DOWNLOAD Panasonic TX-L32E30B / TX-L32E30Y / TX-L37E30B / TX-L37E30Y Service Manual ↓ Size: 14.94 MB | Pages: 70 in PDF or view online for FREE

A P.C.B.         

    18

A-L37E30Y

AC CORD          

    19

K2CQ2YY00089

BACK COVER       

    20

TKU0E7901

CABINET ASSY     

    21

TXFKY5Z0048

LCD PANEL        

    22

VVX37F115G00

LD P.C.B.        

    23

TNPA5377AC

MODEL LABEL      

    24

TBM0E2511

P P.C.B.         

    25

TZRNP01PNUE

PACKED STAND ASSY

    26

TBL5ZX0144

SIDE AV LABEL    

.

TBM0E2496

BOTTOM CUSHION   

BOTCUS TPD0E2171

CARTON           

CARTON TPC0EA06701

HEAT RUBBER_LD   

FK308

TMKK442

TOP CUSHION CENTER

TOPCUS1 TPD0E1166

TOP CUSHION      

TOPCUS2 TPD0E1165

GERMAN           

.

TQB0E2099A

DUTCH            

.

TQB0E2099B

ITALIAN          

.

TQB0E2099C

FRENCH           

.

TQB0E2099D

SPANISH          

.

TQB0E2099E

SWEDISH          

.

TQB0E2099F

NORWEGIAN        

.

TQB0E2099G

FINNISH          

.

TQB0E2099H

LITHUANIAN       

.

TQB0E2099I

PORTUGUESE       

.

TQB0E2099J

DANISH           

.

TQB0E2099K

BULGARIAN        

.

TQB0E2099M

ROMANIAN         

.

TQB0E2099N

LATVIAN          

.

TQB0E2099O

POLISH           

.

TQB0E2099P

HUNGARIAN        

.

TQB0E2099Q

CZECH            

.

TQB0E2099R

GREEK            

.

TQB0E2099S

TURKISH          

.

TQB0E2099T

ENGLISH          

.

TQB0E2099U

CROATIAN         

.

TQB0E2099V

SLOVAKIAN        

.

TQB0E2099W

CD               

.

TQB0E2099X

ESTONIAN         

.

TQB0E2099Z

DDR SDRAM        

IC8201

C3ABTY000026

NAND FLASH MEMORY     

IC8900

TVRS076AE

EEPROM STM       

IC8901

STML37E30Y

EEPROM LDA3      

IC8902

X24CL37E30Y

TRANSISTOR       

Q9500

B1MBCMA00001

SMD

JS0054

D0GAR00J0005

.063W

5%

0 Ω

SMD

JS0055

D0GAR00J0005

.063W

5%

0 Ω

SMD

R9502

D1BD3R30A066

.125W

1%

3R3 Ω

SMD

R9503

D1BD3R30A066

.125W

1%

3R3 Ω

SMD

R9513

D1BA1822A014

.063W

1%

18K2 Ω

SMD

R9539

D0GAR00J0005

.063W

5%

0 Ω

SMD

R9702

D0GBR00J0004

0.1W

5%

0 Ω

S.M.CAP

C9509

F1J1H182A721

50V

   

1.8nF

S.M.CAP

C9510

F1J1H182A721

50V

   

1.8nF

A02-P2 WIRE      

A02-P2

TXJA02PMUE

A10-KA10 WIRE    

A10-KA10 TXJA10PMUE

A12-SPK WIRE     

A12-SP

TXJA12PMUE

LVDS FFC         

A15-CN5 TSXM421

P4-LD4 WIRE      

P4-LD4

TXJP04PMUE

RTL

RTL

RTL

X

 

1. RESISTOR 

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. 

3. COIL 

Unit of inductance is 

H, 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                     220V-240V AC, 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. 
 

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. 
 

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. 
 

Components identified by     mark have special characteristics 
important for safety. When replacing any of these components, use 
only manufacturers' specified parts.