALARM

+ 15/-15

REF INSTR LDISPLAY

FAN CONTROL DIR INSTR

OVHR

PENTER

XCOM LDISPLAY

3DB

VSWR L1-DISPLAY

REF DIR

EXC SWR-UNBAL RF OVH

RF1

IOUTS

ADREF LVSWR

OVHP

VOUTS

ST-BY P.S.

LALC

ST-BY OUT

LDCOUT

LPOWER

RF1

XCOM

XCOM

XCOM LALARM1

LDCOUT

ADREF PS

3dB

VOUTS

VREF5V

ALC CTRL VOUT MEAS

REF VOUT

IOUTS

IOUT

DIR IOUT MEAS

REF MEAS REF INSTR

ALC

DIR MEAS DIR INSTR

PUP ALC

PDOWN

OVERLOAD

EXCSWR

RESETA

ST-BY IN

ADREF

LVSWR

VSWR

LALC

VDD

VDD

VDD

VDD

VDD

+ 5

+ 15

+ 15

+ 15

+ 15

+ 15

+ 15

+ 5

VDD VDD

+ 15

+ 15 + 15

+ 15

+ 15

+ 15 + 15

VDD

VDD

+ 5

+ 5

+ 5

VDD

+ 15

+ 5 + 5

VDD

VDD

VDD

+ 5

+ 15

+ 15 + 15

VDD

+ 15VDD

-15

-15

-15

-15

-15 -15

-15

-15

+ 5

VDD

+ 15

D7

R/W

I/D

RESET

ALLARMI

45

DB15-2

56

33

24

55

48

12

JP2

13

47

31

60

JP1

44

JP1

34

28

22

23

59

CS

TO

POWER SUPPLY

TO RF MODUL

D0

D1

D2

D3

D4

D5

D6

-3dB

REF

DIR REF

INST

DIR

INST

CURR

INST

VOLT

INST

RESET

PASSWD

ON/OFF



- 66 – Release 2.0

HANU1

HANU2

HANU3HANU4


CODICE:^ K

TITOLO:

DATA:



SCALA:

___________________________

___________________________

RIFERIM. X:

R

METASYSTEM

R

C89

C90

D8

C91

1EEC5

C1

C10

+

-

C11

C12

C13

C14

C15

C16

C17

C18

C19

C2

C20

C21

C22

C23

C24

C25

C26

C27

C28C29

C3

C30

C31

C32

C33

C34

C35

C36

C37

C38

C39

C4

C40

C41

C42

C43

C44

C45

C46

C47

C48

C49

C5

C50

C51

C52

C53

C54

C55

C56

C57

C58

C59

C6

C60

C62

C63 C

64C

65

C66

C7

C8

C9

CP1

D1

D2

D3

D4

D5

D6

D7

DZ1

1E2

1516

EC1

1E2

9510

EC2

L1

L10

L11

L12

L13

L14

L15

L16

L17

L18

L19

L2

L20L21

L22

L3

L4

L5

L6

L7

L8

L9

EC7

EC12

EC9

Q1

Q2

Q3

Q4

Q5

R1

R10

R11

R12

R13

R14

R15

R16

R17

R18

R19

R2

R20

R21

R22

R23

R24

R25

R26

R27

R28

R29

R3

R30

R31

R32

R33

R35

R36

R37

R38

R39

R4

R40

R41

R42

R43

R44

R45

R46

R47

R48

R49

R5

R50

R51

R52

R53

R54

R55

R56

R57

R58

R59

R6

R60

R61

R62 R6

3

R64

R65

R66

R67

R68

R69

R7

R70

R71

R72

R73

R74

R75

R76

R77

R78

R79

R8

R80

R81

R82

R83

R84

R85

R86

R87

R88

R89

R9

R90

R91

R92

R93

R94

R95

R96

CM1 CM2

NA1 NA2

NC1 NC2

+-

RL1

CM1CM2

NA1NA2

NC1NC2

+ -

RL2

CM1 CM2

NA1 NA2

NC1 NC2

+-

RL3

1M 38

RV1

1M 38

RV2

1M 38

RV3

1M 38

RV4

1M 38RV5

1M 38

RV6

1M 38

RV7

CM

1

CM

1C

M2

CM

2

S1

1M 4^K

5Ô

8

U11

1M

4^ K 5^ O

8

U12

1M7^K

8Ô

14U1

1M7^K

8Ô

14U2

1M7^K

8Ô

14U3

1M4^K

5Ô

8

U4

U5

1M

4^K5Ô

8

U61M

18

35

52

U7

1M

4^K5Ô

8

U8

1M 8895

16

U9X1

X2

1M7^K

8Ô

14U13

C67

R97

R98

R99Q6

C68

C69

C70

C71C72

C73 C74

C75

C76

C77

C78C79

C82C83

C84

C85C86

C87

R100

R101

1E 2

25 26

EC3

D9

R102

R103

R104

R105

R106

R107

R108

R109

R110

R111

R112

R113

R114

R115

R117

R121

R122

1E2

9510

EC4

D10

D11

R116

R119

R123

R124

R125

D12D13

Q7Q8

R126

R127

R128

1E

EC13

JP2

R34

R129

R130

R131

R132

3:2

ALLEGRI

S3115D01 26/09/2000

SCHEDA CONTROLLER VL1000 PLUS

SCORTICATI


- 67 – Release 2.0

CONTROLLER VL1000 PLUS Revised: Thursday, March 01, 2001 S3115D01.SCH Revision: ?

META SYSTEM S.P.A. Property all rights reserved art.1151-1/2/3 Resp.Tecnico: Allegri Disegnatore: Scorticati


Page1

Comp. No. Stock No. designation Manufacturer designation

A1 I01978 PIC17C756A TRD MICROCHIP PIC17C756AT C1 C3610F 0U1 X MURATA GRM40X7R104K25 C2 C43101 100U 16V 6X6 NIC NACE101M16VTR C3 C3410B 1N COG MURATA GRM40COG102J50 C4 C2310C 100U TRD 25V ELNA RE2-025V101M C5 C3610F 0U1 X MURATA GRM40X7R104K25 C6 C3610F 0U1 X MURATA GRM40X7R104K25 C7 C3610F 0U1 X MURATA GRM40X7R104K25 C8 C3410B 1N COG MURATA GRM40COG102J50 C9 C3410B 1N COG MURATA GRM40COG102J50 C10 C3410B 1N COG MURATA GRM40COG102J50 C11 C2322F 220U TRD 35V ELNA RE2-035V221M C12 C3610F 0U1 X MURATA GRM40X7R104K25 C13 C3610F 0U1 X MURATA GRM40X7R104K25 C14 C43101 100U 16V 6X6 NIC NACE101M16VTR C15 C3410B 1N COG MURATA GRM40COG102J50 C16 C3610F 0U1 X MURATA GRM40X7R104K25 C17 C3610F 0U1 X MURATA GRM40X7R104K25 C18 C3410B 1N COG MURATA GRM40COG102J50 C19 C3410B 1N COG MURATA GRM40COG102J50 C20 C3410B 1N COG MURATA GRM40COG102J50 C21 C3610F 0U1 X MURATA GRM40X7R104K25 C22 C3410B 1N COG MURATA GRM40COG102J50 C23 C3610F 0U1 X MURATA GRM40X7R104K25 C24 C3410B 1N COG MURATA GRM40COG102J50 C25 C3410B 1N COG MURATA GRM40COG102J50 C26 C3410B 1N COG MURATA GRM40COG102J50 C27 C3610F 0U1 X MURATA GRM40X7R104K25 C28 C3215B 15P COG MURATA GRM40COG150J50 C29 C3215B 15P COG MURATA GRM40COG150J50 C30 C3610F 0U1 X MURATA GRM40X7R104K25



- 68 – Release 2.0

C31 C3610F 0U1 X MURATA GRM40X7R104K25 C32 C3610F 0U1 X MURATA GRM40X7R104K25 C33 C3410B 1N COG MURATA GRM40COG102J50 C34 C42106 10U 50V 6X6 ELNA RV2-50V100M-R C35 C42106 10U 50V 6X6 ELNA RV2-50V100M-R C36 C42106 10U 50V 6X6 ELNA RV2-50V100M-R C37 C42106 10U 50V 6X6 ELNA RV2-50V100M-R C38 C05067 10-40P MURATA TZBX4P400BB110T00 C39 C42106 10U 50V 6X6 ELNA RV2-50V100M-R C40 C3610F 0U1 X MURATA GRM40X7R104K25 C41 C3610F 0U1 X MURATA GRM40X7R104K25 C42 C3410B 1N COG MURATA GRM40COG102J50 C43 C42106 10U 50V 6X6 ELNA RV2-50V100M-R C44 C3610F 0U1 X MURATA GRM40X7R104K25 C45 C3410B 1N COG MURATA GRM40COG102J50 C46 C3610F 0U1 X MURATA GRM40X7R104K25 C47 C3610F 0U1 X MURATA GRM40X7R104K25 C48 C3710F 1U X MURATA GRM21BR71A105K C49 C3410F 1N X MURATA GRM40X7R102K50 C50 C3410B 1N COG MURATA GRM40COG102J50 C51 C3610F 0U1 X MURATA GRM40X7R104K25 C52 C3610F 0U1 X MURATA GRM40X7R104K25 C53 C3410B 1N COG MURATA GRM40COG102J50 C54 C3610F 0U1 X MURATA GRM40X7R104K25 C55 C3610F 0U1 X MURATA GRM40X7R104K25 C56 C3610F 0U1 X MURATA GRM40X7R104K25 C57 C3610F 0U1 X MURATA GRM40X7R104K25 C58 C3710F 1U X MURATA GRM21BR71A105K C59 C3610F 0U1 X MURATA GRM40X7R104K25 C60 C3410B 1N COG MURATA GRM40COG102J50 C62 C3610F 0U1 X MURATA GRM40X7R104K25 C63 C3410B 1N COG MURATA GRM40COG102J50 C64 C3610F 0U1 X MURATA GRM40X7R104K25 C65 C3610F 0U1 X MURATA GRM40X7R104K25 C66 C3610F 0U1 X MURATA GRM40X7R104K25 C67 C3610F 0U1 X MURATA GRM40X7R104K25 C68 C3510F 10N X MURATA GRM40X7R103K50 C69 C3510F 10N X MURATA GRM40X7R103K50 C70 C3510F 10N X MURATA GRM40X7R103K50 C71 C3510F 10N X MURATA GRM40X7R103K50 C72 C3510F 10N X MURATA GRM40X7R103K50 C73 C3510F 10N X MURATA GRM40X7R103K50 C74 C3510F 10N X MURATA GRM40X7R103K50 C75 C3510F 10N X MURATA GRM40X7R103K50 C76 C3510F 10N X MURATA GRM40X7R103K50 C77 C3510F 10N X MURATA GRM40X7R103K50 C78 C3510F 10N X MURATA GRM40X7R103K50 C79 C3510F 10N X MURATA GRM40X7R103K50 C82 C3510F 10N X MURATA GRM40X7R103K50



- 69 – Release 2.0

C83 C3510F 10N X MURATA GRM40X7R103K50 C84 C3510F 10N X MURATA GRM40X7R103K50 C85 C3510F 10N X MURATA GRM40X7R103K50 C86 C3510F 10N X MURATA GRM40X7R103K50 C87 C3510F 10N X MURATA GRM40X7R103K50 C89 C43101 100U 16V 6X6 NIC NACE101M16VTR C90 C43101 100U 16V 6X6 NIC NACE101M16VTR C91 C43101 100U 16V 6X6 NIC NACE101M16VTR CP1 E10000 CONT-PILE-SMD TRD METASYSTEM E10000 D1 D05021 SM4004 PHILIPS S1G D2 D05021 SM4004 PHILIPS S1G D3 D05006 BAV99 PHILIPS BAV99 D4 D05021 SM4004 PHILIPS S1G D5 D05006 BAV99 PHILIPS BAV99 D6 D05002 BAV70 PHILIPS BAV70 D7 D05011 BAW56 PHILIPS BAW56 D8 D05021 SM4004 PHILIPS S1G D9 D05006 BAV99 PHILIPS BAV99 D10 D05006 BAV99 PHILIPS BAV99 D11 D05006 BAV99 PHILIPS BAV99 D12 D05011 BAW56 PHILIPS BAW56 D13 D05011 BAW56 PHILIPS BAW56 DS1 G00003 DISSIP TRD TO220 PADA ENG. 8100/25/N DZ1 D01682 BZX84-6V8 PHILIPS BZX84-C-6V8 EC1 E05603 2X8PMASDIR TRD NL INDUSTRIES MFCB16Y EC2 E05601 2X5PMASDIR TRD NL INDUSTRIES MFCB10Y EC3 E05604 2X13PMASDIR TRD BREDI ELET. H311-026P EC4 E05601 2X5PMASDIR TRD NL INDUSTRIES MFCB10Y EC5 E04330 AMP4PDIR TRD AMP 0-0280371-1 EC7 E0405S DB15-FEM-90 TRD CS NL INDUSTRIES F15MWC06 EC9 E04043 DB9-FEM-90 TRD NL INDUSTRIES F9MWC06 EC12 E0405B DB18-MAS-90 TRD NL INDUSTRIES FM9TW1AU30 EC13 E04320 AMP2PDIR TRD AMP 0-0280370-1 JP2 E04300 HE-13/14-2P TRD LUMBERG 2.5 MS02 JP7 E04300 HE-13/14-2P TRD LUMBERG 2.5 MS02 L1 M12150 15UH SIEMENS B8242A1153K100 L2 M00086 15UH TRD SIEMENS B78108S1153K L3 M12150 15UH SIEMENS B8242A1153K100 L4 M12150 15UH SIEMENS B8242A1153K100 L5 M00086 15UH TRD SIEMENS B78108S1153K L6 M00086 15UH TRD SIEMENS B78108S1153K L7 M00086 15UH TRD SIEMENS B78108S1153K L8 M00086 15UH TRD SIEMENS B78108S1153K L9 M12150 15UH SIEMENS B8242A1153K100 L10 M00086 15UH TRD SIEMENS B78108S1153K L11 M00086 15UH TRD SIEMENS B78108S1153K L12 M00086 15UH TRD SIEMENS B78108S1153K L13 M00086 15UH TRD SIEMENS B78108S1153K L14 M00086 15UH TRD SIEMENS B78108S1153K



- 70 – Release 2.0

L15 M12150 15UH SIEMENS B8242A1153K100 L16 M12150 15UH SIEMENS B8242A1153K100 L17 M12150 15UH SIEMENS B8242A1153K100 L18 M12150 15UH SIEMENS B8242A1153K100 L19 M12150 15UH SIEMENS B8242A1153K100 L20 M12150 15UH SIEMENS B8242A1153K100 L21 M12150 15UH SIEMENS B8242A1153K100 L22 M12150 15UH SIEMENS B8242A1153K100 Q1 T05001 BC817 PHILIPS BC817-25 Q2 T05001 BC817 PHILIPS BC817-25 Q3 T05001 BC817 PHILIPS BC817-25 Q4 T05001 BC817 PHILIPS BC817-25 Q5 T05421 IRLML2803 IR IRLML2803 Q6 T05001 BC817 PHILIPS BC817-25 Q7 T05003 BC807 PHILIPS BC807-25 Q8 T05001 BC817 PHILIPS BC817-25 R1 R23271 270 0805 SIEMENS B54102A1 271J60 R2 R25221 22K 0805 SIEMENS B54102A1 223J60 R3 R26471 470K 0805 SIEMENS B54102A1 474J60 R4 R26471 470K 0805 SIEMENS B54102A1 474J60 R5 R26471 470K 0805 SIEMENS B54102A1 474J60 R6 R26471 470K 0805 SIEMENS B54102A1 474J60 R7 R26471 470K 0805 SIEMENS B54102A1 474J60 R8 R26471 470K 0805 SIEMENS B54102A1 474J60 R9 R26471 470K 0805 SIEMENS B54102A1 474J60 R10 R26471 470K 0805 SIEMENS B54102A1 474J60 R11 R26101 100K 0805 SIEMENS B54102A1 104J60 R12 R25101 10K 0805 SIEMENS B54102A1 103J60 R13 R23390 390 1206 SIEMENS B54103A1 391J60 R14 R25101 10K 0805 SIEMENS B54102A1 103J60 R15 R23390 390 1206 SIEMENS B54103A1 391J60 R16 R26101 100K 0805 SIEMENS B54102A1 104J60 R17 R25101 10K 0805 SIEMENS B54102A1 103J60 R18 R25101 10K 0805 SIEMENS B54102A1 103J60 R19 R26101 100K 0805 SIEMENS B54102A1 104J60 R20 R26101 100K 0805 SIEMENS B54102A1 104J60 R21 R25101 10K 0805 SIEMENS B54102A1 103J60 R22 R25101 10K 0805 SIEMENS B54102A1 103J60 R23 R23390 390 1206 SIEMENS B54103A1 391J60 R24 R25101 10K 0805 SIEMENS B54102A1 103J60 R25 R23390 390 1206 SIEMENS B54103A1 391J60 R26 R26101 100K 0805 SIEMENS B54102A1 104J60 R27 R26101 100K 0805 SIEMENS B54102A1 104J60 R28 R26101 100K 0805 SIEMENS B54102A1 104J60 R29 R26101 100K 0805 SIEMENS B54102A1 104J60 R30 R26101 100K 0805 SIEMENS B54102A1 104J60 R31 R25101 10K 0805 SIEMENS B54102A1 103J60 R32 R56100 R36100 100K 0805 1% SIEMENS B54102A2 104F060 R33 R25101 10K 0805 SIEMENS B54102A1 103J60



- 71 – Release 2.0

R34 R26101 100K 0805 SIEMENS B54102A1 104J60 R35 R24151 1K5 0805 SIEMENS B54102A1 152J60 R36 R24101 1K 0805 SIEMENS B54102A1 102J60 R37 R25101 10K 0805 SIEMENS B54102A1 103J60 R38 R25101 10K 0805 SIEMENS B54102A1 103J60 R39 R56140 140K 0805 1% SIEMENS B54102A2 144F060 R40 R25101 10K 0805 SIEMENS B54102A1 103J60 R41 R26101 100K 0805 SIEMENS B54102A1 104J60 R42 R26331 330K 0805 SIEMENS B54102A1 334J60 R43 R23390 390 1206 SIEMENS B54103A1 391J60 R44 R23390 390 1206 SIEMENS B54103A1 391J60 R45 R27101 1M 0805 SIEMENS B54102A1 105J60 R46 R25101 10K 0805 SIEMENS B54102A1 103J60 R47 R25101 10K 0805 SIEMENS B54102A1 103J60 R48 R24151 1K5 0805 SIEMENS B54102A1 152J60 R49 R25101 10K 0805 SIEMENS B54102A1 103J60 R50 R24221 2K2 0805 SIEMENS B54102A1 222J60 R51 R25101 10K 0805 SIEMENS B54102A1 103J60 R52 R25101 10K 0805 SIEMENS B54102A1 103J60 R53 R54115 1K15 0805 1% SIEMENS B54102A2 112F560 R54 R25101 10K 0805 SIEMENS B54102A1 103J60 R55 R55100 10K 0805 1% SIEMENS B54102A2 103F060 R56 R25101 10K 0805 SIEMENS B54102A1 103J60 R57 R24681 6K8 0805 SIEMENS B54102A1 682J60 R58 R25101 10K 0805 SIEMENS B54102A1 103J60 R59 R24100 1K 1206 SIEMENS B54103A1 102J60 R60 R24471 4K7 0805 SIEMENS B54102A1 472J60 R61 R25101 10K 0805 SIEMENS B54102A1 103J60 R62 R23471 470 0805 SIEMENS B54102A1 471J60 R63 R23471 470 0805 SIEMENS B54102A1 471J60 R64 R26471 470K 0805 SIEMENS B54102A1 474J60 R65 R24221 2K2 0805 SIEMENS B54102A1 222J60 R66 R25101 10K 0805 SIEMENS B54102A1 103J60 R67 R25101 10K 0805 SIEMENS B54102A1 103J60 R68 R25471 47K 0805 SIEMENS B54102A1 473J60 R69 R25101 10K 0805 SIEMENS B54102A1 103J60 R70 R23101 100 0805 SIEMENS B54102A1 101J60 R71 R25331 33K 0805 SIEMENS B54102A1 333J60 R72 R25151 15K 0805 SIEMENS B54102A1 153J60 R73 R25561 56K 0805 SIEMENS B54102A1 563J60 R74 R23471 470 0805 SIEMENS B54102A1 471J60 R75 R23471 470 0805 SIEMENS B54102A1 471J60 R76 R24100 1K 1206 SIEMENS B54103A1 102J60 R77 R26471 470K 0805 SIEMENS B54102A1 474J60 R78 R23471 470 0805 SIEMENS B54102A1 471J60 R79 R25101 10K 0805 SIEMENS B54102A1 103J60 R80 R26101 100K 0805 SIEMENS B54102A1 104J60 R81 R25471 47K 0805 SIEMENS B54102A1 473J60 R82 R23471 470 0805 SIEMENS B54102A1 471J60



- 72 – Release 2.0

R83 R23471 470 0805 SIEMENS B54102A1 471J60 R84 R25471 47K 0805 SIEMENS B54102A1 473J60 R85 R25151 15K 0805 SIEMENS B54102A1 153J60 R86 R24821 8K2 0805 SIEMENS B54102A1 822J60 R87 R54560 5K6 0805 1% SIEMENS B54102A2 562F060 R88 R55180 18K 0805 1% SIEMENS B54102A2 183F060 R89 R24100 1K 1206 SIEMENS B54103A1 102J60 R90 R25151 15K 0805 SIEMENS B54102A1 153J60 R91 R26101 100K 0805 SIEMENS B54102A1 104J60 R92 R23471 470 0805 SIEMENS B54102A1 471J60 R93 R25271 27K 0805 SIEMENS B54102A1 273J60 R94 R23471 470 0805 SIEMENS B54102A1 471J60 R95 R23471 470 0805 SIEMENS B54102A1 471J60 R96 R25471 47K 0805 SIEMENS B54102A1 473J60 R97 R24101 1K 0805 SIEMENS B54102A1 102J60 R98 R24471 4K7 0805 SIEMENS B54102A1 472J60 R99 R25101 10K 0805 SIEMENS B54102A1 103J60 R100 R25101 10K 0805 SIEMENS B54102A1 103J60 R101 R25101 10K 0805 SIEMENS B54102A1 103J60 R102 R26101 100K 0805 SIEMENS B54102A1 104J60 R103 R26101 100K 0805 SIEMENS B54102A1 104J60 R104 R25101 10K 0805 SIEMENS B54102A1 103J60 R105 R26101 100K 0805 SIEMENS B54102A1 104J60 R106 R26101 100K 0805 SIEMENS B54102A1 104J60 R107 R25101 10K 0805 SIEMENS B54102A1 103J60 R108 R25101 10K 0805 SIEMENS B54102A1 103J60 R109 R25101 10K 0805 SIEMENS B54102A1 103J60 R110 R26471 470K 0805 SIEMENS B54102A1 474J60 R111 R25101 10K 0805 SIEMENS B54102A1 103J60 R112 R26471 470K 0805 SIEMENS B54102A1 474J60 R113 R25101 10K 0805 SIEMENS B54102A1 103J60 R114 R25101 10K 0805 SIEMENS B54102A1 103J60 R115 R23471 470 0805 SIEMENS B54102A1 471J60 R116 R23470 470 1206 SIEMENS B54103A1 471J60 R117 R00212 56 TRD 1/2W ROY CR50PS 56 OHMJ R119 R23470 470 1206 SIEMENS B54103A1 471J60 R121 R00222 68 TRD 1/2W ROY CR50PS 56 OHMJ R122 R24150 1K5 1206 SIEMENS B54103A1 152J60 R123 R23680 680 1206 SIEMENS B54103A1 681J60 R124 R23680 680 1206 SIEMENS B54103A1 681J60 R125 R23680 680 1206 SIEMENS B54103A1 681J60 R126 R25101 10K 0805 SIEMENS B54102A1 103J60 R127 R24221 2K2 0805 SIEMENS B54102A1 222J60 R128 R24101 1K 0805 SIEMENS B54102A1 102J60 R129 R26471 470K 0805 SIEMENS B54102A1 474J60 R130 R25101 10K 0805 SIEMENS B54102A1 103J60 R131 R25101 10K 0805 SIEMENS B54102A1 103J60 R132 R25391 39K 0805 SIEMENS B54102A1 393J60 RL1 E02056 RELE-12V-1A-2SC TRD OMRON G5V-2-H1 12VCC



- 73 – Release 2.0

RL2 E02056 RELE-12V-1A-2SC TRD OMRON G5V-2-H1 12VCC RL3 E02056 RELE-12V-1A-2SC TRD OMRON G5V-2-H1 12VCC RV1 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV2 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV3 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV4 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV5 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV6 R0518 10K TRD ORIZ BOURNS 3386P-1-103 RV7 R0518 10K TRD ORIZ BOURNS 3386P-1-103 S1 E00055 PULS OMRON B3S1002P U1 I01400 LM324 SAMSUNG KA324DTF U2 I01400 LM324 SAMSUNG KA324DTF U3 I01400 LM324 SAMSUNG KA324DTF U4 I01809 L4949 MOTOROLA L4949DR2 U5 I00403 7805 TRD ST L7805CV U6 I01957 ST93C86 ST M93C86 U7 E10900 ZOCCOLO SMD CONNEX D0368TBA2 U8 I01937 PCF8593T PHILIPS PCF8593T U9 I01958 DS14C232 HARRIS ICL232CBE U11 I01401 LM358 SAMSUNG KA358D U12 I01979 DS75176B NATIONAL DS75176BM U13 I01241 74HC4066 PHILIPS 74HC4066D VB1 VO114 V0114

G11062 KIT-2PILE-LITIO TRD PANASONIC CR1220

X1 A05519 16MHZ 3PIN MURATA CSTCS16.00MXA040Q-TCX2 A05019 32K768 TRD KYOCERA KF-38G-12P0200


- 74 – Release 2.0

8

8

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7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

S3120B.SCH

INTERC.RETROP.VL1000/VL500 PLUS

META SYSTEM S.p.a.


Il tecnico progettista: Allegri M.

Il tecnico disegnatore: Scorticati Stefano

A


Title


Date: Sheet of

D1

MAS16P

12345678910111213141516

EC2

2X13PMASDIR

TRD

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

21 22

23 24

25 26

H1 DISPLAY

ALFANUM-2RIG

12345678910111213141516

EC1

MAS10P

1 2 3 4 5 6 7 8 9 10



- 75 – Release 2.0

D1

EC1

12

2526

EC2

H1H2


CODICE:

TITOLO:

DATA:



SCALA: 2:1

___________________________

___________________________

RIFERIM. X:

R

METASYSTEM RINTERCONN. RETROPANN. VL1000 PLUS

ALLEGRI

CAVALCABUES3120B 11-09-00


- 76 – Release 2.0

CONNECTION REAR PANEL VL1000 PLUS Revised: Tuesday, October 09, 2001 S3120B.SCH Revision: ?

META SYSTEM S.p.a. Property all rights reserved art.1151-1/2/3 Il tecnico progettista: Allegri M. Il tecnico disegnatore: Scorticati Stefano


Page1

Comp.No. Stock No. Designation Manufacturer Designation

D1 E04302 HE-13/14-40P TRD MAS16P LUMBERG 2.5 MS 40 EC1 E04302 HE-13/14-40P TRD MAS10P LUMBERG 2.5 MS 40 EC2 E05604 2X13PMASDIR TRD BREDI E. H311-026P H1 A01006 DISPLAY TRD 2RIGHE POWERTIP PC1602LRU-CSO-E-Y4


- 77 – Release 2.0

8

8

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7

6

6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

keyboard VL1000/VL500 PLUS

META SYSTEM S.p.a.


Il tecnico progettista: Motti

Il tecnico disegnatore: Scorticati Stefano

A

0 0Wednesday, February 28, 2001


Date: Sheet of

VERDE

1

2

3

4

5

6

7

8

9

10

ROSSO

ENTER

VERDE ROSSOVERDE

DOWN UP

DC OUT ALC VSWR ALARM POWER

4[AA1]CTE: il testo contenuto all’interno degli schemi è ancora in italiano e riporta VL 1000 Plus, nonché Meta Systems 10[AA2]CTE: questo capitolo va rivisto completamente. Non so per quante ore siano garantite le ventole. Inoltre mi mancano altri riferimenti 20[AA3]CTE: inserirò il disegno della Code Card 23[AA4]Vedere se fare tabella

1000 w vhf fm amplifier vl1000 plus3-mtr.info/manuals/cte/vl1000 plus service manual.pdf ·...

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