Panasonic TC-20LA2 User manual

©2004 Matsushita Electric Industrial Co., Ltd. All
rights reserved. Unauthorized copying and
distribution is a violation of law.
LH32 Chassis
LCD TV
Specifications
Power Source AC 120 V, 60 Hz
Power Consumption Average use : 65 W
Stand-by condition : 0.11 W
Power off : 0.08 W
LCD 20-inch (510 mm), 4 : 3 aspect ratio LCD panel
Screen Size 16.06 " (408.0 mm) (W) × 12.05 " (306.0 mm) (H)
Channel Capability VHF-12 : UHF-56 : Cable-125
Sound
Speaker 4cm,2pcs,16W
Headphones M3 (3.5 mm) Jack × 1
FEATURES 3D Y/C Digital Comb Filter
CLOSED CAPTION V-Chip
Operating Conditions Temperature : 41 °F - 95 °F (5 °C - 35 °C)
Humidity : 5 % - 90 % RH (non-condensing)
Connection Terminals
INPUT VIDEO (RCA PIN Type × 1) × 2 1.0 Vp-p (75 W)
S-VIDEO (MINI DIN 4pin × 1) × 2 Y : 1 Vp-p (75 W), C : 0.286 Vp-p (75
W)
AUDIO L-R (RCA PIN Type × 2) × 2 0.5 Vrms
COMPONENT VIDEO INPUT Y1.0 Vp-p (including synchronization)
PB/P
R±0.35Vp-p
AUDIO L-R (RCA PIN Type × 2) 0.5 Vrms
Dimensions ( W × H × D )
Including TV Stand 19 39/64 “ (498 mm) × 19 39/64 “ (498 mm) ×
19 59/64 “ (506 mm) × 17 29/32 “ (455 mm) ×
10 9/32 “ (260 mm) (TC-20LA2) 7 31/64 “ (190 mm) (TC-20LA2D)
ORDER NO. ITD0403003C1
B05 Canada:B07

1 Safety Precautions 3
1.1. General Guidelines 3
2 Prevention of Electro Static Discharge (ESD) to
Electrostatically Sensitive (ES) Devices 3
3 About lead free solder (PbF) 4
4 Self-check function 5
4.1. How to access 5
4.2. Screen display 5
5 Chassis Board Layout 6
6 Servicing method 7
6.1. Removing the base metal assｴy 7
6.2. Removing the rear cover 7
6.3. Removing the TA-Board 7
6.4. Removing the A-Board 8
6.5. Removing the Power unit 8
6.6. Removing the R-Board 8
6.7. Removing the V-Board 9
6.8. Removing the speaker (left and right) 9
6.9. Removing the main chassis 9
6.10. Removing the LCD panel 9
7 Adjustment method 10
7.1. How to enter into adjustment mode 10
7.2. Cancellation 10
7.3. Contents of adjustment mode 10
7.4. Video Signal Level Adjustment 10
7.5. LCD GAMMA Adjustment 11
7.6. MTS Adjustment 12
8 Conductor Views 13
8.1. A-Board 13
8.2. R, V and TA-Board 16
9 Block and Schematic Diagrams 17
9.1. Schematic Diagram Notes 17
9.2. Power Block Diagram 18
9.3. Signal Block Diagram 19
9.4. A-Board (1 of 5) Schematic Diagram 20
9.5. A-Board (2 of 5) Schematic Diagram 21
9.6. A-Board (3 of 5) Schematic Diagram 22
9.7. A-Board (4 of 5) Schematic Diagram 23
9.8. A-Board (5 of 5) Schematic Diagram 24
9.9. R, V and TA-Board Schematic Diagram 25
10 Parts Location & Mechanical Replacement Parts List 27
10.1. Parts Location 27
10.2. Packing Exploded View 28
10.3. Mechanical Replacement Parts List 29
11 Replacement Parts List 30
11.1. Replacement Parts List Notes 30
11.2. Electrical Replacement Parts List 31
TV Set Only 19 39/64 “(498 mm ×
17 23/32 “(450 mm) ×
3 35/64 “(90 mm)
Mass (Weight) 16.8 lb. (7.6 kg) Net (TC-20LA2) 14.1 lb. (6.4 kg) Net (TC-20LA2D)
Note:
Design and specifications are subject to change without notice. Weight and dimensions shown are approximate.
CONTENTS
Page Page
2
TC-20LA2 / TC-20LA2D

1.1.1. Leakage Current Cold Check
1.Unplug the AC cord and connect a jumper between the two
prongs on the plug.
2.Measure the resistance value, with an ohmmeter, between
the jumpered AC plug and each exposed metallic cabinet
part on the equipment such as screwheads, connectors,
control shafts, etc. When the exposed metallic part has a
return path to the chassis, the reading should be between
1MWand 5.2MW.
When the exposed metal does not have a return path to the
chassis, the reading must be .
Figure 1
1.1.2. Leakage Current Hot Check (See
Figure 1.)
1.Plug the AC cord directly into the AC outlet. Do not use an
isolation transformer for this check.
2.Connect a 1.5kW, 10 watts resistor, in parallel with a 0.15µF
capacitors, between each exposed metallic part on the set
and a good earth ground such as a water pipe, as shown in
Figure 1.
3.Use an AC voltmeter, with 1000 ohms/volt or more
sensitivity, to measure the potential across the resistor.
4.Check each exposed metallic part, and measure the
voltage at each point.
5.Reverse the AC plug in the AC outlet and repeat each of the
above measurements.
6.The potential at any point should not exceed 0.75 volts
RMS. A leakage current tester (Simpson Model 229 or
equivalent) may be used to make the hot checks, leakage
current must not exceed 1/2 milliamp. In case a
measurement is outside of the limits specified, there is a
possibility of a shock hazard, and the equipment should be
repaired and rechecked before it is returned to the
customer.
1 Safety Precautions
1.1. General Guidelines
1.When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or
damaged by the short circuit.
2.After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly
installed.
3.After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.
2 Prevention of Electro Static Discharge (ESD) to
Electrostatically Sensitive (ES) Devices
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 electro static discharge (ESD).
1.Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your
body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap,
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 alminum
foil, to prevent electrostatic charge buildup 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 (ESD protected)" can
generate electrical charge sufficient to damage ES devices.
5.Do not use freon-propelled chemicals. These can generate electrical charges 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, alminum 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.
3
TC-20LA2 / TC-20LA2D

Caution
Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.
8.Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise hamless motion such as the brushing
together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to
damage an ES device).
3 About lead free solder (PbF)
Note: Lead is listed as (Pb) in the periodic table of elements.
In the information below, Pb will refer to Lead solder, and PbF will refer to Lead Free Solder.
The Lead Free Solder used in our manufacturing process and discussed below is (Sn+Ag+Cu).
That is Tin (Sn), Silver (Ag) and Copper (Cu) although other types are available.
This model uses Pb Free solder in it’s manufacture due to environmental conservation issues. For service and repair work, we’d
suggest the use of Pb free solder as well, although Pb solder may be used.
PCBs manufactured using lead free solder will have the PbF within a leaf Symbol stamped on the back of PCB.
Caution
· Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30~40°C) higher.
Please use a high temperature soldering iron and set it to 700 ± 20 °F (370 ± 10 °C).
· Pb free solder will tend to splash when heated too high (about 1100 °F or 600 °C).
If you must use Pb solder, please completely remove all of the Pb free solder on the pins or solder area before applying Pb
solder. If this is not practical, be sure to heat the Pb free solder until it melts, before applying Pb solder.
· After applying PbF solder to double layered boards, please check the component side for excess solder which may flow onto
the opposite side. (see figure below)
Suggested Pb free solder
There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder.
However, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth) solder can also be used.
4
TC-20LA2 / TC-20LA2D

4 Self-check function
When phenomena like "the power fails from time to time" or "the video/audio fails from time to time" can not be confirmed at the
time of servicing, the self-check function can be used to confirm the occurrence and to limit the scope for the defective circuits.Also,
when "the power fails from time to time", display on the screen can be used to confirm the occurrence and to limit the scope for
the defective circuits.
Any programmed channels, channels caption data and some other user defined settings will be erased and return to factory setting.
4.1. How to access
4.1.1. Access
Produce TV reception screen and, while pressing [VOLUME-] button on the main unit, press [SLEEP] button on the remote
controller unit simultaneously.
4.1.2. Exit
When one of the buttons for channel selection etc. is pressed, the display returns to the normal screen.
4.2. Screen display
Display Ref No. Description P.C.B
TNR TU001 Tuner 1 TA-Board
AVSW IC3001 AV Switch A-Board
MTS IC2201 Multi Sound Processor TA-Board
GLP IC4014 LCD Processor A-Board
GC3 IC4012 Global Core A-Board
TEMP IC1008 Temperature data A-Board
MEMORY IC1002 Memory A-Board
5
TC-20LA2 / TC-20LA2D

5 Chassis Board Layout
Board Name Function
A-Board Main (AV Switch, Audio, MCU, Grobal Core, AV connector )
R-Board Remote Reciever, LED
V-Board Headphone, Speaker
TA-Board Tuner, MTS
Power Unit Power (AC/DC), Switch
None serviceable.
Power Unit should be exchange for service.
6
TC-20LA2 / TC-20LA2D

6.1. Removing the base metal
ass´y
1.Lay down the main unit so that the rear cover faces upward.
2.Remove the fixing screws (4pcs).
3.Remove the base metal ass´y.
6.2. Removing the rear cover
1.Remove the base metal ass´y. (See 6.1.)
2.Remove the fixing screws (8pcs and 2pcs).
3.Remove the rear cover.
6.3. Removing the TA-Board
1.Remove the rear cover. (See 6.2.)
2.Remove the fixing screw (1pcs).
3.Remove the TA-Board.
6 Servicing method
7
TC-20LA2 / TC-20LA2D

6.4. Removing the A-Board
1.Remove the rear cover. (See 6.2.)
2.Remove the TA-Board. (See 6.3.)
3.Disconnect the couplers (A5, A8, A9 and A11).
4.Remove the fixing screw (1pcs).
5.Remove the spring.
6.Remove the A-Board.
6.5. Removing the Power unit
1.Remove the rear cover. (See 6.2.)
2.Disconnect the couplers (CN1 and CN2).
3.Remove the fixing screws (3pcs).
4.Remove the spring.
5.Remove the Power unit.
6.6. Removing the R-Board
1.Remove the rear cover. (See 6.2.)
2.Remove the fixing screws (4pcs).
3.Remove the fixed metal.
4.Disconnect the coupler (R1).
5.Remove the R-Board.
8
TC-20LA2 / TC-20LA2D

6.7. Removing the V-Board
1.Remove the rear cover. (See 6.2.)
2.Remove the fixing screw (1pcs).
3.Disconnect the couplers (V1 and V2).
4.Remove the V-Board.
6.8. Removing the speaker (left
and right)
1.Remove the rear cover. (See 6.2.)
2.Remove the V-Board. (See 6.7.)
3.Remove the fixing screws (4pcs).
4.Remove the speaker (left and right).
6.9. Removing the main chassis
1.Remove the rear cover. (See 6.2.)
2.Remove the TA-Board. (See 6.3.)
3.Disconnect the couplers (A5, A8, A11 and CN1).
4.Unlock the cable hooks to free the cable.
5.Remove the button cover.
6.Remove the fixing screws (2pcs).
7.Remove the main chassis.
6.10. Removing the LCD panel
1.Remove the main chassis. (See 6.9.)
2.Remove the fixing screws (4pcs).
3.Remove the LCD panel.
9
TC-20LA2 / TC-20LA2D

7 Adjustment method
7.1. How to enter into adjustment mode
While pressing [VOLUME-] button of the main unit, press [RECALL] button of the remote control transmitter three times in a row
(within 2 seconds).
7.1.1. Adjustment method.....Use the remote control.
“1”button...Main items Selection in forward direction
“2”button...Main items Selection in reverse direction
“3”button...Sub items Selection in forward direction
“4”button...Sub items Selection in reverse direction
7.2. Cancellation
Switch off the power with the [POWER] button on the main unit or the [POWER] button on the remote control.
7.3. Contents of adjustment mode
· Value is shown as a hexadecimal number.
· Preset value differs depending on models.
· After entering the adjustment mode, take note of the value in each item before starting adjustment.
Main item Sub item Remarks Sample Data
MAIN Y-GAIN Video level (RF, video, component) 5E
B-Y Video level (RF, video, component) C7
R-Y Video level (RF, video, component) 50
SUB COLOR Sub color 23
TINT Sub tint 00
BACK-L Sub Back light 152
BRIGHT Sub Bright 800
B-Y-G B-Y Gain 3B
R-Y-A R-Y demodulation axis F9
TEMP Temperation data 038
GAMMA R-GAIN R-Gain for test pattern (100% white) FF
G-GAIN G-Gain for test pattern (100% white) F0
B-GAIN B-Gain for test pattern (100% white) F2
R-CENT R-Gain for test pattern (50% white) 73
G-CENT G-Gain for test pattern (50% white) 80
B-CENT B-Gain for test pattern (50% white) 5B
OPT OPT00 (TV) 00
RM CODE Remocon code A or B A
MTS MTSIN RF Audio input level 26
SEPAH Stereo separation Hi 1D
SEPAL Stereo separation Low 07
7.4. Video Signal Level Adjustment
Instrument Name Connect to Remarks
1.Remote controller
2.RF signal
3.SG
1.Receive studio color bar by RF signal input.
(Viewing mode: standard, LCD AI: OFF, Back Light: +30 )
2.Enter into Main adjustment in the plant adjustment mode, push for one second "8" on the remote controller and make automatic
adjustment of video signal level.
10
TC-20LA2 / TC-20LA2D

7.5. LCD GAMMA Adjustment
Instrument Name Connect to Remarks
1.Remote controller
2.LCD WB meter (Minolta CS-1000 equivalent)
3.Communication jig
4.Computer for external control
· After 30 minutes aging complete white balance adjustment.
1.Enter into WB adjustment in the plant adjustment mode and measure the WHITE brightness data to check that it is higher than
300 cd /m2.
(Viewing mode: standard, LCD AI: OFF, Back Light: +30 )
(When it is below 300 cd /m2, make re-measurement in 30 minutes after cold-on.)
2.Measure white brightness data and chromaticity coordinate, decide "Standard color 1" and "Standard color 2" at adjustment
peak.
3.Set up objective of coordinate, select two color R-GAIN or G-GAIN or B-GAIN but no use standard color (=0xff), display white
color. When adjustment is not required normal, select two color R-GAIN or G-GAIN or B-GAIN but no use standard color (=0xff).
<< objective of coordinate (x0, y0) = (0.277 ± 0.002, 0.279 ± 0.002) >>
Standard color 1/2 RED GREEN BLUE
x direction B-GAIN [1] R-GAIN [2] R-GAIN [1]
y direction G-GAIN [2] B-GAIN [1] G-GAIN [2]
· When turn up R-GAIN and G-GAIN chromaticity coordinate get bigger, When turn up B-GAIN chromaticity coordinate get
smaller.
· When adjust for remote control select R-GAIN, G-GAIN and B-GAIN by pressing "3" and "4",and change for "volume +" and
"volume -".
· Adjust preferentially [1] ,converge simply.
4.Set up objective of coordinate, select R-CENT and B-CENT, set standard color green (=0x80), display gray color.
Standard color GREEN Adjustment direction
x direction R-GAIN When turn up chromaticity coordinate get bigger.
y direction B-GAIN When turn up chromaticity coordinate get smaller.
· When adjust for remote control select R-GAIN, G-GAIN and B-GAIN by pressing "3" and "4", and change for "volume +" and
"volume -".
5.Write the values converge objective of coordinate above in the gamma data part in EEPROM.
· When adjust for remote control, push for one second "8" on the remote controller with R-GAIN, G-GAIN and B-GAIN. (OSD
is flash red on upper left of display.)
6.Check that the chromaticity coordinate, at white and gray, are within the values given below.
x= 0.277 ± 0.003 y= 0.279 ± 0.003
11
TC-20LA2 / TC-20LA2D

7.6. MTS Adjustment
Caution:
MTS adjustment shall be after the aging of 30 minutes or longer.
7.6.1. RF Audio Input level Adjustment
Instrument name Connection Remarks
1. Filter jig
2. RF signal generator
3. RMS voltage meter
TP3572 - GND
RF ANT. INPUT
Filter jig
Filter jig
1.Apply following RF signal at Antenna input.
VIDEO : Flat field, 30 % modulation
AUDIO : 300 Hz, 100 % modulation, monaural
(70dB±5dB,75W, P/S 10 dB)
Note:
Make sure 75 us PRE-EMPHASIS is off.
2.Adjust "MTSIN" data (Input level) until the RMS voltage meter indicates 106 mVrms ± 6 mVrms.
7.6.2. Stereo Separation Adjustment
Instrument name Connection Remarks
1. RF signal generator
2. Oscilloscope
3. Headphone jig
RF ANT. INPUT
TP3571 - GND
Headphone jig
1.Select STEREO mode in the AUDIO Menu.
2.Set “Audio volume”DAC to “40”.
3.Apply following RF signal at Antenna input.
VIDEO : Flat field, 30% modulation
AUDIO : 300Hz, 30% modulation, STEREO (LEFT only)
(70dB ± 5dB, 75 WOPEN, P/S 10dB)
Note:
After setting 30% modulation with PL SW and NR SW off, turn PL SW and NR SW on.
4.Adjust "SEPAL" data (Low-level separation) until the amplitude.
5.Apply following RF signal at Antenna input.
VIDEO : Flat field, 30% modulation
AUDIO : 3kHz, 30% modulation, STEREO (LEFT only)
(70dB ± 5dB, 75WOPEN, P/S 10dB)
Note:
After setting 30% modulation with PL SW and NR SW off, turn PL SW and NR SW on.
6.Adjust "SEPAH" data (High-level separation) until the amplitude of the waveform on the oscilloscope is minimum.
7.Repeat steps 3. to 6. until Low-level separation and High-level separation satisfy above-mentioned conditions.
Note:
The separation must be more than 20 dB at 300Hz and 3kHz.
12
TC-20LA2 / TC-20LA2D

5 Chassis Board Layout
TOP PREVIOUS NEXT
TOP
PREVIOUS
NEXT
Board Name Function
A-Board Main (AV Switch, Audio, MCU, Grobal Core, AV connector )
R-Board Remote Reciever, LED
V-Board Headphone, Speaker
TA-Board Tuner, MTS
Power Unit Power (AC/DC), Switch
None serviceable.
Power Unit should be exchange for service.
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10.3 Mechanical Replacement Parts List
TOP PREVIOUS NEXT
Ref. No. Part No. Part Name & Description Pcs Remarks
1EUR7726020 REMOTE CONTROL 1
J0KG00000011 FLAT CORE 1
K2CB2EZ00001 AC POWER CORD 1
2L0AA09B00001 SPEAKER 2
3L5EDD5L00004 LCD PANEL 1
4N0AB4GH00005 POWER UNIT 1
TBMA148 PANASONIC BADGE 1
29 TBLG3037 SET LEG RUBBER 2 TC-20LA2D only
5TBXA42901 POWER BUTTON 1
6TBXA43002 CONTROL BUTTON 1
7TEJA081 LOCK HINGE(RIGHT) 1 TC-20LA2 only
8TEJA082 LOCK HINGE(LEFT) 1 TC-20LA2 only
26 TEJF016 SHAFT 1 TC-20LA2 only
TESA221 SPRING 1
TESA230 SPRING 1
28 TKLA0901 PHOTO STAND METAL 1 TC-20LA2D only
9TKKC5184 LED TREND SHAFT 1
10 TKKL5141-3 CONNECTOR COVER 1
11 TKPA85002 BUTTON C0VER 1
12 TKXA13201 SWIVEL BASE 1 TC-20LA2 only
13 TKXA16901 BASE COVER 1 TC-20LA2 only
14 TKXA17001 PHOTO STAND COVER 1 TC-20LA2D only
15 TKZG5039-1 BASE METAL 1
16 TKZX5180 FIXED METAL 1
27 TMKK039-1 SET LEG RUBBER 6
TMME190 CLAMPER 1
30 TMME237 CABLE CLAMPER 1 PUT ON STAND
TMW4G724 LED BRACKET 1
TMWJ002 SPACER 1
17 TPCB55801 CARTON BOX 1 TC-20LA2 only
17 TPCB56301 CARTON BOX 1 TC-20LA2D only
18 TPDA0933 CUSHION(TOP) 1
19 TPDA0934 CUSHION(BOTTOM) 1 TC-20LA2 only
19 TPDA0939 CUSHION(BOTTOM) 1 TC-20LA2D only
20 TPEH211 PROTECT COVER 1
21 TQBC0758 INSTRUCTION BOOK(SPANISH) 1
TQBC7061-2 SERVICE CENTER LIST 1
22 TTUA0856 REAR COVER 1
TC-20LA2 only
22 TTUA0859 REAR COVER 1
TC-20LA2D only
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23 TTYA0631 CABINET ASS’Y 1
TC-20LA2 only
23 TTYA0636 CABINET ASS’Y 1
TC-20LA2D only
24 TXFKX010F91 PHOTO STAND WITH SET LEG RUBBER 1 TC-20LA2D only
25 TXFKZ010F81 TILT BASE ASS’Y 1 TC-20LA2 only
XTB4+10F SCREW 1
XTB4+10J SCREW 2
XTB4+15J SCREW 30
XTV3+12J SCREW 7
XTW3+10T SCREW 7
XYN3+F6 SCREW 4
XYN3+J8 SCREW 2
XYN4+J10 SCREW 4 for Ref.25
XZBT6532 POLY BAG 1
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11.2 Electrical Replacement Parts List
TOP PREVIOUS NEXT
Ref. No. Part No. Part Name & Description Pcs Remarks
A1,A2 K1KA09A00064 9P CONNECTOR 2
A5 K1KA14A00093 14P CONNECTOR 1
A8 K1KA20A00272 20P CONNECTOR 1
A9 K1KB19A00005 19P CONNECTOR 1
A11 K1KA20A00272 20P CONNECTOR 1
A12 K1KA08A00293 8P CONNECTOR 1
C001 ECJ2VB1C104K C 0.1UF, K, 16V 1
C002 ECA1CM471 E 470UF, 16V 1
C006 ECJ2XB1H103K C 0.01UF, K, 50V 1
C008 ECJ2VF1C104Z C 0.1UF, Z, 16V 1
C009 ECA0JM101 E 100UF, 6.3V 1
C026 ECJ1VF1A225Z C 22UF, Z, 10V 1
C027 ECJ1VB1C224K C 0.22UF, K, 16V 1
C051 ECJ2YF1C225Z C 22PF, Z, 16V 1
C053 ECEA1HKA4R7B E 100UF, 16V 1
C055,56 ECJ1XF1C104Z C 0.1UF, Z, 16V 2
C901 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C903 ECA1HM331 E 330UF, 50V 1
C904 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C905 ECA1CM471 E 470UF, 16V 1
C906 ECJ1VB1H682K C 6800PF, K, 50V 1
C907 ECA1HM100 E 10UF, 50V 1
C908 ECJ1VF1A105Z C 1UF, Z, 10V 1
C909 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C910 ECA1CM101 E 100UF, 16V 1
C911 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C913 ECA1CM101 E 100UF, 16V 1
C914 ECJ1VF1A105Z C 1UF, Z, 10V 1
C915 ECA1CM101 E 100UF, 16V 1
C923 ECA1CM331 E 330UF, 16V 1
C924 ECA1HM331 E 330UF, 50V 1
C929 ECA1CM331 E 330UF, 16V 1
C930,31 ECJ1VF1A105Z C 1UF, Z, 10V 2
C932 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C933 ECEA1CKA101B E 100UF, 16V 1
C936 ECA1HM100 E 10UF, 50V 1
C937-39 ECJ1VF1A105Z C 1UF, Z, 10V 3
C1003 EEEHB0G101R C 100PF, J, 4V 1
C1004 EEEHB1C470P C 47PF, J, 16V 1
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C1005,06 ECJ1VF1A105Z C 1UF, Z, 10V 2
C1007 ECJ1XB1C223K C 0.022UF, K, 16V 1
C1008 ECJ1XC1H101J C 100PF, J, 50V 1
C1009,10 ECJ1VF1A105Z C 1UF, Z, 10V 2
C1011 ECJ2YF1A475Z C 47PF, Z, 10V 1
C1012 ECJ1VF1H103Z C 0.01UF, Z, 50V 1
C1013 ECJ1VB1H392K C 3900PF, K, 50V 1
C1014,15 ECJ1XF1C104Z C 0.1UF, Z, 16V 2
C1016 ECJ1VC1H180J C 18PF, J, 50V 1
C1020 ECJ1XC1H471J C 470PF, J, 50V 1
C1022 ECJ1VF1A105Z C 1UF, Z, 10V 1
C1023 ECJ1XC1H561J C 560PF, J, 50V 1
C1024 ECJ1VC1H120J C 12PF, J, 50V 1
C1025 ECJ1VF1A105Z C 1UF, Z, 10V 1
C1026 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C1027 ECJ1VC1H120J C 12PF, J, 50V 1
C1028 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C1029 EEVHP0J470 E 47UF, 6.3V 1
C1030 ECJ1VF1A105Z C 1UF, Z, 10V 1
C1031 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C1032 ECJ1XC1H101J C 100PF, J, 50V 1
C1039 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C1040,41 ECJ1VF1A105Z C 1UF, Z, 10V 2
C1042,43 EEEHB1C100R C 10PF, J, 16V 2
C1046 ECJ1VF1H103Z C 0.01UF, Z, 50V 1
C1047 EEEHB1C100R C 10PF, J, 16V 1
C1048 ECJ1VF1A105Z C 1UF, Z, 10V 1
C1055 ECJ1VF1H103Z C 0.01UF, Z, 50V 1
C1061 ECJ1VF1H103Z C 0.01UF, Z, 50V 1
C1071-75 ECJ1VB1C104K C 0.1UF, K, 16V 5
C1076 ECJ1XB0J105K C 1UF, K, 16V 1
C1300 ECJ2VF1H103Z C 0.01UF, Z, 50V 1
C1301 ECEA0JKA470 E 47UF, 6.3V 1
C2001,02 ECJ1VB1H103K C 0.01UF, K, 50V 2
C2003 ECJ1VF1A105Z C 1UF, Z, 10V 1
C2004 ECJ1VB1H103K C 0.01UF, K, 50V 1
C2006 ECA1CM101 E 100UF, 16V 1
C2008,09 ECJ1VB1C104K C 0.1UF, K, 16V 2
C2010 ECA1CM101 E 100UF, 16V 1
C2011 ECJ1VB1H103K C 0.01UF, K, 50V 1
C2013,14 ECJ1VB1C104K C 0.1UF, K, 16V 2
C2015 ECA1VM221 E 220UF, 35V 1
C2017 ECA1HM100 E 10UF, 50V 1
C2018 ECJ2YF1C225Z C 22PF, Z, 16V 1
C2019 ECJ1VB1C333K C 0.033UF, K, 16V 1
C2020 ECJ2YF1C225Z C 22PF, Z, 16V 1
C2021 ECJ1VB1C333K C 0.033UF, K, 16V 1
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C2022 ECJ2YF1A475Z C 47PF, Z, 10V 1
C2023,24 ECJ2YF1C225Z C 22PF, Z, 16V 2
C2101-06 ECJ1VF1H103Z C 0.01UF, Z, 50V 6
C2202 ECJ2VF1H104Z C 0.1UF, Z, 50V 1
C2203 ECA1HM100 E 10UF, 50V 1
C2204 ECJ1VB1A474K C 0.47UF, Z, 50V 1
C2205 ECJ2XB1C473K C 0.047UF, K, 16V 1
C2206,07 ECJ2VF1H104Z C 0.1UF, Z, 50V 2
C2208 ECST1CY335R 3.3U 3216 (MACO) 1
C2209 ECJ2XB1H223K C 0.022UF, K, 50V 1
C2210 ECJ1VF1A105Z C 1UF, Z, 10V 1
C2211 ECST1EC106R T 10UF, 25V 1
C2212 ECJ2YF1A475Z C 47UF, Z, 10V 1
C2213 ECJ1VF1A225Z C 22UF, Z, 10V 1
C3001-03 ECJ1VF1A105Z C 1UF, Z, 10V 3
C3004,05 ECJ2XB0J106M C 10UF, Z, 5V 2
C3006-08 ECJ1VF1A105Z C 1UF, Z, 10V 3
C3009,10 ECJ2XB0J106M C 10UF, Z, 5V 2
C3011,12 ECJ1VF1A105Z C 1UF, Z, 10V 2
C3013,14 ECJ1VF1H103Z C 0.01UF, Z, 50V 2
C3015-18 ECJ1VF1A105Z C 1UF, Z, 10V 4
C3019 ECJ2XB0J106M C 10UF, Z, 5V 1
C3022 ECJ1VF1A105Z C 1UF, Z, 10V 1
C3024 ECJ1VF1A105Z C 1UF, Z, 10V 1
C3028-30 ECJ1VB1H102K C 1000PF, K, 50V 3
C3032 ECJ1VB1H102K C 1000PF, K, 50V 1
C3033 EEEHB1C100R C 10PF, J, 16V 1
C3036-39 ECJ1VB1H102K C 1000PF, K, 50V 4
C3041,42 ECJ1VB1A224K C 0.22UF, Z, 50V 2
C3043 ECJ2YF1A475Z C 47PF, Z, 10V 1
C3044 ECJ1VB1H822K C 8200PF, K, 50V 1
C3045 ECJ2YF1A475Z C 47PF, Z, 10V 1
C3046 ECJ1VB1H102K C 1000PF, K, 50V 1
C3047 ECJ1VB1H822K C 8200PF, K, 50V 1
C3048-50 ECJ1VB1H102K C 1000PF, K, 50V 3
C3051 EEVHB1C470P E 47UF, 16V 1
C3052 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C3076 ECJ1VF1H104Z C 0.1UF, Z, 50V 1
C3077-80 ECJ1VB1H102K C 1000PF, K, 50V 4
C3081 ECJ2YF1C225Z C 22PF, Z, 16V 1
C3082-85 ECJ1VB1H102K C 1000PF, K, 50V 4
C3103 ECJ2XB0J106M C 10UF, Z, 5V 1
C3112 ECJ2XB0J106M C 10UF, Z, 5V 1
C4088-90 ECJ1VC1H330J C 33PF, J, 50V 3
C4091-96 ECJ1VC1H560J C 56PF, J, 50V 6
C4097-99 ECJ1XF1C104Z C 0.1UF, Z, 16V 3
C4100 ECJ2XB0J106M C 10UF, Z, 5V 1
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C4102 ECJ2XB0J106M C 10UF, Z, 5V 1
C4104 ECJ3XB0J106M C 10UF, M,6.3V 1
C4105-07 ECJ1VF1A105Z C 1UF, Z, 10V 3
C4108 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4109 ECJ1VB0J105K C 1UF, K, 16V 1
C4110 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4111 ECJ1VF1A105Z C 1UF, Z, 10V 1
C4112 EEEHB1C470P C 47PF, J, 16V 1
C4113 ECJ1VC1H680J C 68PF, J, 50V 1
C4116 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C4118 ECJ1VF1A105Z C 1UF, Z, 10V 1
C4119 ECJ1XF1C104Z C 0.1UF, Z, 16V 1
C4120 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4121 ECJ1VB0J105K C 1UF, K, 16V 1
C4122 ECJ1VC1H680J C 68PF, J, 50V 1
C4123 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4128,29 ECJ1VB0J105K C 1UF, K, 16V 2
C4133-43 ECJ1VB1C104K C 0.1UF, K, 16V 11
C4144,45 ECJ1VB0J105K C 1UF, K, 16V 2
C4149-51 ECJ1VB1C104K C 0.1UF, K, 16V 3
C4152 ECJ1VB0J105K C 1UF, K, 16V 1
C4153 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4154 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4155 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4156 ECJ1VB0J105K C 1UF, K, 16V 1
C4158 ECJ1VB0J105K C 1UF, K, 16V 1
C4160 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4162 ECJ1VB0J105K C 1UF, K, 16V 1
C4164,65 ECJ1VB1C104K C 0.1UF, K, 16V 2
C4167 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4170 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4172,73 ECJ1VB1C104K C 0.1UF, K, 16V 2
C4177 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4180 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4182-84 ECJ1VB1C104K C 0.1UF, K, 16V 3
C4186,87 ECJ1VB1C104K C 0.1UF, K, 16V 2
C4190 ECJ1VB0J105K C 1UF, K, 16V 1
C4191 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4193 ECJ1VB0J105K C 1UF, K, 16V 1
C4194-02 ECJ1VB1C104K C 0.1UF, K, 16V 9
C4203 ECJ1VB0J105K C 1UF, K, 16V 1
C4204 ECJ1XC1H471J C 470PF, J, 50V 1
C4205 ECJ1VB1H103K C 0.01UF, K, 50V 1
C4206,07 ECJ1VB0J105K C 1UF, K, 16V 2
C4208 ECJ1VB1C104K C 0.1UF, K, 16V 1
C4209,10 ECJ1VC1H180J C 18PF, J, 50V 2
C4211-25 ECJ1VB1C104K C 0.1UF, K, 16V 15
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