Panasonic TX-20LA5F User manual

Service Manual
Colour LCD Television
TX-20LA5F
TX-20LA5P
GLP2N Chassis
SPECIFICATIONS
Power Source: 220-240V AC, 50/60Hz
Power Consumption: 74W
Stand-by Power
Consumption: 0,9W
Aerial Impedance: 75Ωunbalanced, Coaxial Type
Receiving System: PAL-I, B/G, D/K,
SECAM B/G, D/K, L/L’
PAL-525/60 (AV only)
M.NTSC (AV only)
NTSC (AV only)
Receiving Channels:
VHF E2-E12 VHF A-H (ITALY)
VHF H1-H2 (ITALY) UHF E21-E69
VHF R1-R2 VHF R6-R12
VHF R3-R5 CATV (S01-S05)
CATV S1-S10 CATV S11-S20 (U1-U10)
CATV S21-S41 (Hyperband)
Operating Conditions:
Temperature: 5°C ÷35°C
Humidity: 5% ÷90% RH (non-condensing)
Intermediate Frequency:
Video/Audio
Video 38,9MHz, 33,9MHz
Audio 33,4MHz (B/G),33,16MHz (A2)
33,05MHz (NICAM B/G, D/K, L)
32,4MHz (D/K),32,66MHz (CZ STEREO)
40,4MHz (L’), 39,75Mhz (L’NICAM)
Colour 34,47MHz (PAL)
34,5MHz, 34,65MHz (SECAM)
38,3MHz, 38,15MHz (SECAM L’)
Terminals:
AV1 IN Video (21 pin) 1V p-p 75Ω
Audio (21 pin) 500mV rms 10kΩ
RGB (21 pin) 0,7V p-p 75Ω
AV1 OUT Video (21 pin) 1V p-p 75Ω
Audio (21 pin) 500mV rms 1kΩ
AV2 IN S-Video IN Y: 1V p-p 75Ω
(4-pin) C:0,3V p-p 75Ω
Audio (RCAx2) 500mV rms 10kΩ
Video (RCAx1) 1V p-p 75Ω
LCD screen: L5EDD5L00005
640 x 480 VGA, 4:3
Visible Diagonal 508mm
Audio Output: 2x3W RMS
4Ωimpedance
Headphones: 3,5mm, 8ΩImpedance
Accessories
supplied : Remote Control
2 x R6 (UM3) Batteries
Dimensions:
Including TV stand
Height: 505mm
Width: 498mm
Depth: 260mm
TV set only
Height: 450mm
Width: 498mm
Depth: 93mm
Net weight: 7,5kg
Specifications are subject to change without notice.
Weights and dimensions shown are approximate.
ORDER No. PCZ0506069C2

CONTENTS
SAFETY PRECAUTIONS.........................................................................................................................................................2
GENERAL QUIDE LINES....................................................................................................................................................2
TOUCH – CURRENT CHECK.............................................................................................................................................2
PREVENTION OF ELECTROSTATIC DISCHARGE (ESD) TO ELECTROSTATICALLY SENSITIVE (ES) DEVICES ...........3
ABOUT LEAD FREE SOLDER (PBF).......................................................................................................................................4
SUGGESTED PB FREE SOLDER......................................................................................................................................4
SERVICE HINTS ......................................................................................................................................................................5
SETTING INSPECTION............................................................................................................................................................6
SELF-CHECK ...........................................................................................................................................................................6
ALIGNMENT SETTINGS..........................................................................................................................................................7
BLOCK DIAGRAMS..................................................................................................................................................................8
PARTS LOCATION.................................................................................................................................................................11
REPLACEMENT PARTS LIST................................................................................................................................................12
SCHEMATIC DIAGRAMS.......................................................................................................................................................19
CONDUCTOR VIEWS............................................................................................................................................................25
SAFETY PRECAUTION
GENERAL GUIDE LINES
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.
4. Always ensure panel TKKL5290 is correctly replaced before returning to customer (see Fig.1).
TOUCH-CURRENT CHECK
1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.
2. Connect a measuring network for touch currents between each exposed metallic part on the set and a good earth
ground such as a water pipe, as shown in Fig. 2.
3. Use Leakage Current Tester (Simpson 228 or equivalent) to measure the potential across the measuring network.
4. Check each exposed metallic part, and measure the voltage at each point.
5. Reserve the AC plug in the AC outlet and repeat each of the above measure.
6. The potential at any point (TOUCH CURRENT) expressed as voltage U1 and U2, does not exceed the following values:
For a. c.: U1 = 35 V (peak) and U2 = 0.35 V (peak);
For d. c.: U1 = 1.0 V,
NOTE:
The limit value of U2 = 0.35 V (peak) for a. c. and U1 = 1.0 V for d. c. correspond to the values 0.7 mA (peak) a. c. and
2.0 mA d. c.
The limit value U1 = 35 V (peak) for a. c. correspond to the value 70 mA (peak) a. c. for frequencies greater than 100
kHz.
7. In case a measurement is out 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.
2
Fig. 1

PREVENTION OF ELECTROSTATIC 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 electrostatic 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
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 (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, 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
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 harmless 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).
TO
A
PPLIANCES
EXPOSED
METAL PARTS
Resistance values in ohms (Ω)
V
R0=500
Ω
RS=500
Ω
CS=500
µ
F
10k
Ω
0.022
µ
F
U1
COLD
WATER PIPE
(EARTH GROUND)
V: Voltmetr or oscilloscope
(r.m.s. or peak reading)
Measuring network for TOUCH CURRENTS
Fig. 2
Input resistance: ≥ 1M
Ω
Input capacitance: ≤ 200pF
Frequency range: 15Hz to 1Mhz and d.c.respectively
NOTE – Appropriate measures should be taken to obtain the correct value in case of non-sinusoidal waveforms
There are special components used in this equipment which are important for safety.
These parts are marked by in schematic diagrams, exploded views and replacement parts list. It is essential that
these critical parts should be replaced with manufacturer’s specified parts to prevent shock, fire, or other hazards. Do
not modify the original design without permission of manufacturer.
IMPORTANT SAFETY NOTICE
3
U2(V)

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 Fig.3)
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
Fig.3
Fig.4

SERVICE HINTS
HOW TO REMOVE THE BACK COVER
Lay the main unit face down as shown in Fig.5.
Remove the 4 fixing screws as shown in Fig.6.
Remove the stand assembly.
Remove the 8 fixing screws as shown in Fig.7.
Remove the back cover.
SCREWS SCREWS
SCREWS
5
Fig.5
Fig.6
Fig.7

SETTING INSPECTION
VOLTAGE CONFIRMATION
Confirm the following voltages:
A board Normal mode Standby mode
Connector A6, pin 1 5,0V ± 0,2V <0,3V
C865, + pin 31V ± 3V <3V
C861, + pin 8V ± 0,4V <0,55V
C862, + pin 2,5V ± 0,2V 2,5V ± 0,2V
C889, + pin 3,3V ± 0,2V 3,3V ± 0,2V
C882, + pin 1,8V ± 0,1V <0,2V
P board
Connector P4, pin 19 23V ± 0,25V 23V ± 0,25V
Connector P4, pin 15 12,5V ± 0,25V 12,5V ± 0,25V
Connector P4, pin 2 1,4V ± 0,1V <0,5V
SELF CHECK
Self-check is used to automatically check the bus lines and hexadecimal code of the TV set. To enter Self-Check mode, keep
pressing the STATUS button on the remote control and press the down (-/v) button on the customer controls at the front
the TV set. To exit Self Check, switch off the TV set at the power button.
If the CCU
p
orts have been checked and found to be incorrect or not located then " - - " will a
pp
ear in
p
lace of "O.K.".
E2 O.K.
DPS O.K.
VSP O.K.
A
VSW O.K.
TUN O.K.
MSP O.K.
DPL ---
MAS ---
OPTION 1 0F 0F
OPTION 2 00 00
OPTION 3 A0 A0
OPTION 4 11 11
OPTION 5 00 00
OPTION 6 15 15
OPTION 7 FD FD
OPTION 8 D0 50
OPTION 9 00 00
OPTION 10 80 80
OPTION 11 1B 1B
OPTION 12 00 00
OPTION 13 0C 0C
CHECK 49 C9
6
TX-20LA5F TX-20LA5P

Display Ref. No. Description P.C.B.
E2 IC1101 EAROM A-Board
DPS IC1700 DISPLAY PROCESSOR AND SCALER A-Board
VSP IC1500 VIDEOSIGNAL PROCESSOR A-Board
AVSW IC1500 AV SWITCH A-Board
TUN TNR001 TUNER B-Board
MSP IC2000 MULTISTANDART SOUND PROCESSOR A-Board
DPL --- DOLBY PROLOGIC PROCESSOR ---
MAS --- MPEG1 AUDIO PROCESSOR ---
ALIGNMENT SETTINGS
(The figures below are nominal and used for representative purposes only.)
1. Set the Bass to maximum position, set the Treble to minimum position then keep pressing the INDEX button on the
remote control and press the down button (-/v) on the customer controls at the front of the TV, this will place the TV into
the Service Mode 1.
2. Press the RED /GREEN buttons to step up / down through the functions.
3. Press the YELLOW /BLUE buttons to alter the function values.
4. Press the OK button after each adjustment has been made to store the required values.
5. To exit the Service Mode, press the "N" button.
Alignment Function Setting indication
Note: All setting values are approximate Settings / Special features
Horizontal Position H-Pos
0Optimum setting.
Vertical Position V-Pos
0Optimum setting.
DVCO DVCO
3
Receive a PAL Colour Bar Pattern. For
DVCO alignment press "Blue" button, wait
until the figure colour is changed from red
to black colour.
Highlight
Lowlight High 0885 0851 0954 Low 0060 0096 0062 Optimum setting.
Sub-Brightness Sub-Brightness
0Optimum setting.
7

VIDEO & STEREO AUDIO BLOCK DIAGRAM
IC2000
67 SIF
MSP3410GAB83
AV1 L IN 56
AV1 L OUT 37
AV1 R IN 57
60 AM IN
JK2350
R
L
HEADPH
1762345
AV1 21 PIN SCART
20 VIDEO IN
15 R IN
11 G IN
19 VIDEO OUT
7 B IN
6 L IN
3 L OUT
2 R IN
1 R OUT
AV1 R OUT 36
AV2 L IN 50
AV2 R IN 51
SPK R OUT 27
SPK L OUT 28
TUNER
17 14
L
R
Z2
3
4
IC250
TDA1517N3
1 L IN 9R IN
L OUT 4
R OUT 6
IC1500
AV1CVBS 53
VSP9405BVKC4
61 TXT CVBS
AV2 V 57
AV2 C 56
52 TVCVBS
AV2 Y 55
AV1 V OUT 63
B EXT 41
G EXT 40
R EXT 39
2
1
3
Z1
5
R2351 R2350
11
9
A12
11
9
B1
3
A2
5
Q202Q201
JK3000
VLR
AV2 terminal
CY
IC1100
SDA5550M
21 TXT CVBS
AD_656.0 ÷ AD_656.7
IC1700
DPS9450A
OSD R IN1 131
OSD G IN1 132
OSD B IN1 133
57 OSD R 58 OSD G 59 OSD B
Q1500 Q1502
AD_656.0
÷
AD_656.7
88
13
B - BOARD
A - BOARD
Z - BOARD
TO LCD PANEL
A50
R1.0 ÷ R1.7
G1.0 ÷ G1.7
B1.0 ÷ B1.7
19
IC1701
48 TX0- 47 TX0+ 46 TX1- 45 TX1+ 42 TX2- 41 TX2+ 38 TX3- 37 TX3+
B1.0
÷
B1.7
G1.0
÷
G1.7
R1.0
÷
R1.7
17
15
13
11
9
3
1
LVDS DRIVER
8

POWER SUPPLY BLOCK DIAGRAM
1
4
SW800
P1
MAINS IN
+
~
D801
~
F800
Line
Filte
r
LF802
Line
Filte
r
LF803 P - BOARD
-
IC801
POWER
SUPPLY
23
20
19
16
15 11
10
7
T801
13
14
7
8
6 1 3 4
IC803
IC802
IC850
REG
K
Q851
P4
17
÷
19
Q805
D806
Q803
D805
A
A13
1
÷
3
A3
3
RM1050
REMOTE
V
CC
SBY3,3V
V - BOARD
SN1063
V1
3
TUNER 15
3
33V A12
10
33V
4
5V
B1
10
B - BOARD
4
5V
IC2000
MSP3410
11,12,13,65,66
5,0V
8,0V
39
IC1100
SDA5550M 6,73
SBY2,5V_D
SBY3,3V_D
8,40,75,92
SBY2,5V_A
22,56
IC1102
SDRAM
32
IC1103
EPROM
32,1
SBY3,3V_D SBY3,3V_D
IC1101
EAROM
8
SBY3,3V_D
IC250
TDA1517
7
12V
IC1104
RESET IC
2
SBY3,3V_D
IC1105
RESET IC
2
24V
IC1500
VSP9405
5,28,34,66
1,8V_D
3,3V_D
7,12,25,72
35,42,50,64
1,8V_A
3,3V_A
1,44,59,75,78
A6
1
SERVICE
5,0V
A50
2
Q1700
5,0V
A4
1
÷
5
24V_INV
LCD PANEL
A - BOARD
IC1700
DPS9450A
5,20,32,40,48,57,68,78,86,96,104,112,123
24,62,91,118
129,139
DPS_3,3DIG
DPS_1,8DIG
DPS_3,3ANA
75,134,143
DPS_1,8ANA
33V
5V
SBY3,3V
24V
68
1,8V_VSP
D851
D852
D853
15
÷
16 4
÷
5
IC866
REG
14
IC860
REG
35 4
Q868
D862
D863
Q867 33V
12V
Q866 24V_INV
F861 3,3V_SB
Y
IC862
REG
12
24V
IC883
REG
165V
D854
IC871
REG
458V
5V
24V
LC filter 3,3V_D_SBY
2,5V_SB
Y
2,5V_A_SBY
2,5V_D_SBY
LC filter LC filter 3,3V
Q890
1,8V
Q880
3,3V_A
3,3V_D
LC filter LC filter
1,8V_A
1,8V_D
LC filter LC filter
IC1701
LVDS DRIVER
1,9,26,34,44
3,3V_LVDS
3,3V
LC filter
3,3V_LVDS
4
9

CONTROL BLOCK DIAGRAM
TUNER 11
10
SDA2 5,0
A12
6
33V
5
5V
B1
6
B - BOARD
5
SCL2 5,0
SDA2 5,0
SCL2 5,0
7
7
12 AFC AFC
A3
2
RM1050
REMOTE
CONTROL ROUT
BATS
V - BOARD
SN1063
V1
2
Q1062 Q1061
4
4
RC
BATS
RC
A13
19
IC802
B3PAA0000267
KEYSCAN
P - BOARD
P4
1
ST_ON 18
2
LOCAL KEYS
SWITCHING
MATRIX
Q851
POWER SUPPLY
KEYSCAN
ST_ON
LCD PANEL A4
12 13
INV_ON
LCD_AI
Q1706
RST 3,3
SCL2 3,3
SDA2 3,3
HS VS
656_CLK
CLKF
AI_OFF
DACY_OUT
INV_PSU_ON
LCD_CLK
LCD_HS
LCD_VS
LCD_DEN
Q1700 LCD PANEL 5V
DACU_OUT DACV_OUT AI_OFF
BATS
LCD_AI
INV_ON
CLK20
IC1700
DPS9450A
4 SCL2 3,3
2 RST 3,3 7 SDA 3,3
8 HS
9 VS
AD_656.0
÷
AD_656.7
656_CLK 26
CLKF 27
AI_OFF 38
PANEL_ON 39
42 INV_PSU_ON
INV_ON 46
CLK20 73
80 LCD_CLK
122 LCD_HS
125 LCD_VS 126 LCD_DEN OSD_FB 141
AI
RE
GU
LATI
O
N
IC1500
VSP9405
8 HS_OSD
6SDA2 3,3
9 656_CLK
13 SCL2 3,3
AD_656.0÷AD_656.7
24 RST3,3
23 VS
27 CLKF
69 XOUT
70 XIN
74 CLK20
17 HS
2 DACY_OUT 79 DACU_OUT 76 DACV_OUT
656_CLK
CLKF
CLK20
DACY_OUT
DACU_OUT DACV_OUT
X
1500
SDA2 3,3
HS_OSD
SCL2 3,3
HS VS
RST3,3
IC1100
SDA5550M
10 SDA1 3,3V D
0
÷
D7
A0
÷
A
1
8
9 SCL1 3,3V
11 SCL2 3,3V 12 SDA2 3,3V
13 BUSREQ
14 RST
15 RESET
24 KEYSCAN 25 AFC
27 SLOW1
31 PROT1
33 RC_IN
AV_LINK_IN 34
SERVICE 37
STBY_LED 44
XTAL2 52
XTAL1 53
WR_OUT 64
RD_OUT 65
PSEN_OUT 88
Q1108 Q1109
Q1101
Q1100
RST 5,0 RST 3,3
LEVEL
SHIFTER
Q1103 Q1104
LEVEL
SHIFTER
SCL1 5,0
SDA1 5,0
SCL2 5,0
SDA2 5,0
SDA2 3,3
SCL2 3,3
IC1101
EAROM
6 SCL1 3,3V 5 SDA1 3,3V
Q1107Q1106
BUSREQ
IC1105
RESET IC VOUT 1
KEYSCAN
AFC
SLOW1
RC_IN
PROT1
ST_ON 62
IC1102
SDRAM
RD_OUT 24
D
0
÷
D7
A0÷A18
IC1103
EPROM
PSEN_OUT 24
D0÷D7
A0÷A18
WR_OUT 29
AV_LINK_IN
SERVICE
X
1100
STBY_LED
SCL2 5,0
SDA2 5,0
RST 5,0
X
2000
TRP_ON
IC2000
MSP3410
2 SCL2 5,0 3 SDA2 5,0
21 RST 5,0
71 XTAL_IN
72 XTAL_OUT
78 TRP_ON
Q869 Q870 Q871
D866
D867
D868
PROT 1 SBY3,3
5,0V
8,0V
Q1207
Q1208
SERVICE
SDA2 5,0
AV_LINK_IN
A6
2
SERVICE
4
5
8
9
SCL1 5,0
SDA1 5,0
BUSREQ
SCL2 5,0
SDA2 5,0
AV1 21 PIN SCART
8 SLOW1
16 FBL1
50 RST
IC1104
RESET IC VOUT 1
OSD_FB 60
ST_ON
9
9
14 TRP_ON
X200 X201 Q200
HS_OSD 29 HS_OSD
VS 30 VS
Q1105
TRP_ON
A - BOARD
Q860
Q864 POWER SUPPLY
ST_ON
37 FBL1
FBL1
LCD_CLK
LCD_HS
LCD_VS
LCD_DEN IC1701
LVDS
DRIVER
31 LCD_CLK
27 LCD_HS
28 LCD_VS
30 LCD_DEN
14 BACKLIGHT_PWM
Q1713
BACKLIGHT_PWM
BACKLIGHT_PWM 120
LVDS_ON 32 LVDS_ON
LVDS_ON
LVDS_ON 43
A2
Z1
Q254
D2350
STBY_LED 1
1STBY_LED
Z - BOARD
Q865 INV POWER
SUPPLY
INV_PSU_ON
10

PARTS LOCATION
11
NOTE:
The numbers on the exploded view below refer to the exploded view section of the Replacement Parts List.
2
22
28
19
3
4
10
9
8
21
16
12
31
23
1
29
11
5
26
13
15
30
17
18
25
6
7
14
24
20
27

Components Identified by mark have special characteristics important for safety.
* When replacing any of these components, use only manufacturers specified parts.
In case of ordering these spare parts, please always add the complete Model-Type
number to your order.
REPLACEMENT PARTS LIST
Important Safety Notice
DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
COMMON PARTS
EXPLODED VIEW
SPEAKER1 EAS9D25A TUNER2 ENG37A04GF REMOTE CONTROL3 EUR7651010 LCD PANEL4 L5EDD5L00006 PANASONIC BADGE5 TBMA148 5-KEY BUTTON6 TBX0E80900 POWER BUTTON7 TBXA42902 LOCK HINGE (R)8 TEJA081 LOCK HINGE (L)9 TEJA082 PLASTIC WASHER10 TEJF016 LED PANEL11 TKKC5205-1 CONNECTOR COVER12 TKKL5290 IR/AI WINDOW13 TKP0E13901 BUTTON COVER14 TKPA85003 BACK COVER15 TKUC15902 SWIVEL PLATE16 TKXA13201 PEDESTAL COVER17 TKXA16901A CABINET18 TKYA26102 LEFT FIXING METAL19 TKZC5023 RIGHT FIXING METAL20 TKZC5024 PEDESTAL METAL21 TKZG5039-2 FIXING METAL22 TKZX5180 CHASSIS FRAME23 TMX0E406-1 B P.C.B.24 TNP8EBL30AA P P.C.B.25 TNP8EPL30AA V P.C.B.26 TNP8EVL30AA Z P.C.B.27 TNP8EZL30AA AC CORD ASSY28 TXASX01EFHG SCREW29 XTB4+10FFJ
MISCELLANEOUS COMPONENTS
BATTERY. R6RC/2P PRESET LABEL -TUNER. TBMU387 PRESET LABEL -TERMINAL. TBMU388 GASKET. TEWA339 VESA METAL. TKZX5181-1 SET FOOT. TMKK039-1 AC CORD BRACKET. TMW0E904 CARTON. TPC0E63601 BOTTOM CUSHION. TPD0E0046 TOP CUSHION. TPD0E0047 SCREW. XTN3+10J SCREW. XTV3+12JFJ SCREW. XYN4+J10FJ
I.C.s
AUDIO AMPLIFIERIC250 TDA1517/N3 RESET ICIC251 C0EBF0000086 MAIN PS CONTROLIC801 F9222L-F219 PHOTO COUPLERIC802 B3PAA0000363 PHOTO COUPLERIC803 B3PAA0000363 VOLTAGE REF ICIC850 TL431AILPM STEP-UP DC CONVERTERIC860 C0DBAMA00015 2.5V REGULATORIC862 TA48L025FLF 3.3V SBY REGULATORIC866 C0DAAGH00003 8V REGULATORIC871 C0DBEZC00010 1.8V REGULATORIC881 XC6365D105MR 5V REGULATORIC883 C0DAAJG00007 MICRO PROCESSORIC1100 SDA5550MQBTL SRAMIC1102 K6X4008T1FU7 4M EPROM M27W40180B6EIC1103 26E0/020/0E RESET ICIC1104 C0EBF0000086 RESET ICIC1105 C0EBF0000086 VIDEO PROCESSORIC1500 VSP9405BVKC4 LCD DRIVERIC1700 DPS9450AXZA1 LCD PANEL INTERFACEIC1701 C0JBCZ000512 AUDIO PROCESSORIC2000 C1AB00002133 LED RECEIVERRM1050 PNA4701M05TV
FUSES
FUSEF800 K5D502BNA005 FS LINKF861 TSF19252
DIODES
DIODED801 B0EBNT000007 DIODED802 UDZSTE-1722B DIODED803 UDZSTE-1710B ZENER DIODED804 UDZSTE-1720B DIODED805 1N4004-T DIODED806 1N4004-T DIODED807 ERB93-02E ZENER DIODED808 UDZSTE-1720B DIODED809 MA8270MTX DIODED810 MA8270MTX DIODED811 CMS16TE12LQ DIODED812 CMS16TE12LQ DIODED813 MTZJT-775.6B DIODED851 YG868C10R DIODED852 YG868C10R DIODED853 YG868C06R DIODED854 1SS355TE-17 DIODED855 1SS355TE-17 DIODED861 1SS355TE-17 DIODED862 1SS355TE-17 DIODED863 1SS355TE-17 DIODED865 CMS16TE12LQ DIODED866 UDZSTE178.2B
12

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
DIODED867 UDZSTE178.2B DIODED868 UDZSTE178.2B DIODED869 1SS355TE-17 DIODED870 1SS355TE-17 DIODED871 1SS355TE-17 DIODED872 USF5G49TE16Q DIODED873 UDZSTE174.3B DIODED874 UDZSTE174.3B DIODED877 UDZSTE176.2B DIODED883 CMS16TE12LQ DIODED884 MA2160LFS DIODED898 CMS16TE12LQ DIODED1051 UDZSTE178.2B DIODED1060 1SS355TE-17 DIODED1700 1SS355TE-17 DIODED1703 1SS355TE-17 DIODE SML72423CTP15D2350 B3CKE0000006 PHOTO COUPLERSN1063 B3L000000020
TRANSISTORS
TRANSISTORQ200 BC847B TRANSISTORQ201 BC847B TRANSISTORQ202 BC847B TRANSISTORQ251 BC847B TRANSISTORQ254 BC847B TRANSISTORQ801 BC847B TRANSISTORQ802 2SK2782Q TRANSISTORQ803 2SK2782Q TRANSISTORQ804 BC847B TRANSISTORQ805 2SK3767L103Q TRANSISTORQ806 BC847B TRANSISTORQ851 UNR221500L TRANSISTORQ860 UNR221500L TRANSISTORQ864 UNR221500L TRANSISTORQ865 UNR221500L TRANSISTORQ866 TPCA810212LQ TRANSISTORQ867 B1ABPF000010 TRANSISTORQ868 UNR221500L TRANSISTORQ869 BC847B TRANSISTORQ870 BC857B TRANSISTORQ871 BC847B TRANSISTORQ872 BC847B TRANSISTORQ873 BC847B TRANSISTORQ880 XP162A12A6PR TRANSISTORQ881 UNR221500L TRANSISTORQ882 BC847B TRANSISTORQ890 B1DHDC000028 TRANSISTORQ891 UNR221500L TRANSISTORQ895 BC847B TRANSISTORQ896 UNR221500L TRANSISTORQ1060 BC857B TRANSISTORQ1061 BC857B TRANSISTORQ1062 BC847B TRANSISTORQ1100 BC847B TRANSISTORQ1101 BC847B TRANSISTORQ1102 BC857B TRANSISTORQ1103 2N7002 TRANSISTORQ1104 2N7002 TRANSISTORQ1105 BC847B TRANSISTORQ1106 BC857B TRANSISTORQ1107 BC847B TRANSISTORQ1108 2N7002 TRANSISTORQ1109 2N7002 TRANSISTORQ1207 BC847B TRANSISTORQ1208 BC847B TRANSISTORQ1500 BC847B TRANSISTORQ1501 BC847B
TRANSISTORQ1502 BC857B TRANSISTORQ1503 BC857B TRANSISTORQ1700 B1DHDC000028 TRANSISTORQ1701 BC847B TRANSISTORQ1702 BC847B TRANSISTORQ1703 BC847B TRANSISTORQ1706 UNR221500L TRANSISTORQ1707 BC847B TRANSISTORQ1710 BC857B TRANSISTORQ1711 BC857B TRANSISTORQ1713 2N7002 TRANSISTORQ1717 BC847B TRANSISTORQ1718 BC847B TRANSISTORQ1719 BC857B TRANSISTORQ1720 BC857B TRANSISTORQ1721 BC857B TRANSISTORQ1722 BC847B
TRANSFORMERS
TRANSFORMERT801 ETS35LZ116AD
COILS
COILL100 EXCELSA35T COILL104 TALV35VB100K COIL TALV35VB6R8JL200 G0C6R8JA0021 COILL804 EXCELSA35T COILL806 EXCELSA35T COILL807 EXCELSA35T CHOKE COILL861 7025LYF-121K COIL TALV35VB221JL862 G0C221JA0021 CHOKE COILL880 ELC10D100E COILL898 ELC10D390E COILL1050 TLT331K991R COIL TALV35VB8R2KL1100 G0C8R2KA0030 COILL1101 TALV35VB100K COILL1102 TALV35VB100K COILL1103 TALV35VB100K COILL1500 TALV35VB100K COILL1501 TALV35VB100K COILL1502 TALV35VB100K COILL1503 TALV35VB100K COILL1504 TALV35VB100K COILL1700 TALV35VB100K COILL1701 TALV35VB100K COILL1702 TALV35VB100K COILL1703 TALV35VB100K COILL1783 TALV35VB100K COILL2003 TALV35VB100K COILL2004 TALV35VB100K COILL2005 TALV35VB100K COIL TALV35VB6R8JL2350 G0C6R8JA0021 COIL TALV35VB6R8JL2351 G0C6R8JA0021
FILTERS
CHIP BEAD ARRAYFL1750 EXC28BB221U CHIP BEAD ARRAYFL1751 EXC28BB221U CHIP BEAD ARRAYFL1752 EXC28BB221U CHIP BEAD ARRAYFL1753 EXC28BB221U CHIP BEAD ARRAYFL1754 EXC28BB221U CHIP BEAD ARRAYFL1755 EXC28BB221U FILTERFL1756 ELKE103FA LINE FILTERLF802 45T-3053 LINE FILTERLF803 45T-3053 CERAMIC FILTERX200 EFCT7004BF FILTERX201 EFCT6504BF
CRYSTALS
CRYSTALX1100 AI060006AD CRYSTALX1500 AI202504E
13

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
CRYSTALX2000 5730007158
RESISTORS
SMDC1101 ERJ3GEYJ273 0.1W 5% 27K Ω
S.M.CARBJA2 ERJ6GEY0R00 0.1W - 0 Ω
S.M.CARBR100 ERJ6GEYJ101 0.1W 5% 100 Ω
S.M.CARBR101 ERJ6GEYJ101 0.1W 5% 100 Ω
S.M.CARBR102 ERJ6GEYJ101 0.1W 5% 100 Ω
S.M.CARBR103 ERJ6GEYJ101 0.1W 5% 100 Ω
S.M.CARBR108 ERJ6GEYJ223 0.1W 5% 22K Ω
SMDR200 ERJ3GEYJ681V 0.1W 5% 680 Ω
SMDR201 ERJ3GEYJ471 0.1W 5% 470 Ω
SMDR202 ERJ3GEYJ332 0.1W 5% 3K3 Ω
SMDR203 ERJ3GEYJ331 0.1W 5% 330 Ω
SMDR204 ERJ3GEYJ272 0.1W 5% 2K7 Ω
SMDR205 ERJ3GEYJ222 0.1W 5% 2K2 Ω
SMDR206 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR207 ERJ3GEYJ102 0.1W 5% 1K Ω
SMDR208 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR251 ERJ3GEYJ221 0.1W 5% 220 Ω
SMDR252 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR255 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR256 ERJ3GEY0R00 0.1W - 0 Ω
SMDR259 ERJ3GEYJ561 0.1W 5% 560 Ω
SMDR261 ERJ3GEY0R00 0.1W - 0 Ω
SMDR262 ERJ3GEY0R00 0.1W - 0 Ω
S.M.CARBR263 ERJ3GEYJ223V 0.1W 5% 22K Ω
SMDR265 ERJ12Y0R00 - - 0 Ω
SMDR266 ERJ12Y0R00 - - 0 Ω
S.M.CARBR271 ERJ6GEYJ153 0.1W 5% 15K Ω
SMDR274 ERJ3GEYJ221 0.1W 5% 220 Ω
SMDR300 ERJ3GEY0R00 0.1W - 0 Ω
S.M.CARBR301 ERJ6GEYJ750 0.1W 5% 75 Ω
SMDR302 ERJ3GEY0R00 0.1W - 0 Ω
SOLIDR804 ERC12ZGK105C 0.5W 10% 1M Ω
CARBONR812 ERDS1TJ105T 0.5W 5% 1M Ω
CARBONR813 ERDS1TJ105T 0.5W 5% 1M Ω
CARBONR814 ERDS1TJ105T 0.5W 5% 1M Ω
CARBONR815 ERDS1TJ105T 0.5W 5% 1M Ω
SMDR816 ERJ6ENF5601 .125W 1% 5K6 Ω
CARBONR817 ERDS2TJ824T 0.25W 5% 820K Ω
CARBONR818 ERDS2TJ824T 0.25W 5% 820K Ω
CARBONR819 ERDS2TJ824T 0.25W 5% 820K Ω
METALR820 ERG3FJ683H 3W 5% 68K Ω
S.M.CARBR823 ERJ6GEYJ104 0.1W 5% 100K Ω
S.M.CARBR824 ERJ6GEYJ473 0.1W 5% 47K Ω
S.M.CARBR825 ERJ6GEYJ473 0.1W 5% 47K Ω
CARBONR826 ERDS1TJ3R3 0.5W 5% 3R3 Ω
WOUNDR827 D0D2R27KA003 2W 10% R27 Ω
S.M.CARBR828 ERJ6GEY0R00 0.1W - 0 Ω
S.M.CARBR829 ERJ6GEYJ223 0.1W 5% 22K Ω
METALR830 ERX1SJ2R2P 1W 5% 2R2 Ω
CARBONR831 ERDS1TJ105T 0.5W 5% 1M Ω
CARBONR832 ERDS2TJ180T 0.25 5% 18 Ω
METALR833 ERG1SJ271 1W 5% 270 Ω
SMDR834 ERJ8GEYJ332V 0.25W 5% 3K3 Ω
S.M.CARBR835 ERJ6GEYJ333 0.1W 5% 33K Ω
S.M.CARBR836 ERJ6GEYJ223 0.1W 5% 22K Ω
S.M.CARBR837 ERJ6GEYJ221 0.1W 5% 220 Ω
S.M.CARBR838 ERJ6GEYJ104 0.1W 5% 100K Ω
CARBONR839 ERD75TAJ825 1W 5% 8M2 Ω
S.M.CARBR840 ERJ6GEYJ104 0.1W 5% 100K Ω
S.M.CARBR851 ERJ6GEY0R00 0.1W - 0 Ω
S.M.CARBR854 ERJ6GEYJ103 0.1W 5% 10K Ω
S.M.CARBR855 ERJ6GEYJ103 0.1W 5% 10K Ω
S.M.CARBR856 ERJ6GEYJ103 0.1W 5% 10K Ω
SMDR857 ERJ6ENF2702V .125W 1% 27K Ω
S.M.CARBR858 ERJ6ENF6801 0.1W 1% 6K8 Ω
SMDR859 ERJ6ENF3901 .125W 1% 3K9 Ω
S.M.CARBR860 ERJ6GEYJ102 0.1W 5% 1K Ω
S.M.CARBR861 ERJ6GEYJ104 0.1W 5% 100K Ω
S.M.CARBR862 ERJ6GEYJ223 0.1W 5% 22K Ω
S.M.CARBR864 ERJ6GEY0R00 0.1W - 0 Ω
S.M.CARBR865 ERJ3GEYJ153V 0.1W 5% 15K Ω
S.M.CARBR866 ERJ3GEYJ563V 0.1W 5% 56K Ω
S.M.CARBR867 ERJ6GEYJ102 0.1W 5% 1K Ω
S.M.CARBR868 ERJ3GEYJ563V 0.1W 5% 56K Ω
S.M.CARBR869 ERJ3GEYJ563V 0.1W 5% 56K Ω
S.M.CARBR870 ERJ3GEYJ563V 0.1W 5% 56K Ω
S.M.CARBR871 ERJ6GEYJ102 0.1W 5% 1K Ω
SMDR872 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR873 ERJ6ENF2703V .125W 1% 270K Ω
SMDR874 ERJ6ENF2703V .125W 1% 270K Ω
SMDR875 ERJ6ENF1003V .125W 1% 100K Ω
S.M.CARBR876 ERJ6GEYJ474 0.1W 5% 470K Ω
S.M.CARBR877 ERJ6GEYJ473 0.1W 5% 47K Ω
S.M.CARBR880 ERJ6GEYJ103 0.1W 5% 10K Ω
S.M.CARBR881 ERJ6GEYJ473 0.1W 5% 47K Ω
S.M.CARBR882 ERJ6GEYJ474 0.1W 5% 470K Ω
SMDR883 ERJ6ENF3003V .125W 1% 300K Ω
SMDR884 ERJ6ENF2403V .125W 1% 240K Ω
S.M.CARBR885 ERJ6GEYJ153 0.1W 5% 15K Ω
S.M.CARBR886 ERJ6GEYJ153 0.1W 5% 15K Ω
SMDR887 ERJ3GEYJ333V 0.1W 5% 33K Ω
SMDR888 ERJ3GEYJ333V 0.1W 5% 33K Ω
SMDR889 ERJ6ENF8203V .125W 1% 820K Ω
SMDR890 ERJ6ENF1372V .125W 1% 13K7 Ω
S.M.CARBR891 ERJ6GEYJ512 0.1W 5% 5K1 Ω
S.M.CARBR892 ERJ6GEY0R00 0.1W - 0 Ω
SMDR896 ERJ6RBD103V 0.1W 0.5 10K Ω
SMDR897 ERJ6RBD152V 0.1W 0.5 1K5 Ω
SMDR898 ERJ6RBD513V 0.1W 0.5 51K Ω
S.M.CARBR899 ERJ6GEYJ104 0.1W 5% 100K Ω
S.M.CARBR1055 ERJ6GEYJ274 0.1W 5% 270K Ω
S.M.CARBR1056 ERJ6GEY0R00 0.1W - 0 Ω
S.M.CARBR1057 ERJ6GEYJ103 0.1W 5% 10K Ω
S.M.CARBR1060 ERJ6GEYJ754 0.1W 5% 750K Ω
S.M.CARBR1061 ERJ6GEYJ124 0.1W 5% 120K Ω
S.M.CARBR1070 ERJ6GEYJ681 0.1W 5% 680 Ω
S.M.CARBR1071 ERJ6GEYJ221 0.1W 5% 220 Ω
S.M.CARBR1072 ERJ6GEYJ121 0.1W 5% 120 Ω
S.M.CARBR1073 ERJ6GEYJ680 0.1W 5% 68 Ω
S.M.CARBR1074 ERJ6GEY0R00 0.1W - 0 Ω
S.M.RESR1100 EXB38V680JV .063W 5% 68 Ω
S.M.CARBR1101 ERJ3GEYJ473V 0.1W 5% 47K Ω
SMDR1102 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1103 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1105 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1106 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1108 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1110 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1111 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1112 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1115 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1117 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1118 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1119 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1120 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1121 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1122 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1123 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1124 ERJ3GEYJ123 0.1W 5% 12K Ω
SMDR1125 ERJ3GEYJ101 0.1W 5% 100 Ω
14

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
SMDR1126 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1127 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1128 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1129 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1130 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1131 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1132 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1133 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1134 ERJ3GEYJ101 0.1W 5% 100 Ω
CHIP RESR1136 D1HG6808A002 0.25W 5% 68 Ω
SMDR1137 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1138 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1139 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1140 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1141 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1142 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1143 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1144 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1145 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1146 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1147 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1149 ERJ3GEYJ102 0.1W 5% 1K Ω
SMDR1151 ERJ3GEYJ102 0.1W 5% 1K Ω
S.M.CARBR1152 ERJ3GEYJ223V 0.1W 5% 22K Ω
SMDR1153 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1155 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1156 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1157 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1159 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1160 ERJ3GEYJ222 0.1W 5% 2K2 Ω
SMDR1161 ERJ3GEYJ471 0.1W 5% 470 Ω
SMDR1162 ERJ3GEYJ103 0.1W 5% 10K Ω
CHIP RESR1163 D1HG6808A002 0.25W 5% 68 Ω
CHIP RESR1164 D1HG6808A002 0.25W 5% 68 Ω
SMDR1165 ERJ3GEYJ302V 0.1W 5% 3K Ω
SMDR1166 ERJ3GEYJ562 0.1W 5% 5K6 Ω
CHIP RESR1168 D1HG6808A002 0.25W 5% 68 Ω
S.M.CARBR1169 ERJ3GEYJ271V 0.1W 5% 270 Ω
SMDR1170 ERJ3GEYJ332 0.1W 5% 3K3 Ω
SMDR1171 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1172 ERJ3GEYJ683 0.1W 5% 68K Ω
SMDR1173 ERJ3GEYJ683 0.1W 5% 68K Ω
SMDR1174 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1175 ERJ3GEYJ331 0.1W 5% 330 Ω
SMDR1176 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1177 ERJ3GEYJ123 0.1W 5% 12K Ω
SMDR1178 ERJ3GEY0R00 0.1W - 0 Ω
S.M.CARBR1179 ERJ3GEYJ563V 0.1W 5% 56K Ω
S.M.CARBR1180 ERJ3GEYJ473V 0.1W 5% 47K Ω
SMDR1182 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1183 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1186 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1187 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1190 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1191 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1192 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1193 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1194 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1195 ERJ3GEYJ102 0.1W 5% 1K Ω
SMDR1196 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1197 ERJ3GEYJ102 0.1W 5% 1K Ω
SMDR1198 ERJ3GEYJ472 0.1W 5% 4K7 Ω
S.M.CARBR1206 ERJ3GEYJ223V 0.1W 5% 22K Ω
SMDR1207 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1211 ERJ3GEYJ472 0.1W 5% 4K7 Ω
SMDR1214 ERJ3GEYJ222 0.1W 5% 2K2 Ω
SMDR1215 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1220 ERJ3GEYJ222 0.1W 5% 2K2 Ω
SMDR1228 ERJ3GEYJ222 0.1W 5% 2K2 Ω
SMDR1500 ERJ3GEYJ331 0.1W 5% 330 Ω
SMDR1501 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1502 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1503 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1504 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1505 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1506 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1507 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1508 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1509 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1510 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1511 ERJ3GEYJ152 0.1W 5% 1K5 Ω
SMDR1512 ERJ3GEYJ152 0.1W 5% 1K5 Ω
SMDR1513 ERJ3GEYJ221 0.1W 5% 220 Ω
SMDR1514 ERJ3GEYJ221 0.1W 5% 220 Ω
SMDR1515 ERJ3GEYJ221 0.1W 5% 220 Ω
SMDR1516 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1517 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1518 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1520 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1521 ERJ3GEYJ820 0.1W 5% 82 Ω
SMDR1522 ERJ3GEYJ820 0.1W 5% 82 Ω
S.M.CARBR1524 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR1525 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR1526 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR1527 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR1528 ERJ6GEYJ750 0.1W 5% 75 Ω
SMDR1529 ERJ3GEYJ680 0.1W 5% 68 Ω
SMDR1530 ERJ3GEYJ1R0V 0.1W 5% 1 Ω
SMDR1531 ERJ3GEYJ1R0V 0.1W 5% 1 Ω
SMDR1532 ERJ3GEYJ1R0V 0.1W 5% 1 Ω
SMDR1533 ERJ3GEYJ1R0V 0.1W 5% 1 Ω
SMDR1534 ERJ3GEYJ1R0V 0.1W 5% 1 Ω
SMDR1535 ERJ3GEYJ1R0V 0.1W 5% 1 Ω
SMDR1701 ERJ3GEYJ123 0.1W 5% 12K Ω
SMDR1702 ERJ3GEYJ154V 0.1W 5% 150K Ω
SMDR1703 ERJ3GEYJ154V 0.1W 5% 150K Ω
SMDR1705 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1706 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1707 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1708 ERJ3GEYJ560 0.1W 5% 56 Ω
SMDR1709 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1710 ERJ3GEYJ751V 0.1W 5% 750 Ω
SMDR1711 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1713 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1714 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1715 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1716 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1717 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1718 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1719 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1721 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1722 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1725 ERJ3GEY0R00 0.1W - 0 Ω
S.M.CARBR1727 ERJ3GEYJ153V 0.1W 5% 15K Ω
S.M.CARBR1728 ERJ3GEYJ183V 0.1W 5% 18K Ω
SMDR1729 ERJ3GEYJ512V 0.1W 5% 5K1 Ω
SMDR1731 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1732 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1733 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1734 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1739 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1740 ERJ3GEY0R00 0.1W - 0 Ω
15

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
SMDR1741 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1742 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1745 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1748 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1750 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR1752 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1755 ERJ3GEYJ103 0.1W 5% 10K Ω
SMDR1760 ERJ3GEYJ103 0.1W 5% 10K Ω
S.M.CARBR1761 ERJ3GEYJ392V 0.1W 5% 3K9 Ω
SMDR1762 ERJ3GEYJ391 0.1W 5% 390 Ω
SMDR1771 ERJ3GEYJ102 0.1W 5% 1K Ω
SMDR1773 ERJ3GEYJ334 0.1W 5% 330K Ω
SMDR1776 ERJ3GEYJ680 0.1W 5% 68 Ω
SMDR1778 ERJ3GEYJ222 0.1W 5% 2K2 Ω
SMDR1783 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1784 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1785 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1786 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1791 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1792 ERJ3GEY0R00 0.1W - 0 Ω
SMDR1796 ERJ3GEYJ102 0.1W 5% 1K Ω
SMDR1798 ERJ3GEYJ102 0.1W 5% 1K Ω
S.M.CARBR2000 ERJ3GEYJ183V 0.1W 5% 18K Ω
SMDR2001 ERJ3GEYJ562 0.1W 5% 5K6 Ω
SMDR2005 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2007 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2010 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2011 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2012 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2013 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2014 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR2350 ERJ12YJ121U 0.5W 5% 120 Ω
SMDR2351 ERJ12YJ121U 0.5W 5% 120 Ω
SMDR2354 ERJ3GEY0R00 0.1W - 0 Ω
SMDR3003 ERJ3GEY0R00 0.1W - 0 Ω
SMDR3004 ERJ3GEY0R00 0.1W - 0 Ω
S.M.CARBR3005 ERJ3GEYJ104V 0.1W 5% 100K Ω
S.M.CARBR3006 ERJ3GEYJ104V 0.1W 5% 100K Ω
SMDR3007 ERJ3GEYJ101 0.1W 5% 100 Ω
S.M.CARBR3008 ERJ6GEYJ360 0.1W 5% 36 Ω
SMDR3009 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR3010 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR3011 ERJ3GEYJ101 0.1W 5% 100 Ω
S.M.CARBR3012 ERJ3GEYJ183V 0.1W 5% 18K Ω
S.M.CARBR3013 ERJ3GEYJ473V 0.1W 5% 47K Ω
S.M.CARBR3014 ERJ3GEYJ473V 0.1W 5% 47K Ω
S.M.CARBR3015 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR3016 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR3017 ERJ6GEYJ750 0.1W 5% 75 Ω
S.M.CARBR3018 ERJ6GEYJ390 0.1W 5% 39 Ω
S.M.CARBR3019 ERJ6GEYJ750 0.1W 5% 75 Ω
SMDR3020 ERJ3GEYJ391 0.1W 5% 390 Ω
SMDR3021 ERJ3GEYJ391 0.1W 5% 390 Ω
S.M.CARBR3022 ERJ3GEYJ183V 0.1W 5% 18K Ω
SMDR3023 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR3024 ERJ3GEYJ101 0.1W 5% 100 Ω
SMDR3026 ERJ3GEY0R00 0.1W - 0 Ω
SMDR3028 ERJ3GEY0R00 0.1W - 0 Ω
SMDR3029 ERJ3GEY0R00 0.1W - 0 Ω
S.M.CARBR3861 ERJ6GEYJ391 0.1W 5% 390 Ω
S.M.CARBR3864 ERJ6GEYJ274 0.1W 5% 270K Ω
S.M.CARBR3865 ERJ6GEYJ473 0.1W 5% 47K Ω
S.M.CARBR3866 ERJ6GEYJ103 0.1W 5% 10K Ω
S.M.CARBR3867 ERJ6GEYJ220 0.1W 5% 22 Ω
CAPACITORS
ELECTC100 ECA1CM221GB 16V 220µF
S.M.CAPC101 ECJ2VB1H102K 50V 1nF
S.M.CAPC102 ECJ2FB1H104 50V 100nF
ELECTC106 ECA1HMR33GB 50V 0.33µF
ELECTC107 ECA1CM221GB 16V 220µF
S.M. CAPC108 ECUV1H104KBX 50V 100nF
S.M. CAPC109 ECUV1H104KBX 50V 100nF
S.M.CAPC110 ECUV1H103JCN 50V 10nF
S.M.CAPC200 ECJ1VC1H560J 50V 56pF
S.M.CAPC201 ECJ1VC1H220J 50V 22pF
S.M.CAPC202 ECJ1VB1H102 50V 1nF
ELECTC251 ECA1HM101GB 50V 100µF
ELECTC253 ECA1CM471GB 16V 470µF
S.M.CAPC256 ECJ2VF1C224Z 16V 220nF
ELECTC258 EEUFC1A102B 10V 1000µF
S.M.CAPC263 ECJ2VF1C224Z 16V 220nF
ELECTC265 ECA1HM4R7GB 50V 4.7µF
ELECTC266 EEUFC1A102B 10V 1000µF
S.M.CAPC267 ECJ1VF1E104 25V 100nF
ELECTC268 ECA1EHG222B 25V 2200µF
FILMC273 ECQV1H224JL3 50V 220nF
S.M.CAPC274 ECJ2FB1H104 50V 100nF
ELECTC801 ECEC2WB101EJ 450V 100µF
FILMC802 ECQU2A224MLA 275V 220nF
CERAMICC813 ECKWBE472ZER 250V 4.7nF
CERAMICC814 ECKWBE472ZER 250V 4.7nF
CERAMICC815 ECKWBE472ZER 250V 4.7nF
CERAMICC816 ECKWBE472ZER 250V 4.7nF
S.M.CAPC819 ECJ1VB1H103 50V 10nF
ELECTC820 ECA1HHG101B 50V 100µF
S.M.CAPC821 ECUV1H223JCN 50V 22nF
ELECTC822 ECA1HHG221B 50V 220µF
S.M.CAPC823 ECJ2VF1H224Z 50V 220nF
S.M.CAPC824 ECJ2VF1C224Z 16V 220nF
S.M.CAPC825 ECJ2VF1C104Z 16V 100nF
S.M.CAPC826 ECJ2VB1E473K 25V 47nF
FILMC827 ECQV1H824JL3 50V 820nF
FILMC829 ECQU2A224MLA 275V 220nF
ELECTC830 ECEA1CKN4R7B 16V 4R7µF
S.M. CAPC831 ECUV1H472KBX 50V 4.7nF
CERAMICC832 ECKCNA332ME7 400V 3.3nF
S.M.CAPC846 ECUV1H331KBN 50V 330pF
CERAMICC847 ECKC3D471JB 2KV 470pF
FILMC848 ECQF6473JZH 630V 47nF
CERAMICC849 ECKCNA101MBB 250V 100pF
S.M.CAPC850 ECJ2VB1H102K 50V 1nF
ELECTC851 EEUFM1V102B 35V 1000µF
ELECTC852 EEUFM1V102B 35V 1000µF
S.M.CAPC853 ECJ2VF1H224Z 50V 220nF
S.M.CAPC854 ECJ2VF1H224Z 50V 220nF
ELECTC855 EEUFM1V102B 35V 1000µF
S.M. CAPC858 ECUV1H104KBX 50V 100nF
S.M.CAPC859 ECJ2FB1C474K 16V 470nF
ELECTC860 ECA1CM100GB 16V 10µF
ELECTC861 ECA1CM471GB 16V 470µF
ELECTC862 ECA1CM100GB 16V 10µF
ELECTC865 ECA1HM100GB 50V 10µF
S.M. CAPC866 ECUV1H472KBX 50V 4.7nF
S.M. CAPC867 ECUV1H683ZFX 50V 68nF
S.M.CAPC868 ECJ2VC1H271J 50V 270pF
S.M. CAPC869 ECUV1C224KBX 16V 220nF
S.M.CAPC870 ECJ2FB1H473K 50V 47nF
S.M.CAPC875 ECJ2VF1H224Z 50V 220nF
S.M.CAPC876 ECJ2VF1H224Z 50V 220nF
S.M.CAPC878 ECJ2FB1H104 50V 100nF
ELECTC879 EEUFC1E102 25V 1000µF
S.M. CAPC881 ECUV1H683ZFX 50V 68nF
16

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
ELECTC882 EEUFC1E102 25V 1000µF
S.M. CAPC883 ECUV1H470JCX 50V 47pF
S.M. CAPC884 ECUV1H683ZFX 50V 68nF
S.M.CAPC885 ECJ1VC1H101J 50V 100pF
ELECTC886 ECEA1HU471 50V 470µF
ELECTC887 ECA1CM471GB 16V 470µF
ELECTC888 EEUFC1E471B 25V 470µF
ELECTC889 ECA1CM100GB 16V 10µF
S.M. CAPC890 ECUV1H332ZFX 50V 3.3nF
ELECTC891 ECA1HM2R2GB 50V 2.2µF
S.M.CAPC893 ECJ2FB1H104 50V 100nF
S.M.CAPC894 ECJ1VC1H221 50V 220pF
S.M.CAPC895 ECJ2FB1H473K 50V 47nF
ELECTC898 EEUFM1V102B 35V 1000µF
ELECTC899 ECA1HM4R7GB 50V 4.7µF
ELECTC1050 ECA1CM470GB 16V 47µF
S.M.CAPC1051 ECJ2FB1H104 50V 100nF
S.M.CAPC1052 ECJ2FB1H104 50V 100nF
S.M.CAPC1054 ECUV1H270JCG 50V 27pF
ELECTC1060 ECA1HM010GB 50V 1µF
S.M.CAPC1071 ECJ2VF1C224Z 16V 220nF
S.M.CAPC1100 ECJ1VB1C103K 16V 10nF
S.M.CAPC1102 ECJ1VB1C473 16V 47nF
ELECTC1104 ECA1HM101GB 50V 100µF
S.M.CAPC1105 ECJ1VF1E104 25V 100nF
S.M.CAPC1106 ECJ1VC1H330J 50V 33pF
S.M.CAPC1107 ECJ1VC1H330J 50V 33pF
S.M.CAPC1108 ECJ1VC1H121 50V 120pF
S.M.CAPC1109 ECJ1VB1H103 50V 10nF
S.M.CAPC1110 ECJ1VB1H472K 50V 4.7nF
S.M. CAPC1112 ECUV1C224KBX 16V 220nF
S.M.CAPC1113 ECJ1VF1E104 25V 100nF
S.M.CAPC1114 ECJ1VF1E104 25V 100nF
ELECTC1115 ECA1CM100GB 16V 10µF
S.M.CAPC1116 ECJ1VF1E104 25V 100nF
ELECTC1117 ECA1HM101GB 50V 100µF
S.M.CAPC1119 ECJ1VF1E104 25V 100nF
S.M.CAPC1120 ECJ1VF1E104 25V 100nF
S.M.CAPC1121 ECJ1VF1E104 25V 100nF
S.M.CAPC1122 ECJ1VF1E104 25V 100nF
S.M.CAPC1123 ECJ1VF1E104 25V 100nF
S.M.CAPC1124 ECJ1VF1E104 25V 100nF
S.M.CAPC1125 ECJ1VF1E104 25V 100nF
S.M.CAPC1127 ECJ2FB1H104 50V 100nF
S.M.CAPC1202 ECJ1VC1H101J 50V 100pF
S.M.CAPC1500 ECJ1VF1E104 25V 100nF
S.M.CAPC1501 ECJ1VF1E104 25V 100nF
S.M.CAPC1502 ECJ1VF1E104 25V 100nF
S.M.CAPC1503 ECJ1VF1E104 25V 100nF
S.M.CAPC1504 ECJ1VF1E104 25V 100nF
S.M.CAPC1505 ECJ1VF1E104 25V 100nF
S.M.CAPC1506 ECJ1VF1E104 25V 100nF
S.M.CAPC1507 ECJ1VC1H220J 50V 22pF
S.M.CAPC1508 ECJ1VC1H220J 50V 22pF
S.M.CAPC1509 ECUV1H103JCN 50V 10nF
S.M.CAPC1510 ECJ1VF1E104 25V 100nF
ELECTC1511 ECA1CM470GB 16V 47µF
ELECTC1512 ECA1CM470GB 16V 47µF
ELECTC1513 ECA1CM470GB 16V 47µF
S.M.CAPC1514 ECJ1VB1C473 16V 47nF
S.M.CAPC1515 ECJ1VB1C473 16V 47nF
S.M.CAPC1516 ECJ1VB1C473 16V 47nF
ELECTC1518 ECA1CM470GB 16V 47µF
S.M.CAPC1519 ECJ1VF1E104 25V 100nF
S.M.CAPC1520 ECJ2FB1H104 50V 100nF
S.M.CAPC1521 ECJ2FB1H104 50V 100nF
S.M.CAPC1522 ECJ2FB1H104 50V 100nF
ELECTC1523 ECA1CM100GB 16V 10µF
S.M.CAPC1524 ECJ2FB1H104 50V 100nF
S.M.CAPC1525 ECJ2FB1H104 50V 100nF
S.M.CAPC1526 ECJ1VC1H331 50V 330pF
ELECTC1527 ECA1CM470GB 16V 47µF
S.M.CAPC1528 ECJ1VF1E104 25V 100nF
S.M.CAPC1529 ECJ1VF1E104 25V 100nF
S.M.CAPC1530 ECJ1VF1E104 25V 100nF
S.M.CAPC1531 ECJ1VF1E104 25V 100nF
S.M.CAPC1532 ECJ1VF1E104 25V 100nF
S.M.CAPC1533 ECJ1VF1E104 25V 100nF
S.M.CAPC1534 ECJ1VF1E104 25V 100nF
S.M.CAPC1535 ECJ1VF1E104 25V 100nF
S.M.CAPC1536 ECJ1VF1E104 25V 100nF
S.M.CAPC1537 ECJ1VF1E104 25V 100nF
S.M.CAPC1538 ECJ1VF1E104 25V 100nF
S.M.CAPC1705 ECJ1VB1C473 16V 47nF
S.M.CAPC1707 ECJ1VB1C473 16V 47nF
S.M.CAPC1708 ECJ1VF1E104 25V 100nF
ELECTC1709 ECA1CM470GB 16V 47µF
S.M.CAPC1710 ECJ1VB1C473 16V 47nF
S.M.CAPC1713 ECJ1VB1C473 16V 47nF
ELECTC1714 ECA1CM470GB 16V 47µF
S.M.CAPC1715 ECJ1VF1E104 25V 100nF
S.M.CAPC1716 ECJ1VF1E104 25V 100nF
S.M.CAPC1717 ECJ1VF1E104 25V 100nF
S.M.CAPC1718 ECJ1VF1E104 25V 100nF
S.M.CAPC1719 ECJ1VF1E104 25V 100nF
ELECTC1720 ECA1CM470GB 16V 47µF
S.M.CAPC1721 ECJ1VF1E104 25V 100nF
S.M.CAPC1722 ECJ1VF1E104 25V 100nF
S.M.CAPC1723 ECJ1VF1E104 25V 100nF
S.M.CAPC1724 ECJ1VF1E104 25V 100nF
ELECTC1725 ECA1CM470GB 16V 47µF
S.M.CAPC1726 ECJ1VB1C473 16V 47nF
S.M.CAPC1727 ECJ1VF1E104 25V 100nF
S.M.CAPC1728 ECJ1VF1E104 25V 100nF
S.M.CAPC1729 ECJ1VF1E104 25V 100nF
S.M.CAPC1730 ECJ1VF1E104 25V 100nF
S.M.CAPC1731 ECJ1VF1E104 25V 100nF
S.M.CAPC1732 ECJ1VF1E104 25V 100nF
S.M.CAPC1733 ECJ1VF1E104 25V 100nF
S.M.CAPC1734 ECJ1VF1E104 25V 100nF
S.M.CAPC1735 ECJ1VF1E104 25V 100nF
S.M.CAPC1736 ECJ1VF1E104 25V 100nF
S.M.CAPC1737 ECJ1VF1E104 25V 100nF
S.M.CAPC1738 ECJ1VF1E104 25V 100nF
S.M.CAPC1739 ECJ1VF1E104 25V 100nF
ELECTC1740 ECA1CM470GB 16V 47µF
S.M.CAPC1741 ECUV1H103JCN 50V 10nF
S.M.CAPC1742 ECJ1VB1C473 16V 47nF
ELECTC1744 ECEA1CKA470 16V 47µF
ELECTC1749 ECEA1HKA4R7 50V 4.7µF
ELECTC1750 ECA1CM100GB 16V 10µF
S.M.CAPC1751 ECJ1VF1E104 25V 100nF
S.M.CAPC1755 ECJ1VF1E104 25V 100nF
S.M.CAPC1756 ECJ1VF1E104 25V 100nF
S.M. CAPC1760 ECUV1H683ZFX 50V 68nF
S.M.CAPC1779 ECJ1VF1E104 25V 100nF
S.M.CAPC1787 ECJ1VF1E104 25V 100nF
S.M.CAPC1788 ECJ1VF1E104 25V 100nF
S.M.CAPC1789 ECJ1VF1E104 25V 100nF
ELECTC1790 ECEA1CKA470 16V 47µF
S.M.CAPC1791 ECJ1VF1E104 25V 100nF
S.M.CAPC1792 ECJ1VF1E104 25V 100nF
17

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number
S.M.CAPC2000 ECJ1VC1H560J 50V 56pF
S.M.CAPC2003 ECJ1VF1E104 25V 100nF
S.M.CAPC2004 ECJ1VF1E104 25V 100nF
S.M.CAPC2005 ECJ1VF1E104 25V 100nF
S.M.CAPC2007 ECJ1VC1H470J 50V 47pF
S.M.CAPC2008 ECJ2VF1C334Z 16V 330nF
S.M.CAPC2009 ECJ2VF1C334Z 16V 330nF
S.M.CAPC2010 ECJ2VF1C334Z 16V 330nF
S.M.CAPC2011 ECJ2VF1C334Z 16V 330nF
S.M.CAPC2012 ECJ1VB1H102 50V 1nF
S.M.CAPC2014 ECJ1VB1H102 50V 1nF
S.M.CAPC2016 ECJ1VB1H222K 50V 2.2nF
S.M.CAPC2017 ECJ1VB1H222K 50V 2.2nF
S.M.CAPC2018 ECJ1VC1H221 50V 220pF
S.M.CAPC2019 ECJ1VC1H221 50V 220pF
S.M.CAPC2020 ECJ1VC1H221 50V 220pF
S.M.CAPC2021 ECJ1VC1H221 50V 220pF
S.M.CAPC2022 ECJ1VC1H221 50V 220pF
S.M.CAPC2023 ECJ2VF1C334Z 16V 330nF
S.M.CAPC2024 ECJ1VC1H080 50V 8pF
ELECTC2025 ECA1CM100GB 16V 10µF
ELECTC2026 ECA1CM100GB 16V 10µF
ELECTC2027 ECA1CM100GB 16V 10µF
ELECTC2028 ECA1CM100GB 16V 10µF
ELECTC2029 ECA1CM100GB 16V 10µF
ELECTC2031 ECA1CM470GB 16V 47µF
ELECTC2033 ECA1CM470GB 16V 47µF
ELECTC2034 ECA1CM471GB 16V 470µF
S.M.CAPC2035 ECJ2VB1H102K 50V 1nF
ELECTC2036 ECA1HM3R3GB 50V 3.3µF
S.M.CAPC2037 ECJ2VB1H102K 50V 1nF
S.M.CAPC2038 ECJ1VF1E104 25V 100nF
S.M.CAPC2039 ECJ1VF1E104 25V 100nF
S.M.CAPC2040 ECJ2FB1H104 50V 100nF
S.M.CAPC3001 ECJ1VC1H561J 50V 560pF
S.M.CAPC3002 ECJ1VC1H561J 50V 560pF
S.M.CAPC3003 ECJ1VC1H561J 50V 560pF
S.M.CAPC3004 ECJ1VC1H561J 50V 560pF
S.M.CAPC3005 ECJ1VC1H561J 50V 560pF
S.M.CAPC3006 ECJ1VC1H561J 50V 560pF
ELECTC3007 ECA1CM100GB 16V 10µF
ELECTC3008 ECA1CM100GB 16V 10µF
S.M.CAPC3016 ECJ1VC1H561J 50V 560pF
S.M.CAPC3020 ECJ1VC1H561J 50V 560pF
TERMINALS AND LINKS
A2-Z1 WIREA2-Z1 TXAJTA2ACPE A3-V1 WIREA3-V1 TXAJTA3ACPE 14P CONNECTORA4 K1KA14BA0051 A4-INVERTER WIREA4-INV TXAJTA14ACPE 9P CONNECTORA6 K1KA09AA0190 SCART SOCKETA9 350536400 15P CONNECTORA12 K1KA15AA0288 19P CONNECTORA13 K1KB19AA0087 20P CONNECTORA50 DF13A20DP125 A50-PANEL WIREA50-PAN TXJ/A50LNP HP JACKJK2350 K2HC103A0014 AV TERMINALJK3000 K1U411A00004 3P CONNECTORP1 K1KA03A00537 5P CONNECTORZ1 K1KA05BA0055 4P CONNECTORZ2 K1KA04BA0055 Z2-SPEAKER WIREZ2-SPK TXAJTZ2ACPE
SWITCHES
SWITCHSW800 ESB92DA1B SWITCHSW1070 EVQPC105K SWITCHSW1071 EVQPC105K SWITCHSW1072 EVQPC105K
SWITCHSW1073 EVQPC105K SWITCHSW1074 EVQPC105K
DIFFERENCES FOR MODEL TX--20LA5F
EXPLODED VIEW
A P.C.B.30 A-20LA5F MODEL LABEL31 TBM0E0479
INSTRUCTION BOOKS
GERMAN. TQB0E0184A-M DUTCH. TQB0E0184B-M ITALIAN. TQB0E0184C-M FRENCH. TQB0E0184D-M SPANISH. TQB0E0184E-M SWEDISH. TQB0E0184F-M DANISH. TQB0E0184K-M ENGLISH. TQB0E0184U-M
I.C.s
EAROM 24C32A10PU27IC1101 2600/2AF
DIFFERENCES FOR MODEL TX--20LA5P
EXPLODED VIEW
A P.C.B.30 A-20LA5P MODEL LABEL31 TBM0E0480
INSTRUCTION BOOKS
RUSSIAN. TQB0E0185L-M BULGARIAN. TQB0E0185M-M ROMANIAN. TQB0E0185N-M POLISH. TQB0E0185P-M HUNGARIAN. TQB0E0185Q-M CZECH. TQB0E0185R-M ENGLISH. TQB0E0185U-M UKRAINIAN. TQB0E0185Y-M
I.C.s
EAROM 24C32A10PU27IC1101 2600/2AP
18

SCHEMATIC DIAGRAMS FOR MODELS
TX-20LA5F, TX-20LA5P
(GLP2N CHASSIS)
NOTE
1. RESISTOR
All resistors are carbon ¼W resistor, unless marked otherwise.
Unit of resistance is OHM (Ω) (k=1,000, M=1,000,000)
2. CAPACITORS
All capacitors are ceramic 50V unless marked otherwise.
Unit of capacitance is µF unless otherwise stated.
3. COIL
Unit of inductance is µH, unless otherwise stated.
4. TEST POINT
Test Point Position
5. EARTH SYMBOL
Chassis Earth (Cold)
Line Earth (Hot)
6. VOLTAGE MEASUREMENT
Voltage is measured by a D.C. voltmeter.
Measurement conditions are as follows:
Power source a.c. 220V-240V, 50/60Hz
Receiving Signal Colour Bar signal (RF)
All customer controls Maximum position
7.
Indicates the Video signal path
Indicates the Audio signal path
These schematic diagrams are the latest at time of printing and are subject to change without notice.
REMARKS
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.
NOTE
1. The Power Supply 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.
IMPORTANT SAFETY NOTICE
Components identified by mark have special characteristics
important for safety. When replacing any of these components, use
only manufacturers' specified parts.
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