7545347 Panasonic TC20RM10LP Chasis GP31 Service Manual

Service ManualOrder DCS - JUL2005 - 003 - MS

TELEVISOR

Power source

Consumption

Antenna input jack

Color system

Tuning system

Channel capability

Picture Tube

Audio Output

AV Terminals

Dimension (LxAxP)

Weight

REMOTE CONTROL TRANSMITER:Model: TNQ2B2502-1Power source: 3V (2 AA type batteries)Infrared Length: 9500 Å (angstron)

SUPPLIED ACCESSORIES:• 1 Remote Control Transmitter• 1 300Ω/75Ω Adaptor Ballum• 2 “AA” type batteries• 1 internal antenna

Specifications

TC-20RM10LP

127V / 220V AC, 50/60Hz

AC AUTO61W

75Ω - VHF/UHF/CATV

PAL-M / NTSC / PAL-N

(FST)

VHF: 2 ~13UHF: 14 ~ 69CATV: 1 ~ 125

PANABLACK20” CRT, 51cm (NBR5258)48cm Measured diagonally

13 W max (PMPO)

1 (rear)

514 x 468x 461mm

17,0 Kg

© 2005 Panasonic da Amazônia S/A.CS DivisionTechnical Support

Color Television

TC-14RM10LP

127V / 220V AC, 50/60Hz

AC AUTO51W

75Ω - VHF/UHF/CATV


(FST)

VHF: 2 ~13UHF: 14 ~ 69CATV: 1 ~ 125


8 W max (PMPO)

1 (rear)

370 x 352 x 372 mm

9,6 Kg

TC-20RA10LP

127V / 220V AC, 50/60Hz

AC AUTO61W

75Ω - VHF/UHF/CATV


(FST)

VHF: 2 ~13UHF: 14 ~ 69CATV: 1 ~ 125


13 W max (PMPO)

1 (front), 1 (rear) 1 (Head Phone)

514 x 468x 461mm

17,0 Kg

TC-14RM10LP

TC-20RM10LP

TC-20RA10LP

GP31 Chassis

- 2 -

TC-14RM10LP/ TC-20RM10LP/ TC-20RA10LP

ABOUT LEAD FREE SOLDER (PBF) ...................................................... 3

SUGGESTED PBF SOLDER .................................................................. 3

HOW TO RECOGNIZE THAT PB FREE SOLDER IS USED ....................... 3

OPERATING INSTRUCTIONS ................................................................. 4

IC601 - PINOUT .................................................................................... 5

IC VOLTAGE TABLES ........................................................................... 6

IC601 - BLOCK DIAGRAM .................................................................... 7

GP31 CHASSIS FEATURE SUMMARY .................................................. 8

DAC CONTROL FOR GP31 CHASSIS FUNCTIONS AND ADJUSTMENTS ....... 9

HOW TO RESET THE UNIT (SELF CHECK) ............................................. 9

HOW TO ENTER IN THE SERVICE MODE ............................................... 9

CHK1 MODE - OPTIONS ....................................................................... 9

CHK2 MODE - VCJ ADJUSTMENTS ..................................................... 10

CHK3 MODE - PINCUSHION ADJUSTMENTS ....................................... 10

CHK4 MODE - WHITE BALANCE ADJUSTMENTS ............................... 10

TEST AND MEASUREMENT EQUIPMENTS ........................................... 10

EEPROM MEMORY MAPS .................................................................... 11

ADJUSTMENTS ..................................................................................... 13

SCHEMATICS DIAGRAMS ..................................................................... 18

CRT P.C.B. ............................................................................................ 18

MAIN P.C.B. SCHEMATIC DIAGRAM ................................................... 19

MAIN P.C.B. CIRCUIT LAYOUT ............................................................. 20

SIGNAL WAVEFORM ............................................................................ 21

EXPLODED VIEW .................................................................................. 25

REPLACEMENT MECHANICAL PARTS LIST ........................................ 26

REPLACEMENT ELECTRICAL PARTS LIST .......................................... 27

General Guidelines

An Isolation Transformer should always be used during the servicing

of a receiver whose chassis is not isolated from the AC power line.

Use a transformer of adequate power rating as this protects the

technician from accidents resulting in personal injury from electrical

shocks. It will also protect the Receiver from being damaged by

accidental shorting that may occur during servicing.

When servicing, observe the original lead dress, especially in the high

voltage circuit. Replace all damaged parts (also parts that show signs

of overheating.)

Always Replace Protective Devices, such as fishpaper, isolation

resistors and capacitors, and shields after servicing the Receiver.

Use only manufacturer’s recommended rating for fuses, circuit

breakers, etc.

High potentials are present when this Receiver is operating. Operation

of the Receiver without the rear cover introduces danger from electrical

shock. Servicing should not be performed by anyone who is not

thoroughly familiar with the necessary precautions when servicing

high-voltage equipment.

Extreme care should be practiced when Handling the Picture Tube.

Rough handling may cause it to implode due to atmospheric pressure

(14.7 lbs per sq. in). Do not sick or scratch the glass or subject it to

any undue pressure. When handling, use safety goggles and heavy

gloves for protection. Discharge the picture tube by shorting the anode

to chassis ground (not to the cabinet or to other mounting hardware).

When discharging, connect cold ground (i.e. dag ground lead) to the

anode with a well insulated wire or use a grounding probe.

Avoid prolonged exposure at close range to unshielded areas of the

picture tube to prevent exposure to X-ray radiation.

The Test Picture Tube used for servicing the chassis at the bench

should incorporate safety glass and magnetic shielding. The safety

glass provides shielding for the tube viewing area against X-ray radiation

as well as implosion. The magnetic shield limits X-ray radiation around

the bell of the picture tube in addition to restricting magnetic effects.

When using a picture tube test jig for service, ensure that the jig is

capable of handling 31kV without causing X-ray radiation.

Before returning a serviced receiver to the owner, the service

technician must thoroughly test the unit to ensure that is completely

safe to operate. Do not use a line isolation transformer when testing.

Important Safety NoticeSpecial components are used in this television set which are important for safety. These parts are identified on the schematicdiagram by the symbol . It is essential that these critical parts are replaced with the manufacturer’s specified replacementparts to prevent X-ray radiation, shock, fire or other hazards. Do not modify the original design without manufacturer’s permission.

!

Warning !It is essential that these critical parts are replacedwith the manufacturer’s specified replacement partsto prevent X-ray radiation, shock, fire or other haz-ards.

!

Contents

- 3 -


ABOUT LEAD FREE SOLDER (PbF)

Note:In the information below, Pb, the symbol for lead in the periodic table of elements, will refer to standard solder or solder thatcontains lead.We will use PbF solder when discussing the lead free solder used in our manufacturing process which is made from Tin (Sn),Silver, (Ag), and Copper, (Cu).This model, and others like it, manufactured using lead free solder will have PbF stamped on the PCB. For service and repairwork we suggest using the same type of solder although, with some precautions, standard Pb solder can also be used.

Caution• PbF solder has a melting point that is 50° ~ 70° F, (30° ~ 40°C) higher than Pb solder. Please use a soldering iron with

temperature control and adjust it to 700° ± 20° F, (370° ± 10°C).In case of using high temperature soldering iron, please becareful not to heat too long.

• PbF solder will tend to splash if it is heated much higher than its melting point, approximately 1100°F, (600°C).• If you must use Pb solder on a PCB manufactured using PbF solder, remove as much of the original PbF solder as possible

and be sure that any remaining is melted prior to applying the Pb solder.• When applying PbF solder to double layered boards, please check the component side for excess which may flow onto the

opposite side (See figure, below).

SUGGESTED PbF SOLDERThere are several types of PbF solder available commercially. While this product is manufactured using Tin, Silver, and Copper,(Sn+Ag+Cu), you can also use Tin and Copper, (Sn+Cu), or Tin, Zinc, and Bismuth, (Sn+Zn+Bi). Please check the manufacturer’s specific instructions for the melting points of their products and any precautions for using their product with othermaterials.The following lead free (PbF) solder wire sizes are recommended for service of this product: 0.3mm, 0.6mm and 1.0mm.

HOW TO RECOGNIZE THAT PB FREE SOLDER IS USEDP.C.Boards marked as “PbF” use Pb Free solder. (See the figure below.) Pb Free is not used the Power Supply Board of thisunit.(Example : Digital Board)

CN612

18

E

L659

L661

L660

IC605

R70

L619

L618

C667

R708

L630

R611

F605

R736

L620

L621

R723

R613

R610

C717

C731

C694

L655

L643

L604

L606

L605

R767

R769

R768

L656

L657

S

CH

Q609

75

51

50

2625

1

76

100

C738

C668

RA610

RA609

D602

J600

8

1

9

IC610

Q613

C726

D607

D608

R737

E Q620

16

L624L625L626

L658

L653L654

L642

C666

BAT600

PFUP1330YA PbF

RA602

C672

C728

+24V

+3.3V/BAT

25

DIGITAL BOARD COMPONENT VIEW

Marked

- 4 -


OPERATING INSTRUCTIONS

Pa

na

so

nic

u e

12

3

45

6

78

9

0R

-TU

NE

WA

KE

UP

TV

/AV

CC

PIC

ME

NU

MA

IN M

EN

U

PO

WE

R

TIM

ER

MU

TE

TV

/AV

RE

CA

LL

NO

RM

ALI

ZAT

ION

PIC

ME

NU

VO

LUM

EA

ND

ME

NU

NAV

IGAT

ION

CH

AN

NE

LSK

EY

BO

AR

D F

OR

DIR

EC

T S

ELE

CT

ION

WA

KE

UP

R-T

UN

E

CLO

SE

D C

AP

TIO

N

MA

IN M

EN

U

CH

AN

NE

LSS

ELE

CT

ION

AN

DM

EN

U N

AVIG

ATIO

NV

OL?

VO

L+

CH

CHN

Rem

ote

C

ontr

ol

TC-1

4RM

10LP

/

TC

-20RM

10LP

/ T

C-2

0RA

10LP

REM

OTE C

ON

TRO

L

AU

DIO

VID

EO

AV IN

ME

NU

TV

/AV

–+

Ant

enna

inpu

t jac

kA

udio

/Vid

eoin

put j

ack

Pow

ersw

itch

Rem

ote

cont

rol

sens

orM

EN

U b

utto

nIn

dica

tion

light

(ON

/STA

ND

BY

)

TV

/AV

but

ton

Cha

nnel

but

tons

( )

(

)

Volu

me

butto

ns(–

) (+

)

(on

ly fo

rT

C-2

0RA

10L

P)

VID

EO

AU

DIO

Fro

nt V

iew

Rea

r V

iew

LO

CATIO

N O

F C

ON

TRO

LS

- 5 -


P3.1/ADC1 1 port 3.1 or ADC1 input



VSSC/P 4 digital ground for m-Controller core and periphery

P0.5 5 port 0.5 (8 mA current sinking capability for direct drive of LEDs)

P0.6/CVBSTD 6 port 0.6 (8 mA current sinking capability for direct drive of LEDs) or Composite video input. A positive-going

VSSA 7 digital ground of TV-processor

SECPLL 8 SECAM PLL decoupling

VP2 9 2nd supply voltage TV-processor (+8V)

DECDIG 10 supply voltage decoupling of digital circuit of TV-processor

PH2LF 11 phase-2 filter

PH1LF 12 phase-1 filter

GND3 13 ground 3 for TV-processor

DECBG 14 bandgap decoupling

AVL 15 Automatic volume levelling

VDRB 16 vertical drive B output

VDRA 17 vertical drive A output

IFIN1 18 IF input 1

IFIN2 19 IF input 2

IREF 20 reference current input

VSC 21 vertical sawtooth capacitor

AGCOUT 22 tuner AGC output

NC 23 Not connected

NC 24 Not connected

GND2 25 ground 2 for TV processor

SNDPLL 26 narrow band PLL filter

IC 27 Inter nally connected

AUDIO2 28 audio 2 input

AUDIO3 29 audio 3 input

HOUT 30 horizontal output

FBISO 31 flyback input/sandcastle output

DECSDEM 32 decoupling sound demodulator

AUDEEM 33 Deemphasis (front-end audio out)

EHTO 34 EHT/overvoltage protection input

PLLIF 35 IF-PLL loop filter

IC SIF AGC 36 AGC Sound

IC 37 Internally connected

IFVO/SVO 38 IF video output / selected CVBS output

VP1 39 main supply voltage TV processor

CVBS1 40 internal CVBS input

GND 41 ground for TV processor

CVBS2 42 external CVBS2 input

GND 43 ground for TV-processor

CVBS3/Y 44 CVBS3/Y input

C 45 chroma input

WHSTR 46 white stretch capacitor

CVBSO 47 CVBS output

AUDOUT 48 Audio output

NC 49 Not connected

INSSW2 50 2nd RGB / YUV insertion input

R2/VIN 51 2nd R input / V (R-Y) input / PR input

G2/YIN 52 2nd G input / Y input

B2/UIN 53 2nd B input / U (B-Y) input / PB input

BCLIN 54 beam current limiter input

BLKIN 55 black current input / V-guard input

RO 56 Red output

GO 57 Green output

BO 58 Blue output

VDDA 59 analog supply of Teletext decoder and digital supply of TV-processor (3.3 V)

Symbol Pin Description

IC601 - PINOUT

- 6 -


Pin Voltage1 3,32 5,03 1,84 05 4,56 07 08 2,39 8,010 5,011 3,212 4,013 014 4,015 0,216 1,317 1,318 1,919 1,920 4,021 3,822 023 024 025 026 027 2,528 3,729 3,730 0,631 0,632 2,233 3,134 1,635 1,536 2,437 1,538 2,839 8,040 3,6

IC601 - PINOUT

Pin Voltage41 042 3,843 044 3,345 046 3,547 3,048 3,349 050 2,551 2,552 2,553 2,554 2,055 5,356 4,057 3,858 3,859 3,360 061 3,362 063 1,664 1,665 066 3,367 3,368 5,069 5,070 3,271 072 5,073 074 0,275 076 077 078 079 080 0

IC601Pin Voltage1 0,3V2 0,14V3 -12V4 -14V5 0V6 15V7 3V

IC451Pin Voltage1 187V3 0,5V4 22,5V5 0,1V6 1,3V7 0,5V

IC801

Pin Voltage1 11,5V2 5V3 0V4 5V5 2,8V6 1,5V7 0V8 0V9 0,5V

IC2301Pin Voltage1 5V2 0V3 1,27V4 3,3V5 0V6 5V

IC1201

Pin Voltage1 141V2 9V3 0V

IC802Pin Voltage1 10,4V2 5V3 0V

IC880

VPE 60 OTP Programming Voltage

VDDC 61 digital supply to core (3.3 V)

OSCGND 62 oscillator ground supply

XTALIN 63 crystal oscillator input

XTALOUT 64 crystal oscillator output

RESET 65 reset

VDDP 66 digital supply to periphery (+3.3 V)

P1.0/INT1 67 port 1.0 or external interrupt 1 input

P1.1/T0 68 port 1.1 or Counter/Timer 0 input

P1.2/INT0 69 port 1.2 or external interrupt 0 input

P1.3/T1 70 port 1.3 or Counter/Timer 1 input

P1.6/SCL 71 port 1.6 or I2C-bus clock line

P1.7/SDA 72 port 1.7 or I2C-bus data line

P2.0/TPWM 73 port 2.0 or Tuning PWM output

P2.1/PWM0 74 port 2.1

P2.2/PWM1 75 port 2.2

P2.3/PWM2 76 port 2.3

P2.4/PWM3 77 port 2.4

P2.5/PWM4 78 port 2.5

SYNC FILTER 79 Sync Filter


IC VOLTAGE TABLES

Pin Voltage1 10,7V2 10,7V3 3,3V4 0V5 3,1V6 8V7 5V

IC851

All voltage measurements were made in POWER ON mode, with 127V 60Hz powersource and Color Bars Video Pattern.

Symbol Pin Description

- 7 -


IC601 - BLOCK DIAGRAM

SO

UN

DT

RA

P

TU

NE

RA

GC

+8V

HO

UT

V-D

RIV

E

RO

GO

BO

BC

LIN

BLK

IN

CV

BS

3/Y

SIF

IN

AUDOUT

C

SD

AS

CL

VIS

ION

IFP

LL D

EM

OD

.

AG

C/A

FC

VID

EO

AM

P.

VID

EO

SW

ITC

H

VID

EO

IDE

NT

.

VID

EO

FIL

TE

RS

PA

L/S

EC

AM

/NT

SC

DE

CO

DE

R

DE

EM

PH

AS

ISA

UD

IO S

WIT

CH

AV

LV

OLU

ME

CO

NT

RO

L

BA

SE

-BA

ND

DE

LAY

LIN

E

H/V

SY

NC

SE

P.

H-O

SC

. + P

LL

H-D

RIV

E

2nd

LOO

P

H-S

HIF

T

V-D

RIV

E +

CO

NT

R/B

RIG

HT

N

OS

D/T

EX

T IN

SE

RT

CC

CW

HIT

E-P

. AD

J.

80C

51 C

PU

I2C

-BU

ST

RA

NS

CE

IVE

R

RO

M/R

AM

TE

LET

EX

T

AC

QU

ISIT

ION

1/10

PA

GE

ME

MO

RY

TE

LET

EX

T/O

SD

DIS

PLA

Y

RG

BB

L

Y U V

HV

RE

F

EN

HA

NC

ED

VS

T P

WM

-DA

C

VST OUT

I/O P

OR

TS

I/O PORTS (4x)

+3.3

V

RESET

LED OUT (2x)

ADC IN (4x)

VPE

EW

GE

OM

ET

RY

GE

OM

ET

RY

EH

TO

(EW

D)

R/V

G/Y

B/U

BL

RG

B/Y

UV

INS

ER

T

RG

B

RE

F

CV

BS

SY

NC

H V

CO

R

SA

TU

RA

TIO

N

LUM

A D

ELA

Y

PE

AK

ING

BLA

CK

ST

RE

TC

H

QS

S S

OU

ND

IF

AG

C

QS

S M

IXE

R

AM

DE

MO

DU

LTO

R

SO

UN

D P

LL

CV

BS

2VIF

IN

CV

BS

O

QSSO/AMOUT

PWMS(4X)

WH

ITE

ST

RE

TC

H

BLU

E S

TR

ET

CH

AUDIO2

AUDIO3

AUDEEM

(AVL)

(SNDIF)

VM

OU

T

VM

OU

T

IFV

O

TIN

T C

ON

TR

OL

Y

- 8 -


GP31 CHASSIS FEATURE SUMMARY

REFERENCE VOLTAGE

+B VOLTAGE

Sound confirmation

PAL color output

NTSC color output

Anode (EHT) voltage

Memory Data

140 ± 1,5V

8 ±1V

5 ±1V

175 ±1V

0.5 Vp-p

2.25 ±0.1Vo-p

2.25 ±0.5Vo-p

2.5 ±0.5Vo-p

TC-14RM10LP

24.5 +0.7 (kV)

24.5 -1.5 (kV)

TC-20RM10LP

TC-20RA10LP

26.5 +0.7 (kV)

26.5 -1.5 (kV)

002

007

009

010

008

CONTENTS REFERENCE TEST POINT

TPA10

TPA8

TPA9

TPA21

Between A22-1 and A22-3

or A22-2 and A22-4

TPL2

TPL1

TPL1

CRT

ANODE

POINTS

D

C

C

SPECIFICATIONS

[A]=C0H, [B]=00H, [C]=00H, [D]=B3H, [E]=04H, [F]=04H, [G]=00H, [H]=01H

CHASSIS : GP31

MODEL : TC-14RM10LP, TC-20RM10LP and TC-20RA10LP

SYSTEM : (PAL-M/PAL-N/NTSC) (PAL-M 50Hz)

POWER SOURCE : AC automatic power switching 127/220V, 50/60Hz

MEMORY : 125 positions

TV TUNING RANGE : 181 channels (TV / CATV)

OSD LANGUAGE : Spanish , Portuguese and English

AUDIO SYSTEM : Mono

VERTICAL MAGNETIC FELD : -0.15 ±0.03 (PANALAT)

COLOR TEMPERATURE : (High Light) x= 0.275 ± 0.01, y=0.284 ± 0.01, Y=150 (nit))

(Low Light) x= 0.273 ± 0.01, y=0.283 ± 0.01, Y=7.0 (nit)

- 9 -


DAC CONTROL FOR GP31 CHASSIS FUNCTIONS AND ADJUSTMENTS

CHK1 MODE TABLE

Standard values

OPTION1OPTION2OPTION3OPTION4OPTION5OPTION6OPTION7OPTION8

OPTION4

CHK1 MODE - OPTIONSOn CHK1 mode it is possible to adjust the items of the table shown here.Note:To select an option, type “4” to move forward and “3” to move back.After having selected the desired option, adjust it by pressing the “VOL(_)” or “VOL(+)”keys.Press “0” to memorize the adjustment.

Observation:Values of CHK1 table in should be programed, exactly as described in the tableshown here.

HOW TO RESET THE UNIT (SELF CHECK)To reset the unit, press simultaneously “VOLUME (–)” on the front panel and “TIMER” on the remote control.

HOW TO ENTER IN THE SERVICE MODE:1. Adjust “OFF TIMER” to 30 minutes.

Press simultaneously “VOLUME (–)” on the front panel and “RECALL” on the remote control to enter “SERVICEMODE”.After a couple of seconds, the expression “CHK1” should appear on the right superior side of the TV screen.

2. To change to memory data, press ”MUTE” and ”VOLUME(_)” simultaneously while the OSD is still on CHK1 mode.

3. Press key “2” to move forward and “8” to move backward each page (8h positions) in the memory.Exemple: Memory position is 100. After pressing “2” the cursor will go to position 0F8 and after pressing “8” the cursorwill go to position 108 .

4. Press “4” and “6” to move to right or left.

5. Press “CH(+)” e “CH(–)” to move for blocks.Example: Initial memory position is 000. By pressing “CH(+)” cursor will go to position 100, pressing it once again thecursor will go to position 200. The key “CH(–)” does the inverse move.

6. To change values in the memory, press “VOLUME(+)” to increase and ”VOLUME(_)” to decrease.

7. After data adjustment, OSD will change to RED color. Press “0” to memorize the adjustment and the OSD will change toGREEN color.

NOTE:To alter from CHK1 mode to CHK2, CHK3 or CHK4 mode, press key “2” to move forward and key “1” to move back, asilustrad below.

For TC-20RA10LP only

C00000B304040001

33

Turn Off

NORMAL MODE SERVICE MODE

OPTION CODESETTING

“2”

“1”

VCJADJUSTMENT

CHK1 “2” “2”

“1” “1”

PINCUSHIONADJUSTMENT

WHITE BALANCEADJUSTMENT

CHK2 CHK3 CHK4

- 10 -


CHK2 MODE TABLE

Standard values

231005028502850

RF AGCCONTRASTCOLOURSUB COLOURTINTSUB NTSC-TINTBRIGHT

CHK3 MODE TABLE

Standard values

32374345

V-SLOPEV-SHIFTV-AMPH-SHIFT

CHK4 MODE TABLE

Standard values

28305030

100113331352

R-CUTG-CUTBRIGHTSUB-BRIGHTCONTRASTSUB- CONTRASTR-DRIVEG-DRIVEB-DRIVERGB-CONTRAST

CHK2 MODE - VCJ ADJUSTMENTSOn CHK2 mode it is possible to adjust the items of the table shown here.Note:To select an item, type “4” to move forward and “3” to move back.After having selected the desired option, adjust it by pressing the “VOL(_)” or“VOL(+)” keys. The OSD color will change for red.

CHK3 MODE - PINCUSHION ADJUSTMENTSOn CHK3 mode it is possible to adjust the items of the table shown here.Note:To select an item, type “4” to move forward and “3” to move back.After having selected the desired option, adjust it by pressing the “VOL(_)” or“VOL(+)” keys. The OSD color will change for red.

CHK4 MODE - WHITE BALANCE ADJUSTMENTSOn CHK4 mode it is possible to adjust the items of the table shown here.Note:To select an item, type “4” to move forward and “3” to move back.After having selected the desired option, adjust it by pressing the “VOL(_)” or“VOL(+)” keys. The OSD color will change for red.

Observation:The values of the tables CHK2, CHK3 and CHK4 are average values and they can vary, the values described here arereference values.

TO EXIT SERVICE MODE AND RETURN TO NORMAL MODETo exit SERVICE MODE, turn off or reset (SELF CHECK) the television.

TEST AND MEASUREMENT EQUIPMENTS

To execute all these electrical adjustments, the following equipment are required:• (TV Multi-Channel Sound Modulator (U.S.A.))• Plastic Tip Driver and Non-Metal Driver• Isolation Transformer (Variable)• Degaussing Coil• White Pattern Generator• Audio Generator

• Dual-Trace OscilloscopeVoltage Range: 0.001 V to 50 V/Div.Frequency Range: DC to 50 MHzProbes: 10:1, 1:1

• NTSC Video Pattern Generator• DVM (Digital Volt Meter)• MTS/SAP Signal Generator

ADJUSTMENTS

- 11 -


EEPROM MEMORY MAPS

TABLE 0

0 1 2 3 4 5 6 7 8 9 A B C D E F

0 00 00 06 01 00 06 02 00 06 03 00 06 04 00 06 05

1 00 06 06 00 06 07 00 06 08 00 06 09 00 06 0A 00

2 06 0B 00 06 0C 00 06 0D 00 06 0E 00 06 0F 00 06

3 10 00 06 11 00 06 12 00 06 13 00 06 14 00 06 15

4 00 06 16 00 06 17 00 06 18 00 06 19 00 06 1A 00

5 06 1B 00 06 1C 00 06 1D 00 06 1E 00 06 1F 00 06

6 20 00 06 21 00 06 22 00 06 23 F6 06 24 00 06 25

7 00 06 26 00 06 27 00 06 28 00 06 29 00 06 2A 00

8 06 2B 00 06 2C 00 06 2D 00 06 2E 00 06 2F 00 06

9 30 00 06 31 00 06 32 00 06 33 F6 06 34 00 06 35

A 00 06 36 00 06 37 00 06 38 00 06 39 00 06 3A 00

B 06 3B 00 06 3C 00 06 3D 00 06 3E 00 06 3F 00 06

C 40 00 06 41 00 06 42 00 06 43 00 06 44 00 06 45

D 00 06 46 00 06 47 00 06 48 00 06 49 00 06 4A 00

E 06 4B 00 06 4C 00 06 4D 00 06 4E 00 06 4F 00 06

F 50 00 06 51 00 06 52 00 06 53 00 06 54 00 06 55

COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

TABLE 1

0 1 2 3 4 5 6 7 8 9 A B C D E F

0 00 06 56 00 06 57 00 06 58 00 06 59 00 06 5A 00

1 06 5B 00 06 5C 00 06 5D 00 06 5E 00 06 5F 00 06

2 60 00 06 61 00 06 62 00 06 63 09 06 64 00 06 65

3 00 06 66 00 06 67 00 06 68 00 06 69 00 06 6A 00

4 06 6B 00 06 6C 00 06 6D 00 06 6E 00 06 6F 00 06

5 70 00 06 71 00 06 72 00 06 73 00 06 74 00 06 75

6 00 06 76 00 06 77 00 06 78 00 06 79 00 06 7A 00

7 06 7B 00 06 7C 00 06 7D 00 06 FF FF FF FF FF FF

8 7F AE FD BB F7 DF B7 F5 FF DE FD 7E F5 DD 7F DB

9 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

A 06 06 FF FF 00 00 00 00 00 00 01 02 01 02 03 04

B 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

C 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

D 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

E 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

F 00 00 00 00 00 00 FF FF 00 00 00 00 00 00 00 00

COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

COLUMN

- 12 -


TABLE 2

0 1 2 3 4 5 6 7 8 9 A B C D E F

0 07 00 A5 5A 01 02 01 01 00 08 00 04 FF 00 01 00

1 00 00 00 00 00 00 FF FF FF FF FF FF FF FF FF FF

2 00 00 00 00 0F 0E 00 00 00 00 FF 16 00 00 00 00

3 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

4 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

5 32 32 32 64 4B 32 32 32 4B 44 2D 32 32 41 32 32

6 FF FF FF FF FF FF FF 14 FF FF FF FF 1A 1F FF FF

7 00 00 2B 13 13 13 37 37 37 37 70 02 03 02 00 00

8 32 32 32 64 *1 32 32 32 4B 44 2D 32 32 4B 32 FF

9 FF FF FF FF FF FF FF FF FF FF FF FF FF FF 00 00

A 00 FF FF FF 00 00 00 FF FF FF 00 00 00 FF FF 02

B 03 19 15 02 00 09 0C 3F 1C FF FF FF FF FF FF 02

C FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF

D 0C 54 0E 04 20 0D FF 01 00 03 FF FF FF FF FF FF

E FF FF FF FF FF FF FF FF C0 00 00 B3 04 00 00 01

F FF FF 2A 1E 0F 1F FF FF FF FF FF FF FF A5 3F A5

COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

TABLE 3

0 1 2 3 4 5 6 7 8 9 A B C D E F

0 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF

1 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF

2 FF FF FF FF FF FF FF FF FF FF 22 88 *1 20 23 21

3 FF 29 1E 26 17 1A 0F 21 2B 12 14 19 20 19 1F 1F

4 25 FF 0C 00 FD 00 1F 25 80 00 2A 00 35 20 30 21

5 02 48 12 44 00 80 34 01 FE 00 08 00 FD 01 00 00

6 01 FE 1B 12 18 19 00 00 00 00 00 00 00 00 00 00

7 00 00 00 00 00 00 00 00 00 06 00 00 00 00 00 00

8 00 00 00 00 00 00 00 00 08 11 0C 0C 08 0C 0C 00

9 09 00 00 00 00 00 00 0A F8 00 00 00 00 00 00 03

A 01 03 02 03 03 00 34 *2 *3 2F 20 63 03 16 03 00

B CA 49 4B 02 31 00 00 FF FD 04 00 01 FC F8 FE F2

C FF 07 4F 41 00 FE FE 0E 0F 0E 0D 0E 0C 00 00 00

D 05 0A 01 00 FE FE 00 00 00 F7 00 F0 01 FF FF FF

E FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF

F FF FF FF FF FF FF FF FF FF FF 20 FF FF FF FF FF

COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN COLUMN

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

LINE

COLUMN COLUMN

14´´ 20´´

*1 12 28

*2 12 28

*3 12 28

14´´ 20´´

*1 32 3C

- 13 -


ADJUSTMENTS

ITEM / PREPARATION PROCEDURE

2- VIF DETECTOR OUTPUT LEVEL CONFIRMATION CONFIRMATION:

1. Install the chassis in the VIF calibration JIG and tune in a63 dBU colorbar pattern (75Ω opened).

2. Connect the oscilloscope in TPA31.3. Confirm that the output video sign is 1.05 ± 0.15 Vp-p in

TPA 31.

3- BUZZING CONFIRMATION (AUDIO CIRCUIT)

1. Connect the oscilloscope with a 7kHz filter between A22-2 and A22-3 speakers terminals .Ajustar VOLUME=máximo.

2. Para modelos MONO:AVL=desligado.

CONFIRMATION:

1. Supply a colorbar signal with local frequency adjustedand the AFC ON (Channel with sound bearer and withoutmodulation).

2. Assure that the width in the buzzing waveform is smallerthan 500 m Vp-p.

1- RF AGC ADJUSTMENT

1. Supply a color bar PHILIPS pattern and adjust the RFinput signal of 69 dB mV (75W opened channel 7 RFfreq.: 175.25 MHz).

2. Connect the digital multimeter in TPA15.

ADJUSTMENT:

1. Select “RF AGC” on “CHK2” service mode.2. Adjust "RF AGC" by pressing VOL(+) or (-) until obtaining

2.2±0.1V in TPA15.3. Increase the input level by +2 dB and confirm that the

voltage decreases in TPA15.

CONFIRMATION

1. Connect a voltage meter between TPA10 and ground.Confirm that the voltage +B is within a range of 140.5V±1.5V

2. Connect a high frequency voltage meter (VRMS) amongthe heater, and confirm that the voltage is according tothe table below:

3. Connect the high voltage meter in the CRT anode pin,and confirm that the high voltage is be among 25,2~23KVfor 14” CRT and 27,2~25KV for 20" CRT .

4- ANODE AND HEATER VOLTAGE CONFIRMATION

1. Supply a crosshatch signal.2. Adjust the current beam to zero. (0 beam).3. Adjust “SCREEN VR” and “CONTRAST” to minimum.

Note:(When using a high voltage meter resistive type, it isnecessary to use an electrostatic meter type to verify thevalues) 14" SAMSUNG

14" PHILIPS A34EAK01X 6,15 ± 0,24 Vrms20" SAMSUNG A48KRD89X 6,25 ± 0,25 Vrms20" PHILIPS A48EAK01X 6,15 ± 0,25 Vrms

BALANCESURROUNDHYPER BASSAVLSOUND MENU

CENTEROFFOFFOFFDIALOG

To STEREO models: smaller than500 m Vp-p

7KHz Filter

- 14 -


Condition/ModelABC

14” Philips22,823,926,7

20” Philips23,324,527,4

ADJUSTMENTS

5- PAL COLOR OUTPUT SIGNAL ADJUSTMENT

1. Supply a color bar signal and adjust the local frequency.2. Adjust “IMAGE” to DYNAMIC NORMAL, “CONTRAST” to

63 and “SUB-CONTRAST” to 21.3. Adjust the “CHANNEL COLOR” level to NORMAL.4. Set to CHK2 service mode option, press “5” on the remote

control unit and confirm that OSD becomes blue (AKBturned off).

5. Set ABL to OFF (in CHK2 mode, to access BRT, CONT,S-CONT or S-TINT).

6. Adjust [A] for 2.3 ± 0.2V through the BRIGHT controlvariation in the test point TPL2.

7. Confirm that the RGB Contrast is 11DAC and 352 = 1B

8. Fix G-DRIVE GAIN, R-DRIVE GAIN and B-DRIVE GAINdata in 1FH or 31 DAC.

R-DRIVE GAIN: [SLV(8A), SUB (16)]G-DRIVE GAIN: [SLV(8A), SUB (17)]B-DRIVE GAIN: [SLV(8A), SUB (18)]

CALIBRATION:

1. Connect the oscilloscope in TPL2 (G-OUT) with a 10KΩresistor and adjust “CONTRAST”, so that the [B] waveformit is 2.3±0.5V with 14” CRT and 2.6±0.1V with 20” CRT.

2. Adjust “SUB-COLOR” to obtain 2,45±0.5V in [D]according to fig. 1.

3. Connect the oscilloscope in TPL1 (R-OUT) with a 10KΩresistor and confirm that the [C] waveform it is 2.45±0.5Vaccording to fig. 2.

4. Press the key “5” (AKB ON) and confirm that OSDbecomes white.

Fig. 1

A = 2.0 ±0.2Vo-pB = 2.3±0.5VD = 2.15±0.5V

Fig. 2

A = 2.0 ±0.2Vo-pC = 2.5±0.5V

6- NTSC SUB-TINT CALIBRATION

1. Connect the oscilloscope in TPL1 (R-OUT) with a 10KΩresistor.

2. Supply a Rainbow signal (NTSC 3.58 MHz) throughVIDEO IN.

3. Select “IMAGE” to DYNAMIC NORMAL.4. Select “COLOR FOR CHANNEL” to NORMAL.5. On CHK2 service mode, press “5” (AKB OFF) and confirm

that OSD becomes blue (AKB turned off).6. Set ABL to OFF (on CHK2 mode, to access BRT, CONT,

S-CONT or S-TINT).

CALIBRATION:

1. Adjust [C] for 5.0±0.2V through the BRIGHT controlvariation (CHK2) according to fig. 1.

2. Adjust SUB TINT-NTSC so that the levels of positions 2, 3and 4 of Fig. 1 in accordance with the Fig. 2.

3. Set ABL to ON.4. Press “5” and confirm that OSD becomes white (AKB

turned on).

Fig. 1 Fig. 2

7- PROTECTION CIRCUIT (SHUTDOWN)CONFIRMATION OF OPERATION

1. Supply a crosshatch pattern signal and adjust theCONTRAST and BRIGHT DAC controls to minimum.(Ibeam=0 µA)

CONFIRMATION:

1. Connect the voltmeter in TPA22 and confirm that thevoltage is smaller than [A].

2. Connect a DC source in TPA22 and confirm that theprotection circuit doesn't act when the voltage is [B].

3. Confirm that the protection circuit acts with smaller voltagethan [C].

4. Use D512 catode or C511 (+) terminal, if TP22 access itis difficult.


- 15 -


ADJUSTMENTS

Fig. 11 2 3 3 2 1

Fig. 2

9- FOCUS CALIBRATION

• Assure that the SUB-BRIGHTNESS adjustment has beendone.

1. Supply a Philips or monoscope pattern signal.2. Adjust IMAGE MENU to DYNAMIC NORMAL.

CALIBRATION:

1. Adjust the FOCUS variable resistor for the point of betteradjustment.

• with PHILIPS signal .... take as reference for adjustmentthe third vertical line (fig. 1).

• with MONOSCOPE signal in the number 4 (fig.2).

8- SUB-BRIGHT AND SUB-CONTRASTCALIBRATION

1. Supply a WINDOW pattern signal.2. Adjust IMAGE MENU to DYNAMIC NORMAL

SUB-BRIGHT CALIBRATION

1. Position the color analyzer in the LOW LIGHT imagearea.

2. Ajust S-BRT <CHK 4> control, so that it is Y=0,7±0,2.

SUB-CONTRAST CALIBRATION

1. Position the color analyzer in the HIGH LIGHT imagearea.

2. Ajust S-CONT <CHK 4> DAC control, so that it isY=230±10 for 20” CRT and Y=380±20 for 14” CRT.

3. If impossible to obtain that adjustment, adjust SUB-CONT <CHK 4> again.

4. Check the SUB-BRIGHT adjust.

10- PURITY CALIBRATION

1. Adjust the HELMHOLTZ device for the local magnetic field(HORIZONTAL: 0 ± 0.03 X 10-4T)

2. Let the set warm up (aging time) for a minimum of 60minutes.

3. Supply a purity pattern (white pattern).

4. Adjust CONTRAST and BRIGHT to MAXIMUM.

5. The static convergence adjustment must have beenmade preliminarily.

6. Connect a DC ampere meter between FBT pin11 (-) andFBT pin3 (+), and adjust to 920µA±10%, varying the S-BRT DAC control.

CALIBRATION:

1. Position the “ears” of the purity magnets both upward.

2. Adjust the purity until the markers in the purity jigmonitorscope becomes symmetrical in the horizontaldirection.

3. The vertical centralization correction is made throughthe purity magnets for stripe CRT type only.

4. Slide the yoke forward by 10 mm±5 in the monitor. Then,tighten the deflection yoke.

5. Repeat the procedures 2 ~ 3 ~ 4.

6. Press the belt of deflection yoke.

7. Adjust “beam landing” using a microscope. (for modelchange or instrument check only)

4


- 16 -


ADJUSTMENTS


11- WHITE QUALITY CALIBRATION

PREPARATION:

1. Adjust the HELMHOLTZ device to local magnetic field. Ho-rizontal: 0 ± 0.003 x 10-4T

2. Receive a white purity pattern.

3. Adjust CONTRAST and BRIGHT controls to maximum.

4. Previously adjust the CONVERGENCE.

5. Fully degauss the CRT by using an external degaussingcoil.

CALIBRATION:1. Adjust the magnetic field in 0.4x10-4T (400 mG), and

check the white quality with the CRT turned to EAST andto WEST.

2. Receive a red pattern, adjust the COLOR control tomaximum and confirm the purity adjustment.

3. If purity error is found at the CRT corners, apply magnetictapes to correct it, fully degauss the CRT again and repeatthe steps 1 and 2. Don't use this magnetic tapes on theinternal side of the yoke.

4. When magnetic tapes be used, fully degauss the face ofCRT (in a horizontal magnetic field = 0 ± 0.03x10-4T),and repeat the items 1 and 2.

5. Adjust the control of COLOR to MINIMUM, and repeatingthe item 1.

12- CONVERGENCE CALIBRATION

1. Adjust the HELMHOLTZ device to local magnetic field.

2. Receive a crosshatch pattern.

3. Adjust IMAGE menu to DINÂMIC NORMAL and the DACBRIGHT control for the crosshatch pattern to be gray.

4. Remove the DY wedges and slightly tilt the deflectionyoke to the vertically and horizontally to obtain the goodoverall convergence.

5. If purity error is found, repeat “Color Purity” adjustment

CALIBRATION

Static convergence calibration

l) Assure that the magnets are positioned according toillustration 1.

ll) Adjust the 4 poles magnets to align the R and BCENTRAL DOTS and adjust the 6 poles magnets toalign both DOTS with G.

lll) After adjustment above, assure that the magnets aresealed, through the application of white glue.

Note:

The electron beams are moved rotationally when thestatic convergence magnets are rotated.

The reduction of rotational beams differ depending ofthe two magnets angle. Therefore, it is necessary torepeat the magnets calibrations sometimes, untilobtaining a good alignment.

13- CRT CUT OFF CALIBRATION1. Supply a WINDOWS signal.

2. Position DACs with the data below:

BRT —> 50H

S-BRT —> 31H

RGB CONTRAST —> 02DAC

SUB-CONTRAST —> 21H

R,G,B DRIVE —> 31H

R,G CUT —> 31H

CALIBRATION:1. Press “5” (AKB OFF) and confirm that OSD becomes

blue.

2. Connect the oscilloscope in TPL5 and adjust BRT toobtain 130V as in the Fig. 1 below.

3. Adjust the SCREEN to obtain a horizontal fine line in thescreen center.

4. Press “5” (AKB ON) and confirm that OSD becomeswhite.

4 poles magnets (R-B)

6 poles magnets (R-G-B)

Fig. 1

- 17 -


ADJUSTMENTS


14- VERTICAL DEFLECTION CALIBRATION ANDCONFIRMATION

1. Adjust IMAGE to DYNAMIC NORMAL

1) V-SLOPE CALIBRATION1. Supply a PHILIPS PAL-M signal.2. Adjust V_SLOPE <CHK3> so that the begin of the black

image part is aligned with the dividing line of Philipspattern. The dividing line of the Philips pattern circleshould be visible partially.

2) V-SHIFT 50Hz CALIBRATION1. Supply a PHILIPS PAL-N signal.2. Adjust the vertical centralization (V-SHIFT 50Hz) <CHK3>

so that PHILIPS pattern center be in the center of CRT.

3) V-SHIFT 60Hz CALIBRATION1. Supply a MONOSCOPE signal.2. Adjust the vertical centralization (V-SHIFT 60Hz) <CHK3>

so that MONOSCOPE pattern center be in the center ofCRT.

4) V-AMP 50Hz CALIBRATION1. Supply a PHILIPS PAL-N signal.2. Adjust the vertical height (V-AMP-50Hz) <CHK3> so that

the pattern PHILIPS circle height has the same dimensionof his width.

5) V-AMP 60Hz CALIBRATION1. Supply a MONOSCOPE signal.2. Adjust the vertical height (V-AMP-60Hz) <CHK3> so that

"C" and "D" values in illustration 2 it is 1.9 ~ 2.2 (tipic 2.0)for 14" and 1.5 ~ 2.0 for 20" and "A" and "B" values inillustration 2 it is 1.5 ~ 2.3 (tipic 2.0) for 14" and 1.5 ~ 1.6for 20".

3. To MEMORIZE in EEPROM.

Fig. 1

Fig. 2

15- WHITE BALANCE CALIBRATION

1. Adjust the HELMHOLTZ device to local magnetic field.2. Let the set warm up for a minimum of 30 minutes.3. Receive a white balance. (This sign should contain

burst sign).4. Adjust the IMAGE menu to DINÂMIC NORMAL.5. Fully degauss the CRT by using an external degaussing

coil.6. Position the color analyzer in contact with the CRT face.

CALIBRATION:

[1] LOW LIGHT CALIBRATION

1. Adjust S-BRT, so that Y = 7

2. Adjust R-CUT OFF, so that x = 0.273 ±0.01

3. Adjust G-CUT OFF, so that y = 0,283 ±0.01

[2] HIGH LIGHT CALIBRATION

(Confirm that G-DRIVE is 31 DAC)

1. Adjust S-BRT, so that Y = 150

2. Adjust R-DRIVE, so that x = 0,275 ±0.01

3. Adjust B-DRIVE, so that y = 0,284 ±0.01

[3] Repeat the procedures [1] and [2].

Assure that not entering light for the meter borders and that the CUT OFF voltage calibration has been done. If the value in thecolor analyzer is below 150, adjust CONTRAST to 50 and press “8” in CHK2 mode.

C,D

A,B

1.5 ~ 2.01.5 ~ 1.6

- 18 -


SCHEMATICS DIAGRAMSCRT P.C.B.

TC-14RM10LP / TC-20RM10LP / TC-20RA10LPMAIN P.C.B. SCHEMATIC DIAGRAM - TC-14RM10LP / TC-20RM10LP / TC-20RA10LP

- 19 -

- 20 -


MAIN P.C.B. CIRCUIT LAYOUTComponent View

43

21

58

76

E D C B A

34

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78

ADEF BC

12

34

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L550

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36

C 2933

0C6 1C602

0C6 3

D11

40

C 046

C605

C 066

2R3 72

C607

R11

40

C608

R1141

2R3 75

C 096

4R11 2

27R3 6

R 2773

27R3 8

C 106

C611

C612

1C6 3

C614

A5

C615

R3282

C6

18

JS550

C619

R3285

2R3 86

R 287328R3 8

JS557

C 206

21C6

C6

22

2C6 3

2C6 5

R3

29

2R

32

93

R857

JS3

00

0

5JS 60

R 2943

5R8 8

2R3 95

JS561

JS3001

18JS 1

3C6 1

C 336

JS184

JS186

C636

72R6

R867

R868

R8

69

J 01S3 5

TPA

1

TP 2A

D002

3JS 016

TPA

3

D0

03

T 4PA

D005

Q101

Q 021

TPA

33

Q104

Q105

0Q1 7

12R2 0

0JS3 22

D0

11

02D4

0D4 3

0D4 4

JS3035

JS 0363

J 303S 7

JS 0383

JS 0393

C8

56

TPA

10

JS3

04

1JS

30

42

TPA

15

L 250C863

C 706

67C8

C 688

L1

20

C8

69

TPA

21

L125

TPA

22

TPA

23

L5

10

TPA

24

TPA

25

L511

L512

L513

C680

IC601

IC 028

D630

1JS1 30

L3000

R 061

JS002

0R1 8

51Q5

R1

09

Q 525

R1 11

R1 21

R 611

R11

7

R11

8

R11

9

L3016

R5

03

JS4

00

R504

L550

D8

52

R 075

R 201

R508

Q180

R509

R1

21

R1

22

R 231

24R1

IC451

R1

26

1R5 0

R 11512R5

R513

14R5

0JS6 4

L560

R515

R1

30

I 20C1 1

R 311

R1

32

33R1

R 341

L181

R 351

R1

36

R1

37

R5

20

Q580

3R1 8

4L18

R5

21

Q581

3R1 9

L1 58

R 225

L3037

2R5 3

R5

24

1JS6 4

R 255

C1

09

L3

04

1

R1

45

L3

04

2

C 011

R1

505R1 1

C11

6

C1 71

C502

0C5 3

C5

04

C 065

20C1

C 211

JK3002

C 221

JK3003

23C1

11C5

C514

15C5

C 165

R 535

R554

1C5 9

C1

31

32C1

R557

C 331

R 585

C 351

5R5 9

3C1 6

R1

73

2C5 0

60R5

R 615

62R5

63R5

R 851

R 861

R1

87

R 901

01Q0

1DY

R5

80

6JS 70

JS867

R 835

R 845

86R5

R 875

R588

08D1

C552

JS8

73

C555

91R5

L001

L 200

R5

92

R5

93

Q 004

58C5

R5

94

9R5 5

C172

8JS 82

8JS8 3

C 655

C566

D 201

C180

L4

00

C 705

11D5D

51

2

1D5 3

D515

C 911

8C5 0

02C3 0

D5

20

C 0213

8C5 1

E

C 0283

C 905

0Q3 30

C3037

L620

01R3 0

0C3 39

0R3 12

0R3 13

R3014

0R3 15

A 21

R 0183

C 0111

R 030

0R0 4

R0

06

R 070

08R0

02R3 2

51D5

11R0

R0

12

D 525

J 02S1

JS 031

Q11

10

55D5

5D5 6

D557

T4

AL

2JS3 96

32JS 61

J 329S 7

26R3 7

26R3 8

2R3 66

2C3 69

R 2653

R 2613

Q 2613

Q 2623

Q3260

2R3 62

2R3 64

R 124

R413

JS413

R411

C 034

R 122 2

12R2 1

C 1203

15C3 1

IC3

15

1

1C3 55

C3153

31JS 29

R 1493

D8

73

D 728

R564

A8

2C3 63

JA1

J 3A

JA4

5JA

J 6A

7JA

J 8A

9JA

DIP

Q 1202

Q103

Q 205

JS524

JS525

C561

01X6

1X2 30

2R3 89

R 2793C3038

JK3102

R A

C3036

80

A

A

XF

102

LF

801

Q501

X182

X1

84

X183

X 801

JS2311L 1123

D5

84

C 135

C 178

R840

13R3 3

JS3

13

8

JS3139

JS4

15

JS4

16

B

B

L501

C562

T553C822

R851

C821

55R5

XF

10

1

FL 2903

FL

32

91

CF

804

JA11

R5

81

R8

70

2JA1

R685

R 965

Q8

55

Q853

5R8 4

Q8

54

C2307

JS11

03

R 0311

RL801

JA10

TU

00

1

T501

C

C

D

81X1

D8

21

C841

0T8 1

63R8

R850

JS120

C5

67

C854

0C8 1

C802

L158

C559

C 118

C840

C857

C1120

C0

04

C560

01R8

C11

10

C11

11

C563

C568

PC

860

C842

C846

C845

C844

D365

IC351

D3

75

L350

L351

L352

Q369

L8

L10

L11

TP

L1

TP

L2

TP

L4

TPL5

TPL7

R351

R352R353

R357

R358

R3

59

R363

R364

R365

R3

69

R374

SC

351

C350

C359

C3

68

C370 C371

C373

C377

C971

D354

D355

D356

D360

D361

D362

D363

L5

11

2

2

3

3

2

1

4

42

3

1

123

4

HO

T

CH

Lþ

CH

Lý

LVO +

TV

/AV

PRESET

VO

L-

LIV

EC

IRC

UIT

OBR WN

UBL E

PbF

4 3

1

6

2

23

3

12

3

32

1

4

5

6

7

8

9

11

11A

H.V

.DA

NG

ER

CO

LD

10

1

1

TNP

4G34

7A

3

1 2

34

1

2

PbF

NC

CB

H+

H-

CR

CG

G2

CG

G1

H-

CB

H+

G1

CRCG

TN

P4G

348

H.V.DAN

GER

3L

BE

C

EB C

V

12

1 2

1

12

1

6

3

7

5

4

1

2

67

9

1

12 3

14

14 5

8

24

25

4041

65

64

1

SEE

REVE

RSE

FOR

ORD

ERNO

.

1

2425

40

41

64

65

80

13

2

E

C

B

126 7

1

34

6

1 4

1

4

145

8

1

6

16

EBC

1

5

+

-

15

MB SC

L

SDA

IF1 AG

C

AS

SDA

TU2

IFO

UT TU

ADD

VS

UP

PLY

BTL

V2V1P2PTP1

S5 S6 S1S2 S3

1

28

9

SEE

REVE

RSE

FOR

ORD

ERNO

.

8

1

6

1

6

- 21 -


SIGNAL WAVEFORM• All waveforms were obtained using 127V 60Hz power source and Color Bars Pattern.

Pin 16 Pin 17

IC451

Pin 1

Pin 5

Pin 3

Pin 7

IC601

- 22 -


Pin 42 Pin 55

IC601

Pin 18 Pin 19

Pin 38 Pin 40

- 23 -


Pin 64

IC601

Pin 56 Pin 57

Pin 58 Pin 63

- 24 -


Pin 1

IC801

Base

Q501

Colector

Colector

Q551

Emissor

Q601

Colector

Q602

- 25 -


EXPLODED VIEW

- 26 -


REPLACEMENT MECHANICAL PARTS LIST

1 TBM4G3016 TBM4G3015 TBM4G3015 PANASONIC LABEL2 TBX2B869 TBX2B870 TBX2B870 POWER BUTTON3 TES4G214 TES4G214 TES4G214 POWER BUTTON SPRING4 EASG9D559D2 EASG9D559D2 EASG9D559D2S SPEAKER FULL RANGE 8W5 TXAJTA22TC14A12 TXAJTA2220RM TXAJTA2220RM CONNECTOR (SPEAKER)6 TXFKY14RM10LP TXFKY20RM10LP TXFKY20RA10LP CABINET ASSEMBLED6 TXPTKY2B2501 TXPTKY2B2601 TXPTKY2B2701 CABINET7 TKP2B11311 TKP2B11321 TKP2B11321 LED GUIDE8 TBX2B871 TBX2B872 TBX2B872 6 POSITIONS BUTTON9 A34EAK01X094R A48EAK01X094 A48EAK01X094 CRT10 TLK2B14001A TLK2B20001A TLK2B20001A DEGAUSSING COIL11 TXF3A14C7 TXF3A20C7-1 TXF3A20C7-1 COIL SPRING12 TXITKU2B22901 TXITKU2B23001 TXITKU2B23001 REAR COVER13 TKP2B11161-2 TKP2B11161-2 TKP2B11161-2 AC CABLE HOLDER14 TSX2BA06 TSX2BA06 TSX2BA06 AC CABLE W/ TAB (URUGUAY/CHILE/PARAGUAY)14 TSX2BA07 TSX2BA07 TSX2BA07 AC CABLE W/ TAB (PANALAT)15 S-U5012 S-U5012 S-U5012 ADAPTOR BALLUM 300W / 75W16 TSA8108-6KP TSA8108-6KP TSA8108-6KP ANTENNA17 330620065 K3B095A00001 K3B095A00001 CRT SOCKET 14” / 20”18 ESB92DA1B ESB92DA1B ESB92DA1B POWER SWITCH19 TMW2B212-1 TMW2B212-1 TMW2B212-1 BRACKET LED20 EVQ11G05R EVQ11G05R EVQ11G05R TOUCH SWITCHES (SW1001~SW1006)21 J3AAAAB00002 J3AAAAB00002 J3AAAAB00002 TUNER PACK22 TQB2B0146 TQB2B0146 TQB2B0146 OPERATION GUIDE23 TNQ2B2502-1 TNQ2B2502-1 TNQ2B2502-1 REMOTE CONTROL

Ref No. TC-14RM10LP part No. TC-20RM10LP part No. TC-20RA10LP part No. Part Name & Description

- 27 -


REPLACEMENT ELECTRICAL PARTS LISTCOMPONENTS WITH DIFFERENTIATED CODES FOR EACH MODEL (TC-14RM10LP / TC-20RM10LP/ TC-20RA10LP)

Ref. No. TC-14RM10LP Part No. TC-20RM10LP Part No. TC-20RA10LP Part No. Part Name & Description

CAPACITORS

C559 ECWH16752JVB ECWH16103JVB ECWH16103JVB POLYPROPYLENE 7,50 nF 1.600V / 10nF 1.600V

C560 ECQM4223JZW ECQM4333JZW ECQM4333JZW POLYESTER CAP 22nF 400V / 33nF 400V

C561 ECKW3D221JBR ECKW3D151KBR ECKW3D151KBR CERAMIC 220 PF 2.000V / 150 PF 2.000V

C563 ECWF2224JSR ECWF2394JSR ECWF2394JSR POLYPROPYLENE 220nF 250V / 390nF 250V

C827 ECQV1H184JL3 ECQB1H683JF3 ECQB1H683JF3 POLYESTER CAP 180nF 50V / 68PF 50V

C830 ECQB1H561JF3 ECQB1H102JF3 ECQB1H102JF3 POLYESTER CAP 1nF 50V / 560PF 50V

C3020 ECJ2VB1H561K ECJ2VB1H392K ECJ2VB1H392K CERAMIC CAP. 3.900PF 50V / 560PF 50V

C3136 --------------0------------- --------------0------------- ECJ2VF1H103Z CERAMIC CAP. 10 nF 50V

C3137 --------------0------------- --------------0------------- ECJ2VF1H103Z CERAMIC CAP. 10 nF 50V

C3138 --------------0------------- --------------0------------- F2A1C100A180 ELECTROLYTICAL CAP. 10 µF 16V

C3139 --------------0------------- --------------0------------- F2A1C100A180 ELECTROLYTICAL CAP. 10 µF 16V

C3144 --------------0------------- --------------0------------- ECJ2VB1H392K CERAMIC CAP. 560PF 50V

C3175 --------------0------------- --------------0------------- ECJ2VF1C105Z CERAMIC CAP. 1µF 16V

CONNECTORS

JK3102A --------------0------------- --------------0------------- K4BC08B00012 AV TERMINAL - FRONTAL ( MONO )

SC351 --------------0------------- K3B095A00001 K3B095A00001 CRT SOCKET (20” / 21” / 29”)

SC351A 330620065 --------------0------------- --------------0------------- CRT SOCKET 14"

RESISTOR

R416 ERDS1TJ1R8T ERDS1TJ1R2T ERDS1TJ1R2T RES. 1,8 Ω 1/2 W / 1,2 Ω 1/2 W

R417 ERDS1TJ1R5T ERDS1TJ1R2T ERDS1TJ1R2T RES. 1,5 Ω 1/2 W / 1,2 Ω 1/2 W

R508 ERG3FJ222H ERG3FJ152H ERG3FJ152H RES. 2,2 Ω 3 W / 1,5 Ω 3 W

R509 ERG3FJ222H ERG3FJ182H ERG3FJ182H RES. 2,2 Ω 3 W / 1,8 Ω 3 W

R511 ERJ6ENF1072V ERJ6ENF1002V ERJ6ENF1002V RES. 10,7 Ω 1/10 W / 10Ω 1/10 W

R512 ERJ6ENF1202V ERJ6ENF1182V ERJ6ENF1182V RES. 12Ω 1/10 W / 11,80 Ω 1/10 W

R520 ERQ12AJ6R8E ERQ12AJ2R7E ERQ12AJ2R7E FUS. 2,7 Ω 1/2 W

R521 ERQ12AJ6R8E ERQ12AJ2R7E ERQ12AJ2R7E FUS. 2,7 Ω 1/2 W

R522 D0GD273JA017 D0GD123JA017 D0GD123JA017 RES. 27Ω 1/8 W / 12Ω 1/8 W

R557 ERO50PKF1743 ERO50PKF1473 ERO50PKF1473 RES. 174Ω 1/2 W / 147Ω 1/2 W

R559 ERQ1CJP3R9S ERQ1CJP4R7S ERQ1CJP4R7S FUSISTOR 3,9Ω 1 W / 4,70 Ω 1 W

R623 --------------0------------- --------------0------------- D0GD331JA017 RESISTOR 330Ω 1/8 W 5%

R685 --------------0------------- --------------0------------- D0GD331JA017 RESISTOR 330Ω 1/8 W 5%

R818 ERG2FJ683H ERG2FJ473H ERG2FJ473H RESISTOR 68Ω 2 W / 47Ω 2 W

R820 ERX12SJR39E ERX12SJR33E ERX12SJR33E RESISTOR 0,39Ω 1/2 W / 0,33 Ω 1/2 W

R821 ERX12SJR47E ERX12SJR27E ERX12SJR27E RESISTOR 0,47Ω 1/2 W / 0,27 Ω 1/2 W

R824 ERDS2TJ561T D0AE152JA046 D0AE152JA046 RESISTOR 560Ω 1/4 W / 1,50 Ω 1/4 W

R831 ERDS2TJ272T EROS2THF1102 EROS2THF1102 RESISTOR 2,70Ω 1/4 W / 11Ω 1/2 W

R867 ERDS2TJ222T D0AE272JA046 D0AE272JA046 RESISTOR 2,20Ω 1/4 W / 2,70 Ω 0,25 W

R3018 --------------0------------- --------------0------------- D0GD331JA017 RESISTOR 330Ω 1/8 W






TRANSFORMER

T501 ZTFP12506A ZTFP12504A ZTFP12504A FLYBACK 15.750 Hz 0,040kVA

T801 ETS29AV156AC ETS29AV136AD ETS29AV136AD CHOPPER 0,093 kVA (93VA) / 0,095 kVA (95VA)

- 28 -


Ref. No. Part No. Part Name & Description

REPLACEMENT ELECTRICAL PARTS LISTCOMPONENTS WITH THE SAME CODE FOR ALL MODELS (TC-14RM10LP / TC-20RM10LP / TC-20RA10LP)

MAIN P.C.B.PAL14RM10LMON MAIN P.C.B. ASS’Y TC-14RM10LPPAL20RM10LMON MAIN P.C.B. ASS’Y TC-20RM10LPPAL20RA10LPMOM MAIN P.C.B. ASS’Y TC-20RA10LP

CAPACITORSC001 F2A1C220A147 ELECTROLYTIC CAP. 22µF 16V 20%C002 ECJ2VF1C104Z CERAMIC CAP. 100nF 16V 20% +80 -20%C003 ECJ2VF1C104Z CERAMIC CAP. 100 nF 16 V 20 % +80 -20%C006 F2A0J221A181 ELECTROLYTIC CAP. 220 µF 6,3 V 20%C008 F2A1H1R0A145 ELECTROLYTIC CAP. 1 µF 50 V 20 %C117 ECJ2VB1H103J CERAMIC CAP. 10 nF 50V 5%C191 F1J1H104A717 CERAMIC CAP. 100 nF 50V 10%C193 F2A1C100A180 ELECTROLYTIC CAP. 10 µF 16V 20%C350 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C359 ECQE2104KFB POLYESTER CAP. 0,10 µF 250V 10%C368 ECJ2VC1H122J CERAMIC CAP. 1,20 nF 50V 5%C370 ECKW3D102KBP CERAMIC CAP. 1 nF 2.000V 10%C371 ECEA1CN100UB ELECTROLYTIC CAP. 10 µF 16V 20%C373 F2A2E1000011 ELECTROLYTIC CAP. 10 µF 250V 20%C377 F2A1C4710045 ELECTROLYTIC CAP. 470 µF 16V 20%C402 ECA1VM101B ELECTROLYTIC CAP. 100 µF 35V 20%C404 ECQB1103JF3 POLYESTER CAP. 0,01 µF 100V 5%C406 F2A1H221A247 ELECTROLYTIC CAP. 220 µF 50 V 20%C408 ECQB1274JF3 POLYESTER CAP. 270 nF 100V 5%C502 F1B2H821A025 CERAMIC CAP. 820 PF 500V 10%C503 F1B2H821A025 CERAMIC CAP. 820 PF 500V 10%C504 ECJ2VB1H681K CERAMIC CAP. 680 PF 50V 10%C506 F1A2H1000002 CERAMIC CAP. 10 PF 500V 0,50 PFC511 ECA1VM101B ELECTROLYTIC CAP. 100 µF 35V 20%C513 ECKW3D331JBP CERAMIC CAP. 330 PF 2.000V 5%C514 F2A1E102A151 ELECTROLYTIC CAP. 1.000 µF 25V 20%C515 F1B2H331A025 CERAMIC CAP. 330PF 500V 10%C516 F2A1E102A151 ELECTROLYTIC CAP. 1.000 µF 25V 20%C519 F2A2C330A096 ELECTROLYTIC CAP. 33µF 160V 20%C520 F2A0J221A181 ELECTROLYTIC CAP. 220 µF 6,3 V 20%C552 F2A2E1000011 ELECTROLYTIC CAP. 10 µF 250V 20%C555 F1B2H471A025 CERAMIC CAP. 470PF 500V 10%C558 ECQB1104JF3 POLYESTER CAP. 100 nF 100V 5%C562 ECKW3D821JBR CERAMIC CAP. 0,82 nF 2.000V 5%C565 ECQP1H183JZW CAP. POLIPROPILENO 18 nF 50V 5%C570 ECJ2VC1H330J CERAMIC CAP. 33 PF 50V 5%C580 F2A1H220A162 ELECTROLYTIC CAP. 22µF 50V 20% 50C581 ECJ2VF1C105Z CERAMIC CAP. 1 µF 16V +80 -20%C601 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C602 F1J1H104A717 CERAMIC CAP. 100 nF 50V 10%C603 ECJ2VB1H472K CERAMIC CAP. 4.700 PF 50V 10%C604 ECQV1H224JL3 POLYESTER CAP. 220 nF 50V 5%C605 ECQV1H224JL3 POLYESTER CAP. 220 nF 50V 5%C606 ECJ2VC1H222J CERAMIC CAP. 2.200PF 50V 5%C607 F2A1H1R0A145 ELECTROLYTIC CAP. 1µF 50V 20%C608 F2A1H100A145 ELECTROLYTIC CAP. 10µF 50V 20%C609 F1J1H104A717 CERAMIC CAP. 100 nF 50V 10%C610 ECJ2VB1H103J CERAMIC CAP. 10 nF 50V 5%C611 ECEA1HKAR22B ELECTROLYTIC CAP. 0,22 µF 50V 20%C612 ECJ2VB1H472K CERAMIC CAP. 4.700 PF 50V 10%C613 ECJ2VB1H472K CERAMIC CAP. 4.700 PF 50V 10%C614 ECQV1H104JL3 POLYESTER CAP. 100 nF 50V 5%C615 ECQV1H224JL3 POLYESTER CAP. 220 nF 50V 5%C618 F1B1H681A130 CERAMIC CAP. 680PF 50V 10%C619 ECQV1H104JL3 POLYESTER CAP. 100 nF 50V 5%C620 ECJ2VC1H330J CERAMIC CAP. 33 PF 50V 5%C621 ECJ2VF1C105Z CERAMIC CAP. 1 µF 16V +80 -20%C622 ECJ2VF1H104Z CERAMIC CAP. 100 nF 50V +80 -20 %C623 ECJ2VC1H330J CERAMIC CAP. 33 PF 50V 5%C625 F2A0J221A181 ELECTROLYTIC CAP. 220 µF 6,3 V 20%C628 ECJ2YB1H473K CERAMIC CAP. 47 nF 50V 10%C631 ECJ2VB1H222K CERAMIC CAP. 2.200 PF 50V 10%C632 ECJ2VB1H392K CERAMIC CAP. 3.900 PF 50V 10%C633 ECJ2VF1C105Z CERAMIC CAP. 1 µF 16V +80 -20%C636 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%

Ref. No. Part No. Part Name & DescriptionC640 F2A1C100A180 ELECTROLYTIC CAP. 10 µF 16V 20%C641 ECJ2VC1H100C CERAMIC CAP. 10 PF 50VC670 F2A1C100A180 ELECTROLYTIC CAP. 10 µF 16V 20%C680 ECJ2YB1H473K CERAMIC CAP. 47 nF 50V 10%C685 ECJ2VC1H101K CERAMIC CAP. 100 PF 50V 10%C686 ECJ2YB1H473K CERAMIC CAP. 47 nF 50V 10%C687 ECJ2VF1H104Z CERAMIC CAP. 100 nF 50V +80 -20 %C689 ECJ2VF1H104Z CERAMIC CAP. 100 nF 50V +80 -20 %C801 ECQU2A224BN9 CAP. POLIPROPILENO 220 nF 100VC802 ECQU2A224BN9 CAP. POLIPROPILENO 220 nF 100VC806 ECKWAE472ZED CERAMIC CAP. 4,70 nF 250V +80 -20 %C807 ECKWAE472ZED CERAMIC CAP. 4,70 nF 250V +80 -20 %C808 ECKWAE472ZED CERAMIC CAP. 4,70 nF 250V +80 -20 %C809 ECKWAE472ZED CERAMIC CAP. 4,70 nF 250V +80 -20 %C810 F2B2G1810011 ELECTROLYTIC CAP. 180µF 400V 20%C811 ECQM4473JZW POLIÉSTER RADIAL 47 nF 400V 5%C814 ECQE2A473JFB POLYESTER CAP. 47 nF 250V 5%C816 F2A1H3300037 ELECTROLYTIC CAP. POLAR 33µF 50V 20%C819 F2A1H1R0A162 ELECTROLYTIC CAP. POLAR 1µF 50V 20%C821 ECKW3D471KBR CERAMIC CAP. 470 PF 2.000V 10%C822 ECKW3D331JBR CERAMIC CAP. 330 PF 2.000V 5%C825 ECQB1H471JF3 POLYESTER CAP. 470 PF 50V 5%C826 F0A1H103A039 CAP. POLIPROPILENO 0,01 µF 50V 5%C840 F1A2E471A002 CERAMIC CAP. 470 PF 250V 10%C841 ECKCNA102MB7 CERAMIC CAP. 1.000PF 250V 20%C842 F1A2E102A001 CERAMIC CAP. 1.000PF 250V 20%C844 ECKCNA222ME7 CERAMIC CAP. 2,2nF 4.000V 20%C846 F1A2E101A002 CERAMIC CAP. 100 PF 250V 10%C850 ECJ2VF1H224Z CERAMIC CAP. 220nF 50V +80 -20%C853 F1B2H561A025 CERAMIC CAP. 560 PF 500V 10%C854 ECKW3D821KBP CERAMIC CAP. 820 PF 2.000V 10%C855 F1B2H331A025 CERAMIC CAP. 330PF 500V 10%C856 F2A1C100A180 ELECTROLYTIC CAP. 10 µF 16V 20%C862 F2A1C332A232 ELECTROLYTIC CAP. 3.300µF 16V 20%C863 F2A2C680A022 ELECTROLYTIC CAP. 68 µF 160V 20%C864 F2A1C102A252 ELECTROLYTIC CAP. 1.000µF 16V 20%C875 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C876 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C877 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C879 ECQV1H104JL3 POLYESTER CAP. 100 nF 50V 5%C880 F2A1C1020049 ELECTROLYTIC CAP. 1.000 µF 16V 20%C881 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C882 ECJ2VF1H104Z CERAMIC CAP. 100 nF 50V +80 -20 %C883 ECJ2VF1H104Z CERAMIC CAP. 100 nF 50V +80 -20 %C971 ECJ2VF1H103Z CERAMIC CAP. 10 nF 50V +80 -20 %C1101 ECJ2VF1C104Z CERAMIC CAP. 100nF 16V 20% +80 -20%C1103 ECJ2VC1H331J CERAMIC CAP. 330 PF 50V 5%C1104 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C1105 ECJ2VF1C104Z CERAMIC CAP. 100nF 16V 20% +80 -20%C1120 ECJ2VF1H103Z CERAMIC CAP. 10 nF 50V +80 -20 %C1125 F2A1C100A147 ELECTROLYTIC CAP. 10µF 16V 20%C1130 ECJ2VC1H560J CERAMIC CAP. 56 PF 50V 5%C1131 F2A0J221A181 ELECTROLYTIC CAP. 220 µF 6,3 V 20%C1132 ECJ2VC1H560J CERAMIC CAP. 56 PF 50V 5%C1140 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C1141 ECJ2VF1C104Z CERAMIC CAP. 100nF 16V 20% +80 -20%C1142 ECJ2VF1C104Z CERAMIC CAP. 100nF 16V 20% +80 -20%C2302 F2A1E471A151 ELECTROLYTIC CAP. 470 µF 25V 20%C2303 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C2304 ECEA1HKN010B ELECTROLYTIC CAP. 1 µF 50V 20%C2306 F2A1H100A162 ELECTROLYTIC CAP. POLAR 10µF 50V 20%C2380 F2A1C101A180 ELECTROLYTIC CAP. 100 µF 16V 20%C2381 F2A1C100A180 ELECTROLYTIC CAP. 10 µF 16V 20%C3173 ECJ2VF1C105Z CERAMIC CAP. 1 µF 16V +80 -20%DIODESD002 B0BA01700031 ZENER DIODE 17V 0,5 W 5,0 mAD003 B0BA01500036 ZENER DIODE 15V 0,5 W 5,0 mAD011 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD354 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD355 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mA

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D356 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD360 B0HAMP000067 RECTIFIER DIODE 400V 1,0 AD361 B0HAMP000067 RECTIFIER DIODE 400V 1,0 AD362 B0HAMP000067 RECTIFIER DIODE 400V 1,0 AD363 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD365 B0BA9R900005 ZENER DIODE 9,9 V 0,5 W 5,0 mAD375 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD402 B0HAHM000008 RECTIFIER DIODE 200V 0,6 AD403 B0ACMJ000001 SWITCHING DIODE 80V 1,0 AD404 B0ACMJ000001 SWITCHING DIODE 80V 1,0 AD511 MAZ4108J0F ZENER DIODE 10,8 V 0,37 W 250,0 mAD512 MA2B17100E D. 200,0 mA VRM=80V; VFM=1,0D513 B0HAJP000015 RECTIFIER DIODE 400V 0,7 AD515 B0HAJP000015 RECTIFIER DIODE 400V 0,7 AD520 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD551 MAZ30470HL ZENER DIODE 4,9 V 0,2 W 5,0 mAD552 B0HAJP000015 RECTIFIER DIODE 400V 0,7 AD555 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD556 B0EAKV000008 RECTIFIER DIODE 1.000 V 1,0 A VFM=1,2VD557 B0HAMR000073 RECTIFIER DIODE 600V 1,0 AD558 B0AADM000003 SWITCHING DIODE 200V 0,2 AD583 B0ACQJ000002 SWITCHING DIODE 80V 0,25 200,0 mAD584 B0BA5R600016 ZENER DIODE 5,6 V 0,5 W 5 mAD801 ERZV10V621CS VARISTORD803 B0EBNT000007 RECTIFIER DIODE 800V 4,0 AD810 B0EAKT000018 RECTIFIER DIODE 800V 1,0 AD817 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD821 MAZ20750A0LS ZENER DIODE 7,2 V 1/2 WD823 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD824 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD825 B0BA6R100043 ZENER DIODE 6,1 V 0,5 W 5,0 mAD830 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD831 B0BA02400029 ZENER DIODE 24V 0,5 W 5 mAD850 B0ACMJ000001 SWITCHING DIODE 80V 1,0 AD852 B0ACMJ000001 SWITCHING DIODE 80V 1,0 AD853 B0HAMM000108 RECTIFIER DIODE 200V 1,5 AD854 B0HAPV000009 RECTIFIER DIODE 1.000V 3,0 AD855 B0HFRJ000012 RECTIFIER DIODE 80V 5,0 AD856 B0BA7R400019 ZENER DIODE 7,4 V 0,5 W 5,0 mAD862 B0BA2R100016 ZENER DIODE 2,1 V 0,5 W 5 mAD863 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD865 B0BA3R500006 ZENER DIODE 3,5 V 0,5 W 5,0 mAD870 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD871 B0HAJL000001 RECTIFIER DIODE 100V 0,7 AD873 B0BA8R200005 ZENER DIODE 8,2 V 0,5 W 5,0 mAD1105 B0BA7R500006 ZENER DIODE 7,5 V 1/2 W 5,0 mAD1120 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD1130 B0BA5R700008 ZENER DIODE 5,7 V 0,5 W 5,0 mAD1131 B0BA5R700008 ZENER DIODE 5,7 V 0,5 W 5,0 mAD1132 B0BA5R400008 ZENER DIODE 5,4 V 1/2 W 5,0 mAD1140 B0BA5R600016 ZENER DIODE 5,6 V 0,5 W 5,0 mAD1151 EL333ID/S928 D. LED 5V 1/10 W 30,0 mAD2380 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD2381 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAD2382 B0ACQJ000001 SWITCHING DIODE 80V 250,0 mAPC860 B3PAA0000261 DIODO FOTO ACOPLADORINTEGRATED CIRCUITSIC351 TDA6107JF/N3 RGB ICIC451 AN15525A VERTICAL CONTROL ICIC601 TDA9540N48CH UOC ICIC801 C5HABZZ00116 IC MOSFET PTH OSCILADORIC802 C0EAS0000026 VOLTAGE DETECTOR ICIC851 C0DAAHF00005 VOLTAGE REGULATOR ICIC880 AN77L05-TA VOLTAGE REGULATOR ICIC1103 C3EBFC000042 EEPROM MEMORY ICIC1201 C0CBABC00160 VOLTAGE REGULATOR ICIC2301 AN7523N AUDIO PROCESSOR ICRM1104 B3RAC0000014 REMOTE CONTROL RECPTOR ICCONECTORESA12 K1KA04AA0190 BASE DE PINS 4PA22 B02B-XASS-1-T BASE DE PINS 2PD556-L TEL376 PIN GT OCO ESTANHADOD556-R TEL376 PIN GT OCO ESTANHADO

F801-L K3GE1ZA00010 GARRA PARA FUSÍVEL - METALF801-R K3GE1ZA00010 GARRA PARA FUSÍVEL - METALL5 ~ A5 TXAJTA5CB14A12 CONECTOR 6 PIN ( USO: 3 VIAS )L8 ~A8 TXAJTA8CB20A12 CONECTOR 6 PINOS (USO: 6 VIAS)L8 ~A8 TXAJTA8CB29K CONECTOR 6 PINOS (USO: 6 VIAS)JK3002 K4BC03B00021 TERMINAL AV - TRASEIRO ( MONO )COILSL001 G0C100K00008 PIC COIL 10 µH 10% I=0,4AL002 EXC3BB221H FERRITE SMD Z=200 OHMSL182 TALV35VB6R8K PIC COIL 6,80 µH I=0,4AL352 J0JKA0000022 FERRITE I=6 A / Z= 60 OHMS( 100MHZ)L511 J0JKA0000038 FERRITE Z=80 OHMS(100 MHZ); I=6AL550 J0JKB0000038 FERRITE BEAD CORE I=6A / Z=100 OHMS (100MHZ)L620 J0JCC0000009 FERRITE 200MA, 2,25KOHML820 J0JKA0000025 FERRITE Z=80 OHMS(100 MHZ); I=6AL821 J0JKA0000038 FERRITE Z=80 OHMS(100 MHZ); I=6AL852 J0JKA0000023 FERRITE Z=80 OHMS(100MHZ); I= 6 AL853 J0JKA0000025 FERRITE Z=80 OHMS(100 MHZ); I=6AL854 J0JKA0000023 FERRITE Z=80 OHMS(100MHZ); I= 6 AL862 G0C1R5KA0030 PIC COIL 1,50 µH 10%L871 G0C1R5KA0030 PIC COIL 1,50 µH 10%L872 G0C1R5KA0030 PIC COIL 1,50 µH 10%L873 J0JKA0000024 FERRITE I=6 A / Z= 100 OHMS( 100MHZ)L1101 TALV35VB331K PIC COIL 330 µH I=0,4ALF801 ELF21V012S FILTRO DE LINHA 25 mHL2311 J0JCC0000009 FERRITE 200MA, 2,25KOHML3136 J0JKA0000038 FERRITE Z=80 OHMS(100 MHZ); I=6AL3137 J0JKA0000038 FERRITE Z=80 OHMS(100 MHZ); I=6ATRANSISTORSQ001 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ1110 B1ADDF000005 TRANSISTOR PNP 0,2 W 50V 200 mAQ369 B1ADDF000005 TRANSISTOR PNP 0,2 W 50V 200,0 mAQ400 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ501 2SC4212H00LB TRANSISTOR NPN 1 W 300VQ520 2SB792ATX TRANS. PNP 0,2 W 185V 50mAQ551 2SC5902000LK TRANSISTOR NPN 1.000V 8,0 AQ580 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ581 B1ADDF000005 TRANSISTOR PNP 0,2 W 50V 200mAQ601 B1ADDF000005 TRANSISTOR PNP 0,2 W 50V 200mAQ602 B1ABCE000015 TRANSISTOR NPN 0,2W 200mAQ852 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ853 B1ADCE000012 TRANSISTOR PNP 0,1 W 50V 100,0 mAQ854 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ855 B1ADCE000012 TRANSISTOR PNP 0,1 W 50V 100,0 mAQ857 B1BAAN000029 TRANSISTOR NPN 1 300V 1,0 AQ870 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ871 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ1053 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ1130 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ2380 B1ABCE000015 TRANSISTOR NPN 0,2W 200,0 mAQ2381 B1ADDF000005 TRANSISTOR PNP 0,2 W 50V 200,0 mARESISTORCF804 TAP4GA0005 POSISTOR 12,0 OHMR003 D0GD100JA017 RESISTOR 10 Ohm 1/8 W 5%R004 ERG3FJ183H RESISTOR 18 kOhm 3 W 5%R006 D0GD273JA017 RESISTOR 27 kOhm 1/8 W 5%R007 D0GD472JA017 RESISTOR 4,70 kOhm 1/8 W 5%R008 D0GD681JA017 RESISTOR 680 Ohm 1/8 W 5%R011 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R012 D0GD332JA017 RESISTOR 3,30 kOhm 1/8 W 5%R021 D0GD273JA017 RESISTOR 27 kOhm 1/8 W 5%R022 D0GD473JA017 RESISTOR 47 kOhm 1/8 W 5%R182 D0GD221JA017 RESISTOR 220 Ohm 1/8 W 5%R190 D0GD391JA017 RESISTOR 390 Ohm 1/8 W 5%R351 ERJ6ENF1001V RESISTOR 1 kOhm 1/10 W 1%R352 ERJ6ENF1001V RESISTOR 1 kOhm 1/10 W 1%R353 ERJ6ENF1001V RESISTOR 1 kOhm 1/10 W 1%R357 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R358 D0GD333JA017 RESISTOR 33 kOhm 1/8 W 5%R359 D0GD273JA017 RESISTOR 27 kOhm 1/8 W 5%R363 ERC12GK222V RESISTOR 2,20 kOhm 1/2 W 10%R364 ERC12GK222V RESISTOR 2,20 kOhm 1/2 W 10%R365 ERC12GK222V RESISTOR 2,20 kOhm 1/2 W 10%

Ref. No. Part No. Part Name & Description Ref. No. Part No. Part Name & Description

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R369 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R374 ERQ12AJ181P FUSISTOR 180 Ohm 1/2 W 5%R401 D0AE104JA046 RESISTOR 100 kOhm 1/4 W 5%R402 D0GD470JA017 RESISTOR 47 Ohm 1/8 W 5%R403 EROS2THF2491 RESISTOR 2,49 kOhm 0,25 WR404 D0AE751JA046 RESISTOR 750 Ohm 1/4 W 5%R405 EROS2THF2701 RESISTOR 2,70 kOhm 0,25 W 1%R406 ERDS1FJ1R0T RESISTOR 1 Ohm 1/2 W 5%R407 ERG2FJ331H RESISTOR 330 Ohm 2 W 5%R409 D0GD512JA017 RESISTOR 5,10 kOhm 1/8 W 5%R410 D0GD202JA017 RESISTOR 2 kOhm 1/8 W 5%R414 D0GD432JA017 RESISTOR 4,30 kOhm 1/8 W 5%R415 EROS2THF7500 RESISTOR 750 Ohm 0,25 1%R502 D0GD182JA017 RESISTOR 1,80 kOhm 1/8 W 5%R504 ERG2SJ682E RESISTOR 6,80 kOhm 2 5%R507 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R513 ERQ14AJ100E FUSISTOR 10 Ohm 1/4 W 5%R523 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R524 D0GD104JA017 RESISTOR 100 kOhm 1/8 W 5%R525 D0GD392JA017 RESISTOR 3,90 kOhm 1/8 W 5%R553 D0GD223JA017 RESISTOR 22 kOhm 1/8 W 5%R554 ERJ6GEYJ103V RESISTOR 10 kOhm 1/8 W 5%R555 ERQ14AJ2R0P FUSISTOR 2 Ohm 1/4 W 5%R558 D0AE513JA046 RESISTOR 51 kOhm 0,25 W 5%R564 D0AE393JA046 RESISTOR 39 kOhm 1/4 W 5%R580 D0GD392JA017 RESISTOR 3,90 kOhm 1/8 W 5%R581 ERJ6GEYJ332V RESISTOR 3,30 kOhm 1/8 W 5%R583 D0GD274JA017 RESISTOR 270 kOhm 1/8 W 5%R584 D0GD563JA017 RESISTOR 56 kOhm 1/8 W 5%R586 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R587 D0GD823JA017 RESISTOR 82 kOhm 1/8 W 5%R588 D0GD104JA017 RESISTOR 100 kOhm 1/8 W 5%R591 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R592 D0GD222JA017 RESISTOR 2,20 kOhm 1/8 W 5%R593 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R594 D0GD104JA017 RESISTOR 100 kOhm 1/8 W 5%R596 ERJ6GEYJ333V RESISTOR 33 kOhm 1/8 W 5%R601 D0GD153JA017 RESISTOR 15 kOhm 1/8 W 5%R603 D0GD393JA017 RESISTOR 39 kOhm 1/8 W 5%R604 ERJ6GEYJ821V RESISTOR 820 Ohm 1/8 W 5%R605 ERJ6GEYJ821V RESISTOR 820 Ohm 1/8 W 5%R606 ERJ6GEYJ821V RESISTOR 820 Ohm 1/8 W 5%R607 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R612 D0GD102JA017 RESISTOR 1 kOhm 1/8 W 5%R614 D0GD392JA017 RESISTOR 3,90 kOhm 1/8 W 5%R617 D0GD391JA017 RESISTOR 390 Ohm 1/8 W 5%R619 D0GD121JA017 RESISTOR 120 Ohm 1/8 W 5%R620 D0GD121JA017 RESISTOR 120 Ohm 1/8 W 5%R623 D0GD331JA017 RESISTOR 330 Ohm 1/8 W 5%R633 D0GD470JA017 RESISTOR 47 Ohm 1/8 W 5%R640 D0GD822JA017 RESISTOR 8,20 kOhm 1/8 W 5%R672 D0GD181JA017 RESISTOR 180 Ohm 1/8 W 5%R686 D0GD470JA017 RESISTOR 47 Ohm 1/8 W 5%R687 D0GD472JA017 RESISTOR 4,70 kOhm 1/8 W 5%R688 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R801 D0D72R7KA002 RESISTOR 2,70 Ohm 7 W 10%R810 ERG2FJ470 RESISTOR 47 Ohm 2 W 5%R811 ERG2FJ104H RESISTOR 100 kOhm 2 W 5%R817 ERDS1TJ100T RESISTOR 10 Ohm 1/2 W 5%R825 D0AE102JA046 RESISTOR 1 kOhm 1/4W 5%R830 D0AE101JA046 RESISTOR 100 Ohm 1/4 W 5%R832 D0AE473JA046 RESISTOR 47 kOhm 0,25 W 5%R840 ERCI2ZGM825V RESISTOR 8,20 MOhm 3/4 W 5%R854 ERJ6GEYJ103V RESISTOR 10 kOhm 1/8 W 5%R855 ERDS2TJ752T RESISTOR 7,50 kOhm 1/4 W 5%R857 ERDS2TJ683T RESISTOR 68 kOhm 1/4 W 5%R858 ERDS2TJ153T RESISTOR 15 kOhm 1/4 W 5%R861 ERDS1TJ221T RESISTOR 220 Ohm 1/2 W 5%R864 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R866 D0GD472JA017 RESISTOR 4,70 kOhm 1/8 W 5%R868 ERDS1TJ471T RESISTOR 470 Ohm 1/2 W 5%R870 ERJ6GEYJ222V RESISTOR 2,20 kOhm 1/8 W 5%R871 ERDS1TJ103T RESISTOR 10 kOhm 1/2 W 5%

R872 D0GD272JA017 RESISTOR 2,70 kOhm 1/8 W 5%R873 D0GD472JA017 RESISTOR 4,70 kOhm 1/8 W 5%R875 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R1016 ERJ6ENF1800V RESISTOR 180 Ohm 1/10 W 1%R1017 ERJ6ENF2400V RESISTOR 240 Ohm 1/10 W 1%R1018 ERJ6ENF3300V RESISTOR 330 Ohm 1/10 W 1%R1019 ERJ6ENF4700V RESISTOR 470 Ohm 1/10 W 1%R1020 ERJ6ENF8200V RESISTOR 820 Ohm 1/10 W 1%R1059 D0GD182JA017 RESISTOR 1,80 kOhm 1/8 W 5%R1060 D0GD683JA017 RESISTOR 68 kOhm 1/8 W 5%R1103 D0GD680JA017 RESISTOR 68 Ohm 1/8 W 5%R1104 D0GD562JA017 RESISTOR 5,60 kOhm 1/8 W 5%R1105 D0GD562JA017 RESISTOR 5,60 kOhm 1/8 W 5%R1106 D0GD102JA017 RESISTOR 1 kOhm 1/8 W 5%R1108 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R1109 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R1110 D0GD102JA017 RESISTOR 1 kOhm 1/8 W 5%R1111 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R1112 D0GD332JA017 RESISTOR 3,30 kOhm 1/8 W 5%R1116 D0GD332JA017 RESISTOR 3,30 kOhm 1/8 W 5%R1120 D0GD102JA017 RESISTOR 1 kOhm 1/8 W 5%R1122 D0GD332JA017 RESISTOR 3,30 kOhm 1/8 W 5%R1123 D0GD751JA017 RESISTOR 750 Ohm 1/8 W 5%R1125 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R1130 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R1131 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R1132 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R1133 D0GD562JA017 RESISTOR 5,60 kOhm 1/8 W 5%R1134 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R1135 D0GD333JA017 RESISTOR 33 kOhm 1/8 W 5%R1136 D0GD332JA017 RESISTOR 3,30 kOhm 1/8 W 5%R1140 ERJ6ENF1201V RESISTOR 1,20 kOhm 1/10 W 1%R1141 D0GD562JA017 RESISTOR 5,60 kOhm 1/8 W 5%R1142 D0GD100JA017 RESISTOR 10 Ohm 1/8 W 5%R2302 D0GD153JA017 RESISTOR 15 kOhm 1/8 W 5%R2303 D0GD472JA017 RESISTOR 4,70 kOhm 1/8 W 5%R2380 D0GD151JA017 RESISTOR 150 Ohm 1/8 W 5%R2381 D0GD102JA017 RESISTOR 1 kOhm 1/8 W 5%R2382 D0GD102JA017 RESISTOR 1 kOhm 1/8 W 5%R2383 D0GD103JA017 RESISTOR 10 kOhm 1/8 W 5%R2384 D0GD100JA017 RESISTOR 10 Ohm 1/8 W 5%R3015 D0GD101JA017 RESISTOR 100 Ohm 1/8 W 5%R3018 D0GD750JA017 RESISTOR 75 Ohm 1/8 W 5%R3048 D0GD184JA017 RESISTOR 180 kOhm 1/8 W 5%JA1 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA4 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA5 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA6 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA7 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA8 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA9 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA10 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJA12 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS102 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS110 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS111 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS112 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS113 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS122 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS2140 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS2141 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS3001 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS3130 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WJS3138 ERJ6GEY0R00V RESISTOR 0 Ohm 1/8 WTRANSFORMERST553 ETH19Y210AZZ HORIZONTAL DRIVER TRANSFORMEROSCILLATORSX181 EFCS4R5MW5 CERAMIC FILTER 4,5 MHzX601 H0D120500020 CRYSTAL OSCILLATOR 12 MHzXF101 M1971M SAW FILTER 45,75 MHZFUSEF801 K5D402BK0004 FUSE ( 4A / 250V )

Ref. No. Part No. Part Name & Description Ref. No. Part No. Part Name & Description

Panasonic da Amazônia S.A.

CS DIVISION - TECHNICAL SUPPORT

Rod. Presidente Dutra, Km 155

São José dos Campos - SP

BRAZIL

7545347 Panasonic TC20RM10LP Chasis GP31 Service Manual

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