Panasonic TX-29PM1D / TX-29PM1F / TX-29PM1P Service Manual ▷ View online
Description
Cct Ref
Parts Number
Description
Cct Ref
Parts Number
CARBON
RA10
ERD25TJ680
0.25W
5%
68 Ω
CARBON
RA11
ERD25TJ750
0.25W
5%
75 Ω
CARBON
RA12
ERD25TJ102
0.25W
5%
1K Ω
CARBON
RA13
ERD25TJ222
0.25W
5%
2K2 Ω
CARBON
RA14
ERD25TJ220
0.25W
5%
22 Ω
CARBON
RA15
ERD25TJ750
0.25W
5%
75 Ω
CARBON
RA16
ERD25TJ750
0.25W
5%
75 Ω
CARBON
RA17
ERD25TJ103
0.25W
5%
10K Ω
CARBON
RA18
ERD25TJ332
0.25W
5%
3K3 Ω
CARBON
RA19
ERD25TJ750
0.25W
5%
75 Ω
CARBON
RA23
ERD25TJ220
0.25W
5%
22 Ω
CARBON
RA24
ERD25TJ222
0.25W
5%
2K2 Ω
CARBON
RA25
ERD25TJ102
0.25W
5%
1K Ω
CARBON
RA29
ERD25TJ101
0.25W
5%
100 Ω
CARBON
RA32
ERD25TJ680
0.25W
5%
68 Ω
CARBON
RA35
ERD25TJ750
0.25W
5%
75 Ω
CAPACITORS
ELECT
C102
ECEA1ES470
25V
47µF
CERAMIC
C103
ECCR1H102J
50V
1nF
CERAMIC
C104
ECCR1H102J
50V
1nF
ELECT
C106
ECEA1H220
50V
22µF
CERAMIC
C107
ECKR1H470
50V
47pF
CERAMIC
C108
ECKR1H470
50V
47pF
CERAMIC
C120
ECCR1H102J
50V
1nF
ELECT
C121
ECEA1H100
50V
10µF
ELECT
C122
ECEA1H100
50V
10µF
CERAMIC
C123
ECKC1H103J
50V
10nF
ELECT
C305
ECEA1ES221
25V
220µF
MYLAR
C313
CMXM2A104J
100V
100nF
ELECT
C315
ECA2AHG470
100V
47µF
CERAMIC
C320
CBXF1H104Z
50V
0.1µF
FILM
C350
CMXM2A683J
100V
68nF
MYLAR
C351
CMXM2A473J
100V
47nF
CERAMIC
C370
ECCR1H473J
50V
47nF
ELECT
C401
ECEA1H101
50V
100µF
FILM
C402
CMYH3C752J
1.6kV
7.5nF
MYLAR
C404
CMYH3C622J
1K6V
6200pF
FILM
C408
ECWF2364JBB
250V
360nF
ELECT
C412
ECEA2CS339
160V
3.3µF
MYLAR
C414
CMXM2A104J
100V
100nF
ELECT
C415
ECA2EM4R7B
250V
4.7µF
CERAMIC
C418
ECCR1H102J
50V
1nF
CERAMIC
C420
ECCR2H222J
500V
2.2nF
CERAMIC
C421
ECCR1H473J
50V
47nF
CERAMIC
C430
CCYR3D681K
2kV
680pF
FILM
C431
CMXB2G472J
400V
4.7nF
FILM
C440
ECQM4223JZB
400V
22nF
ELECT
C499
CEYD1H689W
50V
6.8µF
ELECT
C501
ECEA1CS470
16V
47µF
ELECT
C502
ECEA1CS470
16V
47µF
CERAMIC
C503
ECCR1H102J
50V
1nF
CERAMIC
C504
ECCR1H102J
50V
1nF
FILM
C505
CMXL1J224J
63V
0.22µF
FILM
C507
CMXL1J224J
63V
0.22µF
ELECT
C508
ECEA1CS470
16V
47µF
FILM
C509
CMXL1J224J
63V
0.22µF
ELECT
C510
ECEA1ES101
25V
100µF
CERAMIC
C511
ECCR1H102J
50V
1nF
CERAMIC
C512
CBZF1H104Z
50V
100nF
FILM
C513
CMXL1J224J
63V
0.22µF
CERAMIC
C514
ECCR1H102J
50V
1nF
FILM
C515
CMXL1J224J
63V
0.22µF
FILM
C516
CMXL1J224J
63V
0.22µF
ELECT
C517
ECEA1CS101
16V
100µF
CERAMIC
C518
CBXF1H104Z
50V
0.1µF
FILM
C519
CMXL1J224J
63V
0.22µF
ELECT
C520
ECEA1H100
50V
10µF
CERAMIC
C521
ECCR1H222J
50V
2.2nF
CERAMIC
C522
CBXF1H104Z
50V
0.1µF
CERAMIC
C523
ECCR1H102J
50V
1nF
FILM
C524
ECQB1682JFB
100V
6.8nF
ELECT
C525
ECEA1H479
50V
4.7µF
FILM
C526
CMXL1J224J
63V
0.22µF
ELECT
C527
ECEA1H100
50V
10µF
CERAMIC
C528
ECCR1H223J
50V
22nF
FILM
C529
ECQV1J154JM3
63V
150nF
CERAMIC
C530
ECKC1H101J
50V
100pF
CERAMIC
C531
ECKC1H103J
50V
10nF
CERAMIC
C532
ECCR1H102J
50V
1nF
CERAMIC
C533
ECCR1H102J
50V
1nF
ELECT
C534
ECEA1H229
50V
2.2µF
FILM
C535
ECQV1J474JMW
63V
470nF
FILM
C536
ECQV1J474JMW
63V
470nF
ELECT
C537
ECEA1H229
50V
2.2µF
ELECT
C538
ECEA1H229
50V
2.2µF
FILM
C539
CMXM2A332J
100V
3.3nF
MYLAR
C540
CMXL1J104J
63V
100nF
CERAMIC
C541
CBZF1H104Z
50V
100nF
ELECT
C542
ECEA1H100
50V
10µF
ELECT
C543
ECEA1H229
50V
2.2µF
CERAMIC
C544
CBZF1H104Z
50V
100nF
ELECT
C545
ECEA1H229
50V
2.2µF
CERAMIC
C546
CBZF1H104Z
50V
100nF
ELECT
C547
ECEA1H100
50V
10µF
ELECT
C548
ECEA1H100
50V
10µF
FILM
C549
ECQV1J474JMW
63V
470nF
CERAMIC
C550
ECKC1H103J
50V
10nF
CERAMIC
C551
CBZF1H104Z
50V
100nF
FILM
C552
ECQV1J474JMW
63V
470nF
FILM
C553
ECQV1J474JMW
63V
470nF
FILM
C554
ECQV1J474JMW
63V
470nF
CERAMIC
C555
ECCR1H102J
50V
1nF
CERAMIC
C556
ECCR1H102J
50V
1nF
CERAMIC
C557
CBZF1H104Z
50V
100nF
CERAMIC
C558
CBXF1H104Z
50V
0.1µF
ELECT
C560
ECEA1H229
50V
2.2µF
ELECT
C561
ECEA1H229
50V
2.2µF
ELECT
C563
ECEA1H100
50V
10µF
CERAMIC
C564
CBZF1H104Z
50V
100nF
CERAMIC
C565
CBZF1H104Z
50V
100nF
CERAMIC
C566
CBZF1H104Z
50V
100nF
ELECT
C567
ECEA1H100
50V
10µF
CERAMIC
C568
CBXF1H104Z
50V
0.1µF
ELECT
C569
ECEA1ES470
25V
47µF
FILM
C574
CMXL1J224J
63V
0.22µF
CERAMIC
C575
ECCR1H102J
50V
1nF
FILM
C576
CMXL1J224J
63V
0.22µF
ELECT
C577
ECEA1CS101
16V
100µF
CERAMIC
C578
CBZF1H104Z
50V
100nF
CERAMIC
C579
ECCR1H102J
50V
1nF
FILM
C581
CMXL1J224J
63V
0.22µF
ELECT
C582
ECEA1CS101
16V
100µF
CERAMIC
C587
ECCR1H102J
50V
1nF
CERAMIC
C589
ECKC1H472J
50V
4.7nF
CERAMIC
C590
CBZF1H104Z
50V
100nF
FILM
C591
CMXL1J224J
63V
0.22µF
CERAMIC
C592
ECKC1H103J
50V
10nF
ELECT
C602
ECEA1ES470
25V
47µF
ELECT
C603
ECEA1H228
50V
0.22µF
ELECT
C604
ECEA1ES102
25V
1000µF
CERAMIC
C608
ECCR1H222J
50V
2.2nF
CERAMIC
C609
ECCR1H222J
50V
2.2nF
13
Description
Cct Ref
Parts Number
Description
Cct Ref
Parts Number
ELECT
C625
ECEA1H479
50V
4.7µF
ELECT
C660
ECEA1H100
50V
10µF
FILM
C661
CMXM2A224J
100V
0.22µF
FILM
C662
CMXM2A224J
100V
0.22µF
CERAMIC
C665
ECCR1H472J
50V
4.7nF
CERAMIC
C666
CBXF1H104Z
50V
0.1µF
CERAMIC
C667
ECCR1H472J
50V
4.7nF
FILM
C668
CMXM2A224J
100V
0.22µF
FILM
C669
CMXM2A224J
100V
0.22µF
ELECT
C690
ECEA1H479
50V
4.7µF
ELECT
C691
ECEA1H479
50V
4.7µF
ELECT
C770
ECEA1CS101
16V
100µF
CERAMIC
C801
CL1UC3474M
250V
470nF
CERAMIC
C803
ECCR3A472J
1kV
4.7nF
CERAMIC
C804
ECCR3A472J
1kV
4.7nF
ELECT
C805
ECA2GM181B
400V
180µF
CERAMIC
C806
CCXR3A102K
1kV
1nF
ELECT
C807
ECEA1H109
50V
1µF
CERAMIC
C809
ECKC1H101J
50V
100pF
ELECT
C810
ECEA1H220
50V
22µF
MYLAR
C811
CMXM2A473J
100V
47nF
CERAMIC
C812
CH1BFE472M
400V
4.7nF
ELECT
C813
CEYF2E470V
250V
47µF
ELECT
C814
ECA2EM101
250V
100µF
CERAMIC
C820
CCYR3D221K
2kV
220pF
ELECT
C823
ECEA1ES471
25V
470µF
ELECT
C830
ECEA1H479
50V
4.7µF
ELECT
C831
ECEA1H330
50V
33µF
CERAMIC
C833
CCXB1H821K
50V
820pF
CERAMIC
C834
ECCR1H103J
50V
10nF
ELECT
C835
ECEA1ES470
25V
47µF
ELECT
C840
ECEA1CS332
16V
3300µF
ELECT
C844
ECEA1ES101
25V
100µF
ELECT
C861
ECEA1ES102
25V
1000µF
ELECT
C862
ECEA1ES101
25V
100µF
ELECT
C863
ECEA1CS101
16V
100µF
CERAMIC
C866
ECKC3A471J
1KV
470pF
CERAMIC
C901
ECCR1H221J
50V
220pF
ELECT
C905
ECA2EM4R7B
250V
4.7µF
CERAMIC
C965
ECKC3D102J
2KV
1nF
MYLAR
C968
CMXL2E104K
250V
100nF
ELECT
C997
ECA2EM100B
250V
10µF
CERAMIC
CA01
ECKC1H101J
50V
100pF
CERAMIC
CA02
ECKC1H101J
50V
100pF
CERAMIC
CA03
ECKC1H101J
50V
100pF
CERAMIC
CA04
ECKC1H101J
50V
100pF
CERAMIC
CA05
ECKC1H101J
50V
100pF
CERAMIC
CA06
ECKC1H101J
50V
100pF
CERAMIC
CA10
ECCR1H102J
50V
1nF
CERAMIC
CA28
ECCR1H102J
50V
1nF
TERMINALS AND LINKS
HEADPHONE SOCKET
JP01
4859102130
AV TERMINAL
JPA1
4859200401
AV TERMINAL
JPA2
4859200401
JACK PIN BOARD
JPA3
4859108450
SOCKET CRT
SCT1
4859303530
SWITCHES
SWITCH
SW700
5S50101Z90
SWITCH
SW701
5S50101Z90
SWITCH
SW702
5S50101Z90
SWITCH
SW703
5S50101Z90
SWITCH
SW704
5S50101Z90
SWITCH
SW801
5S40101143
RELAYS
RELAY
Y801
5SC0101003
DIFFERENCES FOR MODEL TX--29PM1D
EXPLODED VIEW
S/PLATE
16
DMP4502500
INSTRUCTION BOOKS
GERMAN
.
TQB0E0051A1M
ITALIAN
.
TQB0E0051C1M
FRENCH
.
TQB0E0051D1M
I.C.s
IC MICOM FLASH
I501
TDA21HD01-W
IC MEMORY
I502
X24C29PM1D
DIFFERENCES FOR MODEL TX--29PM1F
EXPLODED VIEW
S/PLATE
16
DMP4502600
INSTRUCTION BOOKS
GERMAN
.
TQB0E0052A1M
DUTCH
.
TQB0E0052B1M
FRENCH
.
TQB0E0052D1M
SPANISH
.
TQB0E0052E1M
SWEDISH
.
TQB0E0052F1M
NORWEGIAN
.
TQB0E0052G1M
FINNISH
.
TQB0E0052H1M
PORTUGUESE
.
TQB0E0052J1M
DANISH
.
TQB0E0052K1M
I.C.s
IC MICOM FLASH
I501
TDA21HD01-W
IC MEMORY
I502
X24C29PM1F
DIFFERENCES FOR MODEL TX--29PM1P
EXPLODED VIEW
S/PLATE
16
DMP4502700
INSTRUCTION BOOKS
BULGARIAN
.
TQB0E0053M1M
ROMANIAN
.
TQB0E0053N1M
POLISH
.
TQB0E0053P1M
HUNGARIAN
.
TQB0E0053Q1M
CZECH
.
TQB0E0053R1M
ENGLISH
.
TQB0E0053U1M
SLOVAKIAN
.
TQB0E0053W1M
I.C.s
IC MICOM FLASH
I501
TDA21HD01-E
IC MEMORY
I502
X24C29PM1P
14
SCHEMATIC DIAGRAMS FOR MODELS
TX-29PM1D, TX-29PM1F, TX-29PM1P
(CP-521F CHASSIS)
NOTE
1.
RESISTOR
All resistors are carbon ¼W resistor, unless marked otherwise.
Unit of resistance is OHM ( ) (k=1,000, M=1,000,000)
All resistors are carbon ¼W resistor, unless marked otherwise.
Unit of resistance is OHM ( ) (k=1,000, M=1,000,000)
2.
CAPACITORS
All capacitors are ceramic 50V unless marked otherwise.
Unit of capacitance is F unless otherwise stated.
All capacitors are ceramic 50V unless marked otherwise.
Unit of capacitance is F unless otherwise stated.
3.
COIL
Unit of inductance is H, unless otherwise stated.
Unit of inductance is H, unless otherwise stated.
4.
EARTH SYMBOL
Chassis Earth (Cold)
Line Earth (Hot)
5.
VOLTAGE MEASUREMENT
Voltage is measured by a d.c. voltmeter.
Measurement conditions are as follows:
Power source
Voltage is measured by a d.c. voltmeter.
Measurement conditions are as follows:
Power source
a.c. 220V-240V, 50Hz
Receiving Signal
Colour Bar signal (RF)
All customer controls
Maximum position
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.
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.
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.
only manufacturers' specified parts.
15
16
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