Panasonic TX-29AD1E User manual

Safety
Block Diagram(Video)
PCB view(E)
Block Diagram(Audio)
Block Diagram(Control)
PCB view(Y)
Adjustments
Service Hints
Mechanical View
E Schematic (25)
E Schematic (29)
Y Schematic
Parts List
Self Check
Disassembly
Waveforms
Specifications
Location of Controls
Service Information
Service Manual
Colour Television EURO 2 Chassis
TX-25AD1E TX-29AD1E
Notes
Service Support
About....
PCB view(F)
PCB view(A)
F Schematic
A Schematic
PCB view(B) B Schematic
EXIT
PCB view(M) M Schematic
GO
BACK

SM - 95015
Service Manual
Colour Television
TX-29AD1E
TX-25AD1E
EURO-2 Chassis
Specifications
( Information in brackets {} refer to TX-25AD1E)
Power Source : 220-240V AC 50Hz
Power Consumption : 110W { 100W }
Aerial Impedance : 75Wunbalanced, Coaxial Type
Receiving System : PAL B/G, PAL 60,
SECAM B/G
Receiving Channels : VHF E2 - E12
VHF H1 - H2 (ITALY)
VHF A - H (ITALY)
VHF R1 - R2
VHF R3 - R5
VHF R6 - R12
UHF E21 - E69
CATV (S01 - S05)
CATV S1 - S10 (M1 - M10)
CATV S11 - S20 (U1 - U10)
CATV S21 - S41 (HYPERBAND)
Intermediate Frequency :
Video 38.9 MHz
Sound 33.4 MHz/33.16 MHz/33.05MHz
Colour 34.47 MHz
34.5 MHz/34.65 MHz - (SECAM)
Video / Audio
Terminals :
AUDIO MONITOR OUT Audio(RCA x 2) 500mV rms,1kW
AV1 IN Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500mV rms,10kW
RGB (21 pin )
AV1 OUT Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500mV rms, 1kW
AV2 IN Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500mV rms,10 kW
S-Video IN Y : 1 Vp-p 75W
(21 pin ) C : 0.3 Vp-p 75W
AV2 OUT Video (21 pin ) 1 Vp-p 75W
Audio (21 pin ) 500mV rms, 1kW
Selectable output (21 pin )
AV3 IN S-Video IN Y : 1 Vp-p 75W
(4-pin ) C : 0.3 Vp-p 75W
Audio (RCA x 2) 500mV rms,10kW
Video (RCA x 1) 1 Vp-p 75W
High Voltage : 31kV _1kV at zero beam current
Picture Tube : 72cmV{63 cmV}
Super Flat FST 110°
measured diagonally.
Audio Output :
Internal Speaker 2 x 20 W (Music Power)
8WImpedance
Headphones 1 x 8 WImpedance
Accessories supplied : Remote Control
UM3 Battery
Dimensions : Height : 551mm {504mm}
Width : 668mm {606mm}
Depth : 467mm {448mm}
Net Weight 41kg {30kg}
Specifications are subject to change without notice.
Weight and dimensions shown are approximate.

Contents
Safety Precautions 2
Location of Controls 3
Chassis Service Position 4
Service Mode 7
Self Check 8
Adjustment Procedure 8
Alignment Settings 9
Waveform Pattern Table 10
P.C.B. Views 11
Block Diagrams 16
Schematic Diagrams 20
Parts Location 26
Replacement Parts List 27
Safety Precautions
General Guide Lines
1. It is advisable to insert an isolation transformer in the AC
supply before servicing a hot chassis.
2. When servicing, observe the original lead dress in the high
voltage circuits. If a short circuit is found, replace all parts
which have been overheated or damaged by the short circuit.
3. After servicing, see that all the protective devices such as
insulation barriers, insulation papers, shields and isolation R-
C combinations are correctly installed.
4. When the receiver is not being used for a long period of time,
unplug the power cord from the AC outlet.
5. Potentials as high as 32 kV are present when this receiver is
in operation. Operation of the receiver without the rear cover
involves the danger of a shock hazard from the receiver
power supply. Servicing should not be attempted by anyone
who is not familiar with the precautions necessary when
working on high voltage equipment. Always discharge the
anode of the picture to the chassis before handling the tube.
6. After servicing make the following leakage current checks to
prevent the customer from being exposed to shock hazards.
Leakage Current Cold Check
1. Unplug the AC cord and connect a jumper between the two
prongs of the plug.
2. Turn on the receiver's power switch.
3. Measure the resistance value with an ohmmeter, between
the jumpered AC plug and each exposed metallic cabinet
part on the receiver, such as screw heads, aerials ,
connectors, control shafts etc. When the exposed metallic
part has a return path to the chassis the reading should be
between 4M ohm and 20M ohm. When the exposed metal
does not have a return path to the chassis the reading must
be infinite.
Leakage Current Hot Check
1. Plug the AC cord directly into the AC outlet. Do not use an
isolation transformer for this check.
2. Connect a 2k ohm 10W resistor in series with an exposed
metallic part on the receiver and an earth such as a water
pipe.
3. Use an AC voltmeter with high impedance to measure the
potential across the resistor.
4. Check each exposed Metallic part and check the voltage at
each point.
5. Reverse the AC plug at the outlet and repeat each of the
above measurements.
6. The potential at any point should not exceed 1.4 Vrms. In
case a measurement is outside the limits specified, there is a
possibility of a shock hazard, and the receiver should be
repaired and rechecked before it is returned to the customer.
X-Radiation Warning
1. The potential sources of X-Radiation in TV sets are the high
voltage section and the picture tube.
2. When using a picture tube test jig for service ensure that the
jig is capable of handling 32kV without causing X-Radiation.
NOTE : It is important to use an accurate periodically calibrated high
voltage meter
1. Set the brightness to minimum.
2. Measure the high voltage. The meter should indicate 31kV
_1kV at zero beam current if the meter indication is out of
tolerance, immediate service and correction is required to
prevent the possibility of premature component failure.
3. To prevent an X-Radiation possibility, it is essential to use
the specified tube.
HOT CHECK CIRCUIT

Location Of Controls
Service Hints
How to remove the rear cover
1. Remove the 8 fixing screws (A) as shown in Fig.3/Fig.4.

How to move the chassis into the Service position
1. Hold and lift the rear of the E- PCB chassis and M - PCB as shown in fig.5. and gently pull the chassis toward you. Realese the M -
PCB as explained on page 6
2. Turn the chassis through 90_, anti-clockwise, as shown in fig.6.
3. Clip the chassis onto the support bracket as shown in fig.6 and fig.7.
4. After servicing ensure all wiring is returned to its original position before returning the receiver to the customer.

HOW TO REMOVE THE CONTROL PANEL (M-BOARD)
1. Remove the E-board from the cabinet with the M-board attached.
2. Unclip by lifting the front of the M-board vertically.
3. After servicing ensure all wiring is returned to its original position before returning the receiver to the customer.
HOW TO REMOVE THE A - BOARD
1. Disconnect the 5 leads from the A - board.
2. Release the A and F boards securing brackets by pushing the clips in the direction shown in Fig.8, and remove the A - board by
gently lifting vertically.
3. After servicing ensure all wiring is returned to its original position before returning the receiver to the customer.

Service position for the A-Board
1. Remove the A-board from the main chassis (E-board) as shown in Fig.8.
2. Remove the two screws (A) (fig.9) from the plastic AV cover and unclip the AV cover from the A-board.
3. Carefully unclip the three metal clips marked B in fig.9.
4. Unclip the front metal cover (Fig10) and remove from the A-board.
5. Fit the extension leads to the A-board making sure that the A-board does not touch the E-board (fig.11).
6. After servicing ensure all wiring is returned to its original position before returning the receiver to the customer.
Note : The extension lead wire kit is supplied as a service kit. (Part number TZS4EP001).

Service Mode
The remote control is used for entering and storing adjustments, with the exception of cut-off adjustments which must always be done prior to
service adjustment. Perform adjustments in accordance with screen display. The display on the screen also specifies the CCU variants as
well as the approx. setting values.The adjustment sequence for the service mode is indicated below.
1. Set the Bass to maximum position, set the Treble to minimum
position, press the F button followed by the Volume down on
the customer controls at the front of the TV and at the same
time press the Reveal button on the remote control, this will
place the TV into the Service Mode.
2. Press the RED / GREEN buttons to step down / up through
the functions.
3. Press the YELLOW / BLUE buttons to alter the function
values.
4. Press the STORE button on the preset panel after each
adjustment has been made to store the required values.
5. To exit the Service Mode press the Normalisation button.
NOTE: This TV also has the option of using a Memory Pack which enables you to copy the preset TV channels and analogue levels into the
Memory Pack and then upload them onto another EURO-2 TV set.
Using the Memory Pack
TV to Memory Pack process
1. Plug the memory pack into the lower of the two 21 pin
terminals at the back of the TV and switch the TV on. If the
TV has only one 21 pin connector then this will be able to
accept the memory pack.
2. Go into the Service Mode as explained above. The screen
will show:-
3. Press the blue button on the remote control. The screen will
show:-
4. Press the STORE button on the TV. The screen will show:-
5. All the tuning information stored inside the TV will now be
transferred to the Memory Pack. This process will take 2-3
minutes to complete and when finished the screen will show:-
Memory Pack to TV Process
1. Plug the memory pack into the lower of the two 21 pin
terminals at the back of the TV and switch the TV on. If the
TV has only one 21 pin connector then this will be able to
accept the memory pack.
2. Go into the Service Mode as explained above. The screen
will show:-
3. Press the STORE button on the TV. The screen will show:-
4. All the tuning information stored inside the Memory Pack will
now be transferred to the TV. This process will take 2-3
minutes to complete and when finished the screen will show:-
5. The tuning information from the Memory Pack has now been
copied into the TV
6. To exit from the Service Mode switch off the TV.
7. The process has now been completed and the Memory Pack
can now be removed.
Errors
If an error occurs while using the Memory Pack the TV will detect this and the screen will show:-
If this happens then switch off the TV and repeat the process that was being used. If the errors continue to occur then check the connectors
between the TV and the memory pack and check the 9V battery inside the memory pack.

SELF CHECK
Self check is used to automatically check the Bus lines and Hexadecimal code of the TV set.
To enter the Self Check mode press Function down button, on the Preset Panel, at the same time pressing the Status button, on the Remote
Control, and the screen will show:-
Adjustment Procedure
Item/Preparation Adjustments
+B SET-UP
1. Operate the TV set
2. Set the controls:
Brightness minimum
Contrast minimum
1. Set the +B voltage up as follows:
Adjust P633 so that U147 shows 147V +/- 0.5V
2. Confirm the following voltages.
U5 5+/- 0.25V U28 28 +/- 1.0V
U8 8+/- 0.5V U40 38.5+1.5/-1.0V
U12 12 +/- 0.5V U210 209 +/- 10V
U16 16.0 +/- 0.5/-1V U5SB 5.0 +/- 0.25V
U25 24.8 +/- 1.0V UM 8+/- 0.5
RF AGC
1. Receive a test pattern.
2. Connect an oscilloscope between the
tuner RF AGC and ground.
3. Set the oscilloscope gain range to
1V/div.
1. Check that the noise becomes large when the RF AGC VR
P4701 is turned counterclockwise. After the check turn it
clockwise.
2. Gradually turn the RF AGC VR anti-clockwise, and set the
RF AGC VR to the point where the RF AGC voltage is just falling to a
point where this voltage drops by 0.2V from the maximum value.
CUT OFF
1. Receive a black and white signal.
2. Degauss the tube externally.
3. Set the TV into Service Mode 1.
4. Select Ug2 Test.
1. Confirm which colour has the biggest value
2. Turn the screen VR P3368 to minimum.
3. Connect an oscilloscope to the cathode with the biggest value colour.
4. Adjust P3368 to get a low light pulse voltage of 180V +/- 5V.
5. Adjust P3362 to whichever colour reaches 50 +/- 10 first.
COMB FILTER
1. Receive A PAL colour bar signal. 1. Confirm input video signal (pin 4 W2601 is 1Vp-p).
2. Adjust P2601 to obtain 2Vp-p at TPF1.

Alignment Settings
Alignment Function TX-29AD1E TX-25AD1E Settings / Special features
1. Vertical amplitude V-AMP
051 V-AMP 063 Optimum setting
2. Vertical symmetry V-SYM
013 V-SYM 002 Optimum setting
3. Vertical linearity V-LIN
012 V-LIN -020 Optimum setting
4. Vert. D.C. Vert. D.C.
000 Vert. D.C. 000 Optimum setting
5. V-Pos. V. Pos
003 V. Pos 005 Optimum setting
6. Horizontal amplitude H-AMP
-033 H-AMP -044 Optimum setting
7. Horizontal position H-POS
049 H-POS 069 Optimum setting
8. Text Position TEXT POSITION
045 TEXT POSITION 049 Optimum setting
9. EW-amplitude E-W AMP1
-058 E-W AMP1 -058 Optimum setting
10. EW-amplitude E-W AMP2
023 E-W AMP2 044 Optimum setting
11. Trapezium-comp TRAPEZ-1
-014 TRAPEZ-1 -000 Optimum setting
12. Trapezium- comp TRAPEZ-2
012 TRAPEZ-2 -009 Optimum setting
13. Colour VCO COLOUR VCO
015 COLOUR VCO 006 Optimum setting
14. Cut-off DC CUT-OFF DC
050 CUT-OFF DC 050 Not to be adjusted.
15. Ug2 Test Ug2 Test
107 021 023 Ug2 Test 94 044 020 To adjust the screen settings.
Turn P3362 until a colour
reaches 25"5, place an
oscilloscope probe on the
cathode with the highest output
and adjust P3368 so the
oscilloscope trace reads
150V 0-peak (160V 0-peak TX -
25AD1E), then turn P3362 up so
the highest numbered box on the
TV screen reads 050 "010.
16. Cutoff Cutoff
045 055 050 Cutoff 057 064 056 Press the GREEN button to step
through the settings.
Adjust for optimum.
17. White White
224 255 237 White 200 255 248 Press the GREEN button to step
through the settings.
Adjust for optimum.

POWER SUPPLY AND CONTROL BLOCK DIAGRAM
I1701
TELETEXT
I1751
TEXT
MEMORY
I1981
RESET
I1801
MICROPROCESSOR
CONTROL
I1941
EEPROM
MEMORY
I1871
EPROM
PROGRAMME
MEMORY
I1601
VIDEO PROCESSOR
I1301
SOUND PROCESSOR
I1351
8V REG
I1011
AV
SWITCHING
I1111
AV
SWITCHING
I1601
5V REG
I2651
COMB FILTER
CONTROL
I2601
COMB FILTER
I4700
IF PROCESSOR
I4071
12V REG
I611
PSU
CONTROL
I646
9V REG
I661
12V REG
I466
AUDIO OUTPUT
I561
VERTICAL OUTPUT
TUNER
T6101
D6101
HEADPHONE
AMP
Q674
Y
PCB
Q526
DRIVER
Q543
LINE
OUTPUT
FBT
D547
D557
2
4
V
150V
200V
27V
5V
15V
5VSB
20V
9V
CLOCK 4
DATA
CLOCK 1
5VSB
9V
15V
5V
9V
12V
12V 15V

VIDEO BLOCK DIAGRAM
TUNER X4704
FILTER
I4700
VIDEO DEMODULATOR
Q1123
BUFFER
AV1 Q1167
BUFFER
Q1163
BUFFER
Q1172
MIXER
AV2
AV3
Q4701
BUFFER
Q1192
BUFFER
Q1182
BUFFER
I1701
TELETEXT
I
1
7
5
1
M
E
M
O
R
Y
I1601
VIDEO PROCESSOR
Q2603
DRIVER
FILTER
Q2601
BUFFER
Q1267
BUFFER
Q2614
AMP
Q2613
BUFFER Q2612 BUFFER Q2610 BUFFER
Q2604
BUFFER
Q2602
BUFFER Q2608 Q2606 AMP
I2601
COMB FILTER
Q2651
BUFFER
Q2653
BUFFER
I2651
Q2611
BUFFER Q2607
Q2605
AMP
Q1653
BUFFER
Q1651
AMP Q1656 AMP
Q1643
BUFFER
Q1641
AMP Q1646
AMP
Q1633
BUFFER
Q1631
AMP Q1636
AMP
Q3162 Q3164 Q3166
Q3169 Q3391 Q3393
DRIVE Q3394 Q3397 OUTPUT AMP
Q3172 Q3174 Q3176
Q3179 Q3381 Q3383 DRIVE Q3384 Q3387 OUTPUT AMP
Q3182 Q3184 Q3186
Q3189 Q3371 Q3373 DRIVE Q3374 Q3377 OUTPUT AMP
RESISTOR
MATRIX
Q3109 Q3108
Q3111 Q3122 Q3126 Q3127
DRIVER
Q3368
SPOT SU
PRESS
Q3359
CUTOFF
Q3131 Q3136
OUTPUT AMP
I1111
AV SWITCH
Q2609
BUFFER
Q3368
SPOT SU
PRESS
Q3143
AMP

AUDIO BLOCK DIAGRAM
TUNER X4704
FILTER Q4704 BUFFER Q4704 AMP I4700 SIF FILTER
Q4702
AMP Q4703 BUFFER
Q1486
BUFFER
Q1496
BUFFER
I466
AUDIO OUTPUT
AMP
I1301
AUDIO
MIXER
DEMODULATOR
VOLUME
BASS
TREBLE
CONTROL
AV1
AV2
Q1091
MUTE Q1071 MUTE
Q1382
MUTE
Q1466
BUFFER Q1476 BUFFER
AV3
Q6443
Q6447
AMP
Q6413
Q6417
AMP
Q6403
MUTE
Q6433
MUTE
Q498
MUTE Q496 MUTE
Q497
MUTE
Q1812
BUFFER
Q494
MUTE
Q463
MUTE
I1011
AV SWITCHING

WIRING BLOCK DIAGRAM
M
A
F
E
B
Y
W
1
2
4
1
W
1
2
7
1
W
1
9
3
3
W
6
3
0
1
W
6
4
0
2
W
6
4
0
1
J
K
6
4
0
1
W
1
2
5
1
W
2
6
0
1
W
1
6
5
1
W
6
1
2
W
2
1
4
W
2
5
2
W
4
0
0
1
W
6
3
0
W
6
6
0
W
5
4
8
W
3
3
1
7
W
3
1
5
2
W
2
6
0
2
W3316
W6102
W6010
W1370
W610
W1951
W1511
W511
W1201
W211
A
V
3
W1221
W1211
AV1
AV2
W
7
4
0
W534
W569
W619
DEGAUSS
V DY
H DY
W534
VM
COIL
W3316
W554
TO CRT
SCREEN
FACTORY
ADJUSTMENT

WAVEFORM PATTERN TABLE

SCHEMATIC DIAGRAM FOR MODELS
TX-29/25AD1E
(EURO-2S CHASSIS)
Notes
1. RESISTOR
All resistors are carbon ¼W resistor, unless marked.
Unit of resistance is OHM (W) (K=1,000, M=1,000,000).
2. CAPACITOR
All capacitors are ceramic 50V capacitors, unless marked, the unit of capacitance is mF unless otherwise stated.
3. COIL
Unit of inductance is mH, unless otherwise stated.
4. TEST POINT
:Test Point Position
:Waveform Test Point Position
3
5. EARTH SYMBOL
Chassis Earth (Cold)
Line Earth (Hot)
6. VOLTAGE MEASUREMENT
Voltage is measured by a DC voltmeter.
Measurement conditions are as follows:
Power source AC 220-240V, 50Hz
Receiving Signal Colour Bar signal (RF)
All customer controls Maximum position
7.
: Indicates the Video signal path
: Indicates the Audio signal path
: Indicates the Vertical/Horizontal signal path
8. This schematic diagram is the latest at the time of printing and is subject to change without notice.
Precautions
a. Do not touch the hot part, or the hot and cold parts at the same time, as you are liable to a shock hazard.
b. Do not short-circuit the hot and cold circuits as electrical components may be damaged.
c. Do not connect an instrument, such as an oscilloscope, to the hot and cold circuits simultaneously, as this may cause fuse failure.
Connect the earth of the instruments to the earth connection of the circuit being measured.
d. Make sure to disconnect the power plug before removing the chassis.
Remarks
1. The Power Circuit contains a circuit area which uses a separate power supply to isolate the earth connection. The circuit is defined by
HOT and COLD indications in the schematic diagram. All circuits, except the Power Circuit, are COLD.

PARTS LOCATION
NOTE :
1
2
3
45
6
7
8
9
10
11
12
13
14
15
16
17
18
20
21 19
22

REPLACEMENT PARTS LIST
Important Safety Notice
PARTS COMMON TO TX-29AD1E AND TX-25AD1E
MISCELLANEOUS COMPONENTS
1) EUR51920 REMOTE CONTROL
2) ********** SEE DIFFERENCE LIST
3) ********** SEE DIFFERENCE LIST
4) ********** SEE DIFFERENCE LIST
5) THT1009R CRT FIXING SCREW
6) ********** SEE DIFFERENCE LIST
7) ********** SEE DIFFERENCE LIST
8) TNP117038AA M P.C.B.
9) ********** SEE DIFFERENCE LIST
10) ********** SEE DIFFERENCE LIST
11) ENV578F5G3 TUNER
12) TNP117039AC B P.C.B.
13) TMX8E005 CHASSIS FRAME
14) TMW8E016 CONTROL BRACKET
15) TKP8E1109 A.V. DOOR
16) ********** SEE DIFFERENCE LIST
17) ********** SEE DIFFERENCE LIST
18) TSX8E0011 MAINS LEAD
19) TKP8E1109 A.V. DOOR
20) TBX8E021 POWER BUTTON
21) TBM153022 PANASONIC BADGE
22) TNP117035 F P.C.B.
TQB8E0917A INST BOOK GERMAN
TQB8E0917B INST BOOK DUTCH
TQB8E0917D INST BOOK FRENCH
TQB8E0917E INST BOOK SPANISH
TQB8E0917F INST BOOK SWEDISH
TQB8E0917G INST BOOK NORWEGIAN
TQB8E0917H INST BOOK SUOMI
TQB8E0917J INST BOOK PORTUGUESE
TQB8E0917K INST BOOK DANISH
TBM8E1182 ANTENNA BLIND SHEET
TBX8E022 OPERATE KEY
TEK6343 LID DAMPER
TBM8E1359 INDICATION SHEET
TBM8E1360 INDICATION SHEET
TBM8E1475 BLIND SHEET
TEK6940 LID CATCHER
TES2249 SPRING FOR POWER BUTTON
TES2298 CRT EARTH SPRING
TMW8E017 L.E.D. HOLDER
TNA10804 VIF PACK
TPD8E562 CUSHION
UM-3DEP-2P BATTERY
CAPACITORS
C202 ECQB1H103J FILM 50V 10nF
C203 ECEA1CU221 ELECT 16V 220mF
C204 ECQB1H104J FILM 50V 100nF
C206 222236516334 FILM 160V 330nF
C209 ECQB1H104J FILM 50V 100nF
C212 ECEA1HUR22 ELECT 50V 0.22mF
C226 ECQB1H104J FILM 50V 100nF
C228 ECKC1H102J CERAMIC 50V 1000pF
C229 ECKC1H102J CERAMIC 50V 1000pF
C462 ECEA1EU101 ELECT 25V 100mF
C463 ECEA1EU471 ELECT 25V 470mF
C465 ECEA1CU470 ELECT 16V 47mF
C466 ECEA1HU222 ELECT 50V 2200mF
C467 ECQB1H103J FILM 50V 10nF
C471 ECEA1HU010 ELECT 50V 1mF
C472 ECEA1CU101 ELECT 16V 100mF
C473 ECEA1EGE222 ELECT 25V 2200mF
C476 ECEA1HU4R7 ELECT 50V 4.7mF
C479 222236576104 FILM 760V 100nF
C481 ECEA1HU010 ELECT 50V 1mF
C482 ECEA1CU101 ELECT 16V 100mF
C483 ECEA1EGE222 ELECT 25V 2200mF
C486 ECEA1HU4R7 ELECT 50V 4.7mF
C489 222236576104 FILM 760V 100nF
C492 ECEA1VU4R7 ELECT 35V 4.7mF
C495 ECEA1EU101 ELECT 25V 100mF
C496 ECEA1CU100 ELECT 16V 10mF
C521 ECEA1HU101 ELECT 50V 100mF
C524 222236516105 FILM 160V 1mF
C527 ECQM2683JZ FILM 250V 68nF
C531 ECQM2564KZ FILM 250V 560nF
C536 ECWH12H103J FILM 1250V 10nF
C538 ECWF2H514J FILM 500V 510nF
C543 ECEA2VU2R2 ELECT 350V 2.2mF
C544 ECKC3D152J CERAMIC 2KV 1.5nF
C547 ECKC2H101J CERAMIC 500V 100pF
C548 ECEA2EU220 ELECT 250V 22mF
C549 ECEA2AU2R2 ELECT 100V 2.2mF
C557 ECKC2H101J CERAMIC 500V 100pF
C558 ECEA1VU102 ELECT 35V 1000mF
C561 ECEA1VU222 ELECT 35V 2200mF
C562 222236576104 FILM 760V 100nF
C564 ECQB1H473K FILM 50V 47nF
C568 222236516224 FILM 160V 220nF
C574 ECEA1VU332 ELECT 35V 3300mF
C577 222236516105 FILM 160V 1mF
C579 ECKC1H472J CERAMIC 50V 4.7nF
C592 ECEA1CU330 ELECT 16V 33mF
C594 ECKC1H103JB CERAMIC 50V 10nF
C595 ECQB1H102J FILM 50V 1nF
C618 ECOS2GG181NG ELECT 400V 180mF
C619 ECQE6104K FILM 600V 100nF
C622 ECEA1HFS470 ELECT 50V 47mF
C623 222236516224 FILM 160V 220nF
C626 ECKC3D471JB CERAMIC 2KV 470pF
C628 ECKC1H221J CERAMIC 50V 220pF
C629 ECQB1H153K FILM 50V 15nF
C631 ECQB1H472J FILM 50V 4.7nF
C632 ECQB1H103J FILM 50V 10nF
C634 ECEA1HGE010 ELECT 50V 1mF
C635 ECKC3D331J CERAMIC 2KV 330pF
C636 ECKC2H472J CERAMIC 500V 4.7nF
C637 ECQB1H222J FILM 50V 2200pF
C638 ECQF6333JZH FILM 600V 33nF
C639 ECKCWS222MEJ CERAMIC 2200pF

C647 222236516334 FILM 160V 330nF
C650 ECKC3A102J CERAMIC 1KV 1nF
C651 ECOS2EA221AB ELECT 400V 220mF
C656 ECKC2H681J CERAMIC 500V 680pF
C657 ECEA1HU471 ELECT 50V 470mF
C661 ECKC2H821J CERAMIC 500V 820pF
C662 ECEA1EU222 ELECT 25V 2200mF
C666 222236516224 FILM 160V 220nF
C667 ECEA1CU471 ELECT 16V 470mF
C671 ECKC2H681J CERAMIC 500V 680pF
C672 ECEA1EU222 ELECT 25V 2200mF
C677 ECEA1CU471 ELECT 16V 470mF
C681 ECEA1EGE101 ELECT 25V 100mF
C682 ECKC2H331J CERAMIC 500V 330pF
C687 ECEA1HGE102 ELECT 50V 1000mF
C1001 ECEA1CU470 ELECT 16V 47mF
C1002 ECUV1H104ZFX S.M. CAP 50V 100nF
C1011 ECEA1CU470 ELECT 16V 47mF
C1012 ECUV1H473ZFX S.M. CAP 50V 47nF
C1013 ECEA1CU470 ELECT 16V 47mF
C1019 ECEA1CU470 ELECT 16V 47mF
C1020 ECEA1CU470 ELECT 16V 47mF
C1021 ECEA1HUR47 ELECT 50V 0.47mF
C1022 ECEA1HUR47 ELECT 50V 0.47mF
C1023 ECUV1H221JCX S.M. CAP 50V 220pF
C1024 ECUV1H221JCX S.M. CAP 50V 220pF
C1031 ECEA1HNR47 ELECT 50V 0.47mF
C1032 ECEA1HUR47 ELECT 50V 0.47mF
C1033 ECUV1H221JCX S.M. CAP 50V 220pF
C1034 ECUV1H221JCX S.M. CAP 50V 220pF
C1036 ECEA1CU470 ELECT 16V 47mF
C1038 ECEA1CU470 ELECT 16V 47mF
C1041 ECUV1H103KBX S.M. CAP 50V 10nF
C1042 ECUV1H103KBX S.M. CAP 50V 10nF
C1043 ECEA1HUR47 ELECT 50V 0.47mF
C1044 ECEA1HUR47 ELECT 50V 0.47mF
C1051 ECEA1HNR33 ELECT 50V 0.33mF
C1052 ECEA1HNR33 ELECT 50V 0.33mF
C1071 ECEA1CN470 ELECT 16V 47mF
C1091 ECEA1CU470 ELECT 16V 47mF
C1101 ECEA1HUR47 ELECT 50V 0.47mF
C1111 ECEA1HU470 ELECT 50V 47mF
C1112 ECUV1H473ZFX S.M. CAP 50V 47nF
C1116 ECUV1H473ZFX S.M. CAP 50V 47nF
C1121 ECEA1HUR47 ELECT 50V 0.47mF
C1124 ECUV1H473ZFX S.M. CAP 50V 47nF
C1126 ECEA1CU470 ELECT 16V 47mF
C1151 ECUV1H102KBX S.M. CAP 50V 1nF
C1158 ECEA1HUR47 ELECT 50V 0.47mF
C1161 ECUV1H102KBX S.M. CAP 50V 1nF
C1178 ECUV1H473ZFX S.M. CAP 50V 47nF
C1179 ECEA1CU470 ELECT 16V 47mF
C1183 ECUV1H104ZFX S.M. CAP 50V 100nF
C1193 ECUV1H104ZFX S.M. CAP 50V 100nF
C1226 ECUV1H560JCX S.M. CAP 50V 56pF
C1231 ECUV1H104ZFX S.M. CAP 50V 100nF
C1241 ECUV1H472KBX S.M. CAP 50V 4.7nF
C1242 ECUV1H472KBX S.M. CAP 50V 4.7nF
C1263 ECUV1H102KBX S.M. CAP 50V 1nF
C1266 ECUV1H104ZFX S.M. CAP 50V 100nF
C1271 ECUV1H102KBX S.M. CAP 50V 1nF
C1273 ECEA1HUR47 ELECT 50V 0.47mF
C1282 ECEA1HUR47 ELECT 50V 0.47mF
C1284 ECEA1HUR47 ELECT 50V 0.47mF
C1301 ECEA1CU100 ELECT 16V 10mF
C1302 ECUV1H104ZFX S.M. CAP 50V 100nF
C1303 ECEA1CU100 ELECT 16V 10mF
C1304 ECUV1H104ZFX S.M. CAP 50V 100nF
C1306 ECEA1CU101 ELECT 16V 100mF
C1307 ECUV1H104ZFX S.M. CAP 50V 100nF
C1309 ECEA1CU100 ELECT 16V 10mF
C1310 ECEA1CU100 ELECT 16V 10mF
C1311 ECUV1H104ZFX S.M. CAP 50V 100nF
C1312 ECEA50Y3R3 ELECT 50V 3.3mF
C1313 ECUV1H471JCX S.M. CAP 50V 470pF
C1314 ECUV1H471JCX S.M. CAP 50V 470pF
C1315 ECEA1CU100 ELECT 16V 10mF
C1316 ECUV1H104ZFX S.M. CAP 50V 100nF
C1321 ECUV1H030CCX S.M. CAP 50V 30pF
C1322 ECUV1H030CCX S.M. CAP 50V 30pF
C1326 ECQM1H334J FILM 50V 330nF
C1327 ECUV1H221JCX S.M. CAP 50V 220pF
C1331 ECUV1H391JCX S.M. CAP 50V390pF
C1332 ECUV1H391JCX S.M. CAP 50V 390pF
C1346 ECUV1H221JCX S.M. CAP 50V 220pF
C1347 ECUV1H221JCX S.M. CAP 50V 220pF
C1351 ECEA1CU470 ELECT 16V 47mF
C1352 ECUV1H104ZFX S.M. CAP 50V 100nF
C1353 ECUV1H104ZFX S.M. CAP 50V 100nF
C1377 ECUV1H104ZFX S.M. CAP 50V 100nF
C1382 ECUV1H104ZFX S.M. CAP 50V 100nF
C1409 ECUV1H470JCX S.M. CAP 50V 47pF
C1411 ECUV1H070DCX S.M. CAP 50V 7pF
C1412 ECUV1H100DCX S.M. CAP 50V 10pF
C1413 ECUV1H220JCX S.M. CAP 50V 22pF
C1416 ECUV1H070DCX S.M. CAP 50V 7pF
C1417 ECUV1H560JCX S.M. CAP 50V 56pF
C1444 ECUV1H102KBX S.M. CAP 50V 1nF
C1454 ECUV1H102KBX S.M. CAP 50V 1nF
C1463 ECUV1H102KBX S.M. CAP 50V 1nF
C1465 ECUV1H560JCX S.M. CAP 50V 56pF
C1467 ECUV1H102KBX S.M. CAP 50V 1nF
C1468 ECUV1H102KBX S.M. CAP 50V 1nF
C1473 ECUV1H102KBX S.M. CAP 50V 1nF
C1475 ECUV1H560JCX S.M. CAP 50V 56pF
C1483 ECUV1H102KBX S.M. CAP 50V 1nF
C1487 ECUV1H103KBX S.M. CAP 50V 10nF
C1493 ECUV1H102KBX S.M. CAP 50V 1nF
C1497 ECUV1H103KBX S.M. CAP 50V 10nF
C1601 ECEA1CU470 ELECT 16V 47mF
C1602 ECUV1H103KBX S.M. CAP 50V10nF
C1606 ECEA0JU102 ELECT 6.3V 1000mF
C1607 ECUV1H103KBX S.M. CAP 50V 10nF
C1611 ECEA1CU470 ELECT 16V 47mF
C1612 ECUV1H103KBX S.M. CAP 50V 10nF
C1613 ECEA1CU100 ELECT 16V 10mF
C1614 ECUV1H473ZFX S.M. CAP 50V 47nF
C1615 ECUV1H103KBX S.M. CAP 50V 10nF
C1616 ECUV1H101JCX S.M. CAP 50V 100pF
C1617 ECUV1H470JCX S.M. CAP 50V 47pF
C1618 ECUV1H470JCX S.M. CAP 50V 47pF
C1619 ECUV1H103KBX S.M. CAP 50V 10nF
C1620 ECUV1H102KBX S.M. CAP 50V 1nF
C1621 ECUV1H103KBX S.M. CAP 50V 10nF
C1622 ECEA1CU100 ELECT 16V 10mF
C1624 ECEA1HNR22 ELECT 50V 0.22mF
C1625 ECUV1H101JCX S.M. CAP 50V 100pF
C1626 ECUV1H104ZFX S.M. CAP 50V 100nF
C1627 ECEA1HNR22 ELECT 50V 0.22mF
C1641 ECUV1H104ZFX S.M. CAP 50V 100nF
C1651 ECUV1H104ZFX S.M. CAP 50V 100nF
C1652 ECUV1H104ZFX S.M. CAP 50V 100nF
C1653 ECUV1H104ZFX S.M. CAP 50V 100nF
C1655 ECEA1CU470 ELECT 16V 47mF
C1661 ECUV1H102KBX S.M. CAP 50V 1nF
C1662 ECUV1H683ZFX S.M. CAP 50V 68nF
C1663 ECUV1H102KBX S.M. CAP 50V 1nF
C1666 ECUV1H102KBX S.M. CAP 50V 1nF
C1667 ECUV1H683ZFX S.M. CAP 50V 68nF
C1668 ECUV1H104ZFX S.M. CAP 50V 100nF
C1672 ECEA1CU100 ELECT 16V 10mF
C1673 ECUV1H104ZFX S.M. CAP 50V 100nF

C1680 ECUV1H471JCX S.M. CAP 50V 470pF
C1681 ECUV1H102KBX S.M. CAP 50V 1nF
C1682 ECUV1H102KBX S.M. CAP 50V 1nF
C1683 ECUV1H271JCX S.M. CAP 50V 270pF
C1684 ECUV1H121JCX S.M. CAP 50V 120pF
C1685 ECUV1H102KBX S.M. CAP 50V 1nF
C1686 ECUV1H271JCX S.M. CAP 50V 270pF
C1687 ECUV1H121JCX S.M. CAP 50V 120pF
C1688 ECUV1H471JCX S.M. CAP 50V 470pF
C1691 ECUV1H104ZFX S.M. CAP 50V 100nF
C1692 ECUV1H104ZFX S.M. CAP 50V 100nF
C1693 ECUV1H104ZFX S.M. CAP 50V 100nF
C1696 ECUV1H102KBX S.M. CAP 50V 1nF
C1697 ECUV1H100DCX S.M. CAP 50V 10pF
C1698 ECUV1H102KBX S.M. CAP 50V 1nF
C1699 ECUV1H100DCX S.M. CAP 50V 10pF
C1701 ECEA1CU470 ELECT 16V 47mF
C1702 ECUV1H103KBX S.M. CAP 50V 10nF
C1704 ECEA1CU470 ELECT 16V 47mF
C1706 ECUV1H104ZFX S.M. CAP 50V 100nF
C1714 ECUV1H103KBX S.M. CAP 50V 10nF
C1717 ECUV1H102KBX S.M. CAP 50V 1nF
C1721 ECUV1H473ZFX S.M. CAP 50V 47nF
C1722 ECUV1H102KBX S.M. CAP 50V 1nF
C1752 ECUV1H103KBX S.M. CAP 50V 10nF
C1753 ECEA1CU100 ELECT 16V 10mF
C1801 ECUV1H103KBX S.M. CAP 50V 10nF
C1802 ECEA1CU470 ELECT 16V 47mF
C1804 ECUV1H103KBX S.M. CAP 50V 10nF
C1811 ECUV1H332KBX S.M. CAP 50V 3.3nF
C1816 ERJ6GEYJ153 S.M.CARB 0.1W5% 15KW
C1826 ERJ6GEYJ153 S.M.CARB 0.1W5% 15KW
C1836 ECUV1H104ZFX S.M. CAP 50V 100nF
C1838 ECUV1H101JCX S.M. CAP 50V 100pF
C1843 ECUV1H472KBX S.M. CAP 50V 4.7nF
C1845 ECUV1H560JCX S.M. CAP 50V 56pF
C1849 ECEA1HU4R7 ELECT 50V 4.7mF
C1851 ECUV1H470JCX S.M. CAP 50V 47pF
C1852 ECUV1H390JCX S.M. CAP 50V 39pF
C1853 ECUV1H390JCX S.M. CAP 50V 39pF
C1857 ECUV1H560JCX S.M. CAP 50V 56pF
C1859 ECUV1H560JCX S.M. CAP 50V 56pF
C1871 ECUV1H103KBX S.M. CAP 50V 10nF
C1879 ECUV1H560JCX S.M. CAP 50V 56pF
C1888 ECUV1H103KBX S.M. CAP 50V 10nF
C1891 ECUV1H102KBX S.M. CAP 50V 1nF
C1893 ECUV1H102KBX S.M. CAP 50V 1nF
C1894 ECUV1H102KBX S.M. CAP 50V 1nF
C1922 ECUV1H103KBX S.M. CAP 50V 10nF
C1925 ECUV1H103KBX S.M. CAP 50V 10nF
C1931 ECUV1H103KBX S.M. CAP 50V 10nF
C1941 ECUV1H103KBX S.M. CAP 50V 10nF
C1942 ECEA1CU470 ELECT 16V 47mF
C1961 ECUV1H332KBX S.M. CAP 50V 3.3nF
C1962 ECUV1H332KBX S.M. CAP 50V 3.3nF
C1963 ECUV1H332KBX S.M. CAP 50V 3.3nF
C1964 ECUV1H332KBX S.M. CAP 50V 3.3nF
C1971 ECUV1H104ZFX S.M. CAP 50V 100nF
C1972 ECEA1CU470 ELECT 16V 47mF
C1973 ECUV1H104ZFX S.M. CAP 50V 100nF
C1974 ECUV1H104ZFX S.M. CAP 50V 100nF
C1976 ECUV1H104ZFX S.M. CAP 50V 100nF
C1977 ECEA1CU470 ELECT 16V 47mF
C1981 ECUV1H104ZFX S.M. CAP 50V 100nF
C1982 ECUV1H101JCX S.M. CAP 50V 100pF
C2603 ECUV1H100DCX S.M. CAP 50V 10pF
C2604 ECUV1H104ZFX S.M. CAP 50V 100nF
C2605 ECEA1CKA470 ELECT 16V 47mF
C2606 ECUV1H104ZFX S.M. CAP 50V 100nF
C2607 ECUV1H104ZFX S.M. CAP 50V 100nF
C2609 ECEA1CKA470 ELECT 16V 47mF
C2611 ECUV1H104ZFX S.M. CAP 50V 100nF
C2612 ECEA1CKA470 ELECT 16V 47mF
C2613 ECUV1H104ZFX S.M. CAP 50V 100nF
C2614 ECUV1H103ZFX S.M. CAP 50V 10nF
C2615 ECUV1H103ZFX S.M. CAP 50V 10nF
C2616 ECEA1CKA470 ELECT 16V 47mF
C2617 ECEA1HKNR47 ELECT 50V 0.47mF
C2618 ECEA1CKA470 ELECT 16V 47mF
C2619 ECUV1H104ZFX S.M. CAP 50V 100nF
C2620 ECEA1CKA100 ELECT 16V 10mF
C2621 ECQM1H474J FILM 50V 470nF
C2623 ECUV1H103ZFX S.M. CAP 50V 10nF
C2625 ECUV1H103ZFX S.M. CAP 50V 10nF
C2627 ECEA1CKA470 ELECT 16V 47mF
C2628 ERJ6GEY0R00 WIRE LINK
C2630 ECEA1CKA470 ELECT 16V 47mF
C2631 ECEA1CKA470 ELECT 16V 47mF
C2632 ECUV1H103ZFX S.M. CAP 50V 10nF
C2633 ECUV1H103ZFX S.M. CAP 50V 10nF
C2634 ECUV1H103ZFX S.M. CAP 50V 10nF
C2635 ECUV1H103ZFX S.M. CAP 50V 10nF
C2636 ECEA1CKA100 ELECT 16V 10mF
C2645 ECUV1H331JCX S.M. CAP 50V 330pF
C2651 ECUV1H103ZFX S.M. CAP 50V 10nF
C2652 ECUV1H470JCX S.M. CAP 50V 47pF
C2653 ECUV1H103ZFX S.M. CAP 50V 10nF
C2654 ECUV1H680JCX S.M. CAP 50V 68pF
C2655 ECUV1H103ZFX S.M. CAP 50V 10nF
C2656 ECUV1H102KBX S.M. CAP 50V 1nF
C2657 ECUV1H103ZFX S.M. CAP 50V 10nF
C2658 ECEA1HKA4R7 ELECT 50V 4.7mF
C2660 ECEA1HKA4R7 ELECT 50V 4.7mF
C2661 ECUV1H103ZFX S.M. CAP 50V 10nF
C2662 ECUV1H103ZFX S.M. CAP 50V 10nF
C2664 ECEA1HKA4R7 ELECT 50V 4.7mF
C2665 ECEA1HKA4R7 ELECT 50V 4.7mF
C2666 ECUV1H103ZFX S.M. CAP 50V 10nF
C2667 ECUV1H103ZFX S.M. CAP 50V 10nF
C2668 ECEA1HKA0R1 ELECT 50V 0.1mF
C2669 ECUV1H181JCX S.M. CAP 50V 180pF
C2670 ECEA1HKA2R2 ELECT 50V 2.2mF
C2671 ECUV1H152KBX S.M. CAP 50V 1.5pF
C2672 ECUV1H223KBX S.M. CAP 50V 22nF
C2673 ECUV1H220JCX S.M. CAP 50V 22pF
C2674 ECEA1HKA4R7 ELECT 50V 4.7mF
C2675 ECUV1H181JCX S.M. CAP 50V 180pF
C2676 ECEA1CKA100 ELECT 16V 10mF
C2677 ECUV1H103ZFX S.M. CAP 50V 10nF
C2678 ECUV1H180JCX S.M. CAP 50V 18pF
C2679 ECUV1H103ZFX S.M. CAP 50V 10nF
C2680 ECEA1CKA470 ELECT 16V 47mF
C2681 ECUV1H103ZFX S.M. CAP 50V 10nF
C2682 ECEA1CKA100 ELECT 16V 10mF
C2683 ECUV1H103ZFX S.M. CAP 50V 10nF
C2684 ECEA1CKA470 ELECT 16V 47mF
C2685 ECUV1H103ZFX S.M. CAP 50V 10nF
C2686 ECUV1H104ZFX S.M. CAP 50V 100nF
C3101 ECUV1H030CCX S.M. CAP 50V 30pF
C3102 ECUV1H103ZFX S.M. CAP 50V 10nF
C3103 ECEA1HU100 ELECT 50V 10mF
C3122 ECUV1H102KBX S.M. CAP 50V 1nF
C3124 ECUV1H471JCX S.M. CAP 50V 470pF
C3131 ECKC2H471J CERAMIC 500V 470pF
C3134 ECEA1CU101 ELECT 16V 100mF
C3136 ECKC2H471J CERAMIC 500V 470pF
C3139 ECEA1CU101 ELECT 16V 100mF
C3141 ECEA1CU471 ELECT 16V 470mF