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PJ1000M

User Manual

PJ1000M - User ManualVersione 5.2

© Copyright 1993-2001R.V.R. Elettronica SpAVia del Fonditore 2/2c - 40138 - Bologna (Italia)Telefono: +39 051 6010506Fax: +39 051 6011104Email: [email protected]: www.rvr.it

All rights reservedPrinted and bound in Italy. No part of this manual may be reproduced,memorized or transmitted in any form or by any means, eletronic ormechanic, including photocopying, recording or by any informationstorage and retrieval system, without the permission of the copyrightowner.

Notification of intended purpose and limitations of product useThis product is a FM transmitter intended for FM audio broadcasting. It utilisesoperating frequencies not harmonised in the intended countries of use.The user must obtain a license before using the product in intended country ofuse. Ensure respective country licensing requirements are complied with.Limitations of use can apply in respect of operating freuency, transmitter powerand/or channel spacing.

Declaration of ConformityHereby, R.V.R. Elettronica SpA, declares that this FM transmitter is incompliance with the essential requirements and other relevant provisions ofDirective 1999/5/EC.

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Table of Content1. Preliminary instructions 12. Warranty 33. First Aid 5

3.1 Treatment of electrical shocks 53.1.1 If victim is not responsive 53.1.2 If victim is responsive 6

3.2 Treatment of electrical Burns 63.2.1 Extensive burned and broken skin 63.2.2 Less severe burns (1st and 2nd degree) 6

4. General Description 75 Installation and Use 9

5.1 Preparation 95.2 Operation 105.3 Protection System 10

6 External Description 136.1 Front Panel 136.2 Rear Panel 146.3 Rear Panel (380/220V TRF version) 156.4 Connectors Description 16

6.4.1 Telemetry Connector 166.4.2 Service Connectors 16

7. Technical Specifications 197.1 Dimensional and Enironmental Specifications 197.2 Electrical Specifications 19

8. Theory of Operation 218.1 Power Supply 218.2 Soft Start 218.3 R.F. Power Amplifier 228.4 Low Pass Filter 228.5 Bias Card 228.6 Alarms Card 22

9 Identification and Access to Modules 239.1 Modules Identification (top view) 239.2 Modules Identification (bottom view) 249.4 Removal of the Modules 24

9.4.1 Power Supply Replacement 259.4.2 R.F. Power Amplifier Module Replacement 259.4.3 Wilkinson Splitter Card Replacement 259.4.4 Wilkinson Combiner Card Replacement 259.4.5 Directional Coupler Replacement 25

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9.4.6 Soft Start Card Replacement 269.4.7 Alarms Card Replacement 269.4.8 Bias Card Replacement 26

10. Internal Adjustment 2710.1 Power Supply Adjustment (PSSW5040) 2710.2 R.F. Power Amplifier Adjustment 2710.3 Wilkinson Spiltter Card Adjustment 2710.4 Wilkinson Combiner Card Adjustment 2810.5 Alarms Card Adjustment 2810.6 Directional Coupler Card Adjustment 3010.7 Soft-start Card Adjusment 3010.8 Bias Card Adjustment 30

Appendix:Component layouts, schematics, bills of material

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1. Preliminary instructions

This manual is written as a general guide for those having previous knowledge andexperience with this kind of equipment.

It is not intended to contain a complete statement of all safety rules which should beobserved by personnel in using this or other electronic equipment.

The installation, use and maintenance of this piece of equipment involve risks bothfor the personnel performing them and for the device itself, that shall be used only bytrained personnel.

R.V.R. doesn’t assume responsibility for injury or damage resulting from improperprocedures or practices by untrained/unqualified personnel in the handling of thisunit.

Please observe all local codes and fire protection standards in the operations of thisunit.

WARNING: always disconnect power before opening covers or removing any partof this unit.Use appropriate grounding procedures to short out capacitors and high voltage pointsbefore servicing.

WARNING: This is a "CLASS A" equipment. In a residential place this equipmentcan cause hash. In this case can be requested to user to take the necessary measures.

R.V.R. Elettronica SpA reserves the right to modify the design and/or the technicalspecifications of the product and this manual without notice.

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2. Warranty

Any product of R.V.R. Elettronica is covered by a 12 (twelve) month warranty.

For components like tubes for power amplifiers, the original manufacturer’s warrantyapplies.

R.V.R. extends to the original end-user purchaser all original manufacturers warrantieswhich are transferable and all claims are to be made directly to R.V.R. per indicatedprocedures.

R.V.R.'s warranty shall not include:

1) Re-shipment of the unit to R.V.R. for repair purposes

2) Any unauthorized repair/modification

3) Incidental/consequential damages as a result of any defect

4) Nominal non-incidental defects

5) Re-shipment costs or insurance of the unit or replacement units/parts

Warranty shall come into force from invoice date and for the period of the manufactureswarranty.

Any damage to the goods must be reported to the carrier in writing on the shipmentreceipt.

Any discrepancy or damage discovered subsequent to delivery, shall be reported toR.V.R. within five (5) days from its receipt.

To claim your rights under this warranty:

a. Contact the dealer or distributor where you purchased the unit. Describe theproblem and ask if he has an easy solution. Dealers and Distributors are suppliedwith all the information about problems that may occur and usually they can repairthe unit quicker than what the manufacturer could do. Very often installing errorsare discovered by dealers.

b. If your dealer cannot help you, contact R.V.R. in Bologna and explain the problem.If it is decided to return the unit to the factory, R.V.R. will mail you a regularauthorization with all the necessary instructions to send back the goods.

c. When you receive the authorization, you can return the unit. Pack it carefullyfor the shipment, preferably using the original packing and seal the packageperfectly. The customer always assumes the risks of loss (i.e., R.V.R. is neverresponsible for damage or loss), until the package reaches R.V.R. premises. Forthis reason, we suggest you to insure the goods for the whole value. Shipmentmust be effected C.I.F. (PREPAID) to the address specified by R.V.R.’s servicemanager on the authorization.

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DO NOT RETURN UNITS WITHOUT OUR AUTHORIZATION AS THEY WILL BEREFUSED.

a Be sure to enclose a written technical report where mention all the problems foundand a copy of your original invoice establishing the starting date of the warranty.

Replacement and warranty parts may be order from the following address. Be sureto include the equipment model and serial number as well as part description andpart number.

R.V.R. Elettronica SpAVia del Fonditore, 2/2c40138 BOLOGNAITALYTel. +39 051 6010506

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3. First Aid

The personnel employed in the installation, use and maintenance of the device, shallbe familiar with theory and practice of first aid.

3.1 Treatment of electrical shocks

3.1.1 If victim is not responsive

follow the A-B-C's of basic life support

• Place victim flat on his backon a hard surface.

• Open airway: lift up neck, push forehead back

• clear out mouth if necessary and observe for breathing

• if not breathing, begin artificial breathing (Figure 2): tilt head, pinch nostrils, makeairtight seal, four quick full breaths. Remember mouth to mouth resuscitation mustbe commenced as soon as possible

Figure 1 Figure 2

• Check carotid pulse (Figura 3); if pulse is absent, begin artificial circulation(Figura 4) depressing sternum 1 1/2" TO 2" (Figure 5).

Figura 3 Figura 4 Figura 5

• APPROX. 80 SEC. : ONE RESCUER, 15 COMPRESSIONS

• APPROX. 60 SEC.: TWO RESCUERS, 5 COMPRESSIONS, 1 BREATH

• DO NOT INTERRUPT RHYTHM OF COMPRESSIONS WHEN SECONDPERSON IS GIVING BREATH

• Call for medical assistance as soon as possible.

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3.1.2 If victim is responsive• Keep them warm

• Keep them as quiet as possible

• Loosen their clothing (a reclining position is recommended)

• Call for medical help as soon as possible

3.2 Treatment of electrical Burns

3.2.1 Extensive burned and broken skin

• Cover area with clean sheet or cloth (Cleansed available cloth article).

• Do not break blisters, remove tissue, remove adhered particles of clothing, orapply any salve or ointment.

• Treat victim for shock as required.

• Arrange transportation to a hospital as quickly as possible.

• If arms or legs are affected keep them elevated

If medical help will not be available within an hour and the victim is conscious and notvomiting, give him a weak solution of salt and soda: 1 level teaspoonful of salt and 1/2 level teaspoonful of baking soda to each quart of water (neither hot or cold). Allowvictim to sip slowly about 4 ounces (half a glass) over a period of 15 minutes.Discontinue fluid if vomiting occurs

Do not give alcohol

3.2.2 Less severe burns (1st and 2nd degree)

• Apply cool (not ice cold) compresses using the cleansed available cloth article.

• Do not break blisters, remove tissue, remove adhered particles of clothing, orapply salve or ointment.

• Apply clean dry dressing if necessary.

• Treat victim for shock as required.

• Arrange transportation to a hospital as quickly as possible

• If arms or legs are affected keep them elevated.

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4. General Description

RVR Elettronica’s PJ1000M is a 19” Rack-mountable broadband MOSFET RF poweramplificator. It works without adjustment on the whole 87.5-108MHZ FM band andits power output is 1000W with a drive level of about 16W.

The RF power section makes use of four modules, able to deliver more than 300Weach.

The power supply is a switching mode one and a soft-start circuit is included tominimize the transformer’s current spikes when the device is switched on.

The amplifier is implementated with a protection system against dangerous situationslike exceeding output power or SWR, overdrive or overtemperature. When the warningconditions are been erased, the machine shall be returned in initial status.

The default working parameters can be selected throught a rotate selector and shownonto an analogic display.

On the front panel are located two LEDs group. The first group includes four redalarms LEDs (temperature, external SWR, internal SWR, overdrive), a green LEDthat indicates the ON status of the amplifier and a yellow LED that indicates if anexternal standby forces the machine.The second group is composed by four green LEDs that indicates the fuses statusof RF Amplifier Modules.

Different working parameters are made availabe for the user on the telemetryconnector, as voltage levels that are proportional to the value of the parameter underconsideration.

A built-in low pass filterkeeps the harmonic emission level below the CCIR and FCCpermitted levels.

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5 Installation and Use

This chapter is intended to summarize the necessary points for the installation of thedevice. In case any of the arguments is unclear, for exmple when you use it for thefirst time, please read carefully the whole manual.

5.1 Preparation

Unpack the amplifier and before any other operation check that all the controls andconnectors on the front and rear panel are in good conditions.

Check the mains voltage selector on the rear panel: the position of the jumpers tochose between 220 V o 110 V, or 380V are indicated on the panel.

Check also the presence and integity of the fuses. The required value for the 220/110 V version fuses are:

• PS 1, PS 2 2 x 25 A 10X38

• AC Line 2 x 16 A 10X38

• Service 10 A 6,3X32

• Aux 4 A 6,3X32

For 380/220 V version, the fuses required are:

• PS 1, PS 2 2 x 25 A 10X38

• Fan 6 A 10X38

• Service 6 A 10X38

• Line selector fuse:

2 x 20 A 10X38

Verify that the mains switch is in the OFF positon.

Connect to the RF Input the RF Output of suitable exciter (for example the RVRElettronica’s PTX30) using a N-connectors terminated cable; the exciter shall be setfor minimum power and OFF.

Link one of the Alarms/Interlock connectors to the Interlock connector of the exciter, ifavailable (it is in RVR Elettronica’s exciters).

Connect the RF output to the antenna cable or to a suitable dummy load.

Finally, connect a proper cable to the amplifier’s mains input.ATTENTION: the cable has to be disconnected from the mains outlet!

After the cable has been safely connected to the amplifier’s mains plug, it is possibleto plug it into the mains outlet.

It is essential that the unit is properly installed in one Rack that contain a anti-strapdevice to ensure that mains conductors are not expose accidentally.

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ATTENTION: It is essential that the unit is roperly earthed to ensure both the safetyof operaton as well as the correct working of the equipment.

5.2 Operation

Switch ON the amplifier abd verify the green “ON” LED being it.

Check throught the rotate selector on analogic devide that the internal voltages (V1,V2, Vpa) are 50V. Check that the Standby current (Ipa) is approx 800 mA.

Swith ON the exciter (to minimum power) and wait for it to lock on the working frequency.When the locketed condition will be reached, progressively increase its power, whilecontrolling the amplifier’s display. In wich case the delivered power increase, verifythe increase of the issued current (Ipa). Keep increasing the exciter output until theamplifier reaches the desired level at most 1000 W. At this point it is possible, for theuser, to verify all the working parameters, the normal working nominal values are:

• V1 = V2 = Vpa ≅ 50 V

• Ipa = 32 ÷ 40 A

Is possible verify the precision of device with an external wattmeter (a difference ofapprox 10% is tollerated).

With the power amplifier, push and mantain pushed the Alarms Reset button, andverify that V1, V2, Vpa and Ipa goes to 0. If connection to Interlock it has been carriedout correctly, tha amplifier power, and the exciter power, output goes to 0 too.Releasing the button,all the parameters devono tornare to precedent value.

To test the amplifier protection system you can increase the drive level until that thered Overdrive LED will light At this point the protection system is abled and disabledthe amplifier and the exciter for approx 10 seconds. Until this time they are beenreabilited. If in the meantime it has not been provided to reduce the exciter issuedpower, it will verify a new block conditon, otherwise the trasmitter will be functioncorrectly.

The device doesn’t require aby human supervision for its normal operation. If anyalarm condition arise, these are automatically managed by embedded protectionsystem; if this doesn’t succedes is necessary the participation of user to reset thesystem.

5.3 Protection System

The protection system forced the Standby status of the amplifier in the case one istaken place breakdown situation.

After approx 10 seconds, the amplifier will be reabilited. If in the meantime it has notbeen provided to remove the block condition, the amplifier will be disbilitited. Afterfour attempts the device will be disabilited for approx 90 seconds.

Passed this interval it comes repeated a new cycle of 4 disabilitations, analogous to

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the previous one, after that, if the breakdown condition persists, the amplifiers comesdisabled until that it does not come carried out a manual reset of the machine.

If, during the cycles of the protection, the amplifier works regularly for 90 seconds, thecounters of the protection system come reset.

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6 External Description

This chapter described the front and rear panel of PJ1000M, with a brief indicationof all the different components.

6.1 Front Panel

[1] Heat-Sink Heat sink[2] On / Off Mains switch (not in TRF version)[3] Line Line indicator C.A.[4] P.A. Protection this four green LEDs shown the fuse status of each protection

modules of the RF power amplifiers[5] Alarms PJ1000M conditions alarms LEDs[6] On Indicates when the aplifier is switched ON[7] Ext. St. By External Standby LED indicator[8] Meter Selector Working parameters switch:

V1 voltage of the 1° RF moduleV2 voltage of the 2° RF moduleVpa voltage of the Pj1000MIpa current of thePJ1000MRFL Reflected powerFWD Forward power

[9] Alarms Reset Push the button to reset the alarm status (notin TRF version)

[10] Meter Analogic display to show the working parameters[11] Heat-Sink Power amplifier’s heat sink

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6.2 Rear Panel

[1] Voltage Charger Voltage changer:Voltage Mains Service110 Vac 1-2 / 3-4 5-6 / 7-8220 Vac 2-3 6-7

[2] Mains Voltage SocketMains voltage socket

[3] Aux. Ot A.C. Line FuseAuxiliary output A.C. line protection fuse

[4] Aux. Out A.C. Line Auxiliary output A.C. line[5] A.C. Line Fuse A.C. line protection fuse[6] P.S. 1 Fuse Protection fuse of power supply1[7] P.S. 2 Fuse Protection fuse of power supply 2[8] Alarms/Interlock BNC connector that permit to exciter to comes Standby itself,

putting to ground the central conductor, in case wich the aplifier isoverloaded

[9] Telemetry Conector Connector for remote measurement of working parameters[10] Service Connector Connector for research all processed parameters of the RF section[11] Service Fuse Service protection fuse[12] R.F. Test -60 dB -60 dB riferred to output level[13] R.F. Output RF output connector (7/8” EIA flange )[14] R.F. Input RF input connector (“N” type)[15] Fan Fan with forced ventilation[16] Fan Fan with forced ventilation

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6.3 Rear Panel (380/220V TRF version)

[1] Voltage changer Voltage changer:Voltage Mains Service220Vac 1-2 4-5380Vac 1-3 4-6

[2] Mains Voltage SocketMains voltage socket

[3] P.S. 1 Fuse Protection fuse of power supply 1[4] Fan Fuse Fan protection fuse[5] P.S. 2 Fuse Protection fuse of power supply 2[6] Service Fuse Service protection fuse[7] A.C. Line Mains switch[8] Alarms/Interlock BNC connector that permit to exciter to comes Standby itself,

putting to ground the central conductor, in case wich the aplifier isoverloaded

[9] Telemetry Connector Connector for remote measurement of working parameters[10] Service Connector Connector for research all processed parameters of the RF section[11] R.f. Test -60 dB -60 dB riferred to output level[12] R.F. Output RF output connector (7/8” EIA flange)[13] R.F. Input RF input connector (di tipo “N”)[14] Fan Fan with forced ventilation[15] Fan Fan with forced ventilation

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6.4 Connectors Description

6.4.1 Telemetry Connector

Type: DB25 Female

1 1° RF module voltage 2.0V X 50V2 RF power amplifier voltage 2.0V X 50V3 GND 0V4 Reflected power 1.4V X 100W5 Inhibitor TX 12V6 Internal SWR 15V -> fault7 GND 0V8 Operativo 15V9 Not used10 Not used11 Not used12 Not used13 Not used14 2° RF module amplifier voltage 2.0V X 50V15 RF power amplifier current 2.0V X 40A16 Forward power 1.6V X 1000W17 Temperature 15V -> fault18 SWR antenna 15V -> fault19 Over drive 15V -> fault20 Stand-by 15V21 GND 0V22 Not used23 Not used24 Not used25 Not used

6.4.2 Service Connectors

Type: DB25 female

1 1° RF module voltage 5.0V X 50V2 3° RF module voltage 5.0V X 50V3 RF modules wais voltage 5.0V X 50V4 GND GND5 1° RF module current 5.0V X 10A6 2° RF module current 5.0V X 10A7 3° RF module current 5.0V X 10A8 4° RF module current 5.0V X 10A9 Not used10 Not used11 Not used12 Not used

114

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13 Not used14 2° RF module voltage 5.0V X 50V15 4° RF module voltage 5.0V X 50V16 Not used17 V gate voltage of the RF module 5.0V X 10V18 Not Used19 RF modules total current 5.0V X 40A20 GND GND21 GND GND22 GND GND23 Not used24 Not used25 Not used

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7. Technical Specifications

7.1 Dimensional and Enironmental SpecificationsCabinet Dimensions 454.0 mm (17,87”) x 265.0 mm (10,43”) x

507.0 mm (19,98”)Panel dimensions 483 mm (19”) x 266 mm (10,47”)Depth 344 mm (26 1/2”)Weight PJ1000M 54 KgOperating temperature range -10 °C ÷ 50 °CUmidity 95% Maximum, without condensation

7.2 Electrical SpecificationsA.C. power supply 100-130 V, 50-60 Hz

198-250 V, 50-60 Hz

380V, 50-60 Hz (versione TRF)220V, 50-60 Hz (versione TRF)

Cooling system forced ventilationFrequency range 87.5 MHz ÷ 108 MHzOutput power 1000 WDrive power < 20 W for Pout = 1000 W, typical 12 WInput connector “N” type standard connectorInput impedance 50 OhmOutput connector Standard 7/8” EIA FlangeOutput impedance 50 OhmHarmonic and spurious soppression Respect all requirments FCC and CCIR

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8. Theory of Operation

The figure 9.1 shows the block diagrams of PJ1000M. The blocks are described inthe following chapter:

Figura 9.1

8.1 Power Supply

The PJ1000M contains four mains transformers. Depending of the version, thejumpers on rear panel can select the mains voltage of 380 o 220 Vac or 220 o 110Vac.Two transformers have one output 61-0-61 V for switching power supply. The switchingpower supply is located on a fin of cooling.The third and fourth transformer give the supply for the other devices of the machine.

8.2 Soft Start

The soft-start is mounted on a board placed on the right side of the amplifier. Thiscircuit eliminates the current spikes generated by the transformer when it is powered.

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8.3 R.F. Power Amplifier

The RF Power Amplifier section is composed of the four power modules coupledthrough with a Wilkinson Splitter and Combiner realized with strip line tecnology.The section components are housed in the lower side of the equipment and mountedon a heat sink that allows its cooling through forced ventilation.

The Wilkison Splitter Card is used to split the input exciter’s driving powers so that toeach amplifier module arrives the same quantity.Each module is supplied separately, and delivers 300 W di potenza RF with 4 e 6 Wof drive.The quiescent parameters of each module are:Vdc = 50V, Vgs = 3.5 V, Idq = 200 mAThe active device employed is a MOSFET (BLF278).

The Wilkison Combiner is used to combine the output powers of each RF PowerAmplifiers modules. Altogether, the Wilkinson Splitter and Combiner Card are plannedso that the contribuitions of the single modules are added in phase between of they.

A power resistor placed on each circuits is used to absorb any unbalanced powersin case of faulty.

8.4 Low Pass Filter

The low pass filter is mounted on the same fin of cooling of the section of poweramplification. The filter pulls down the level of the spurious emissions under the levelsallowed from the international norms, so that the amplifier can be connected directlyto the transmission antenna.

8.5 Bias Card

This card is housed in the lower side of the equipment. The dafault function is tocontrol and if necessary to correct the polarization current of each single MOSFET ofthe RF section. Then it is able to supply external measures as: currents, voltages foreach RF amplifier module, total current and average voltage.

8.6 Alarms Card

This card detect any system anomaly such as excessive SWR, internal or antenna,overtemperature, etc... . This module will also, whenever possible, reset the systemto its original condition, after a fault has accused.

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9 Identification and Access to Modules

9.1 Modules Identification (top view)

[1] Alarms card[2] Power supply (PSSW5040)[3] Soft start card

1 2

3

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9.2 Modules Identification (bottom view)

[1] Bias card[2] Wilkinson combiner card[3] RF modules of power amplifier[4] Low pass filter[5] Wilkinson splitter card[6] Directional coupler

9.4 Removal of the Modules

ATTENTION: When the amplifier is operated with the cover removed, hazardousvoltages and heavy current are accessible. Ensure all primary power is disconnectedfrom the amplifier before attempting equipment maintenance.

To reinstall the card is enough to execute operations sequence in the opposite way.

Remove all the screws that are located on the top and bottom covers of the machine.After that the covers have been removed, extract, with the help of the chapters 9.1and 9.2, all amplifier modules.

65

1 2 3 4

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9.4.1 Power Supply Replacement

• With the help of the Wiring Diagram shown in Appendix, take the note of thecable position inside the terminal boards J1, J2, J3, J4, J5, J6.

• Disconnect the external teminal boards loosening just the screws of theconnectors mounted on the board.

• Remove the nine screws that fix the Power Supply to heat sink.• Carefully remove the Power Supply.

9.4.2 R.F. Power Amplifier Module Replacement

• With the help of the Wiring Diagram shown in Appendix, take note of the wiring.• Disconnect all wires (Supply, Gain Control, Input RF and output RF).• Remove the five screws that fix the RF Power Amplifier Modle to heat sink.• Carefully remove the RF Power Amplifier.

9.4.3 Wilkinson Splitter Card Replacement

• Unsolder the wire that connect the input of the Splitter to RF input connector ofRF section

• Unsolder the four wires that connect the four outputs of the Splitter to the inputsof RF Power Amplifier Modules.

• Remove the ten screws that fix the card to the heat sink.• Carefully extract the card.

9.4.4 Wilkinson Combiner Card Replacement

• Unsolder the wire that connect the output of the Combiner to the Low PassFilter.

• Unsolder the four wires that connect the four inputs of the Combiner to the Outputsof RF Power Amplifier Module.

• Take note of the wiring of the Directional Coupler, after unsolder the three wires.• Remove the screws that fix the four Power Resistor to the heat sink.• Remove the screws thatfix the Combiner Card to heat sink.• Carefully extract the card.

9.4.5 Directional Coupler Replacement

• Take note of the wirings.• Unsolder the wires of the Directional Coupler.• Unsolder the wire connecting the Directional Coupler Card to RF output

connector.• Unsolder thewire connecting the Directional Coupler Card to Low Pass Filter.• Remove the four screws that fix the Directional Coupler ard to the hex standoffs

and remove the board.

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9.4.6 Soft Start Card Replacement

• Disconnect M1 and M2 Soft Start ‘s connectors.• Disconnect M3.• Dismount the four securing screws and remove the board.

9.4.7 Alarms Card Replacement

• Remove the knob of the meter selector loosening the screw inside the knob.• Dismount the screws of the meter selector switch and alarms reset push-button.• Disconnect CN1 and CN3 Alarms Card’s connectors.• Disconnect CN2 Telemetry Card’s Connector.• Remove the screws securing the board to the front panel.• Carefully extract the card.

9.4.8 Bias Card Replacement

• Remove the screws that fix the two voltage regulators (U9, U10) internalseparator.

• Dismount the screw that fix P1 and P2 Bias Card’s connectors to the internalseparator.

• Disconnect JP1 and JP2 Bias Card’s connectors.• Carefully extract the card.

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10. Internal Adjustment

10.1 Power Supply Adjustment (PSSW5040)

No adjustments are required on this module.

10.2 R.F. Power Amplifier Adjustment

After tou have changed the module and you have connected again all cables, performthe following:

1) See the figure below, connect a dummy load to the RF output connector withthrough a wattmeter in series .

2) Connect to the RF input connector a suitable exciter able to deliver a powerbetween 10 and 30 W.

3) Connect the Alarms/Interlock connector to the appropriate connector on theexciter.

4) Set the output power of the exciter to its minimum value.

5) Switch on the PJ1000M and the exciter and wait for the PLL to lock, now slowlyincrease the drive checking that the output power rises progressively, with an increaseof Ipa current.

NOTE: with Pot= 1000W we have 15W< Pin< 18W and 32A< Ipa< 40A

Some differences in the currents drawn are related to the different gains of theMOSFET devices (BLF278) and must be compensated with the trimmers R15 placedon each RF Power Amplifier Board. The trimmer to be adjusted will be the one relatedto the Rf module that has a higher current consuption. This one must be adjustedturning it counter clockwise to obtain the same current consumption in each RFmodule. Differences of less than 800mA between the four modules are acceptable.

10.3 Wilkinson Spiltter Card Adjustment

No adjustment are required on this module. (Be very carefully to correctly reconnectthe Splitter Card, since incorrect connections will destroy the RF Power Modules).

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10.4 Wilkinson Combiner Card Adjustment

No adjustment are required on this module. (Be very carefully to correctly reconnectthe Splitter Card, since incorrect connections will destroy the RF Power Modules).

10.5 Alarms Card Adjustment

NOTE: Make sure that this replacement is really necessary.

1) After changing the board, connect the amplifier as shown in the figure below.

2) Switch ON the PJ1000M.

3) Place the meter selector on V1 or V2.

4) Adjust the trimpot R14to obtain a .s.d. reading of 50V (check that the outputvoltage of the power supply is really 50V).

5) Switch On the exciter and wait for PLL lock.

6) Increase the output power to a level of 1000W.

7) Adjust the Fwd reading with trimpot R11.

8) Now increase again the drive until V1 and V2 decrease and you obtain a lockcondition of the amplifier due to the overdrive protection; this protection is adjustableby means of trimpot R26 on the Alarm Card. This protection must come on when V1and V2 voltages are about 48Vdc.

NOTE: If the Low Pass Filter and Directional Coupler Card has not beenchanged, don’t move “AGC control” trimmer TR1.

9) Internal S.W.R. Calibration (S.W.R. int.)

9A) Reduce the drive power to the minimum value, switch OFF the amplifier andthe exciter.

9B) Connect two paralleled dummy loads to the RF Output connector of the amplifieras in schematic below.

9C) Switch ON tha amplifier and the exciter and wait for the PLL to lock.

9D) Select RFL with the meter selector, and set the external wattmeter for reflectedpower reading.

PJ1000M

29 / 30User Manual Rev. 5.2 - 05/06/01

9E) Increase the output power to obtain a reading of 100W RFL on the externalwattmeter. Now adjust trimpot R40 on the Alarms Card until the SWR-INT protectionacts.

NOTE: This setting may vary with the working frequency, it’s preferable tomake this adjustment at the operating frequency.

10) Antenna S.W.R. Calbration (S.W.R. ANT.)

10A) Reduce the drive power to the minimum value, switch OFF the amplifier andthe exciter.

10B) Connect two paralleded dummy loads to the RF output connector of the amplifieras in the lower schematic.

10C) Switch ON the amplifier and the exciter and wait for the PLL to lock.

10D) Select RFL with the meter selector and set the external watmeter for reflectedpower reading.

10E) Increase the output power to obtain a reading of 100W RFL on the externalwattmeter. Now adjust trimpot R13 on the Alarms Card to obtain the same readingon the PJ1000M meter.

10F) Increase again the power, until you read 100W or reflected power adjust R56on the Alarms Cards (remove the metallic shield that covers tha Alarms Card) untilS.W.R. Antenna protection acts.

NOTE: This setting may vary with the working frequency, it is preferable tomake this adjustment at the operating frequency.

PJ1000M

30 / 30 User ManualRev. 5.2 - 05/06/01

11) Overtemperature alarm check (temp.)

11A) Check the overtemperature protection by short circuiting the terminals o thetemperature sensor placed on the RF Section heat sin (or on Power Supply heatsink);the appropriate LED will light, and the amplifier will stop.

12) External Standby check (EXT. ST. BY)

12A) Check the EXT.ST.BY protection by short circuing the pin20 of Telemetryconnector, and verify that the EX.ST.BY LED lights and the amplifier will stop.

12B) Short cicuiting the pin8 of Telemetry connector will regularly restart.

10.6 Directional Coupler Card Adjustment

The Directonal Coupler Card don’t need any adjustment, perhaps it is necessary toexecute the following checkings after the replacing of the card:

1) Verify the “AGC control”.

2) Verify the Antenna S.W.R. calibration.

3) Verify FWD PWR lecture.

4) Verify RFL PWR lecture.

10.7 Soft-start Card Adjusment

No adjustment are needed after this board has been changed.

NOTE: Pay attention to the correct inserton of the connectors.

10.8 Bias Card Adjustment

No adjustment are required inside the Bias Card beacause it’s a factory adjusteddevice.

PJ1000M

1 / 2User ManualTecnical Appendix

5.8 - 27/05/02

Appendix A Piani di montaggio, schemi elettrici, listecomponenti / Component layouts,schematics, bills of material

Questa parte del manuale contiene i dettagli tecnici riguardanti la costruzionedelle singole schede componenti il PJ1000M. L’appendice è composta dalleseguenti sezioni:

This part of the manual contains the technical details about the different boards ofthe PJ1000M. This appendix is composed of the following sections:

Description RVR Code Vers.Pages

Wiring diagrams Wiring diagrams 1.5 8R.F. Power Amplifier Module PJ1KRF 1.2 4Wilkinson “4-Way” Splitter Card PJ1KM SPL-IN 1.1 4Wilkinson “4-Way” Combiner Card PJ1KM CMB-OUT 1.1 4Alarms Card PRT501 1.1 4Telemetry Card PROT-A2 1.1 4LPF+MEAS 1.0 4

CSB1CSBLFPJ1KMCSLPFPJ1KMCSDCLPFPJ1KM

Low Pass Filter PJ1KLPF (Before January 2002) 1.1 4Directional Coupler Card DRCP-PJ1KM (Before January 2002) 1.1 4Switching Power Supply PSSW5040 1.2 10

PSSW5020B 1.1 4PSSW5020 1.1 4PSW1000 1.1 6

Soft Start Card SOFTSTART2 1.1 4SOFTSTART1 1.2 4

Bias Control Card PJ1KCTRL002 1.2 6PJ1KCTRL001 1.1 6

PJ1000M

2 / 2 User ManualTechnical Appendix

5.8 - 27/05/02

Pagina lasciata intenzionalmente in biancoThis page intentionally left blank

PJ1000M

Wiring Diagrams - 1 / 8Appendice Tecnica Rev. 1.5 - 27/05/02

11

MAINS VOLTAGE BOX

1

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1

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PJ1000M

2 / 8 - Wiring Diagrams Technical AppendixRev. 1.5 - 27/05/02

PSSW 5040

ALARMS CARD

TELEMETRY CARD

4 X 50V

THERMAL PROTECTION

THERMAL PROTECTION

BIAS CONTROL CARD

P1KCTRL002

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PJ1000M


FROM COMBINER CARD

SERVICE

CONNECTOR

INTERLOCK

CONNECTORS

ALARMS CARD

RF OUTPUT

4 X 50V

from

rectifiers

cards

THERMAL PROTECTION

TELEMETRY CARD

from soft

start

RF TEST -60db

SHIELDED ZONE

RF ZONE

BIAS CONTROL CARD

P1KCTRL002

TO RE AMPLIFIERS

PSSW 5040

TO RE AMPLIFIERS

SHIELDED ZONE

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CONNECTOR

FROM DIRECTIONAL

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PJ1000M


Versione precedente, solo per riferimento

Former version, for reference only

PJ1000M




PJ1000M

PJ1KRF - 1 / 4Appendice Tecnica Rev. 1.2 - 03/07/01

PJ1000M

2 / 4 - PJ1KRF Technical AppendixRev. 1.2 - 03/07/01

DIRECTIONAL COUPLER

OUT

IN

T3 -> RG303 CABLE L=120mm

T2 -> 2 X 25 Ohm CABLE L=240mm 5 TURNS

T1 -> AWG 20 Stand 19/32 CABLE L=140mm

FROM BIAS

CARD

L6

L5

T2

\\JA

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PJ1000M

PJ1KRF - 3 / 4Appendice Tecnica Rev. 1.2 - 03/07/01

R.F. POWER AMPLIFIER Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE____________________________________________________________________________________________________

1 1 R18 1.2$ RESISTOR 5W RAF005JH01,2

2 4 R1,R2,R3,R4 5.6# RESISTOR 2W RSC002JH05,6

3 2 R7,R8 22** RESISTOR 1W 5% RSC001JH0022

4 1 R16 47# RESISTOR 2W RSC002JH0047

5 1 R9 100CH CHIP RESISTOR 1206 1% RCH126F0001K

6 1 R12 820 1% RESISTOR 1/4W 1% RSM1/4FH0820

7 2 R5,R6 820# RESISTOR 2W RSC002JH0820

8 1 R11 1KCH CHIP RESISTOR 1206 1% RCH126F0001K

9 1 R10 1K5CH CHIP RESISTOR 1206 1% RCH126F001K5

10 1 R13 8K2 1% RESISTOR 1/4W 1% RSM1/4FK08,2

11 1 R14 10KNTC NTC RNTCPAKK0010

12 1 R15 M1K TRIMMER MULTIGIRI 3296 RVT3296WK001

13 1 C2 68PFHQ HIGHT Q CAPACITOR CHQ680AJ500

14 1 C1 150PFHQ HIGHT Q CAPACITOR CHQ151AJ500

15 11 C3,C4,C10,C12,C13,C14, 470PFHQ HIGHT Q CAPACITOR CHQ471AJ500C15,C16,C17,C18,C9

16 5 C5,C6,C7,C8,C19 1NFCH CERAMIC CHIP CAPACITOR CCC126102X7A

17 1 C11 100NF CERAMIC CAPACITOR CKM104BK600P

18 1 C20 680NFP POLIESTER CAPACITOR CPE684DK101

19 1 L2 POWER IND. RF BINOC. CHOCKE

20 1 L1 L64.5RVR0.76SP DIA4.5 RAME SMAL 0.7mmBFS0700064.5

21 1 L4 L105RVR2 10 SP DIA 5 F 2mm BFS200010005

22 1 L3 BU6012RVR2 BOB L60MM D12 FILO ARG2MM BFA20001012

23 1 T1 4:1 TRASF. RF. CAVO 25 OHM CAV7612/78

24 1 T3 RG303 COAX CABLE RG303 CAVRG303

25 2 L5,L6 RG316-25 CAOX CABLE RG316 25 Ohm CAVRG316/25

26 3 D2,D3,D5 1N4007 SILICON DIODE 400V DIS1N4004

27 1 D1 Z6V8 ZENER DIODE DIS1N5342B

28 1 Q1 BLF278 VHF PUSH-PULL POWER MOS TRNBLF278

PJ1000M

4 / 4 - PJ1KRF Technical AppendixRev. 1.2 - 03/07/01



PJ1000M

PJ1KM SPL-IN - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - PJ1KM SPL-IN Technical AppendixRev. 1.1 - 07/03/01

PJ1000M

PJ1KM SPL-IN - 3 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

Splitter Card Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE__________________________________________________________________________________________________

1 9 R1,R2,R3,R4,R5,R6,R7,R8, 330# RESISTOR 2W RSC002JH0330R9

2 11 ST1,ST2,ST3,ST4,ST5,ST6, STRIP LINE STRIP LINEST7,ST8,ST9,ST10,ST11

PJ1000M

4 / 4 - PJ1KM SPL-IN Technical AppendixRev. 1.1 - 07/03/01



PJ1000M

PJ1K CMB-OUT - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - PJ1K CMB-OUT Technical AppendixRev. 1.1 - 07/03/01

PJ1000M

PJ1K CMB-OUT - 3 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

Combiner Card Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE_________________________________________________________________________________________________

1 2 R3,R4 50/250W KDI RESISTENZA KDI 250W RDT250H0050

2 1 R5 100CH CHIP RESISTOR 1206 5% RCH126JH0100H

3 2 R1,R2 100/250W KDI RESISTENZA KDI 250W RDT250H0100


5 1 R7 47KCH RESISTOR 1/4W 5% RSM1/4JK0047

6 1 C1 22PF CERAMIC CAPACITOR NP0 CKM220BJ600C

7 2 C2,C3 1NFCH CERAMIC HIGH Q CHQ102AJ500

8 1 D1 BAT42 HOT CARRIER DIODE DHCBAT42

9 12 ST1,ST2,ST3,ST4,ST5, STRIP LINE STRIP LINEST6,ST7,ST8,ST9,ST10,ST11,ST12

PJ1000M

4 / 4 - PJ1K CMB-OUT Technical AppendixRev. 1.1 - 07/03/01



PJ1000M

PRT501 - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - PRT501 Technical AppendixRev. 1.1 - 07/03/01

V1

V2

PT

FWD

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* = filtri EMI Murata

RT

16

RT

16

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V1

V2

GND

GND

PT

RT

GND

GND

TEMP.

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VAC

TEMP

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ANT

SWR

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EXT

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mAGND

mAGND

LED

LED LED

LED

LED

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V2

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FWD PWR

TEMP

TEMP

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SWR ANT

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OVER DRIVE

INHIBIT TX

INHIBIT TX

INHIBIT. ALIM.

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V2

PT

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TEMP

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RVpa

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R77 1K R

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4040

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9765324131214151

CLK

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Q1Q2Q3Q4Q5Q6Q7Q8Q9

Q10Q11Q12

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45

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48

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R96

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M A

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C17

1nF

C18

1nF

CN

42

PIN

F S

TR

IP 1 2

CN

32

PIN

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RIP

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100K

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R4

100K

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1% R6

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%

C3

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R7

66K

5 1%

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TC

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1CT

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TL0

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14

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84

5 67

C11

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C12

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R22

100K

R21

100K

R26

TC

100K

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TL0

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5 67

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L084

3 21

4 11

D1

1N91

4

D2

1N91

4

C14

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FC13

0.1u

F

D4

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4

R24

100K

R30

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1%

R29

100K

1%

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LED

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C21

1nF

Q1

BC

557

R99 4K

7

R35

330

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BC

557

C74

10nF

R78

22K

R79

220K

R80

10K

+C

76

10uF

T

R90

10K

R89

10K

R82 10

K

C26

1nF

C27

1nF

R36

15K

R38 15

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R37 1K

C29

0.1u

F

R40

TC

10K

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6

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2810

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470

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213

R76

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R88

10K

R91

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BC

237

213

+

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T

R87

47K

R83

10K

D25

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4

D26

1N91

4

R85

47K

R81

47K

C30

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D29

1N91

4

D28

1N91

4

D27

1N91

4

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7910

uFT

R86

47K

D23

1N40

01

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RL2

RLY

1V

12V

R84

10K

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T

R8

TM

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R10

10K

R12

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M1

14 P

IN S

TR

IP

1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN

1

20 P

OLI

CN

.CS

.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

R10

1

47

R95

78K

7 1%

SW

1

P1V

2P

C58

0.1u

F+

C61

220u

F

U3

7915 VI

GND

VO

+

C33

470u

F

C32

0.1u

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04

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TL0

84

10 98

NX

NX

PJ1000M

PRT501 - 3 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

Alarms Card Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE___________________________________________________________________________________________________

1 1 R101 47 RESISTOR 1/4W 5% RSC1/4JH0047



4 1 R51 680* RESISTOR 1/2W 5% RSC1/2JH0680

5 1 R1 1K 1% RESISTOR 1/4W 1% RSM1/4FK0001

6 7 R37,R48,R49,R60,R67, 1K RESISTOR 1/4W 5% RSC1/4JK0001R72,R77

7 2 R75,R93 2K2 RESISTOR 1/4W 5% RSC1/4JK02,2


9 2 R3,R5 4K16 1% RESISTOR 1/4W 1% RSM1/4FK4,16

10 4 R54,R57,R65,R99 4K7 RESISTOR 1/4W 5% RSC1/4JK04,7

11 1 R12 5K6 RESISTOR 1/4W 5% RSC1/4JK05,6

12 13 R10,R62,R76,R80,R82, 10K RESISTOR 1/4W 5% RSC1/4JK0010R83,R84,R88,R89,R90,R91,R94,R98

13 2 R36,R38 15K RESISTOR 1/4W 5% RSC1/4JK0015

14 8 R52,R59,R63,R68,R70, 22K RESISTOR 1/4W 5% RSC1/4JK0022R73,R78,R92

15 1 R8 TM100K TRIM.MULTIGIRI REG.VERT RVT3296WK100

16 5 R71,R81,R85,R86,R87 47K RESISTOR 1/4W 5% RSC1/4JK0047



19 2 R53,R64 82K5 RESISTOR 1/4W 5%

20 5 R2,R4,R6,R9,R29 100K 1% RESISTOR 1/4W 1% RSM1/4FH0100

21 9 R21,R22,R24,R31,R50, 100K RESISTOR 1/4W 5% RSC1/4JK0100R55,R58,R61,R66



24 1 R14 TC1K TRIM.MULTIGIRI REG.VERT RVT3296WK001

25 1 R40 TC10K TRIM.MULTIGIRI REG.ORIZ RVT3006PK010




29 8 C17,C18,C19,C21,C26, 1NF CERAMIC CAPACITOR CKM102BK600PC27,C59,C60


31 14 C1,C3,C13,C14,C29, 0.1UF CERAMIC CAPACITOR CKM104BK600PC30,C32,C34,C36,C57,C58A,C58,C63,C65

32 1 C72 0.1UFT TANTALIUM CAPACITOR CET104AM350

PJ1000M

4 / 4 - PRT501 Technical AppendixRev. 1.1 - 07/03/01

33 3 C66,C69,C75 0.47UFT TANTALIUM CAPACITOR CET474AM350

34 7 C28,C62,C73,C76, 10UFT TANTALIUM CAPACITOR CET106AM350C77,C78,C79

35 1 C35 100UF ELECTROLYTIC CAPACITOR CEA107BM350



38 1 C31 1000UF ELECTROLYTIC CAPACITOR CEA108CM350

39 1 M1 ST 250UA STRUMENTO 250uA SMABM42RQ251

40 1 CN3 2 PIN STRIP STRIP M P 2.54 2 PIN CNTSTMT02SD

41 1 M1 14 PIN STRIP STRIP M P 2.54 14 PIN CNTSTMT14SD

42 1 CN4 2 PIN F STRIP STRIP F P 2.54 2 PIN CNTSFB02SD

43 1 CN1 20 POLI CN.CS. CONN.STRIP 20P MASC. CS POL. CNTSRMCS20PO

44 12 C43,C45,C46,C47, FEMI FILTRO EMI MURATA FEAY5S223500C48,C49,C50,C51,C52,C53,C55,C56

45 1 RL2 RLY 1V 12V RELAY 1 VIA 12V RLD112

46 1 RL1 RELAY S/R RELAY SET / RESET 12V RLS2V12V5A

47 1 SW1 P1V 2P PULSANTE 1 VIA 2 POS PLS1V11M03CS

48 1 SW2 SW2V6P COMMUTATORE 2 VIE 6 POS FEME COMR2V6PCS

49 2 D39,D40 1N4148 SILICON DIODE DIS1N4148

50 22 D1,D2,D4,D14,D16,1N4148 SILICON DIODE DIS1N4148D17,D18,D19,D20,D21,D22,D25,D26,D27,D28,D29,D30,D31,D32,D33,D34,D35

51 1 D23 1N4148 SILICON DIODE DIS1N4148

52 1 D38 1N4004 SILICON DIODE DIS1N4004

53 1 D11 WL04 DIODE BRIDGE 1.5A PNRWL04

54 5 D5,D6,D7,D8,D12 LED-R5 RED LED DIODE LEDRO05

55 1 D13 LED-G5 GREEN LED DIODE LEDVE05

56 1 D15 Z3V9 ZENER DIODE 3.9V 1/4W DIZ3V91/4W

57 1 D9 Z5V6 ZENER DIODE 5.6V 1/4W DIZ5V61/4W

58 1 U4 7815 POS. STABILIZER 1A CIL7815P

59 1 U3 7915 NEG. STABILIZER 1A CIL7915P

60 2 Q9,Q11 BC237 NPN TRANSISTOR TRNBC237

61 3 Q1,Q2,Q10 BC557 PNP TRANSISTOR TRNBC557

62 2 U1,U2 TL084 QUAD OP. AMP. CILTL084

63 1 U5 NE555 TIMER CIL555

64 2 U6,U7 4040 CMOS DIVIDER CID4040

65 1 U8 LM3900 NORTON QUAD AMP. CILLM3900




PJ1000M

PROT-A2 - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - PROT-A2 Technical AppendixRev. 1.1 - 07/03/01

CN2 1

CN2 2

CN2 3

CN2 4

CN2 6

CN2 7

M2 1

M2 2

M2 3

M2 4

M2 5

M2 6

M2 7

M2 8

M2 10

M2 9

CN2 8

CN2 12

CN2 10

CN2 11

M2 11

CN2 9

M2 12

CN2 15

CN2 14

CN2 1 ->

CN2 2 ->

CN2 3 ->

CN2 4 ->

CN2 5 ->

CN2 6 ->

CN2 7 ->

CN2 8 ->

CN2 9 ->

CN2 10 ->

CN2 11 ->

CN2 12 ->

CN2 13 ->

CN2 14 ->

CN2 15 ->

CN2 16 ->

GROUND

FORWARD POWER

REFLECTED POWER

TEMPERATURE

INHIBT TX

OVER DRIVE

LOCK

OPERATE

GROUND

GROUND

FORWARD POWER

REFLECTED POWER

TEMPERATURE

INHIBT TX

OVER DRIVE

M2 1 ->

M2 2 ->

M2 3 ->

M2 4 ->

M2 5 ->

M2 6 ->

M2 7 ->

M2 8 ->

M2 9 ->

M2 10 ->

M2 11 ->

M2 12 ->

VCC

M2 13 ->

M2 14 ->

Vpa

Vpa

OPERATE

STAND BY

V1

V2

Ipa

V1

V2

Ipa

S.W.R. Ant.

S.W.R. Int.

S.W.R. Ant.

S.W.R. Int.

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Tue

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Title

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ent

Num

ber

Rev

Dat

e:S

heet

of

+V

CC

+V

CC

+V

CC

+V

CC

+V

CC

VC

C

VC

C

R7

100K

1%

R10

100K

1%

+ -

U4A

LM35

8N3 2

1

8 4

+ -

U4B

LM35

8N5 6

7

R13

150K

1%

R8

100K

1%

+ -

U5A

LM35

8N3 2

1

8 4

+ -

U5B

LM35

8N5 6

7R

23

1K 1

%

C10

100n

F

D4

1N41

48

D3 1N

4148

C18

100n

F

C11

100n

F

C9

100n

F

D1

1N40

07

D2

1N40

07

+ -

U2B

LM35

8N5 6

7

C8

100n

F

CN

216

PIN

CO

NN

.

12

34

56

78

910

1112

1314

1516

C7

100n

F

R4

100K

1%

R2

100K

1%

R9

100K

1%

R12

150K

1%

R14

150K

1%

R15

1K 1

%

R11

150K

1%

R22

1K 1

%

R19

1K 1

%

R17

1K 1

%

R21

2K2

1%

R24

1K 1

%

R25

1K 1

%

M2

14 P

IN F

ST

RIP 1 2 3 4 5 6 7 8 9 10 11 12 13 14

R5

100K

1%

R3

100K

1%

R1

100K

1%

C4

100n

F

C2

100n

F

C1

100n

F

R18

1K 1

%

R16

1K 1

%

R6

100K

1%

+ -

U3A

LM35

8N3 2

1

8 4

+ -

U3B

LM35

8N5 6

7

+ -

U2A

LM35

8N3 2

1

8 4

+ -

U1A

LM35

8N3 2

1

8 4

+ -

U1B

LM35

8N5 6

7

C5

100n

F

C3

100n

F

R20

1K 1

%C

1410

0nF

C13

100n

F

C12

100n

F

C15

100n

F

C17

100n

F

C6

100n

F

C16

100n

F

PJ1000M

PROT-A2 - 3 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

Telemetry Card Mod. 2 Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE___________________________________________________________________________________________________

1 9 R15,R16,R17,R19,R20, 1K 1% RESISTOR 1/4W 1% RSM1/4FK0001R22,R23,R24,R25

2 1 R18 1K RESISTOR 1/4W 5% RSC1/4JK0001

3 1 R21 2K2 1% RESISTOR 1/4W 1% RSC1/4FK02,2

4 14 R1,R2,R3,R4,R5,R6,R7, 100K 1% RESISTOR 1/4W 1% RSM1/4FH0100R8,R9,R10,R11,R12,R13,R14

5 18 C1,C2,C3,C4,C5,C6,C7, 100NF CERAMIC CAPACITOR CKM104BK600PC8,C9,C10,C11,C12,C13,C14,C15,C16,C17,C18

6 1 M2 14 PIN F STRIP STRIP F P 2.54 14 PIN CNTSTFC14SD

7 1 CN2 16 PIN CONN. CONN. M 2*8 P 2.54 CNTMCSFC16P

8 2 D3,D4 1N4148 SILICON DIODE DIS1N4148

9 2 D2,D3 1N4007 SILICON DIODE 1000V DIS1N4007

10 5 U1,U2,U3,U4,U5 LM358N DOUBLE OP. AMP. CILLM358N

PJ1000M

4 / 4 - PROT-A2 Technical AppendixRev. 1.1 - 07/03/01



PJ1000M

LPF+MEAS - 1 / 4Appendice Tecnica Rev. 1.0 - 07/03/02

PJ1000M

2 / 4 - LPF+MEAS Technical AppendixRev. 1.0 - 07/03/02

From Coupler Card Outut

TO ANTENNA

ST

RIP

CA

PA

CIT

OR

ST

RIP

CA

PA

CIT

OR

ST

RIP

CA

PA

CIT

OR

ST

RIP

CA

PA

CIT

OR

ST

RIP

CA

PA

CIT

OR

CSBLPFPJ1KM

CSBS1

CSBS1

CSBS1

CSBS1

CSDCLPFPJ1KM

CSLPFPJ1KM

\\JA

CK

\L

OW

PA

SS

FIL

TE

R +

ME

AS

UR

EM

EN

T

LPF

+M

EA

S

2.1

PJ1

000M

/

MA

NU

ALI

\PJ1

000M

\NE

W_L

PF

\TE

ST

IN~

1.D

SN

UC

ELL

I M

. -

RE

V.:

BE

RT

I J.

07/0

3/02

11

A3

��

��

��

��

��

� ��

��

��

��

��

��

��

� ��

�

RC

A R

FL

PW

R

RC

A F

WD

PW

R

R2

100k

080

5C

44n

7 08

05

D2

BA

T83

L5

BF

S10

0020

18

C3

47p

0805

cw

RV

2

200R

SM

D

R1

100k

080

5C

24n

7 08

05

cw

RV

1

20

0R

SM

D

D1

BA

T83

C1

47p

0805

C5

1n

F

C6

1n

F

R3

27

0R

1/4

W

R4

27

0R

1/4

W

C1

1C

10

C9

C7

C8

L1B

BR

3000

0219

L4B

BR

3000

0219

L3B

BR

3000

0219

L2B

BR

3000

0219

CS

1

PJ1000M

LPF+MEAS - 3 / 4Appendice Tecnica Rev. 1.0 - 07/03/02

PJ1000M Bill Of Materials Page1

Item Q.ty Reference Part

____________________________________________________________________________________________

1 1 L5 BFS10002018

2 1 CS1 CSDRCPPJ1KM

3 2 C3,C1 47p 0805

4 2 C4,C2 4n7 0805

5 2 C5,C6 1nF

6 2 C7,C11 27pFTFL

7 3 C8,C9,C10 54pFTFL

8 2 D2,D1 BAT83

9 4 L1,L2,L3,L4 BBR30000219

10 2 RV2,RV1 200R SMD

11 2 R2,R1 100k 0805

12 2 R3,R4 270R 1/4W

PJ1000M

4 / 4 - LPF+MEAS Technical AppendixRev. 1.0 - 07/03/02



PJ1000M

PJ1KLPF - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - PJ1KLPF Technical AppendixRev. 1.1 - 07/03/01

From Coupler Card Outut

To Directional Coupler Card Input

00

Low

Pas

s F

ilter

Cir

cuit

Dia

gram

R.V

.R.

ELE

TT

RO

NIC

A S

.r.l

. (B

o)

Cus

tom

11

Thu

rsda

y, J

anua

ry 1

1, 2

001

Title

Siz

eD

ocum

ent

Num

ber

Rev

Dat

e:S

heet

of

L5

L20

16R

VR

1.5

C5

27pF

TF

LC

454

pFT

FL

C3

54pF

TF

LC

254

pFT

FL

C1

27pF

TF

L

L4L3

21R

VR

7SP

1L3

L325

RV

R7S

P1

L2L3

25R

VR

7SP

1L1

L321

RV

R7S

P1

PJ1000M

PJ1KLPF - 3 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

Low Pass Filter Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE____________________________________________________________________________________________

1 2 C1,C5 27PFTFL CONDBANDELLA RAME TEFLON CBRT270RVR

2 3 C2,C3,C4 54PFTFL COND.BANDELLA RAME TEFLON CBRT540RVR

3 2 L1,L4 L321RVR7SP1 RAME ARG.3SP DIA21 7MM SP1 BFA700003211

4 2 L2,L3 L325RVR7SP1 RAME ARG.3SP DIA25 7MM SP1 BFA700003251

5 1 L5 L2016RVR1.5 RAME ARG.1.5MM 20SP DIA16MM BFS15002016

PJ1000M

4 / 4 - PJ1KLPF Technical AppendixRev. 1.1 - 07/03/01



PJ1000M

DRCP-PJ1KM - 1 / 4Appendice Tecnica Rev. 1. - 07/03/01

PJ1000M

2 / 4 - DRCP-PJ1KM Technical AppendixRev. 1.1 - 07/03/01

FWD PWR

REF PWR

From Low Pass Filter

Output

AGC CONTROL

TO ALARMS CARD

TO POWER SUPPLY

OUTPUT

R.F. TEST

-60dB

Dir

ecti

onal

Cou

pler

Car

d C

ircu

it D

iagr

am

R.V

.R.

Ele

ttro

nica

S.r

.l. (

Bo)

Cus

tom

11

Tue

sday

, D

ecem

ber

05,

2000

Title

Siz

eD

ocum

ent

Num

ber

Rev

Dat

e:S

heet

of

CS

1C

SD

RC

PP

J1K

M

R2

470

1%

C3

1nF

CH

C2

1nF

CH

C1

18pFD

1

BA

T83

C4

47pF

R5

470

1%

R4

220C

H

CN

1B

NC

TW

INA

X

R6

100K

CH

C6

1nF

CH

C5

1nF

CH

D2

BA

T83

R3

100K

CH

R7

51 1

%

CN

4B

NC

TE

LAIO

CN

3N

CO

NN

EC

TO

R

TR

1M

20K

CN

2B

NC

TW

INA

X

R1

TC

200C

H

R4A

220C

H

PJ1000M

DRCP-PJ1KM - 3 / 4Appendice Tecnica Rev. 1. - 07/03/01

Directional Coupler Card Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE________________________________________________________________________________________________


2 2 R4A,R4 220CH CHIP RESISTOR 1206 1% RCH126J0220H

3 2 R2,R5 470 1% RESISTOR 1/4W 1% RSM1/4FH0470

4 2 R3,R6 100KCH CHIP RESISTOR 1206 1% RCH126J0100K

5 1 R1 TC200CH TRIM.REG.VER.CERMET SMD RVT4X4H200V

6 1 TR1 M20K TRIMMER MULTIGIRI RVT3296WK020

7 1 C1 18PF CERAMIC CAPACITOR NP0 CKM180BK600C

8 1 C4 47PF CERAMIC CAPACITOR NP0 CKM470BK600C

9 4 C2,C3,C5,C6 1NFCH CAPACITOR HIGH Q CHQ102AJ500

10 1 CN4 BNC TELAIO CONN. BNC A TELAIO CNTBNCFPV

11 2 CN1,CN2 BNC TWINAX CONN.BNC X CAVO TWINAX CNTBNCMTXVL

12 1 CN3 N CONNECTOR CONN. N A TELAIO CNTNFPFL

13 2 D1,D2 BAT83 HOT CARRIER DIODE DHCBAT83

14 1 CS1 CSDRCPPJ1KM CS DIR.COUPLER PJ1KM CSDRCPJ1KM

PJ1000M

4 / 4 - DRCP-PJ1KM Technical AppendixRev. 1.1 - 07/03/01



PJ1000M

PSSW5040 - 1 / 10Appendice Tecnica Rev. 1.2 - 24/08/01

PJ1000M

2 / 10 - PSSW5040 Technical AppendixRev. 1.2 - 24/08/01

VOLTAGE

ADJ.

SLP.COMP.

1V

50KHZ

INIBIT

TP3= 1.6V

TP3=1,6V R56=13K3 R57=1K6

PER VOUT 24V R21=3K52 R20=1K0

PS

5040

.SC

HA

Pow

er S

uppl

y C

ircu

it D

iagr

am

R.V

.R.

Ele

ttro

nica

S.r

.l. (

BO

)

Cus

tom

11

Fri

day,

Aug

ust

24,

2001

Title

Siz

eD

ocum

ent

Num

ber

Rev

Dat

e:S

heet

of

PW

M

VO

UT

VO

UT

NE

G

DG

3

VO

UT

NE

G

SS

VA

DJ

PW

M

VA

DJ

SS

NE

G

PO

S

PO

S

VC

C

VC

C

VC

C

VC

C

VC

C

VC

CVC

C

+C

1

470u

F/4

0

R7

237R

R11

2K61

C26

CM

.1U

FC

53

CP

.1U

F

JP1

KB

212

R58

87W

-10K

R60

10K

/1W

C59

CP

.1U

F

TP

4

TP

U1

UC

3823

1 2 3 4 5 6 7 8

16 15 14 13 12 11 0 9

INV

.N

.I.

E/A

OU

TC

LKR

TC

TR

AM

PS

.ST

AR

T

VR

EF

VC

CO

UT

VC

PW

RG

ND

ILM

RE

FG

ND

ILS

.D.

C55

CM

R2

4K02

R19

87W

-500

R R20

2K0

R21

2K49

R24

6k81

R27

22K

R35

1K0

R36

47K

5

C3

4n7U

F2.

5%

R1

2K49

R23

2M7

U3

LM31

7

32 1

VIN

VO

UT

AD

J+

C2

100U

F/2

5

-+ D3

WL

02

+ C50

470U

F/4

0

T1

15V

JP7

KB

41234

-V0

+U4

HT

M50

12

3

5

4

+C

52

47U

F/2

5

R29

5K62

+C11

EK

E10

00/6

3+

C34 EK

E10

00/6

3

C43 NC

C45

NC

F4

FF

25A

R14

22K

/1W

F5

FF

25A

R44

NC

L8

NC

R40

NC

C42 N

C

JP6

NC

1 2

D10 N

C

DL1

LED

R

IS2

NC

1 2

5 4

6

R41

4K7/

2W

L9

NC

L10

BF

V07

10

Q3

IRF

P25

0

R30

5K62

C10

MK

P-1

UF

/250

JP2

KR

A41234

JP3

KR

A41234

C44

MK

P-1

UF

/250

C54

MK

P-1

UF

/250

C40

100P

FC

3910

0PF

C58

100P

F

R31

5K62

R32

10R

/4W

+

C12

EK

E10

00/6

3

+C13

EK

E10

00/6

3+

C14

EK

E10

00/6

3

+C

15

EK

E10

00/6

3

+C

16

EK

E10

00/6

3

+C

17

EK

E10

00/6

3

F2

NC

C23

MK

P1n

F/6

00

F6

BL0

2

D13

1N41

48Q

7IR

FD

120

+ -

U5A

LM35

8

3 21

8 4

+ -U

5B

LM35

8

5 67

TP

3

TP

R50

20K

0

R54

10K

R55

180R

R59

549R

D14

1N41

48

D6

HF

A50

PA

60C

+C

60

2.2U

F/1

6

F3

NCC18

NC

C41 NC

JP14

KB

21 2

R51

40K

2

R53 20

K0

R56

13K

3R

57 N

C

R52

40K

2

C57

CM

.1U

F

Q4

IRF

P25

0

R6

10R

/4W

Q2

BC

237L5

130u

HC

4M

KP

1nF

/600

R8

80R

2

R25

87W

-2K

C27

CM

1UF

C28

CM

100p

F

C29

CM

1KpF C

33C

P10

KP

F

TP

2

TP

R22

5K11

R16

392R

R10

5

820R

Q5

IRF

P25

0

R26

1K0

+C

5

EK

E47

0/10

0

+

C6

EK

E47

0/10

0

+

C7

EK

E47

0/10

0

+

C8

EK

E47

0/10

0

+C

46

EK

E47

0/10

0

+C

47

EK

E47

0/10

0

+C

48

EK

E47

0/10

0

+C

51

EK

E47

0/10

0

Q6

IRF

P25

0

D1

27V

/1W R3

100R

Q1

50R

IA20

C49

CP

.22U

F

D5

HF

A50

PA

60C

RV

1

V12

0ZA

6

TP

1

TP

L1

BF

T07

40

D2

30V

/1W

R4

100R

D11

1N40

04

+C

19

EK

E10

00/6

3

+C20

EK

E10

00/6

3+

C21

EK

E10

00/6

3

+C

22

EK

E10

00/6

3

JP4

KR

A41234

JP5

KR

A41234

L613

0uH

D7

1N40

04

C30

CM

.1U

F+ C

31

CT

1/16

+ C32

CT

1/16

R43

22R

/1W

R10

482

0R

U2

LM31

7

32 1

VIN

VO

UT

AD

J

R28

5K62

R15

150R

R12

237R

R13

2K61

C24

MK

P1n

F/6

00

R3310

R/4

W

D12

LED

V

R9

3K3

D8

LED

V

JP8

MO

LEX

4

1 2 3 4

JP10

MO

LEX

4

1 2 3 4 JP11

MO

LEX

4

1 2 3 4

JP13

MO

LEX

4

1 2 3 4

R10

3K3

JP9

MO

LEX

4

1234

F1

BL0

2

R17 1K

D4

1N40

04

R181MIS

1

4N26

1 2

5 4

6C

35C

M10

0PF

C36

CM

100P

F

C37

CM

.1U

F

PJ1000M


PS5040 Bill Of Materials Page1

Item Q.ty Reference Part

______________________________________________

1 4 Q3, Q4, Q5, Q6 IRFP250

2 2 C1,C50 470UF/40

3 1 C2 100UF/25

4 1 C3 4n7UF

5 3 C4,C23,C24 MKP1nF/600

6 8 C5,C6,C7,C8,C46,C47,C48, EKE470/100

C51

7 3 C10,C44,C54 MKP-1UF/250

8 12 C11,C12,C13,C14,C15,C16, EKE1000/63

C17,C19,C20,C21,C22,C34

9 12 IS2,F2,F3,L8,L9,D10,C18, NC

R40,C42,R44,C45,R57

10 4 C26,C30,C37,C57 CM.1UF

11 1 C27 CM1UF

12 3 C28,C35,C36 CM100PF

13 1 C29 CM1KpF

14 2 C31,C32 CT1/16

15 1 C33 CP10KPF

16 3 C39,C40,C58 100PF

17 3 JP6,C41,C43 NC

18 1 C49 CP.22UF

19 1 C52 47UF/25

20 2 C53,C59 CP.1UF

21 1 C55 CM

22 1 C60 2.2UF/16

23 1 DL1 LED R

24 1 D1 27V/1W

25 1 D2 30V/1W

26 1 D3 WL02

27 3 D4,D7,D11 1N4004

28 2 D6,D5 HFA50PA60C

29 2 D12,D8 LED V

30 2 D13,D14 1N4148

31 2 F6,F1 BL02

32 2 F4,F5 FF25A

33 1 IS1 4N26

34 2 JP1,JP14 KB2

35 4 JP2,JP3,JP4,JP5 KRA4

36 1 JP7 KB4

37 5 JP8,JP9,JP10,JP11,JP13 MOLEX4

38 1 JP12 JUMPER2

39 1 L1 BFT0740

40 2 L5,L6 130uH

41 1 L10 BFV0710

42 1 Q1 50RIA20

43 1 Q2 BC237

44 1 Q7 IRFD120

45 1 RV1 V120ZA6

46 2 R21,R1 2K49

47 1 R2 4K02

48 2 R3,R4 100R

49 3 R6,R32,R33 10R/4W

50 2 R7,R12 237R

51 1 R8 80R2

52 2 R9,R10 3K3

PJ1000M


53 2 R11,R13 2K61

54 1 R14 22K/1W

55 1 R15 150R

56 1 R16 392R

57 1 R17 1K

58 1 R18 1M

59 1 R19 87W-500R

60 1 R20 2K0

61 1 R22 5K11

62 1 R23 2M7

63 1 R24 6k81

64 1 R25 87W-2K

65 2 R35,R26 1K0

66 1 R27 22K

67 4 R28,R29,R30,R31 5K62

68 1 R36 47K5

69 1 R41 4K7/2W

70 1 R43 22R/1W

71 2 R50,R53 20K0

72 2 R51,R52 40K2

73 1 R54 10K

74 1 R55 180R

75 1 R56 13K3

76 1 R58 87W-10K

77 1 R59 549R

78 1 R60 10K/1W

79 2 R105,R104 820R

80 4 TP1,TP2,TP3,TP4 TP

81 1 T1 15V

82 1 U1 UC3823

83 2 U3,U2 LM317

84 1 U4 HTM50

85 1 U5 LM358

PJ1000M


PJ1000M


DRIVER PS5040 Bill Of Materials Page 1

Item Quantity Reference Part___________________________________________________________________________________________________

1 4 C1,C5,C7,C8 CE1/25

2 1 C2 CM.1UF

3 1 C3 47UF/25

4 2 C4,C6 CD.1UF

5 4 D1,D2,D3,D4 11DQ04

6 1 D5 5V1/0.5W

7 5 JP8,JP9,JP10,JP11,JP13 MOLEX4

8 2 Q1,Q4 IRFD120

9 2 Q2,Q3 IRFD9120

10 1 R1 390R

11 4 R2,R3,R8,R9 4R99

12 4 R6,R7,R10,R11 10R

13 1 R12 470R

14 2 R13,R14 14R7

15 1 U1 TC427

16 1 U2 HCPL2611

PJ1000M


PJ1000M


AC

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PJ1000M


RETIFICATORE LIVELLATORE PSSW5040 Bill Of Materials Page1

Item Quantity Reference Part_______________________________________________________________________________________________

1 2 C1,C2 EYS4700/1002 4 C3,C4,C5,C6 EKE470/1003 1 C7 CA1/2504 2 D1,D2 40EPS085 1 JP1 KRA106 1 L1 BFV07207 1 R1 22K

PJ1000M

PSSW5020B - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - PSSW5020B Technical AppendixRev. 1.1 - 07/03/01

PJ1000M

PSSW5020B - 3 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

Power Supply Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part______________________________________________________________________________________________

1 1 CFP 1UF/250V

2 10 CF7,C23,C26,C27,C35,C39, CM.1UFC46,C49,C52,C57

3 2 C1,C12 CP.1UF

4 3 C2,C14,C19 MKP1NF/600

5 2 C3,C58 1UF/25

6 4 C4,C5,C6,C20 EKE1000/63

7 1 C7 1KPF

8 1 C8 CP10NF

9 11 C9,C33,C34,C40,C41,C47, 100PFC48,C53,C54,C55,C56

10 1 C10 CM.33UF

11 1 C11 CP.22UF

12 1 C13 4N7

13 1 C15 EKE470/100

14 2 C16,C17 EYS4700/100

15 1 C18 CE47UF/16

16 2 C21,C29 EKS470UF/40

17 2 C22,C25 CE100UF/25

18 1 C24 EKS470/40

19 1 C28 CER-.1UF

20 1 C30 CM10KPF

21 2 C31,C32 CE47UF/25

22 2 C38,C45 2.2UF/16

23 2 C50,C51 1/16

24 2 R35,C60 N.C.

25 2 D1,D2 11DQ04

26 1 D3 27V/1W

27 3 D4,D5,D30 40EPS08

28 1 D8 30V/1W

29 4 D9,D10,D11,D26 1N4004

30 2 D12,D13 WL02

31 3 D14,D15,D16 LED V

32 1 D17 HFA50PA60C

33 1 D18 LM336-5V

34 6 D19,D20,D23,D27,D28,D29 1N4148

35 5 F2,F3,F5,F6,F7 BL02

36 2 IS1,IS2 4N26

37 1 JP4 KRA6

38 2 JP5,JP9 STRIP

39 1 JP6 KB8

40 1 JP8 KRA4

41 1 JP10 KB4

42 2 L1,L2 140UH

43 2 L3,L4 BFV0720

44 1 L5 BFV0710

PJ1000M

4 / 4 - PSSW5020B Technical AppendixRev. 1.1 - 07/03/01

45 1 Q1 BC237

46 3 Q2,Q5,Q8 IRFD120

47 2 Q3,Q4 IRFP250

48 1 Q6 IRFD9120

49 1 Q7 50RIA20

50 1 RV1 V120ZA6

51 2 R1,R9 5K62

52 1 R2 390R

53 1 R3 2K47

54 2 R4,R5 14R7

55 2 R6,R29 3R3

56 4 R7,R22,R32,R41 237R

57 2 R8,R85 820R

58 1 R10 4K02

59 4 R11,R74,R75,R84 1K0

60 1 R12 22K1

61 2 R13,R80 2K0

62 2 R14,R17 100R

63 3 R15,R20,R21 10R/4W

64 1 R16 6K81

65 1 R18 909R

66 1 R19 1K

67 1 R23 80R2

68 2 R24,R28 4R99

69 3 R25,R26,R27 2K2

70 3 R30,R40,R42 2K61

71 1 R31 2K55

72 1 R33 87W-2K

73 1 R34 27K4

74 1 R36 2K74

75 1 R37 1K37

76 1 R38 100K0

77 1 R39 150K0

78 1 R43 715R

79 1 R44 10K/1W

80 1 R45 22K/1W

81 4 R46,R50,R57,R61 20K0

82 4 R47,R49,R58,R60 40K2

83 2 R51,R64 10K

84 2 R54,R63 180R

85 1 R55 301R

86 1 R56 511R

87 2 R66,R70 549R

88 1 R69 1K21

89 1 R71 87W/5K

90 1 R72 2K21

91 1 R73 87W/10K

PJ1000M


PJ1000M


Power Supply Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part________________________________________________________________________________________________

1 1 CFP 1UF/250V

2 10 CF7,C12,C23,C26,C27, 0.1UFC39,C46,C49,C52,C57

3 1 C1 0.1UF

4 3 C2,C14,C19 MKP1NF/600

5 1 C3 1UF/25

6 4 C4,C5,C6,C20 EKE1000/63

7 1 C7 1KPF

8 1 C8 6N8

9 17 C9,C33,C34,C35,C36, 100PFCC37,40,C41,C42,C43,C44,C47,C48,C53,C54,C55,C56

10 3 C10,C50,C51 0.33UF

11 1 C11 0.22UF

12 1 C13 4N7UF

13 1 C15 EKE470/100

14 2 C16,C17 EYS4700/100

15 1 C18 47UF/16

16 1 C21 470UF/40

17 2 C22,C25 100UF/25

18 1 C24 470/40

19 1 C28 0.1UF CER

20 1 C29 470UF

21 1 C30 10KPF

22 2 C31,C32 47UF

23 2 C38,C45 0.47UF

24 1 C58 1UF/35

25 2 R35,C60 N.C.

26 2 D1,D2 11DQ04

27 1 D3 27V/1W

28 3 D4,D5,D30 40EPS08

29 2 D6,D7 20V/1W*

30 1 D8 30V/1W

31 4 D9,D10,D11,D26 1N4004

32 2 D12,D13 WL02

33 3 D14,D15,D16 LED V

34 1 D17 HFA50PA60C

35 1 D18 LM336-5V

36 10 D19,D20,D21,D22,D23, 1N4148D24, D25,D27,D28,D29

37 7 F1,F2,F3,F4,F5,F6,F7 BL02

38 2 IS1,IS2 4N26

PJ1000M


39 1 JP4 KRA6

40 2 JP5,JP9 STRIP

41 1 JP6 KRA8

42 2 JP8,JP10 KRA4

43 2 L1,L2 84UH

44 2 L3,L4 BFN0720

45 1 L5 BFN0610

46 1 Q1 BC237

47 3 Q2,Q5,Q8 IRFD120

48 2 Q3,Q4 IRFP250

49 1 Q6 IRFD9120

50 1 Q7 50RIA20

51 1 RV1 V120ZA6

52 2 R1,R9 5K62

53 1 R2 390R

54 1 R3 2K47

55 2 R4,R5 14R7

56 2 R6,R29 3R3

57 4 R7,R22,R32,R41 237R

58 2 R8,R85 820R

59 1 R10 4K02

60 3 R11,R74,R84 1K0

61 1 R12 22K

62 2 R13,R80 2K0

63 2 R14,R17 100R

64 3 R15,R20,R21 10R/4W

65 1 R16 6K81

66 1 R18 909R

67 4 R19,R52,R62,R75 1K

68 1 R23 80R2

69 2 R24,R28 4R99

70 3 R25,R26,R27 2K2

71 2 R30,R42 2K61

72 1 R31 2K55

73 1 R33 87W-2K

74 1 R34 27K4

75 1 R36 2K74

76 1 R37 1K37

77 5 R38,R51,R64,R67,R68 100K0

78 1 R39 150K0

79 1 R40 2K7

80 1 R43 715R

PJ1000M

PSW1000 - 1 / 6Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 6 - PSW1000 Technical AppendixRev. 1.1 - 07/03/01

PJ1000M


Switching Power Supply Circuit Diagram Bill Of Materials Page 1


1 2 R2,R4 4.7# RESISTOR 2W RSC002JH04,7

2 1 R21 15** RESISTOR 1W RSC001JH0015

3 1 R11 22# RESISTOR 2W RSC002JH0022



6 2 R10,R13 1K 1% RESISTOR 1/4W 1% RSM1/4FK0001

7 2 R5,R6 1K2 1% RESISTOR 1/4W 1% RSM1/4FK01,2

8 1 RC 3K3CH CHIP RESISTOR RCC1/4JH03,3


10 1 R8 6K81 1% RESISTOR 1/4W 1% RSM1/4GK6,81




14 1 R16 47K5 1% RESISTOR 1/4W 1% RSM1/4FK47.5

15 1 R14 47K** RESISTOR 1W 5% RSC001JK0047


17 1 R54 10M 1% RESISTOR 1/4W 1% RSM1/4FM0010

18 1 P1 TM5K TRIM.MULTIGIRI REG.VERT RVTMULVK0005

19 1 CC 12PF CERAMIC CAPACITOR NP0 CKM120BJ600C

20 2 C23,C24 100PF CERAMIC CAPACITOR NP0 CKM101BJ600C

21 1 C27 470PF CERAMIC CAPACITOR CKM471BK600P

22 2 C11,C12 10NFP POLIESTER CAPACITOR CPE103BJ101


24 2 C2,C10 150NFP POLIESTER CAPACITOR CPE154DK101

25 3 C1,C31,C70 1UF ELECTROLYTIC CAPACITOR CEA105AM630

26 3 C17,C21,C22 100UF ELECTROLYTIC CAPACITOR CEA107BM350


28 2 C13,C16 1000UF ELECTROLYTIC CAPACITOR CEA108SCM350

29 8 C5,C6,C7,C8,C9,C28, 3300UF ELECTROLYTIC CAPACITOR CEA338EM350C29, C34

30 2 L2,LA 10UH 20A RF CHOCHE 10uH 20A IMP10U0A20A

31 1 L3 125UH 20A TOR.RF CHOKE 125uH 20A IMP125UV20A

32 1 L1 BL02 BL02 IND.POW.SUP.PJ1KM IMPBL02

33 3 TP1,TP2,TP3 1 PIN STRIP STRIP M 1 PIN CNTSTRIPMCS

34 1 J1 MOR3MKDS5 MORS. 3MKDS5 PHOENIX MORS4MKDS5

PJ1000M


35 1 J3 MOR4GMKDS MORS. 4GMKDS PHOENIX MORS4GMKDS

36 1 J2 MOR280610 MORS. CTRL PWR SUPPLY PJ1KM

37 2 D1,D2 40HFR20 DIODE IOR 200V 40A DIR40HFR20

38 5 D3,D4,D26,D27,D28 1N4148 SILICON DIODE DIS1N4148

39 1 D9 1N4007 SILICON DIODE 1000V DIS1N4007

40 2 D5,D6 UR3060 HARRIS DIODE UR3060 DIRUR3060

41 2 D7,D8 W06M DIODE BRIDGE 1.5A 600V PNRW06M

42 2 Q3,QA 50RIA120 PHASE CTRL SCR 1200V 80A DIR50RIA120

43 4 DL1,DL2,DL3,DL4 LED-G3 GREEN LED DIODE 3mm LEDVE03

44 1 DZA Z8V2 ZENER DIODE 8.2V 0.4W DIZ8V20W4

45 2 U1,U2 7815 POS. STABILIZER 1A CIL7815P

46 1 U5 LM336 5.0 REFERENCE DIODE

47 2 Q1,Q2 IRFP250 HEXFET N-CHANNEL TO-247AC TRNIRFP250

48 1 U3 IR2113 HV PWR MOSFET/IGBT GATE DRIV TRNIR2113

49 1 Q4 ZTX652 NPN MEDIUM POWER TRANSISTOR TRNZTX652

50 1 U4 LM358N DOUBLE OP. AMP. CILLM358N

51 1 T1 TA150320 CURRENT TRANSF. P.S. PJ1KM TRFTA150320

52 1 RAFF3 DISPSPJ1KM HEAT SINK PWR SUPPLY PJ1KM

53 4 IS1,IS3,IS6,IS7 MICA-TO220 MICA ISOLANTE TO220 ISLMICTO220

54 2 IS2,IS4 MICA-TO247 MICA ISOLANTE TO247 ISLMICTO247

55 4 PAD1,PAD2,PAD3,PAD4 PAD PAD C.S.

PJ1000M


PJ1000M


Swirching Power Supply Circuit Diagram Bill Of Materials Page 1


1 4 R24,R29,R32,R37 0 0 OHM RESISTOR R000

2 1 R48 47.5 1% RESISTOR 1/4W 1% RSM1/4FH47.5

3 5 R26,R39,R40,R41,R44 100 1% RESISTOR 1/4W 1% RSM1/4FH0100




7 5 R25,R34,R43,R49,R55 10K 1% RESISTOR 1/4W 1% RSM1/4FK0010


9 2 R47,R58 22K1 1% RESISTOR 1/4w 1% RSC1/4FK22,1


11 1 R52 47K5 1% RESISTOR 1/4W 1% RSM1/4FK47.5


13 2 R22,R30 100K 1% RESISTOR 1/4W 1% RSM1/4FH0100

14 3 R28,R36,R57 200K 1% RESISTOR 1/4W 1% RSM1/4FK0200

15 2 RB,RA 475K 1% RESISTOR 1/4W 1% RSC1/4FK0475



18 2 P2,P3 TM10K TRIM.MULTIGIRI REG.VERT RVTMULVK0010


20 11 C35,C36,C42,C43,C49, 100PF CERAMIC CAPACITOR NP0 CKM101BJ600CC50,C52,C53,C54,C68,C69

21 1 C58 2N2 CERAMIC CAPACITOR CKM222BK600P



24 12 C4,C30,C39,C46,C57,C60, 100NF CERAMIC CAPACITOR CKM104BK600PC64,C65,C73,C75,CB,CA

25 1 C59 1UFP POLIESTER CAPACITOR CPE105EK101

26 5 C62,C63,C66,C67,C74 22UF ELECTROLYTIC CAPACITOR CEA226BM350


28 3 C51,C55,C61 100UF ELECTROLYTIC CAPACITOR CEA107BM350

29 5 L4,L6,L8,L9,L10 BL02 BL02 IND.POW.SUP.PJ1KM IMPBL02

30 1 JP1 2 PIN STRIP STRIP M P 2.54 2 PIN CNTSTRIPMCS


32 3 J4,J5,J6 MOR4MKDS MORS. 4MKDS PHOENIX MORS4MKDS

33 4 D16,D17,D20,D21 1N4148 SILICON DIODE DIS1N4148

34 3 D12,D14,D29 BAT42 HOT CARRIER DIODE DHCBAT42

35 1 D15 1N4007 SILICON DIODE 1000V DIS1N4007

36 1 U9 UC3823 HIGH SPEED PWM CONTROLLER CILUC3823

37 2 Q5,Q6 BS170 TMOS FET SWITCHING TRNBS170

38 5 U4,U6,U7,U8,U10 LM358N DOUBLE OP. AMP. CILLM358N

PJ1000M

SOFTSTART2 - 1 / 4Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 4 - SOFTSTART2 Technical AppendixRev. 1.1 - 07/03/01

JP1,JP2: JUMPERS SMD CORTOCIRCUITATI

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PJ1000M


Soft-Start Card Vers.LCD Circuit Diagram Bill Of MaterialsPage 1

Item Quantity Reference Part__________________________________________________________________________________________________

1 1 C1 220UF 50V COND. ELETTR. CEA227BM350

2 1 C2 47UF 50V COND. ELETTR. CEA476AM350

3 2 D1,D2 1N4004 DIODO AL SILICIO DIS1N4004

4 1 D3 W02M PONTE DI DIODI PNRWL02

5 1 FIX1 FIX

6 2 JP1,JP2 JUMPER 2P

7 1 M1 LUMBERG 2P MORS. 2 PIN MORSKB02PPO

8 2 M2,M3 LUMBERG 4P MORS. 4 PIN MORSKB04PPO

9 1 Q1 BD681 TRANSISTOR TRNBD681

10 2 RL1,RL2 G8P-1114P RELè G8-1114P RLDG8P1114P

11 1 RL3 V23042 A 2003 RELè 2SC. 2VIE RLD224

12 2 R1,R2 10K RES. STRATO MET. RSM1/4FK0010

13 1 R3 120 5W RES. A FILO RAF005JH0120

14 1 R4 4.7 20W RES. A FILO RAF020JH03,3

PJ1000M




PJ1000M


Soft-Start Card Circuit Diagram Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CODE_______________________________________________________________________________________________

1 2 R3,R4 10/20W RESISTOR 20W RAF020KH0010

2 1 R5 120$ RESISTOR 5W RSC005JH0120




6 2 M1,M2 MORS. CS 4 MORSETTIERA C.S.4 CONT. MORSKB04PPO

7 1 K1 JH2A RELè MATHSUSHITA 2CA1CC RLDJH2AB24

8 1 D2 1N4001 SILICON DIODE 50V

9 1 D1 1N4005 SILICON DIODE 600V

10 1 D3 WL04 DIODE BRIDGE 1.5A PNRWL04

11 1 Q1 BD681 NPN DARLINGTON TRNBD681

PJ1000M




PJ1000M

PJ1KCTRL002 - 1 / 6Appendice Tecnica Rev. 1.2 - 13/03/02

PJ1000M

2 / 6 - PJ1KCTRL002 Technical AppendixRev. 1.2 - 13/03/02

Com_3

Com_3

R.F. MODULE 1

R.F. MODULE 2

R.F. MODULE 3

R.F. MODULE 3

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72S

MD

567

R9

10K

0CH

C16

1nF

CH

+-

U6A

TL0

72S

MD

321

4 8

C20

100n

FC

H

C22

100n

FC

H+

C4

22uF

35V

+C

622

uF35

V

+C

510

0uF

35V

+C

310

0uF

35V

R12

10K

0CH

R10

10K

0CH

D2

LED

-G3

R82

47C

H

D12

A B

AV

99

2 3

D12

B B

AV

99

3 1

U3

78L

12

13

2

VIN

VO

UT

GND

Q8

MJD

32C

+ -

U7A

TL0

72S

MD

3 21

48

R25

2K7C

H

R21

100H

0CH

R24

220K

0CH

R26

150K

0CH

R28

1K0C

H

D8

SM

4004

R32

51H

0CH

R23

4K7C

HC

264n

7CH

R27

10K

0CH

R17

1K0C

H

R19

4K7C

H

R16

1K0C

H

R18

4K7C

H

R15

1K0C

H

D11

SM

4004

R31

22H

0CH

R22

10M

0CH

R20

4K7C

H

+C

2810

0uF

35V

R30

1K0C

H

R11

10K

0CH

U9

791

5

13

2

VIN

VO

UT

GND

R37

100K

0CH

R36

100K

0CH

R35

100K

0CH

R34

100K

0CH

+C

27A

10uF 35

V

F1

16LC

T

F2

16LC

T

F4

16LC

T

F3

16LC

T

R38

1K0C

H

C58

1nF

CH

Q7

MJD

117

U4

78L

12

13

2

VIN

VO

UT

GND

+15

-15

GN

D

Vm

ed

V1d

V2d

V3d

V4d

VG

V2

V1

FD

B1

FD

B2

VG

AT

E_T

V4

V3

FO

LBA

CK

PJ1000M


(V1+V2+V3+V4)/4

FUSE1

FUSE2

FUSE3

FUSE4

READING OF R.F. MODULES0 POWER SUPLY VOLTAGES

FUSE MODULE R.F.

OUTPUT

50V -> 5V F.S.

12x100nFCH

4xLEG-G5

50V -> 3.95V F.S.

6x3K3CH

\\JA

CK

\B

IAS

CO

NTR

OL

CA

RD

PJ1

KC

TRL0

02

1.1

PJ1

000M

/R

EV

.: B

ER

TI J

.

22

A3

Wed

nesd

ay, M

arch

13,

200

2

MA

NU

ALI

\PJ1

000M

\BIA

S002

_14\

P1K

_CTR

2.D

SN

��

��

��

��

��

� ��

��

��

��

��

��

��

� ��

�

GA

GB

GC

GD

+15

+15

+15

+15

+15

+15

+15

+15

+15

+15

+15

+15

-15

-15

-15

-15

-15

-15

-15

-15

-15

-15

-15

+15-1

5

R92

47C

H

R91

47C

H

Q11

ZD

T67

90

5

43

6

R95

47C

H

R94

47C

HR

93

47C

H

+ -

U13

AT

L074

SM

D3 2

1

4 11

+ -

U13

DT

L074

SM

D

12 1314

+ -

U13

CT

L074

SM

D

10 98

+ -

U13

BT

L074

SM

D

5 67

R60

100K

0CH

R59

100K

0CH

R58

100K

0CH

R57

100K

0CH

R73

AR

72A

R71

A

R73

R72

R71

R69

11K

0CH

D36

N.C

.

D35

N.C

. D34

BA

S32

LD

33B

AS

32L

D32

BA

S32

LD

31B

AS

32L

Q13

ZD

T67

90

5

43

6

JP3

25M

SF

6

1 2 3 4 5 6

R97

47C

H

R96

4K7C

H

R10

4

220C

H

C68

C66

C64

C62

C63

C67

C65

C61

R98

4K7C

H

R99

47C

H

Q12

ZD

T67

90

5

43

6

+ -

U8A

LM35

8SM

D3 2

1

8 4

R63

11K

0CH

R62

11K

0CH

R61

11K

0CH

R64

100K

0CH

R65

100K

0CH

R66

100K

0CH

R67

100K

0CH

R10

24K

7CH

R10

3

47C

H

R10

7

220C

H

R10

04K

7CH

R10

1

47C

H

R10

6

220C

H

R10

5

220C

H

R68

2K80

CH

+ -U

7BT

L082

SM

D

5 67

R70

C50

C49

R11

1

N.C

.

R11

2N

.C.

R10

9

N.C

.

R10

8N

.C.

R11

0

N.C

.

D29

+ -

U18

ALM

358S

MD

3 21

8 4

R11

9

N.C

.

R11

8

N.C

.

C55

N.C

.

R11

7

N.C

.

C54

N.C

.

R11

3

N.C

.R11

4

N.C

.

C52

N.C

.R

115

N.C

.

C53

N.C

.

R11

6

N.C

.

D28

D27

D26

R12

42K

7CH

C60

C59

R12

210

KC

H

R12

6

100C

H

R12

510

KC

H+ -

U18

BLM

358S

MD

5 67

R12

0

N.C

.

C56

N.C

.

R12

1

N.C

.

C57

N.C

.

R12

7T

M10

K

7

21

8

+ -

U15

TL0

71S

MD

3 2

15

6

7 4

+ -

U16

TL0

71S

MD

3 2

15

6

7 4

+ -

U17

TL0

71S

MD

3 2

15

6

7 4

7

21

8

TP

1 1

PIN

ST

RIP

7

21

87

21

8

R12

3T

M5K

+ -

U14

TL0

71S

MD

3 2

15

6

7 4

R70

A

Q10

ZD

T67

90

5

43

6

D37

Z5V

1SM

D

Vm

ed

V1d

V2d

V3d

V4d

V1

V2

V3

V4

+15

-15

VG

FD

B1

FD

B2

FO

LD

BA

CK

VG

AT

E_T

GN

D

PJ1000M


Scheda di controllo moduli RF Revised: August 27, 1998P1K-CTRL ver. 1.1 Revision: 2Bill Of Materials October 20, 1999 8:43:19 Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER CDE________________________________________________________________________________________________

1 2 R31,R87 22H0CH CHIP RESISTOR 1% RCH085F0022H

2 14 R82,R83,R84,R85,R86,R91, 47CH CHIP RESISTOR 1/4W RCH085F0047H R92,R93,R94,R95,R97,R99, R101,R103

3 5 R1,R2,R3,R4,R32 51H0CH CHIP RESISTOR 1% RCH085F051H

4 2 R21,R29 100H0CH CHIP RESISTOR 1% RCH085F0100H

5 1 R126 100CH CHIP RESISTOR RCH085F0100H

6 4 R104,R105,R106,R107 220CH CHIP RESISTOR RCH085F0220H

7 6 R14,R15,R16,R17,R28,R30, 1K0CH CHIP RESISTOR 1% RCH085F0001K

8 3 R25,R81,R124 2K74CH CHIP RESISTOR 1% RCH085F02K74

9 1 R68 2K80CH CHIP RESISTOR 1% RCH085F02K80

10 8 R70A,R70,R71A,R71,R72A, 3K32CH CHIP RESISTOR 1% RCH126F03K32 R72,R73A,R73

11 4 R96,R98,R100,R102 4K7CH CHIP RESISTOR RCH085F04K75

12 5 R13,R18,R19,R20,R23 4K75CH CHIP RESISTOR 1% RCH085F04K75

13 13 R5,R6,R7,R8,R9,R10,R11, 10K0CH CHIP RESISTOR 1% RCH085F0010K R12,R27,R80,R88,R89,R90

14 2 R122,R125 10KCH CHIP RESISTOR RCH085F0010K

15 4 R61,R62,R63,R69 11K0CH CHIP RESISTOR 1% RCH085F0011K

16 12 R34,R35,R36,R37,R57,R58, 100K0CH CHIP RESISTOR 1% RCH085F0100K R59,R60,R64,R65,R66,R67

17 1 R26 150K0CH CHIP RESISTOR 1% RCH085F0150K

18 1 R24 221K0CH CHIP RESISTOR 1% RCH085F0221K

19 1 R22 10M0CH CHIP RESISTOR 1% RCH085F0010M


21 6 R25A,R39,R40,R41,R42, TM5K TRIMM. MULTIGIRI RVT3296WK005 R123

22 1 R127 TM10K TRIMM. MULTIGIRI RVT3296WK010

23 9 C9,C10,C12,C13,C15,C16, 1NFCH CERAMIC CHIP CAPACITOR CCC085102X7A C18,C19,C58

PJ1000M




24 1 C26 4N7CH CERAMIC CHIP CAPACITOR CCC085472X7A

25 4 C8,C11,C14,C17 10NFCH CERAMIC CHIP CAPACITOR CCC085103X7A

26 23 C20,C22,C35,C36,C37,C38,100NFCH CERAMIC CHIP CAPACITOR CCC085104X7AC39,C40,C41,C42,C43,C49,C50,C59,C60,C61,C62,C63,C64,C65,C66,C67,C68

27 1 C27A 10UF ELECTROLYTIC CAPACITOR CES106B35VSM

28 5 C4,C6,C27,C33,C34 22UF ELECTROLYTIC CAPACITOR CES226D35VSM

29 1 C25 47UF ELECTROLYTIC CAPACITOR CES476D35VSM

30 3 C3,C5,C28 100UF ELECTROLYTIC CAPACITOR CES107D35VSM

31 2 C31,C32 1000UF ELECTROLYTIC CAPACITOR CES108D35VSM

32 9 TP1,TP2,TP3,TP4,TP5,TP6, 1 PIN STRIP STRIP M 1 PIN CNTSTRIPMCS TP7,TP8,TP9


34 1 JP3 25MSF6 MINIMODUL CONNECTOR 2.5MM 6P CNT25MSF6

35 4 SH1,SH2,SH3,SH4 SHUNT SHUNT CURRENT RSH10AH0,01

36 1 P1 DB25 F F CONN. F 25 FILTRATO MURATA CNTDB25FCSFA

37 6 D7,D9,D31,D32,D33,D34BAS32L CHIP SILICON DIODE DISBAS32MINI

38 2 D3,D38 BAV70 DUAL COMM. SWITH. CAT. DIODE DISBAV70

39 1 D12 BAV99 DUAL SERIES. SWITH. DIODE DISBAV99

40 11 D8,D10,D11,D15,D16,D17,SM4004 SILICON DIODE 400V SMD DIS4004MELF D18,D19,D20,D21,D30

41 2 D1,D2 LED-G3 GREEN LED DIODE 3mm LEDVE03

42 4 D26,D27,D28,D29 LED-G5 GREEN LED DIODE LEDVE05

43 1 D37 Z5V1SMD ZENER DIODE 5.1V 0.4W SMD DIZ5V1MINI

44 1 D13 Z10VSMD ZENER DIODE 10V 0.4W SMD DIZ10VMINI

45 1 U3 78L12 POS. STABILIZER 100mA CIL78L12

46 1 U4 79L12 NEG. STABILIZER 100mA CIL79L12


PJ1000M





49 1 REF1 TL431SMD VOLT. PREC. REFER. SMD CILTL431SMD

50 5 Q1,Q2,Q3,Q4,Q9 MMBT5401LT1 PNP HIGH VOLT. TRANSISTOR TRNMMBT5401L

51 1 Q7 MJD117 PNP BIPOLAR POWER TRANS. TRNMJ117

52 1 Q8 MJD32C PNP BIPOLAR POWER TRANS. TRNMJD32C

53 4 Q10,Q11,Q12,Q13 ZDT6790 COMPLEM. MED. PWR HG. TRANS. TRNZDT6790

54 2 U8,U18 LM358SMD DUOBLE OP. AMP. SMD CILLM358SMD

55 3 U5,U6,U7 TL082SMD DOUBLE OP. AMP. SMD CILTL082SMD

56 4 U14,U15,U16,U17 TL071SMD SINGLE OP. AMP. CILTL071SMD

57 2 U11,U13 TL084SMD QUAD OP. AMP. SMD CILTL084SMD

58 12 T1,T2,T3,T4,T5,T6,T7,T8,TORRETTA TORRETTA ESAGONALE DSTMF7X16AF T9,T10,T11,T12

59 22 D35,D36,C52,C53,C54,C55, N.C. NOT CONNECTED C56,C57,R108,R109,R110, R111,R112,R113,R114,R115, R116,R117,R118,R119,R120, R121 60 2 R33,R38 1K0CH CHIP RESISTOR RCH126F001K0

61 4 F1,F2,F3,F4 16LCT BOLT-IN MOUNTED FUSES 16LCT

PJ1000M

P1KCTRL001 - 1 / 6Appendice Tecnica Rev. 1.1 - 07/03/01

PJ1000M

2 / 6 - P1KCTRL001 Technical AppendixRev. 1.1 - 07/03/01

Rsh_out1a

Rsh_in1

Rsh_out2a

Rsh_in2

Rsh_out2b

Rsh_out1b

Com_3

Com_3

R.F. MODULE 1

R.F. MODULE 2

R.F. MODULE 3

R.F. MODULE 3

RF1 & RF2 (RF3, RF4) MODULE CONTROL

JP4

JP5

JP6

JP7

OFF

OFF

ON

OFF

GATE CONTROL JUMPER SETTING

CURRENT "SHOUNT"

MODULE 3 & 4

CURRENT "SHOUNT"

MODULE 1 & 2

TO PIN 6 OF JP2

EXTERNAL BIAS ADJ.

ON

OFF

ON

ON

EXT. ADJ

INT. ADJ

service connector

2

Bia

s C

ontr

ol C

ard

Cir

cuit

Dia

gram

S

ect.

1

R.V

.R.

Ele

ttro

nica

S.r

.l. (

Bo)

Cus

tom

23

Thu

rsda

y, J

anua

ry 1

1, 2

001

Title

Siz

eD

ocum

ent

Num

ber

Rev

Dat

e:S

heet

of

+12

a+

15V

ac_1

a

Itot

Vac

_1b

Vac

_1a

Co

m_

1V

ac_1

bV

ac_2

aC

om

_2

Co

m_

1V

ac_2

bV

ac_3

a

-12a

Vac

_3b

I1 I2 I3 I4 Itot

+15

-12a

+12

a

-15

+15

I1

-15

I2 I3 I4

Vac

_3a

+15

-12b

+12

b

Vac

_3b

+15

-15

+12

b

Co

m_

2+

15+

12a

Co

m_

1

-15

-12a

Vac

_2a

+15

+12

bC

om

_2

Vac

_2b

-12b

-15

-12b

+

C27

33uF

35V

D10

5

BA

T83

U3

78L1

2

12

3

INO

UT

GND

U1

78L1

2

12

3

INO

UT

GND

C51

100n

F

+-

U5B

TL0

82

567

C10

1nF

C9

1nF

R40

TM

5K

C8

10nF

R41

TM

5K

R42

TM

5K

R33

56 1

%

R29

22 1

%

D13

Z10

V

+C

2547

uF

+ -

U8A

LM35

8N3 2

1

8 4

+ -U

11A

TL0

84

3 21

4 11

P1

DB

25 F

F

13251224112310229218207196185174163152141 JP

4

NC

1 2

JP1 1 2 3 4 5 6

JP2 1 2 3 4 5 6

JP3

123456

R1

51 1

%

Q1

MP

SL

51R

6

10K

1%

R14

820

1%

R13

4K7

1%

R5

10K

1%

Q2

MP

SL

51

C11

10nF

C12

1nF

R2

51 1

%

+-

U5A

TL0

82

321

84

R7

10K

1%

C13

1nF

R8

10K

1%

R39

TM

5K

C39

100n

F

C40

100n

F

C35

100n

F

C36

100n

F

C37

100n

F

C38

100n

F

R10

3

220

C41

100n

F

C42

100n

F

RE

F1

TL4

31

R80

3K9

1%

R81

10K

1%

TR

1M

1K

+C

3310

0uF

+C

3410

0uF

+

C32

1000

uF

+

C31

1000

uF

+ -U

11D

TL0

84

12 1314

+ -U

11C

TL0

84

10 98

+ -U

11B

TL0

84

5 67

U2

79L1

2

3

1

2IN

GND

OU

T

-+

D14

WL

04

U10

7815

12

3

INO

UT

GND

U9

7915

3

1

2IN

GND

OU

T

JP5

1 2

+C

147

uFC

2110

0nF

R10

147

CH

+C

2310

0uF

+C

247

uFC

710

0nF

R10

247

CH

C15

1nF

C17

10nF

R11

10K

Q4

MP

SL

51

Q3

MP

SL

51

+-

U6B

TL0

82

567

R9

10K

1%

C14

10nF

C16

1nF

+-

U6A

TL0

82

321

84

C18

1nF

C19

1nF

R3

51 1

%

R4

51 1

%

R10

10K

1%

R12

10K

1%

+C

310

0uF

+C

510

0uF

-+

D2

WL

04

+C

447

uF

+C

647

uFC

2010

0nF

C22

100n

F

U4

79L1

2

3

1

2IN

GND

OU

T

JP7

12

JP6

12

+ -U

7AT

L082

3 21

8 4

D3

D6

D5

+ -

U7B

TL0

825 6

7

D7

1N41

48

D4

R28

1K 1

%

R24

220K

1%

R25

4K99

1%

R21

100

1%

R26

150K

1%

R18

4K7

1%

R15

820

1%

R19

4K7

1%

R16

820

1%

R17

820

1%

Q5

BD

139

Q6

BD

140

D8

1N40

04

D9

1N41

48

D11

1N40

04

R23

4K7

1%

R32

51 1

%

R27

12K

1%

C26 4n

7

Q7

BD

676

R20

4K7

1%

+C

2810

0uF

D12

1N41

48

D10

1N41

48 R30

1K 1

%

Q8

BD

140

R31

22 1

%

R22

10M

1%

R34

100K

1%

R35

100K

1%

R36

100K

1%

R37

100K

1%

-+

D1

WL

04

+C

2410

0uF

I3p

I4p

+15

-15

GN

DVm

ed

V1

V2

V3

V4

V1d

V2d

V3d

V4d

G_bG

_a

Gat

eAG

ateB

X

X

PJ1000M


Bias Control Card Circuit Diagram Sect.1 Bill Of Materials Page 1



2 2 R101,R102 47CH CHIP RESISTOR 1/4W RCH085F0047H

3 5 R1,R2,R3,R4,R32 51 1% RESISTOR 1/4W 1% RSM1/4FH0051




7 4 R14,R15,R16,R17 820 1% RESISTOR 1/4W 1% RSM1/4FH0820



10 5 R13,R18,R19,R20,R23 4K7 1% RESISTOR 1/4W 1% RSM1/4FK04,7


12 8 R5,R6,R7,R8,R9,R10, 10K 1% RESISTOR 1/4W 1% RSM1/4FK0010R12,R81

13 1 R11 10K RESISTOR 1/4W 5% RSC1/4JK0010


15 4 R34,R35,R36,R37 100K 1% RESISTOR 1/4W 1% RSM1/4FK0100

16 1 R26 150K 1% RESISTOR 1/4W 1% RSM1/4FH0150




20 4 R39,R40,R41,R42 TM5K TRIM.MULTIGIRI REG.VERT RVT3296WK005

21 8 C9,C10,C12,C13,C15, 1NF CERAMIC CAPACITOR CKM102BK600PC16, C18,C19

22 1 C26 4N7 CERAMIC CAPACITOR CKM472BK600P

23 4 C8,C11,C14,C17 10NF CERAMIC CAPACITOR CKM103BK600P

24 13 C7,C20,C21,C22,C35, 100NF CERAMIC CAPACITOR CKM104BK600PC36,C37,C38,C39,C40,C41,C42,C51

25 1 C27 33UF ELECTROLYTIC CAPACITOR

26 5 C1,C2,C4,C6,C25 47UF ELECTROLYTIC CAPACITOR CEA476BM630

27 7 C3,C5,C23,C24,C28,C33, 100UF ELECTROLYTIC CAPACITOR CEA107BM350C34

28 2 C31,C32 1000UF ELECTROLYTIC CAPACITOR CEA108CM350

29 3 JP5,JP6,JP7 2 PIN STRIP STRIP M P 2.54 2 PIN CNTSTRIPMCS

30 3 JP1,JP2,JP3 25MSF6 MINIMODUL CONN.2.5MM 6P CNT25MSF6

31 1 P1 DB25 F F CONN.F 25 FILTR.MURATA

32 8 D3,D4,D5,D6,D7,D9,D10, 1N4148 SILICON DIODE DIS1N4148D12

PJ1000M


33 1 D105 BAT83 HOT CARRIER DIODE DHCBAT83

34 2 D8,D11 1N4004 SILICON DIODE 400V DIS1N4004

35 3 D1,D2,D14 WL04 DIODE BRIDGE 1.5A PNRWL04

36 1 D13 Z10V ZENER DIODE 10V 0.4W DIZ10V0W4Z10

37 2 U1,U3 78L12 POS. STABILIZER 100mA CIL78L12

38 2 U2,U4 79L12 NEG. STABILIZER 100mA CIL79L12



41 1 REF1 TL431 VOLTAGE PRECISION REFERENCE CILTL431

42 4 Q1,Q2,Q3,Q4 MPSL51 PNP HIGH VOLT. AMP. TRANS.

43 1 Q5 BD139 NPN TRANSISTOR TRNBD139

44 2 Q6,Q8 BD140 PNP TRANSISTOR TRNBD140

45 1 Q7 BD676 PNP DARLINGTON TRNBD676

46 1 U8 LM358N DOUBLE OP. AMP. CILLM358N

47 3 U5,U6,U7 TL082 DOUBLE OP. AMP. CILTL082

48 1 U11 TL084 QUAD OP. AMP. CILTL084

49 1 JP4 N.C. NON CONNESSO

PJ1000M


(V1+V2+V3+V4)/4

FUSE1

FUSE2

FUSE3

FUSE4

CONTROL FOR R.F. MODULE 3 AND 4

READING OF R.F. MODULES0 POWER SUPLY VOLTAGES

FUSE MODULE R.F.

OUTPUT

50V -> 5V F.S.

50V -> 5V F.S.

TO PIN 6 OF JP2

+15

1

Bia

s C

ontr

ol C

ard

Cir

cuit

Dia

gram

Sec

t. 2

R.V

.R.

Ele

ttro

nica

S.r

.l. (

Bo)

Cus

tom

33

Mon

day,

Nov

embe

r 27

, 20

00

Title

Siz

eD

ocum

ent

Num

ber

Rev

Dat

e:S

heet

of

+15

+15

-15

-15

+15

-15

+15

-15

+ -

U13

AT

L084

3 21

4 11

+ -

U13

BT

L084

5 67

+ -

U13

CT

L084

10 98

+ -U

13D

TL0

84

12 1314

R57

100K

1%

R58

100K

1%

R59

100K

1%

R60

100K

1%

R69

11K

1%

D17

NC D

18N

C

+ -U

12A

NC

3 21

8 4

D19

NC

+ -U

8BLM

358N

5 67

R61

11K

1%

R62

11K

1%

R63

11K

1%

R64

100K

1%

R65

100K

1%

R66

100K

1%

R67

100K

1%

R48 NC

R46

NC

R47

NCC44

NC

D24

NC

D22

NC

Q9

NC

+ -

U12

BN

C

5 67

D25

NC

+

C43

NC

R68

2K8

1%

R70

R71

R72

R73

D29

R44

NC

R45

NC

D23

NC

R51

NC

R50

NC

R52

NC

+C

46 N

C

R53

NC

Q10

NC

R56

NC

R55

NC

D26

D27

D28

Q11

NC

R49

NC

R54

NC

Q12

NC

R10

4

NC

+ -

U14

BLM

358N

5 67

R74

100K

1%

C52

100n

FR

76

100K

1%

R75

100K

1%

R77

100K

1%

+ -

U14

ALM

358N

3 21

8 4

D10

1B

AT

83

D10

2B

AT

83

+

C45

NC

D10

4

NC

D20

NC

D21

NC

C47

100n

F

C48

100n

F

C50

100n

F

C49

100n

F

I3p

I4p

+15 -1

5

GN

D

Vm

ed

V1d

V2d

V3d

V4d

V1

V2

V3

V4

G_b

Gat

eAG

_a

Gat

eB

PJ1000M


Bias Control Card Sect. 2 Bill Of Materials Page 1

Item Quantity Reference Part DESCRIPTION PART ORDER C0DE____________________________________________________________________________________________

1 34 Q9,Q10,Q11,U12,Q12,D18, N.C. NON CONNESSOD20,D21,D22,D24,D25,C43,C44,R45,R47,R48,R52,R53,R54,R55,R56,R104,D104,U12,D17,D19,D23,R44,C45,R46,R49,R50,R51,C46

2 5 C47,C48,C49,C50,C52 100NF CERAMIC CAPACITOR CKM104BK600P

3 4 D26,D27,D28,D29 LED-G5 GREEN LED DIODE LEDVE05

4 2 D101,D102 BAT83 HOT CARRIER DIODE DHCBAT83

5 12 R57,R58,R59,R60,R64, 100K 1% RESISTOR 1/4W 1% RSM1/4FK0100R65, R66,R67,R74,R75,R76,R77

6 4 R61,R62,R63,R69 11K 1% RESISTOR 1/4W 1% RSM1/4FK0011


8 4 R70,R71,R72,R73 12K* RESISTOR 1/2W 5% RSC1/2JK0012

9 2 U8,U14 LM358N DOUBLE OP. AMP. CILLM358N

10 1 U13 TL084 QUAD OP. AMP. CILTL084

copertina EN - 3-mtr.info3-mtr.info/manuals/RVR/PJ1000M/PJ1000M_EN.pdf · RVR Elettronica’s...

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Transcript of copertina EN - 3-mtr.info3-mtr.info/manuals/RVR/PJ1000M/PJ1000M_EN.pdf · RVR Elettronica’s...