BULLETIN HK2000-02 Rev1…..………..….18
DISASSEMBLY PROCEDURE…..……...…21
UNIT EXPLODED VIEW………………..…..22
MECHANICAL PARTS LIST…………..……23
PCB DRAWINGS……………………………25
ELECTRICAL PARTS LIST……………..….30
INTEGRATED CIRCUIT DRAWINGS…..…52
SCHEMATICS………………….…..……..…80
SEMICONDUCTOR PINOUTS………….…89
WIRING DIAGRAM…………………….…...90
PACKAGE………………………………..…..91
300
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 symbolin 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
300
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-
AVR300
300
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.
FM
AM
VERSION
120
230RDS
VERSION
120
230RDS
P1
87.5
87.50
P9
520
522
P2
88.0
88.00
P10
600
594
P3
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
P4
95.0
95.00
P12
1000
1395
P5
98.0
98.00
P13
1400
1611
P6
99.0
99.00
P14
1500
P7
106.0
106.00
P15
1710
P8
108.0
108.00
4. FM STEREO Separation Adjustment
Input Signal Source
step
1
2
Connection
Signal generator
output to FM
antenna
terminal.(750hm)
Signal
Frequency
98MHz
4. AM OSC Adujstment
Input Signal Source
step
1
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
FM STEREO
400Hz
Reception
Frequency
98MHz
(P5)
98MHz
(P5)
Reception
Frequency
522kHz
(230,230RDS)
520kHz
(120)
(P9)
Adjustment
Point
VR803
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
Minimum
ALIGNMENT PROCEDURES
1. FM MONO. Distortion adjustment
Input Signal Source
step
1
2
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
1
2
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
indicate on VFD
at
Value
"TUNED"
"TUNED"
5. AM-Tracking Adjustment (MW)
Input Signal Source
step
1
2
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
1
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
at
at
Value
at
at
-9-
300
7. AM auto stop Adjustment
9. Main Amp DC OFFSET VOLTAGE Adjustment
Input Signal Source
step
1
2
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
CHANNELADJUSTMENTMEASUREMENTOTHERS
FRONT-L ch
FRONT-R ch
CENTER ch
SURROUND-L ch
SURROUND-R ch
VR403
VR404
VR502
VR603
Vr604
JK401
JK402
JK501
JK601
JK601
VOLAGE
0mV
0mV
0mV
0mV
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
CHANNELADJUSTMENTMEASUREMENTOTHERS
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
10 3mV
10 3mV
10 3mV
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 BOARDC481, C482 (10000/63V, 8200uF/63V)
SURROUND BOARDC691, 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-
12
harman/kardon Service Bulletin
17
Service bulletin # H/K2000-05 May 2000Warranty labor rate: MAJOR repair
To: All harman/kardon Service Centers
Models: AVR300, AVR500
Subject: Volume Level Changes
On early versions of the AVR300 or AVR500 the volume level may change by itself, or when the volume knob
is tapped. This may happen on an occasional random basis and depends on where the volume control knob is
positioned after a volume adjustment. During a running production change, new volume encoders were
installed.
In the event you receive an AVR300 or AVR500 with the complaint “The volume on my receiver
changes by itself”, perform the following procedure:
REPLACE VR901 VOLUME ENCODER
1) Remove the top cover, (14) Black Phillips screws.
2) Remove the (11) Black Phillips screws holding the plastic front panel to the chassis.
3) Remove the single Phillips screw on both right & left side of the chassis with a dual black ground wire.
4) Remove the volume, bass, treble and balance knobs by pulling them straight off.
5) Remove the single nut holding the volume encoder to the front panel.
6) Pull the loaded front panel off the chassis; cut any plastic cable ties necessary to fully disengage it
7) Lift and set the receiver on its right side for the remainder of the procedure.
8) Remove molex connector CN983 at the power switch; see Figure 1.
9) Pull the front panel as far away as the remaining connecting wires will allow.
10) Unsolder the connections at the rear of the front PCB to the volume encoder.
11) Using a “stubby” Phillips screwdriver, remove the (19) Black Phillips screws holding the front PCB to the
front panel; two plated screws at the rear of the headphone jack also must be removed.
12) Pull the front PCB away from the front panel.
13) Remove and replace the volume encoder with h/k part# J32612050102; resolder the new encoder in place.
14) Replace the front PCB and reassemble the receiver in reverse order, following the instructions above.
Replace all cable ties that were cut, and reattach any connectors that were unplugged. Make sure the two
ground wires on both sides of the receiver are reattached.
15) Power up receiver, and test volume control to assure it no longer changes settings by itself, or when the
volume knob is tapped.
harman/kardon Incorporated 250 Crossways Park Drive, Woodbury New York 11797 (516) 496-3400
harman/kardon Service Bulletin
18
Service bulletin # H/K2000-02 Rev1 January 2001Warranty labor rate: MAJOR repair
To: All harman/kardon Service Centers
Models: AVR300, AVR500
Subject: Random Noise, Erratic Output in DTS Mode
In the event you receive an AVR300 or AVR500 receiver with the complaint “there is distortion, random
noise or gaps in the program material when in the DTS mode”, perform the following procedure:
REMOVAL AND MODIFICATION OF THE DSP BOARD
1) Remove the top cover, (14) Black Phillips screws.
2) Locate the DSP PC Board; Figure 1. Remove the two metal braces at the top of the unit. If necessary, cut
the cable ties attached to the braces to move any wires away from the area.
3) Pull the white 22 conductor ribbon cable at the rear of the DSP PC Board straight out of its receptacle.
4) Unplug the white 5 conductor molex cable at the top of the DSP PC Board.
5) Remove the (33) plated Phillips screws on the left side of the rear backplate; see Figure 2. Do not remove
any additional screws on the right side. If using a power tool, use care and minimum effort to avoid damaging
the various plastic receptacles.
6) Remove all three black plastic plugs that cover the optical inputs at the rear of the DSP PC Board.
7) Pull on the left side of the rear backplate, away from the receiver chassis; you should be able to pull it away
enough to allow the DSP PC Board to be pulled straight up and out of the receiver.
8) Proceed with the modifications on page 2.
ModelSerial Number
120V
AVR300
AVR500
AVR300
AVR500
TH0001-01000
To
TH0001-13886
TH0002-01000
To
TH0002-10460
TH0001-13887
Or higher
TH0002-10461
Or higher
Serial Number
230V RDS
TH0005-01000
To
TH0005-03317
TH0006-01000
To
TH0006-02795
TH0005-03318
Or higher
TH0006-02796
Or higher
STATUSACTION
Random Noise, Erratic
Output or Gaps in Program
Material when in DTS Mode
Modified by factoryNONE REQUIRED
Modifications to DSP Board:
Add ground wire;
Change R756 & R755
from 600W resistor or Capacitor
to 33W resistor
harman/kardon Incorporated 250 Crossways Park Drive, Woodbury New York 11797 (516) 496-3400
Models: AVR300, AVR500 Subject: Random Noise, Erratic Output in DTS Mode
19
9) Ground Reinforcement:
Using an insulated 16AWG wire, Connect Negative sides of the following capacitors on the bottom side of the
PCB as shown below. Negative side of each cap will have a white mark on the component side of the PCB.
A. Negative polarity of C746 Elec Cap (1uF/50V) in the proximity of ROM IC709
B. Negative polarity of C749 Elec Cap (1uF/50V) in the proximity of IC708 DSP IC
C. Negative polarity of C744 Elec Cap (1uF/50V) in the proximity of IC710 74VHC574
C B A
10) Replace:
R756 & R755. Original parts may be 600W resistors, or Capacitors. Change both to 33W 1/10W
SMD resistors (h/k part#
292-33.2). See location below.
11) Replace DSP PC Board back into its (3) receptacle plugs atop the MAIN PCB.
12) Replace all screws, braces, and any cable ties that were cut during disassembly. Before tightening the
screws, make sure all PCB’s and their RCA jacks are firmly seated in their respective holes in the rear
backplate. If using a power tool, use care and minimum effort to avoid damaging the various plastic
receptacles.
13) Plug both the 22 conductor ribbon cable and the 5 conductor molex cable back into their receptacles.
14) Replace the top cover and optical plugs.
15) Test unit by powering up the receiver and playing a source with DTS encoded material; confirm the complaint
of Random Noise or Erratic Output is no longer occurring.
harman/kardon Incorporated 250 Crossways Park Drive, Woodbury New York 11797 (516) 496-3400
J3024222120X
R 206 J3024224120X
R 207 J3024224120X
R 208 J3024224120X
R 209 J3024224120X
R 210 J3024472120X
R 211 J3024472120X
R 212 J3024203120X
J3024101120X
J3024101120X
R 215 J3024224120X
R 216 J3024224120X
J3024101120X
J3024101120X
R 219 J3024224120X
R 220 J3024224120X
R 221 J3024224120X
R 222 J3024224120X
R 223 J3024224120X
R 224 J3024224120X
R 225 J3024224120X
R 226 J3024224120X
R 227 J3024224120X
R 228 J3024224120X
R 234
J3024822120X 1/10W CHIP8K2W-J
R 235
J3024822120X 1/10W CHIP8K2W-J
R 236
J3024123120X 1/10W CHIP12KW-J
J3024101120X
J3024101120X
R 239 J3024224120X
R 240 J3024224120X
J3024101120X
J3024101120X
R 243 J3024224120X
R 244 J3024224120X
C 250
C 264 J34701101311
C 265 J34701101311
C 266 J3470610031X
C 267 J3470610031X
C 268 J3470610031X
C 269 J3470610031X
C 270 J3470610031X
C 271 J3470610031X
C 272 J3470610031X
C 273 J3470610031X
C 103 J3515121270X
C 104 J3515121270X
C 105 J3515121270X
C 106 J3515121270X
C 107 J3515121270X
C 108 J3515121270X
C 109 J3515121270X
C 110 J3515121270X
C 167
C 411 J3513101270X CERA/DISCCH 50V100pF-JWA 412 J4423240760X JE604-077P2.5mm
C 412 J3513101270X CERA/DISCCH 50V100pF-JWA 413 J4423240960X JE604-099P2.5mm
C 497 J3523103170X CERA/DISCB 50V 0.01uF-KWA 414 J4423241160X JE604-1111P2.5mm
C 502 J3513680270X CERA/DISCCH 50V68pF-JWA 415 J4423240760X JE604-077P2.5mm
C 505 J3513309070X CERA/DISCCJ 50V3pF-CWA 416 J4423240760X JE604-077P2.5mm
C 506 J3513101270X CERA/DISCCH 50V100pF-JWA 417 J4423241160X JE604-1111P2.5mm
C 555 J3523103170X CERA/DISCB 50V 0.01uF-KWA 419 J4423241160X JE604-1111P2.5mm
C 556 J3523103170X CERA/DISCB 50V 0.01uF-KWA 420 J4423241160X JE604-1111P2.5mm
C 557 J3513102170X CERA/DISCB 50V 1000pF-KWA 421 J4423241060X JE604-1010P2.5mm
WA 422 J4423240660X JE604-066P2.5mm
C 111 J3514121270X CERA/AXCH 50V 120pF-KWA 423 J4422013020X 8370-30130P1.25mm
C 112 J3514121270X CERA/AXCH 50V 120pF-KWA 424 J4423241160X JE604-1111P2.5mm
C 113 J3514121270X CERA/AXCH 50V 120pF-KWA 426 J4423240460X JE604-044P2.5mm
C 114 J3514121270X CERA/AXCH 50V 120pF-KWA 427 J4423240760X JE604-077P2.5mm
C 115 J3514121270X CERA/AXCH 50V 120pF-K
C 116 J3514121270X CERA/AXCH 50V 120pF-K
C 563 J3524104540X CERA/AXF 25V0.1uF-ZCN 425 J43344076541 7P,2.5,1533#26/1007#26,650m/m
C 582 J3524104540X CERA/AXF 25V0.1uF-ZCN 428 J43343113041 11P,2.0mm,1533#26/2547#26,300mm,
C 583 J3524104540X CERA/AXF 25V0.1uF-ZH 501 J43199012529 1P,1672#22,250m/m
C 584 J3524104540X CERA/AXF 25V0.1uF-ZH 503 J43199011629 1P,1672#22,165m/m
C 585 J3524104540X CERA/AXF 25V0.1uF-Z
C 586 J3524104540X CERA/AXF 25V0.1uF-Z
C 587 J3524221170X CERA/AXB 50V 220pF-K
C 588 J3524221170X CERA/AXB 50V 220pF-K
C 589 J3524221170X CERA/AXB 50V 220pF-K
C 590 J3524221170X CERA/AXB 50V 220pF-K
C 591 J3524221170X CERA/AXB 50V 220pF-K
C 592 J3524221170X CERA/AXB 50V 220pF-K
C 593 J3524104540X CERA/AXF 25V0.1uF-ZFU481 J5503320330X T 2L/250V 50TFUSE
C 594 J3524221170X CERA/AXB 50V 220pF-K
C 595 J3524221170X CERA/AXB 50V 220pF-K
C 596 J3524104540X CERA/AXF 25V0.1uF-ZFU481 J97100515000 2A/125V,15mmx4mm LABEL-FUSE
C 597 J3524104540X CERA/AXF 25V0.1uF-ZFU482 J5503320330X T 2L/250V 50TFUSE
IB
IB
IB
IB
IB
IB
IB
IB
!
!
!
C 417 J3610104330X POLYESTER/RA100V0.1uF-K
C 418 J3610104330X POLYESTER/RA100V0.1uF-KFU482 J97100515000 2A/125V,15mmx4mm LABEL-FUSE
C 419 J3610104330X POLYESTER/RA100V0.1uF-KFU483 J5503320330X T 2L/250V 50TFUSE
C 420 J3610104330X POLYESTER/RA100V0.1uF-K
C 484 J3600103330X POLYESTER/RA100V 0.01uF-K
C 509 J3610104330X POLYESTER/RA100V0.1uF-KFU483 J97100515000 2A/125V,15mmx4mm LABEL-FUSE
C 510 J3610104330X POLYESTER/RA100V0.1uF-KJK 401 J4462340110X JW-60144P TERMINAL
C 551 J3610683330X POLYESTER/RA100V 0.068uF-KJK 401
C 552 J3610683330X POLYESTER/RA100V 0.068uF-KJK 501 J4462320110X JW-60122P TERMINAL
C 553 J3610683330X POLYESTER/RA100V 0.068uF-KJK 501
C 566 J3600103330X POLYESTER/RA100V 0.01uF-KJK 502 J44302602101 JW4105RSSR/W 6P RCA JACK
C 567 J3600103330X POLYESTER/RA100V 0.01uF-KJK 503 J4430220210X JW1609RR/W 2P RCA JACK
C 483 J3640103260X MET POLY/RA400V 0.01uF-JL 401 J2613207070X SPRING COIL0.7uH
C 564 J3640103260X MET POLY/RA400V 0.01uF-JL 402 J2613207070X SPRING COIL0.7uH
C 565 J3640103260X MET POLY/RA400V 0.01uF-JL 501 J2613207070X SPRING COIL0.7uH
!
!
!
WAFERs
WA 401 J4420040200X 5267-02A2P2.5mm
WA 402 J4420040200X 5267-02A2P2.5mm
WA 403 J4420040200X 5267-02A2P2.5mm
WA 4044420060361JE202-1T-03R3P3.96mm
WA 405 J4420050560X JE202-1T-05W5P3.96mm
WA 407 J4423241060X JE604-1010P2.5mmJ60520501000 Heatsink: MAIN AL6063-T5+PL T0.5
WA 408 J4423240860X JE604-088P2.5mmJ60530501000 Heatsink: AL, L=40mm, PIN 2EA
R 624 J3063561421X 1/4W FUSIBLE560W-JC 696 J3470110031X ELEC16V10uF-M
R 625 J3063561421X 1/4W FUSIBLE560W-JC 601 J3470110041X ELEC25V10uF-M
R 626 J3063561421X 1/4W FUSIBLE560W-JC 602 J3470110041X ELEC25V10uF-M
R 627 J3063561421X 1/4W FUSIBLE560W-JC 605 J3470110141X ELEC25V100uF-M
R 628 J3063561421X 1/4W FUSIBLE560W-JC 606 J3470110141X ELEC25V100uF-M
R 629 J3063561421X 1/4W FUSIBLE560W-JC 627 J3470122041X ELEC25V22uF-M
R 630 J3063561421X 1/4W FUSIBLE560W-JC 628 J3470122041X ELEC25V22uF-M
R 631 J3063561421X 1/4W FUSIBLE560W-JC 607 J3470122121X ELEC10V220uF-M
R 632 J3063561421X 1/4W FUSIBLE560W-JC 608 J3470122121X ELEC10V220uF-M
R 633 J3063151421X 1/4W FUSIBLE150W-J
R 634 J3063151421X 1/4W FUSIBLE150W-JC 609 J3513309070X CERA/DISCCJ 50V3pF-C
R 635 J3063151421X 1/4W FUSIBLE150W-JC 610 J3513309070X CERA/DISCCJ 50V3pF-C
R 636 J3063151421X 1/4W FUSIBLE150W-JC 611 J3513101270X CERA/DISCCH 50V100pF-J
R 641 J3063151421X 1/4W FUSIBLE150W-JC 612 J3513101270X CERA/DISCCH 50V100pF-J
R 642 J3063151421X 1/4W FUSIBLE150W-JC 603 J3513680270X CERA/DISCCH 50V68pF-J
R 643 J3063151421X 1/4W FUSIBLE150W-JC 604 J3513680270X CERA/DISCCH 50V68pF-J
R 644 J3063151421X 1/4W FUSIBLE150W-J
R 657 J3063101421X 1/4W FUSIBLE100W-JC 617 J3610104330X POLYESTER/RA100V0.1uF-K
R 658 J3063101421X 1/4W FUSIBLE100W-JC 618 J3610104330X POLYESTER/RA100V0.1uF-K
R 659 J3063101421X 1/4W FUSIBLE100W-JC 619 J3610104330X POLYESTER/RA100V0.1uF-K
R 660 J3063101421X 1/4W FUSIBLE100W-JC 620 J3610104330X POLYESTER/RA100V0.1uF-K
R 661 J3063150421X 1/4W FUSIBLE15W-JC 681 J3610683330X POLYESTER/RA100V0.068uF-K
R 662 J3063150421X 1/4W FUSIBLE15W-JC 682 J3610683330X POLYESTER/RA100V0.068uF-K
R 663 J3063150421X 1/4W FUSIBLE15W-J
R 664 J3063150421X 1/4W FUSIBLE15W-JC 693 J3640103260X MET POLY/RA400V0.01uF-J
R 665 J3063229421X 1/4W FUSIBLE2R2W-JC 694 J3640103260X MET POLY/RA400V0.01uF-J
R 666 J3063229421X 1/4W FUSIBLE2R2W-JC 695 J3640103260X MET POLY/RA400V0.01uF-J
R 667 J3063229421X 1/4W FUSIBLE2R2W-J
R 668 J3063229421X 1/4W FUSIBLE2R2W-J
R 669 J3063820421X 1/4W FUSIBLE82W-JWA 601 J4420040200X 5267-02A2P2.5mm
R 670 J3063820421X 1/4W FUSIBLE82W-JWA 602 J4420040200X 5267-02A2P2.5mm
R 673 J3063100421X 1/4W FUSIBLE10W-J
R 674 J3063100421X 1/4W FUSIBLE10W-JWA 603 J4420060362X
WA 625
WAFERs
J4420040700X 5267-07A7P2.5mm
JE202-1T-03Y
3P3.96mm
R 645 J3017100421X 1/4W MF10W-J
R 646 J3017100421X 1/4W MF10W-JJK 601
R 647 J3017100421X 1/4W MF10W-JJK 601
R 648 J3017100421X 1/4W MF10W-JL 601 J2613207070X SPRING COIL0.7uH
R 675 J3013100621X 1W MF10W-JL 602 J2613207070X SPRING COIL0.7uH
R 676 J3013100621X 1W MF10W-J
J5541001010X
R 671 J3076228421X 5WMPR DUAL0.22W-J
R 672 J3076228421X 5WMPR DUAL0.22W-J
C 352 J3470147971X ELEC50V4.7uF-M
C 354 J3470147971X ELEC50V4.7uF-MIC 1 J2413400016X PC-17T1PHOTO
C 356 J3470147971X ELEC50V4.7uF-MIC 2 J2413400016X PC-17T1PHOTO
C 359
C 360
C 361
C 363
C 367
C 369
C 370
C 371
C 372
C 374
C 377
C 383
C 386
C 389
C 392
J3470110031X
C 305 J3470147971X ELEC50V4.7uF-M
C 306 J3470147971X ELEC50V4.7uF-M
C 307
J3470133121X
C 308
J3470133121X
C 309 J3470147971X ELEC50V4.7uF-M
C 310 J3470147971X ELEC50V4.7uF-M
C 311 J3470147971X ELEC50V4.7uF-M
C 312 J3470147971X ELEC50V4.7uF-M
C 313
F 803 J3921200011X
F 804 J3921200021X
F 805 J3921100012X
F 806 J3912010009X CSB456F11RESONATORR 841 J3024154120X
SFE10.7MA5-AC.FILTER BK
SFE10.7MA5-AC.FILTER BK
SFE10.7MA5-AC.FILTER BK
BFU450C4NC.FILTER
CF01 450BLC.FILTER
COILs
L 802
J2613220320X CHOKE COIL20.8mH-K IB
L 803
J2616227029X AXIAL LAL0227uH-K
L 804
J2616227029X AXIAL LAL0227uH-K
T 801 J2621000022X
T 802 J2621000012X
T 803 J2625100012X
T 804 J2625200012X
T 805 J2625200022X
T 806 J3923210022X
T 807 J3923210022X
R 807 J3003391220X 1/8WCARBON
R 812 J3003221220X 1/8WCARBON220W-JR 859 J3024561120X
R 831 J3003102220X 1/8WCARBON
390W-J
1KW-J
R 851 J3003331420X
R 865 J3003220420X
R 866 J3003331420X
R 823 J3013101320X
R 891 J3013220320X
R 801 J3024101120X
R 802 J3024122120X
R 803 J3024222120X
R 804 J3024331120X
R 805 J3024121120X
R 806 J3024392120X
R 808 J3024332120X
R 809 J3024331120X
R 810 J3024689120X
R 811 J3024821120X
R 813 J3024101120X
R 814 J3024104120X
R 815 J3024104120X
R 816 J3024221120X
R 825 J3024562120X
R 826 J3024223120X
R 828 J3024102120X
R 829 J3024683120X
R 830
J3024273120X 1/10W CHIP27KW-J
R 833 J3024182120X
R 834 J3024562120X
R 835 J3024332120X
R 837 J3024102120X
R 838 J3024154120X
R 839 J3024154120X
R 840 J3024154120X
R 842 J3024332120X
R 842 J3024272120X
R 843 J3024332120X
R 843 J3024272120X
R 844 J3024101120X
R 845 J3024101120X
R 846 J3024332120X
R 847 J3024332120X
R 848 J3024103120X
R 849 J3024103120X
R 852 J3024103120X
R 853 J3024561120X
R 854 J3024561120X
R 856 J3024560120X
R 857 J3024473120X
R 861 J3024103120X
R 862 J3024103120X
R 864 J3024221120X
R 871 J3024331120X
R 881 J3024104120X
R 882 J3024223120X
R 888 J3024100120X
R 893 J3024103120X
R 895
C 808 J3470610031X ELEC16V10uF-MC 834 J3600473330X
C 810 J3470610971X ELEC50V1uF-M
C 812 J3470147031X ELEC
C 820 J3470633941X ELEC25V3.3uF-M
C 821 J3470647931X ELEC16V4.7uF-MCT 801 J3801201001X
C 825 J3470147871X ELEC
C 829 J3470147031X ELEC
C 831 J3470110131X ELEC
C 832 J3470633941X ELEC25V3.3uF-MWA 802 J4423340660X
C 833 J3470122971X ELEC
C 835 J3470610031X ELEC16V10uF-M
C 836 J3471647871X ELEC50V 0.47uF-MANT 801 J4435230100X
C 837 J3470610031X ELEC16V10uF-M BKANT 801
C 837 J3470168971X ELEC50V6.8uF-M IBP 801 J3903200012X
C 840 J3470610031X ELEC16V10uF-M BKX 801
C 840 J3470168971X ELEC50V6.8uF-M IBX 802 J3913010025X 4.332MHz20pFX-TAL IB
C 847
J3470147031X
C 849
J3470122971X
C 851 J3470610031X ELEC16V10uF-M
C 856 J3470147031X ELEC
C 859 J3470110131X ELEC
C 866 J3470610031X ELEC16V10uF-MIC 901 J2132314024X
C 867 J3470633941X ELEC25V3.3uF-MIC 902 J2120012001X
R 901 J3003471220X 1/8W
R 902 J3003102220X 1/8W1KW-JR 963 J3024822120X
R 904 J3003222220X 1/8W
R 905 J3003105220X 1/8W1MW-J
R 906 J3003103220X 1/8W10KW-J
R 907 J3003103220X 1/8W10KW-JRA 901 J3040473094X
R 908 J3003103220X 1/8W10KW-JRA 902 J3040473064X
R 909 J3003103220X 1/8W10KW-JRA 903 J3040272114X
R 910 J3003104220X 1/8W100KW-J
R 911 J3003104220X 1/8W100KW-JVR 902 J3220210422X
R 912 J3003224220X 1/8W
R 913 J3003224220X 1/8W
R 914 J3003473220X 1/8W
R 915 J3003473220X 1/8W
R 916 J3003473220X 1/8W
R 917 J3003473220X 1/8W
R 918 J3003473220X 1/8W
R 919 J3003331220X 1/8W
R 920 J3003331220X 1/8W
R 921 J3003224220X 1/8W
R 922 J3003224220X 1/8W
R 923 J3003750220X 1/8W
R 924 J3003473220X 1/8W
R 925 J3003103220X 1/8W10KW-JC 976 J3470647041X ELEC
R 927 J3003183220X 1/8W18KW-JC 977 J3470647041X ELEC
R 943 J3003103220X 1/8W10KW-J
R 944 J3003103220X 1/8W10KW-J
R 946 J3003103220X 1/8W10KW-J
470W-J
2K2W-JR 964
220KW-J
220KW-J
47KW-J
47KW-J
47KW-J
47KW-J
47KW-J
330W-J
330W-J
220KW-J
220KW-J
75W-J
47KW-J
R 948 J3003103220X 1/8W10KW-J
R 949 J3003470220X 1/8W
R 950 J3003470220X 1/8W
R 955 J3003473220X 1/8W
R 959 J3003473220X 1/8W
R 956 J3024473120X
R 957 J3024101120X
R 958 J3024101120X
R 960 J3024474120X
R 961 J3024474120X
R 962 J3024822120X
C 904 J3470122041X ELEC
C 917 J3470122131X ELEC
C 931 J3470647971X ELEC
C 932 J3470647971X ELEC
C 951 J3470647971X ELEC
C 952 J3470647971X ELEC
C 953 J3470647971X ELEC
C 955 J3470647971X ELEC
C 956 J3470647971X ELEC
C 901 J3514220270X
C 902 J3514220270X
C 903 J3524104540X
C 905 J3524104540X
C 907 J3524104540X
C 908 J3524471170X
C 909 J3524104540X
C 910 J3524102170X
C 911 J3524102170X
C 912 J3524102170X
C 913 J3524102170X
C 914 J3524104540X
C 915 J3524104540X
C 918 J3524104540X
C 919 J3514121270X
C 920 J3514121270X
C 922 J3524104540X
C 954 J3514101270X
C 973 J3524104540X
C 974 J3524152730X
C 974 J3524472730X
C 975 J3524152730X
C 975 J3524472730X
C 979 J3524104540X
C 980 J3524104540X
C 947 J3515470270X
C 948 J3515470270X
C 937 J3600223238X
C 938 J3600223238X
C 939 J3600223238X
C 940 J3600223238X
C 943 J3600182238X
C 944 J3600182238X