Harman Kardon AVR-500-RDS Service Manual

500

RMS Output Power

All Channel Driven

Input Shorted, IHF-A WTD

8 ohms, Dolby Pro Logic

65W 65W

65dB 60dB

100Hz-20kHz 150Hz-20kHz

500

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called

Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field effect transistors and

semiconductor "chip" components.

The following techniques should be used to help reduce the incidence of component damage caused by static electricity.

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any electrostatic charge on

your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging wrist strap device,

which should be removed for potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to

prevent electrostatic charge build-up or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

4. Use only an anti-static solder removal device. Some solder removal devices not classified as "anti-static" can generate electrical charges

sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate electrical change sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement

ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material.)

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the

chassis or circuit assembly into which the device will be installed.

CAUTION :

8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together

or your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity sufficient to damage an ES devices.

Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

Each precaution in this manual should be followed during servicing.

Components identified with the IEC symbol in the parts list are special significance to safety. When replacing a component identified with

, use only the replacement parts designated, or parts with the same ratings or resistance, wattage, or voltage that are designated in the

parts list in this manual. Leakage-current or resistance measurements must be made to determine that exposed parts are acceptably

insulated from the supply circuit before retuming the product to the customer.

-4-

Before returning the unit to the user, perform the following safety checks :

1. lnspect all lead dress to make certain that

leads are not pinched or that hardware is not

lodged between the chassis and other metal

parts in the unit.

2. Be sure that any protective devices such as

nonmetallic control knobs, insulating fish-

papers, cabinet backs, adjustment and

500

compartment covers or shields, isolation

resistor-capacity networks, mechanical

insulators, etc. Which were removed for the

servicing are properly re-installed.

3. Be sure that no shock hazard exists ; check for leakage

current using Simpson Model 229 Leakage Tester, standard

equipment item No. 21641, RCA Model WT540A or use

alternate method as follows : Plug the power cord directly

Into a 120 volt AC receptacle (do not use an Isolation

Transformer for this test). Using two clip leads, connect a

1500 ohms, 10watt Resistor paralleled by a 0.15uF capacitor, in series with all exposed metal cabinet parts and a known earth ground, such

as a water pipe or conduit. Use a VTVM or VOM with 1000 ohms per volt, or higher sensitivity to measure the AC voltage drop across the

resistor. (See diagram) Move the resistor connection to each exposed metal part having a return path to the chassis (antenna, metal, be

performed with the 0.35 volt RMS or more is excessive and indicates a potential shock hazard which must be corrected before returning the

unit to the owner.

-5-

TAPE

OUT

VIDEO

ANTENNA

VIDEO

OUT

GND

DVD

(75½)

SR FRSUB WOOFER

6 CH. DIRECT MULTI OUT PRE OUT

FLCENTER

DIGITAL INPUT

OPTICAL

COAXIAL 2 COAXIAL 1

DIGITAL INPUT

DIGITAL OUTPUT

OPTICAL

COAXIAL

VIDEO

MONITOR

OUT

VIDEO 2

VIDEO 1

OUT

DVD

OUT IN

REMOTE

CONTROL

SUB WOOFERFL

MULTI IN

SR CENTERFR

RIGHT

SPEAKERS 8 Ohms SPEAKER 8 Ohm

FRONT

CENTER

LEFT CENTER

AC ~ 120V 60 Hz

SURROUND

RIGHT

SPEAKERS 8 Ohms

LEFT

MODEL NO. AVR 500 HARMAN KARDON

NORTHRIDGE CALIFORNIA, USA

AC OUTLETS

(120V.60Hz)

TOTAL 150W or 1.5A MAX

UNSWITCHED

TOTAL 100W or 1A MAX.

SWITCHED

TOTAL 150W or 0.5A MAX.

SERIAL NO.

500

SERVICE PROCEDURE

1. All Clear

This service program can clear all memorized operations and functions. When the POWER ON, press the "AM/FM" button while pressing the "PRO LOGIC"button. After this, Preset memory will be set to these frequencies.

VERSION

120

230RDS

VERSION

120

230RDS

87.5

87.50

520

522

88.0

88.00

P10

600

594

90.0

90.00

P11

610

999

2. VFD segment illumination & text

This set do not have VFD segment check function because lack of u-com memory size So For your checking VFD states according to each function Please refer to owners manual process.

TEST EQUIPMENT REQUIRED

1) AM/FM Signal generator

2) Digital Multimeter

3) Distortion lever meter

95.0

95.00

P12

1000

1395

98.0

98.00

P13

1400

1611

99.0

99.00

P14

1500

106.0

106.00

P15

1710

108.0

108.00

4. FM STEREO Separation Adjustment

Input Signal Source

step

Connection

Signal generator

output to FM

antenna

terminal.(750hm)

Signal

Frequency

98MHz

4. AM OSC Adujstment

Input Signal Source

step

Connection

Signal Generator

output to transmission

loop antenna

(standard required loop)

Signal

Frequency

522kHz

(230,230RDS)

520kHz(120)

Source Signal Output Level and

Modulation

same specification as

distortion adjustment.

Input only L channel

same specification as

distortion adjustment.

Input only R channel

Source Signal Output Level and

Modulation

5mV/m(74dBu)

MOD.30%

FM STEREO

400Hz

Reception

Frequency

98MHz

(P5)

98MHz

(P5)

Reception

Frequency

522kHz

(230,230RDS)

520kHz

(120)

(P9)

Adjustment

Point

VR803

Adjustment

Point

T802

Adjustment

Value

Output level

at TAPE-OUT

channel R

Output level

at TAPE-OUT

channel R

Adjustment

Value

1.1V 1.2V

Minimum

ALIGNMENT PROCEDURES

1. FM MONO. Distortion adjustment

Input Signal Source

step

Connection

Signal generator

output to FM

antenna

terminal.(750hm)

Signal

Frequency

98MHz

Source Signal Output Level and

Modulation

1000uV/m (60dBu)

MONO 1kHz/

Dev. 75kHz

2. FM MUTING LEVEL ADJUSTMENT

Turn variable resistor VR801 and stop at position "TUNED" is not shown (not indicated), then again turn the variable resistor VR801 to the opposite revolution and stop at a position "TUNED" is shown.

Input Signal Source

step

Connection

Signal generator

output to FM

antenna

terminal.(750hm)

Signal

Frequency

98MHz

Source Signal Output Level and

Modulation

10uV/m (20dBu)

MONO 1kHz/

Dev. 75kHz

Reception

Frequency

98MHz

(P5)

Reception

Frequency

98MHz

(P5)

AUTO

SCAN

Adjustment

Point

T804

T805

Adjustment

Point

VR801

Only confirm

Adjustment

Value

0mV 0.5mV

(R831)

Distortion

level

Minimum

TAPE-OUT

Adjustment

indicate on VFD

Value

"TUNED"

5. AM-Tracking Adjustment (MW)

Input Signal Source

step

Connection

Signal Generator

output to transmission

loop antenna

(standard required loop)

Frequency

(230,230RDS)

600kHz(120)

(230,230RDS) 1400kHz(120)

6. AM IF Adjustment

Input Signal Source

step

Connection

Signal Generator

output to transmission

loop antenna

(standard required loop)

Frequency

(230,230RDS) 1000kHz(120)

Signal

594kHz

1395kHz

Signal

999kHz

Source Signal Output Level and

Modulation

5mV/m(74dBu)

400Hz

MOD.30%

Source Signal Output Level and

Modulation

5mV/m(74dBu)

400Hz

MOD.30%

Reception

Frequency

594kHz

(230,230RDS)

600kHz(120)

Reception

Frequency

999kHz

(230,230RDS)

1000kHz

(120)

Adjustment

Point

T801

CT801

Adjustment

Point

T803

Adjustment

Value

Output level(L or R)

Minimum

TAPE-OUT

Output level(L or R)

Minimum

TAPE-OUT

Adjustment

Output level(L or R)

Maximum

TAPE-OUT

Output level(L or R)

Maximum

TAPE-OUT

Value

-9-

500

7. AM auto stop Adjustment

9. Main Amp DC OFFSET VOLTAGE Adjustment

Input Signal Source

step

Connection

Signal Generator

output to transmission

loop antenna

(standard required loop)

Signal

Frequency

999kHz

(230,230RDS)

1000kHz

(120)

8. Main Amp ldling current Adjustment

(1) SET CONDITION

1) SEMI VOLUME POSITION at MAIN/SURROUND AMP Board; CENTER

MAIN : VR401, VR402, VR501

SURROUND : VR601, VR602

2) NO signal / NO LOAD

3) AC LINE VOLTAGE : 120V/60Hz, 230V/50Hz

Source Signal Output Level and

Modulation

1000uV/m(60dBu)

400Hz

MOD.30%

Reception

Frequency

999kHz (230,230RDS) 1000kHz(120)

AUTO SCAN

Adjustment

Point

VR802

Only

Confirm

Adjustment

Value

"TUNED"

indicate on

VFD

"TUNED"

indicate on

VFD

(1) SET CONDITION

1) SEMI VOLUME POSITION at MAIN/SURROUND AMP Board; CENTER

MAIN : VR403, VR404, VR502

SURROUND : VR603, VR604

2) NO signal / NO LOAD

3) AC LINE VOLTAGE : 120V/60Hz, 230V/50Hz

(2) After turning on the unit, keep it over than 5MIN. (Keep the Power/Drive TR as normal temperature)

(3) Adjust the voltage value of primary & secondary of wafer to be 10mV by rotating the semi-volume

of each channel to the right

CHANNEL ADJUSTMENT MEASUREMENT OTHERS

FRONT-L ch

FRONT-R ch

CENTER ch

SURROUND-L ch

SURROUND-R ch

VR403

VR404

VR502

VR603

Vr604

JK401

JK402

JK501

JK601

VOLAGE

0mV

(2) After turning on the unit, keep it over than 5MIN. (Keep the Power/Drive TR as normal temperature)

(3) Adjust the voltage value of primary & secondary of wafer to be 10mV by rotating the semi-volume

of each channel to the right

CHANNEL ADJUSTMENT MEASUREMENT OTHERS

FRONT-L ch

FRONT-R ch

CENTER ch

SURROUND-L ch

SURROUND-R ch

(4) CAUTION

1) In case that POWER TR or DREVE TR is needed to be replaced for repairing, the corresponding channel

should be adjusted again

* FRONT AMP : Q433~Q440

* CENTER AMP : Q517~Q520

* SURROUND AMP : Q633~Q640

VR401

VR402

VR501

VR601

VR602

WA401

WA402

WA501

WA601

WA602

VOLAGE

10 3mV

R401:22.7mA

R472:22.7mA

R501:22.7mA

R601:22.7mA

R602:22.7mA

(4) CAUTION

1) In case that POWER TR or DREVE TR is needed to be replaced for repairing, the corresponding channel

should be adjusted again

* FRONT AMP : Q401~Q440, Q411~Q414

* CENTER AMP : Q501, Q502, Q506, Q507

* SURROUND AMP : Q601~Q604, Q611~Q614

10. Cautions for main Amp adjustment

(1) At MAIN/SURROUND BOARD, use the below condensors after discharging for sufficent time

for preventing possible damage from electrical spark.

MAIN BOARD C481, C482 (10000/63V, 8200uF/63V)

SURROUND BOARD C691, C692 (6800/63V, 6800uF/50V)

(2) The checker for MAIN/SURROUND BOARD should have the discharging circuit.

Discharge over 30sec. through (407ohm 10w) resistor after turning off

-10-

DISASSEMBLY PROCEDUREDISASSEMBLY PROCEDURE

1. Removingthe top cover, and Removescrews

2. Removingthe front panel, and Removescrews

4. Removingthe main PCBblock, and Removescrews

5. Removingthe power PCBblock, and Remove

3. Removingthe rear panel, and Removescrews

MAIN AMP PCB BLOCKMAIN AMP PCB BLOCK

1. Removeall of the screwson Rearpanel.

2. Removethe Rearpanel.

3. RemovePCBBrk t and Guide

4. Removeall of the screwsthat connect with main Assy.

5. Removethe Main PCBblock.

POWER PCB BLOCKPOWER PCB BLOCK

1. RemovePCBBrk t and Guide

2. Remove4 screwsfor Power PCBmounting

3. Removethe POWERPCBblock.

SUB PCB BLOCKSUB PCB BLOCK

1. Remove4 screwson Rearpanel.

2. Removethe Rearpanel.

3. RemovePCBBrk t and Guide

4. Removethe SUBPCBblock.

Brk t from Main Assy.

6. Removingthe sub PCBblock, and Removescrews

FRONT PCB BLOCKFRONT PCB BLOCK

1. RemoveMain

2. Removevolume and rotary knob from the front

3. Removeall of the screwson back sideof Front function PCB.

4. Removethe Front function PCB.

Assy.

-17-

B C D E F G H I JA

ELECTRIC PART LIST(500Serise) DSP P.C BOARD

-26

REF NO. PART NO. DESCRIPTION REF NO. PART NO. DESCRIPTION

J1320045205X DSP P.C. BOARD J1320045105X DSP P.C. BOARD

BK L 704 J2631200010X HC3550 9.4ohm AXIAL

INTEGRATED CIRCUITs

IC 1 J2142930002X 74VHCT04SJX HEX INVERT L 707 J2631200010X HC3550 9.4ohm AXIAL

IC 2 J2120012001X NJM4558M OP-AMP L 708 J2631200010X HC3550 9.4ohm AXIAL IC 701 J2120012002X NJM072M OP-AMP L 709 J2631200010X HC3550 9.4ohm AXIAL IC 702 J2120012002X NJM072M OP-AMP L 821 J2631200010X HC3550 9.4ohm AXIAL IC 703 J2133926002X CS5360-KS A/D CONVERTER IC 704 J2142930001X 74VHC153SJX MULTIPLEXER R 6 J2631300174X HB-1T2012-601 CHIP IC 705 J2129012001X NJU6324M QUARTZ OSC R 7 J2631300174X HB-1T2012-601 CHIP IC 706 J2136926001X CS8414-CS DIGITAL AUDIO Rx. R 13 J2631300184X HB-1T2012-202 CHIP IC 707 J2142930003X 74VHCT244SJX OCTAL NON-INVERT R 14 J2631300174X HB-1T2012-601 CHIP IC 708 J2135326003X CS492604D DECODER R 15 J2631300174X HB-1T2012-601 CHIP IC 709 J2131003001X KM23C4000DG-8 ROM-0001 R 17 J2631300174X HB-1T2012-601 CHIP IC 709 J2131328002X AT27C040-100JC ROM OTP R 18 J2631300174X HB-1T2012-601 CHIP IC 710 J2142930004X 74VHCT574SJX OCTAL D-FILP FLOP R 19 J2631300174X HB-1T2012-601 CHIP IC 711 J2142930004X 74VHCT574SJX OCTAL D-FILP FLOP R 109 J2631300174X HB-1T2012-601 CHIP IC 712 J2132321002X HD404354A52H MCU-0002 R 731 J2631300174X HB-1T2012-601 CHIP IC 712 J2132321001X HD407A435PH SUB-u-COM OTP R 732 J2631300174X HB-1T2012-601 CHIP IC 713 J2133926003X CS4341-KS D/A CONVERTER R 734 J2631300174X HB-1T2012-601 CHIP IC 714 J2133926003X CS4341-KS D/A CONVERTER R 755 J2631300174X HB-1T2012-601 CHIP IC 715 J2133926003X CS4341-KS D/A CONVERTER R 756 J2631300174X HB-1T2012-601 CHIP IC 716 J2120012002X NJM072M OP-AMP R 760 J2631300174X HB-1T2012-601 CHIP IC 717 J2120012002X NJM072M OP-AMP R 767 J2631300174X HB-1T2012-601 CHIP IC 718 J2120012002X NJM072M OP-AMP R 781 J2631300174X HB-1T2012-601 CHIP IC 719 J2142930006X 74VHCU04MX HEX INVERT R 782 J2631300174X HB-1T2012-601 CHIP IC 720 J2112504001X BA033T REGULATOR 3.3V R 785 J2631300174X HB-1T2012-601 CHIP IC 722 J2120012001X NJM4558M OP-AMP R 799 J2631300174X HB-1T2012-601 CHIP IC 723 J2120012001X NJM4558M OP-AMP R 800 J2631300174X HB-1T2012-601 CHIP IC 724 J2120012001X NJM4558M OP-AMP R 817 J2631300174X HB-1T2012-601 CHIP IC 725 J2120012001X NJM4558M OP-AMP R 818 J2631300174X HB-1T2012-601 CHIP

TRANSISTORs

Q 703 J2021000201X KTA1266-Y PNP R 853 J2631300174X HB-1T2012-601 CHIP Q 704 J2021220101X KRC101M NPN R 854 J2631300174X HB-1T2012-601 CHIP Q 705 J2021200101X KRA101M PNP R 869 J2631300174X HB-1T2012-601 CHIP Q 706 J2021060001X KTD1302-B NPN R 870 J2631300174X HB-1T2012-601 CHIP Q 707 J2021060001X KTD1302-B NPN Q 708 J2021220101X KRC101M NPN Q 709 J2021200101X KRA101M PNP R 822 J3013561320X 1/5W CARBON 560W-J Q 710 J2021060001X KTD1302-B NPN Q 711 J2021060001X KTD1302-B NPN R 1 J3024101120X 1/10W CHIP 100W-J Q 712 J2021220101X KRC101M NPN R 2 J3024222120X 1/10W CHIP 2K2W-J Q 713 J2021200101X KRA101M PNP R 3 J3024473120X 1/10W CHIP 47KW-J Q 714 J2021060001X KTD1302-B NPN R 4 J3024473120X 1/10W CHIP 47KW-J Q 715 J2021060001X KTD1302-B NPN R 5 J3024222120X 1/10W CHIP 2K2W-J Q 716 J2021220301X KRC103M NPN R 8 J3024472120X 1/10W CHIP 4K7W-J

DIODEs

D 705 J2221010100X 1SS133 SW. R 11 J3024474120X 1/10W CHIP 470KW-J D 706 J2221010100X 1SS133 SW. R 12 J3024474120X 1/10W CHIP 470KW-J

COILs

L 701 J2616247020X AXIAL LAL02 47uH-K R 703 J3024103120X 1/10W CHIP 10KW-J L 702 J2616247020X AXIAL LAL02 47uH-K R 704 J3024103120X 1/10W CHIP 10KW-J

J2616247020X AXIAL LAL02 47uH-K R 705 J3024103120X 1/10W CHIP 10KW-J

BEADs

L 705 J2631200010X HC3550 9.4ohm AXIAL L 706 J2631200010X HC3550 9.4ohm AXIAL

R 839 J2631300174X HB-1T2012-601 CHIP R 840 J2631300174X HB-1T2012-601 CHIP

RESISTORs

R 9 J3024472120X 1/10W CHIP 4K7W-J

R 10 J3024101120X 1/10W CHIP 100W-J

R 701 J3024203120X 1/10W CHIP 20KW-J R 702 J3024203120X 1/10W CHIP 20KW-J

REF NO. PART NO. DESCRIPTION REF NO. PART NO. DESCRIPTION

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R 706 J3024103120X 1/10W CHIP 10KW-J R 788 J3024103120X 1/10W CHIP 10KW-J R 707 J3024473120X 1/10W CHIP 47KW-J R 789 J3024103120X 1/10W CHIP 10KW-J R 708 J3024473120X 1/10W CHIP 47KW-J R 790 J3024223120X 1/10W CHIP 22KW-J R 709 J3024103120X 1/10W CHIP 10KW-J R 791 J3024223120X 1/10W CHIP 22KW-J R 710 J3024103120X 1/10W CHIP 10KW-J R 792 J3024101120X 1/10W CHIP 100W-J R 711 J3024151120X 1/10W CHIP 150W-J R 793 J3024103120X 1/10W CHIP 10KW-J R 712 J3024151120X 1/10W CHIP 150W-J R 794 J3024103120X 1/10W CHIP 10KW-J R 713 J3024151120X 1/10W CHIP 150W-J R 795 J3024122120X 1/10W CHIP 1K2W-J R 714 J3024151120X 1/10W CHIP 150W-J R 796 J3024122120X 1/10W CHIP 1K2W-J R 715 J3024100120X 1/10W CHIP 10W-J R 797 J3024203120X 1/10W CHIP 20KW-J R 716 J3024100120X 1/10W CHIP 10W-J R 798 J3024203120X 1/10W CHIP 20KW-J R 717 J3024101120X 1/10W CHIP 100W-J R 801 J3024473120X 1/10W CHIP 47KW-J R 718 J3024101120X 1/10W CHIP 100W-J R 802 J3024473120X 1/10W CHIP 47KW-J R 719 J3024750120X 1/10W CHIP 75W-J R 804 J3024561120X 1/10W CHIP 560W-J R 720 J3024750120X 1/10W CHIP 75W-J R 805 J3024561120X 1/10W CHIP 560W-J R 735 J3024471120X 1/10W CHIP 470W-J R 806 J3024103120X 1/10W CHIP 10KW-J R 736 J3024103120X 1/10W CHIP 10KW-J R 807 J3024103120X 1/10W CHIP 10KW-J R 737 J3024103120X 1/10W CHIP 10KW-J R 808 J3024223120X 1/10W CHIP 22KW-J R 738 J3024103120X 1/10W CHIP 10KW-J R 809 J3024223120X 1/10W CHIP 22KW-J R 739 J3024103120X 1/10W CHIP 10KW-J R 810 J3024101120X 1/10W CHIP 100W-J R 740 J3024103120X 1/10W CHIP 10KW-J R 811 J3024103120X 1/10W CHIP 10KW-J R 741 J3024103120X 1/10W CHIP 10KW-J R 812 J3024103120X 1/10W CHIP 10KW-J R 742 J3024103120X 1/10W CHIP 10KW-J R 813 J3024122120X 1/10W CHIP 1K2W-J R 743 J3024103120X 1/10W CHIP 10KW-J R 814 J3024122120X 1/10W CHIP 1K2W-J R 744 J3024103120X 1/10W CHIP 10KW-J R 815 J3024203120X 1/10W CHIP 20KW-J R 745 J3024103120X 1/10W CHIP 10KW-J R 816 J3024203120X 1/10W CHIP 20KW-J R 746 J3024103120X 1/10W CHIP 10KW-J R 819 J3024473120X 1/10W CHIP 47KW-J R 747 J3024472120X 1/10W CHIP 4K7W-J R 820 J3024473120X 1/10W CHIP 47KW-J R 748 J3024473120X 1/10W CHIP 47KW-J R 827 J3024123120X 1/10W CHIP 12KW-J R 749 J3024473120X 1/10W CHIP 47KW-J R 828 J3024123120X 1/10W CHIP 12KW-J R 750 J3024473120X 1/10W CHIP 47KW-J R 829 J3024223120X 1/10W CHIP 22KW-J R 751 J3024473120X 1/10W CHIP 47KW-J R 831 J3024224120X 1/10W CHIP 220KW-J R 752 J3024100120X 1/10W CHIP 10W-J R 832 J3024224120X 1/10W CHIP 220KW-J R 753 J3024222120X 1/10W CHIP 2K2W-J R 833 J3024123120X 1/10W CHIP 12KW-J R 754 J3024103120X 1/10W CHIP 10KW-J R 834 J3024123120X 1/10W CHIP 12KW-J R 757 J3024103120X 1/10W CHIP 10KW-J R 835 J3024123120X 1/10W CHIP 12KW-J R 758 J3024472120X 1/10W CHIP 4K7W-J R 836 J3024123120X 1/10W CHIP 12KW-J R 759 J3024103120X 1/10W CHIP 10KW-J R 837 J3024473120X 1/10W CHIP 47KW-J R 761 J3024105120X 1/10W CHIP 1MW-J R 838 J3024473120X 1/10W CHIP 47KW-J R 763 J3024473120X 1/10W CHIP 47KW-J R 845 J3024123120X 1/10W CHIP 12KW-J R 764 J3024222120X 1/10W CHIP 2K2W-J R 846 J3024123120X 1/10W CHIP 12KW-J R 765 J3024182120X 1/10W CHIP 1K8W-J R 847 J3024223120X 1/10W CHIP 22KW-J R 766 J3024181120X 1/10W CHIP 180W-J R 848 J3024223120X 1/10W CHIP 22KW-J R 768 J3024561120X 1/10W CHIP 560W-J R 849 J3024101120X 1/10W CHIP 100W-J R 769 J3024561120X 1/10W CHIP 560W-J R 850 J3024101120X 1/10W CHIP 100W-J R 770 J3024103120X 1/10W CHIP 10KW-J R 851 J3024224120X 1/10W CHIP 220KW-J R 771 J3024103120X 1/10W CHIP 10KW-J R 852 J3024224120X 1/10W CHIP 220KW-J R 772 J3024223120X 1/10W CHIP 22KW-J R 859 J3024123120X 1/10W CHIP 12KW-J R 773 J3024223120X 1/10W CHIP 22KW-J R 860 J3024242120X 1/10W CHIP 2K4W-J R 774 J3024101120X 1/10W CHIP 100W-J R 861 J3024223120X 1/10W CHIP 22KW-J R 775 J3024103120X 1/10W CHIP 10KW-J R 862 J3024243120X 1/10W CHIP 24KW-J R 776 J3024103120X 1/10W CHIP 10KW-J R 863 J3024224120X 1/10W CHIP 220KW-J R 777 J3024122120X 1/10W CHIP 1K2W-J R 864 J3024224120X 1/10W CHIP 220KW-J R 778 J3024122120X 1/10W CHIP 1K2W-J R 865 J3024101120X 1/10W CHIP 100W-J R 779 J3024203120X 1/10W CHIP 20KW-J R 866 J3024101120X 1/10W CHIP 100W-J R 780 J3024203120X 1/10W CHIP 20KW-J R 867 J3024203120X 1/10W CHIP 20KW-J R 783 J3024473120X 1/10W CHIP 47KW-J R 868 J3024203120X 1/10W CHIP 20KW-J R 784 J3024473120X 1/10W CHIP 47KW-J R 930 J3024223120X 1/10W CHIP 22KW-J R 786 J3024561120X 1/10W CHIP 560W-J R 787 J3024561120X 1/10W CHIP 560W-J

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