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esquema da tv mitsubishi tc1410 de 20 e 14 polegadas, Notas de estudo de Cultura

Faculdade de Tecnologia SENAI Chapecó (SENAI)Cultura

diagrama da tv mitsubishi

Tipologia: Notas de estudo

2012

Compartilhado em 16/01/2012

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OFWM1871M

L101

0.82µH-M/K

R101

15K-J

1/16W

IF

33V

IF-GND

5V

33V

TU101

R103

1K5-J

1/16W

R104

100R-J

0.5W

R105

100R-J

0.5W

SCL-GENERAL

SDA-GENERAL

IF

D102

MTZJ33D

R102

100K-J

1/16W

IF-GND

AGC

L211

12µH-K

C106

100µF-M

16V

C107

220nF-M

Y5V 16V

NC

9

5V

8

5V

7

SDA

6

SCL

5

NC/AS

4

TV

3

2

AGC 1

11

10

PCI CRT

!

Y/ CVBS

LRV

J201

2 6 10

95

1

EXT-

MONO

POWER

CH +

CH -VOL +

VOL -

5V ST-

BY

Z701

TSOP2233UH1

+

IR

A/D KEY 2

A/D KEY

1

TIMER LED

POWER ON

IR

TIMER

STAND-BY

AUDIO - MONO

+

+IF-GND

IF

AGC

+

C605

22pF-J

NP0 50V

+

Y/ CVBS FBP

+

A/D KEY 2 A/D KEY 1 TIMER LED

+

5V

ST- BY

+

SDA - GENERAL

SCL - GENERAL

MUTE

POWER ON

IR

5V

ST- BY

BR24L08F-WE2

IC702H-DRIVEV-DRIVEB-OUTG-OUTR-OUT

14”

20”

C653

1nF-K

2KV

SCREEN

FOCUS

H.V.

HEATER

SCREEN

C651

100nF-J

250V

R658

4R7-J

NFR 25H

R655

1K5-J

CARB. COMP.

R657

1K5-J

CARB. COMP.

C652

10µF-M

250V 180V

JP660

JP652

JP659

JP653

11

22

33

44

GND

G-OUT

B-OUT

R-OUT

GA

R656

1K5-J

CARB. COMP.

14”

20”

!

11 6 8 10 9 5 7 1

39754681

V271

1

J601

J602

3

2

1

4

5

G-OUT

B-OUT

R-OUT

GND

+

SA

GP

+

Ra

Rf

Ri

Rf

Ra

Ri

RGB

Ri

Rf

vcc

1 2 3456789

GND

+

9V

ABL

EXT-

MONO

+

9V

AUDIO - MONO

+

++

5V

+

1

2

3

SF101

C723

18pF-J

NP0 50V

C722

18pF-J

NP0 50V

C721

470nF-M

Y5V

16V

R717

100R-J

1/16W

R716

100R-J

1/16W

R707

8K2-J

1/16W

R708

8K2-J

1/16W

SDA SCL WP

GND A2 A1

A0

VCC

EEPROM

ARRAY

5 6 7 8

1234

R710

8K2-J

1/16W

R711

8K2-J

1/16W

R712

8K2-J

1/16W

R709

8K2-J

1/16W

R706

8K2-J

1/16W

C105

15nF-J

63V

C110

1µF-M 50V

R110

3K-J

1/16W

R501

4K7-F

1/16W

R301

10K-J 1/16W

R304

39K-J

1/16W

R602

100R-J

1/16W

R603

100R-J

1/16W

R604

100R-J

1/16W

C602

100pF-J

NP0 50V

C603

100pF-J

NP0 50V

C604

100pF-J

NP0 50V

C405

470nF-J

50V

C502

100µF-M

16V

C503

10nF-K

X7R 50V

R502

120R-J

0.25W

R601

47R-J

0.25W

C614

10nF-K

X7R 50V

C612

100µF-M

16V

C607

1n5-K

X7R 50V

C301

100pF-J

NP0 50V

C309

22pF-J

NP0 50V

MONO

C104

22nF-K

X7R 25V

C303

10nF-K

X7R 50V

C305

10nF-K

X7R 50V

C306

1n5-K

X7R 50V

C203

10nF-K

X7R 50V

C202

100µF-M

16V

C221

10µF-M

50V

C222

1µF-M

50V

C220

22nF-K

X7R 25V

R221

560R-J

1/16W

R220

4K7-J

1/16W

D220

1N4148

Q203

2SA1037AK-

R,S

R222

10K-J

1/16W

R223

15K-F

1/16W

R380

1K-J

0.25W

C304

1µF-M

50V

C112

10nF-K

X7R 50V

C215

100nF-K

X7R 16V

R216

47K-J

1/16W

R215

47K-J

1/16W

R214

1K-J

1/16W

R212

510K-J

1/16W

R218

560R-J

1/16W

R219

560R-J

1/16W

C101

10µF-M

50V

C102

10µF-M

50V

C109

18pF-J

NP0 50V

C108

18pF-J

NP0 50V

C214

0.47µF-M

100V

C216

2µ2-M

100V

C211

100µF-M

16V

C212

10nF-K

X7R 50V

C611

10nF-K

X7R 50V

R610

24K-F

1/16W

R611

24K-F

1/16W

C610

0.47µF-M

100V

X601

4.43361

6MHz X701

32.768

KHz

R504

10K-J

0.25W

C206

10nF-K

X7R 50V

C205

100µ-M

100V

C728

2µ2-M

100V

C727

33nF-K

X7R 25V

R728

100R-J

1/16W

R729

1M-J

1/16W

R726

47K-J

1/16W

C726

1µF-M

50V

C725

1nF-K

X7R 50V

C724

1nF-K

X7R 50V

C711

10nF-K

X7R 50V

C714

18pF-J

NP0 50V

C715

18pF-J

NP0 50V

R714

390K-J

1/16W

C710

470µF-M

16V

R715

3K-J

1/16W

R777

3K-J

1/16W R773

10K-J

1/16W

R774

100K-J

1/16W

Q773

2SA1037AK-

R,S

R723

100R-J

1/16W

R724

8K2-J

1/16W C706

100pF-J

NP0 50V

C708

100nF-Z

Y5V 25V

C707

100µF-M

16V

R701

6K8-F

1/16W

SK701

2

1

2

1

SK702

2

1

SK703

SK704

2

1

2

1

SK705

R702

6K8-F

1/16W

R703

6K8-F

1/16W

R704

6K8-F

1/16W

R705

6K8-F

1/16W

R302

15K-J

0.25W

C210

1µF-M

50V

C327

2µ2-M

100V

R307

0R

1/16W

R308

39K-J

1/16W

R310

0R

1/16W

R312

0R

1/16W

R311

0R

1/16W

IC 651

TDA6107JF !

!

14” / 20’’

MONO A/V INPUT

IC101

LA76930

!

2 3 4 51

EV- 02

TC-2010

TC-1410

R560

10K-J

1/16W

C232

330pF-K

X7R 50V

C234

330pF-K

X7R 50V

R503

10K-J

0.25W

R671

R780

8K2-J

1/16W

C380

100pF-J

NP0 50V

L 701

22µH-J

C235

100pF-J

NP0 50V

CONTROLS

uP

SHARP / B / C / BS

H

V

ASW / VOL / MUTE

VSW

SAT / TINT

PAL / NTSC / AUTO

AFT

1234 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33

SCL- GENERAL

SDA - GENERAL

MUTE

SCL - EEPROM

POWER ON

SDA - EEPROM

IR

SERVICE

XTAL 2

XTAL 1

TMER LED

SVHS SWITCH

A/D KEY 2

RESET

PLL

CPU GND

A/D KEY 1

CPU VCC

CLOCK

OSCILLATOR

VCCCVBS

EXT. C

YIF IF AGC VIDEO Cr Cb FB R G B FBP VCC

SIF OUT SIF IN AUDIO

OUT VCC EXT.

AUDIO ABL VCC R OUT G OUT B OUT V OUT VCC H OUT

D. E.

CAP. V RAMP

CAP.

AV / YCbCr

VIF AMPL.

AGC

VIF TUNER VIDEO

AMPL. AFT

VIDEO

DET. TRAP SW VCO DAH

AFT

SOUND

DET BPF FM

AMPLIFIER

500K

DET BPF LIM.

AMPL. FM DET.

VOLUME AUDIO

SW

SOUND

PLL

R G B

DRIVE

VERTICAL

C / D

V. RAMP.

OSCILLATOR

VERTICAL

GEOMETRY

HOR.

OUTPUT

PHASE

SHIFTER

2nd LOOP

FBP

H

1st

LOOP

HOR

C / D

1 / 256

HOR

VCO

V

VERTICAL

SEPARATION

ABL

OSD

SW

CONTRAST

BRIGHT OSD

CONTRAST

RGB

MATRIX

CLMP CLMP

VIDEO

SW

DC

REST

BPF YC

SW ACC

PAL

SW

FSC

SYNC

APC1

TINT

VCO APC2 DDS VXO

SYNC

SEP

TRAP V / Y

SW SHARP BLACK

STR

DELAY

LINE

COLOR

CLAMP

OSD

CLAMP

DC ADJ

VIDEO OUT

D705

D704

20" MONO

14" MONO

+

5V

C202

100µF-M

16V

5Va

+

R217

560R-J

1/16W

Q201

2SA1037AK-

R,S

5Va

R303

270K-J

0.25W

R210

75R-J

0.25W

R250

130K-J

1/16W

IC351

TDA7267A

1

2

SR

+

-

SP391

C369

47µF-M

16V

C368

100nF-Z

Y5V 25V

C360

2200µF-M

25V

JP79

15V

MUTE 8V

+ +

-

+THERMAL

PROTECTION

S-GND

SVR

ST-BY P-GND

VCC

123 4 5 6 7 8

16 15 14 13 12 11 10 9

C370

100nF-Z

Y5V 25V

C364

470µF-M

25V

C363

100nF-J

50V

R363

8R2-J

0.5W

C341

14" = 100nF-K

X7R 16V

R340

14" = 3K-J

20" = 0 R

1/16W

R344

0R

1/16W

R342

22K-J

1/16W

R343

100K-J

1/16W

Q351

2SC2412K-R

Q352

2SA1037AK-R,S

R372

22K-J

1/16W

R370

100K-J

1/16W

R371

1K-J

1/16W

C356

14" = 1n5-K

20" = 15nF-K

X7R 50V

MONO

AMP.

JP340

C345

470nF-J

50V

C344

33nF-K

X7R 25V

R349

1K-J

1/16W

+

P

1

D901

2KBP06M

C952

220pF-K

1KV

D952

SF5408TR

C954

330µF-M

160V

LIVE

C953

4700µF-M

25V

!

BOBINA

DESMAG.

4

1

F901

T3,15A !

AC 90 ~

260V

KA

R907

470R-J

3W

MB

C904

1nF-K

1KV

C902

1nF- K

1KV

1

2

3

4

!C906

3n3-M

AC250V

C955

3n3-K

1KV !

C909

33nF-K

630V

RP901

23

L901

LINE FILTER

14

2

C901

100nF-M

AC 250V

C910

100nF-M

AC 250V

!

RN901

2R2 +C903

220µF-M

400V

C919

100µF-M

25V

C918

100nF-J

50V

R901

510K-J

VR37

C911

270pF-J

NP0 50V

R903

120R-J

0.25W

D909

BYT42J

D907

1N4148

R908

R906

R905

15K-J

0.25W

C916

22pF-J

NP0 50V

C915

1n5-K

X7R 50V

!

IC901

ICE1QS01

Q901

SPA07N60C3

IC902

SFH617-A2

D951

BYT53D

C908

220pF-K

1KV

R956

100K-J

0.5W

T901

!

Z951

LF251 5A

D950

MTZJT-723,3B

R955

1K-J

0.25W

R950

820R-J

0.25W

IC951

TL431

C950

330pF-K

X7R 50V

C959

15nF-K

X7R 50V

R951

180K-J

0.25W

R952

270K-F

0.25W

TU101

15V

20" = 120V

33V

R953

5K1-F

0.25W

R954

14" = 910R-F

20" = 680R-F

0.25W

G

S

D

DL

QQ

123 4

567

8

SR

QQ

Over Voltage

Fault Comparator

Soft Start &

Regulation

&

Zero Crossing

Digital

Processing

Power

Driver

Ringing

Suppression

Start

5.7V 5V

Ref. V

& I

Burst

Mode

Primary

Current

Simulation

PC

4

3

2

1

+

3

1

2

+

R909

30K-J

3W

D919

BYT42J

!

10

14

16

9

1

2

4

8

615

14" = 114V

3

HEATER

HEATER GND

C554

10µF-M/Q

200V

H.V

FOCUS

SCREEN

C563

C557

10nF-J

200V

R554

10K-F

0.5W

14" = 4.7µF-M 160V

R571

14’’= 8R2-J

20’’=6R8-J

3W

180V

5V

R581

20"= 3K6-F

14"= 5K1-F

0.25W

C564

R567

33R-J

0.5W

T552

2SC2482

H-DRIVE

C571

1µF-M

160V

120V

R564

100R-J

1/16W

BU2506 DX

H-OUT

Q551

R573

14’’= 8K2-J

20’’= 5K6-J

3W

Q552

R566

1K2-J

1/16W

R565

820R-J

1/16W

C451

100nF-J

50V

R458

330R-J

SFR25H

DEFL.

YOKE

R561

20" = 820R-J

2W

C566

14"= 430nF-J

20"= 390nF-J

250V

FBPABL

C457

100nF-Z

50V

IC 451

LA78040

D553

BYT42J

C553

1nF-K

Y5P 500V

C556

470µF-M

35V

26V

IC 251

BA1705T

D596

BYT42J

9V

26V

R450

4K7-J

1/16W

R454

1K-J

0.5W

R462

22R-J

0.5W

6

HV

T551

FOCUS

SCREEN

!

3

2

1

4

7

8

9

10

5

11

GP

2

1

5

4

DY

4

3

2

1

5V C201

470µF-M

16V

H-DRIVE

8V

V-DRIVE

e

b

c

+

FLYBACK

GENERATOR

THERMAL

PROTECTION

1234567

VCC GND

OUTPUT

VCC

+

-

+

14" = JP6

+

3

C596

470µF-M

16V

D551

BYT42J

D451

BYT42J

R451

4K7-J

1/16W

R452

12K-J

1/16W

R453

22K-J

1/16W

R460

24K-F

1/16W

R461

10K-F

1/16W

C460

47µF-M

16V

C458

3µ3-J

50V C453

2200µF-M

25V

R455

3K6-F

0.5W

R457

4R7-F

0.6W

R456

14’’= 4R7-F

20’’= 3R3-F

0.6W

R459

1K-J

0.5W

C452

100µF-M

35V

+

R562

5K6-J

0.2W

C573

150pF-K

Y5E 500V

C572

560pF-K

Y5P 500V

VOLTAGE

REGULATOR

32

1

OVERCURRENT

PROTECTION

THERMAL

PROTECTION

GND OUTIN

L551

20’’

8V

114V 43

1 5

120V

114V

POWER-ON

9V

5V

ST- BY

IC962

BA09SFP

IC961

BA17805

+

C601

470µF-M

16V

C701

470µF-M

16V

VOLTAGE

REGULATOR

32

1

OVERCURRENT

PROTECTION

THERMAL

PROTECTION

GND OUT

IN

VOLTAGE REGULATOR

3

1

OVERCURRENT PROTECTION

THERMAL PROTECTION

GND OUTIN

4 5

ON

OFF

2

C962

100µF-M

16V

+

R962

75R-J

1W

L902

F.BEAD

L952

F.BEAD L953

F.BEAD

L 202

5.6µH-J

SFR25H

12/08/05

C217

1µF-M

50V

14" = 100R-J 0.5 w

20" = 150R-J 0.5 w

14" = 68K-J 0.25 w

20" = 82K-J 0.25 w

20" = 22µF-M 160V

C567

HDT

CRT 14" = SAMSUNG OU PHILIPS

CRT 20" = SAMSUNG OU PHILIPS

2,7 2,6 3,1 2,8 2,3 2,3 2,4 4,9 2,2 3,2 8,2 2,4 2,5 2,5 0 2,1 2,4 1,7 5,1 2,6 0,9 0 4,9 0 4,9 4,9 4,9 4,9 0 4,8 4,8

2,12,6

4,9

4,94,94,94,93,93,404,81,102,62,72,63,32,44,82,72,52,52,42,41,902,82,8

1,8 1,4 4

002,612, 5

4

0

12,6

11,6 10

2,4

86,4

2,6

0

1 2 34 5

6

7

8

9

10

11

0000

4,904,94,9

15,5 7,2 7,5 0,8 0

00000000

0

7,4 6,8

0,3

6,8

0

2

1,9

4

0

4,4

2,6 25 1,8 0 9,7 25,2 2,7

0

53,8

0,3

114

0,1

0

1,9

1,2

2,5 2,5 2,4 0 173,3 108 ,9 10 8 90,8

12

13

14

15

16

17

18

19 20

-Indica a foto da forma de onda no local

OBS: Para tomada de medições, considerar o apare lho cone ctado a

uma rede de 127 Vac, sintonizado em um padrão de bar ras

coloridas com intensidade de 80dBuV, PAL-M, Canal 3, Memór ia de

Video Brilhante, volume a 30%, Audio 1 KHZ (Mono).

5

R904

14" = 150R-J

20" = 33R-J

0.5W

R902

330K-J

SFR25H

C931

22pF-J

NP0 50V

L903

F.BEAD

C951

100nF-J

63V

C932

1n0-M AC250V

C933

1n0-M AC250V

!

14" SAM= 680nF

14" PH= 470nF

20" SAM= 1µF

20" PH= 470nF

J 50V

14" SAM= 6n4-J

14" PH= 5n8-J

20" SAM= 7n4-J

20" PH= 7n9-J

2KV

14" PH= 1R5-J 0,5 W

14" SAM= Ñ USADO

20" = 3R3-F 0,6W

14" PH= 1R5-J 0,5 W

14" SAM= 1R0-J 0,5 W

20" PH= 3R3-F 0,6 W

20" SAM= 1R0-J 0,5 W

R672

Descubra Notas de estudo de Cultura Faculdade de Tecnologia SENAI Chapecó (SENAI)

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OFWM1 8 7 1 M

L10 1

0.82μH -M/K

1/1 6 W15 K-JR10 1

IF

3 3 V

IF-GN D

3 3 V 5 V

TU

1/1 6 W1K5 -J R10 3

R10 4

100R -J

R10 50 .5 W

100R -J

0 .5 W

SDA-GEN ER A L SCL-GEN ER A L

IF

D10 2

MTZJ3 3 D

R10 2

1/1 6 W100 K-J

IF-GN D

AGC

L21 1

12μH -K

C10 6

100μF-M 1 6 V

C10 7

220nF-M

Y5 V 1 6 V

NC

5 V

SD A

SC L

N C /AS

T V

AGC

PCI CRT

Y/ C V BS

L

R

V

J20 1

EXT-

MONO

VOL +CH -CH + POWER

VOL -

5V

ST-

B Y

Z

TSOP2233UH

IR

A/D K EY 2

A/D K EY

TIMER LED

POW ER ON

IR

TIMER

STAND-B Y

AUDIO - M ON O

IF-GN D

IF

AGC

22pF-JC60 5

NP0 5 0 V

Y/ C V BS

FBP

A/D K EY 2

A/D K EY 1

TIMER LED

5V

ST- BY

SCL - GEN ER A L SDA - GEN ER A L

MU TE

POW ER ON

IR

5V

ST- BY

BR24L08F-WE

IC

H-DRIV E

V-DR IV E

B-OU T

G-OUT

R-OUT

C65 3

1nF-K 2 K V

SC R EENFOC U S

H.V.

H EATE R

SC R EEN

C65 1

100n F-J 2 5 0 V

4R7 -JR65 8

NFR 2 5 H

R65 5

1K5 -J

CAR B. C OMP.

R65 7

1K5 -J

CAR B. C OMP.

C65 2

10μF-M 2 5 0 V

180V

JP652JP660JP659JP

GND

R-OUTB-OU TG-OUT

GA

1K5 -JR65 6

CAR B. C OMP.

V

J60 1J60 2

R-OUTB-OU T G-OUTGND

SA

GP

Ra

Rf

Ri

Rf

Ra

Ri

R

G

B

Ri

Rf

vcc

GND

9V

ABL

EXT-

MONO

9V

AUDIO - M ON O

5 V

SF

C72 3

18pF-J

NP0 5 0 V

C72 2

18pF-J

NP0 5 0 V

C72 1

470nF-M Y5 V 1 6 V

R71 7

100R -J

1/1 6 W

R71 6

100R -J

1/1 6 W

1/1 6 W8K2 -JR70 7

1/1 6 W8K2 -JR70 8

SD

A

SCL

W

P

GND

A

VCC

EEPR

OM

ARRAY

R71 0

1/1 6 W8K2 -J

R71 1

1/1 6 W8K2 -J

1/1 6 W8K2 -JR71 2

1/1 6 W8K2 -JR70 9

R70 6

1/1 6 W8K2 -J

15nF-JC10 5 6 3 V

C11 0

1μ F-M 5 0 V

R11 0 3K-J

1/1 6 W

1/1 6 W4K7 -FR50 1

R30 1

10K-J

1 /1 6 W

1/1 6 W39 K-JR30 4

R60 2

100R -J

1/1 6 W

R60 3

100R -J

1/1 6 W

R60 4

100R -J

1/1 6 W

C60 2

NP0 5 0 V100p F-J

C60 3

NP0 5 0 V100p F-J C60 4

NP0 5 0 V100p F-J

C40 5

470n F-J

5 0 V

100μF-MC50 2 C50 31 6 V

10n F-K

X7 R 5 0 V

120R -JR50 2

0.2 5 W

R60 1

47R -J

0.2 5 W

10n F-KC61 4

X7 R 5 0 V

C61 2

100μ F-M 1 6 V

1n5 -KC60 7

X7 R 5 0 V

C30 1

NP0 5 0 V100p F-J

C30 9

22pF-J

NP0 5 0 V

MON O

C10 4

22nF-K

X7 R 2 5 V

C30 3

10nF-K

X7 R 5 0 V

C30 5

10nF-K

X7 R 5 0 V

C30 6

1n5 -K

X7 R 5 0 V

10nF-KC20 3

X7 R 5 0 V

C20 2

100μ F-M 1 6 V C22 1

10μF-M 5 0 V

C22 2

1μ F-M 5 0 V

22nF-KC22 0

X7 R 2 5 V

1/1 6 W560R -JR22 1

R22 0

1/1 6 W4K7 -J

D22 0

1N41 4 8

Q20 3

2SA1 0 3 7 AK-

R ,S

10 K-JR22 2

1/1 6 W

1/1 6 W15K-FR22 3

R38 0

1K-J

0.2 5 W

C30 4

1μF-M 5 0 V

C11 2

X7 R 5 0 V10nF-K

C21 5

X7 R 1 6 V100n F-K

R21 6

1/1 6 W47 K-J

R21 5

1/1 6 W47 K-J

1K-JR21 4

1/1 6 W

R21 2

510 K-J

1/1 6 W

R21 8

1/1 6 W560R -J

R21 9

1/1 6 W560R -J

10μF-MC10 1 5 0 V

C10 2

10μF-M 5 0 V

18pF-JC10 9

NP0 5 0 V

18pF-JC10 8

NP0 5 0 V

C21 4

0.47 μF-M 1 0 0 V

1 0 0 V2μ2 -MC21 6

C21 1

100μF-M

1 6 V

10n F-KC21 2

X7 R 5 0 V

10n F-KC61 1

X7 R 5 0 V

24K-FR61 0

1/1 6 W

1/1 6 W24K-FR61 1

C61 0

0.47μF-M

1 0 0 V

X6 0 1

6MH z

X7 0 1

KH z

0.2 5 W10 K-JR50 4

10n F-KC20 6

X7 R 5 0 V

C20 5

100μ -M 1 0 0 V

1 0 0 V2μ2 -MC72 8 33nF-KC72 7

X7 R 2 5 V

R72 8

100R -J

1/1 6 W1M-JR72 91/1 6 W

R72 6

1/1 6 W47 K-J5 0 V1μF -MC72 6

1nF-KC72 5

X7 R 5 0 V

1nF-KC72 4

X7 R 5 0 V

10n F-KC71 1

X7 R 5 0 V

C71 4

NP0 5 0 V18pF-J

C71 5

NP0 5 0 V18pF-J

1/1 6 W390 K-JR71 4

C71 0

470μF-M 1 6 V

3K-JR71 5

1/1 6 W

R77 7

3K-J

1/1 6 W

10 K-JR77 3

1/1 6 W

1/1 6 W100 K-JR77 4

Q77 3

2SA1 0 3 7 AK-

R ,S

R72 3

100R -J

1/1 6 W

8K2 -JR72 4

1/1 6 W

C70 6

NP0 5 0 V100p F-J

C70 8

Y5 V 2 5 V100n F-Z C70 7

100μ F-M 1 6 V

1/1 6 W6K8 -FR70 1

SK

SK704 SK

SK

6K8 -F R70 2

1/1 6 W

6K8 -FR70 3

1/1 6 W

1/1 6 W6K8 -FR70 4

1/1 6 W6K8 -FR70 5

R30 2

0.2 5 W15 K-J

C21 0

1μ F-M 5 0 V

1 0 0 V2μ2 -MC32 7 R30 7 0R

1/1 6 W

39 K-JR30 8

1/1 6 W

R31 0

0R

1/1 6 W

R31 2

0R

1/1 6 W

R31 1

0R

1/1 6 W

IC 651

TDA6107JF

MONO A/V IN PU T

IC

LA

TC-1410TC-2010 EV- 02

1/1 6 W10 K-J R56 0

C23 2

330p F-K

X7 R 5 0 V

C23 4

X7 R 5 0 V330p F-K

10 K-JR50 3

0.2 5 W

R67 1

1/1 6 W8K2 -JR78 0

C38 0

NP0 5 0 V100p F-J

22μH -JL 7 0 1

C23 5

100p F-J

NP0 5 0 V

CONTROLS

uP

SHARP / B

/ C

/ BS

VH

ASW

/ VOL

/ MUT

E

VSW

SAT / T

INT

PAL / NTSC

/ AUT

O

AFT

SCL- GENERAL

SDA - GENERAL

MUTE

SCL - EEPROM

POWER ON

SDA - EEPROM

IR

SERVICE

XTAL 2

XTAL 1

TMER LED

SVHS SWITCH

A/D KEY

RESET

PLL

CPU GND

A/D KEY

CPU VCC

CLOCK

OSCILLATOR

VCC

CVBSEXT.C

Y

IF

AGC

VIDEO

Cr

Cb

F

B

R

G

B

FBP

VCC

SIF

OUT

SIF

IN

AUDIO

OUT

VCC

EXT.

AUDIO

ABL

VCC

R OUT

G OUT

B OU

T

V OU

T

VCC

H OUT

CAP.D. E.

CAP.V RAMP

AV / YCbCr

VIF

AMPL.

AGC

VIF

TUNER

AMPL.VIDEO

AF

T

VIDEO

DET.

TRAP

SW

VCO

DAH

AFT

SOUND

DET

BPF

F

M

AMPLIFIER

500K

DET

BPF

LIM.

AMPL.

FM DET.

VOLUME

AUDIO

SW

SOUND

PLL

R

G B

DRIVE

VERTICAL

C / D

V. RAMP.

OSCILLATOR

VERTICAL

GEOMETR

Y

HOR.

SHIFTERPHASEOUTPUT

2nd LOOP

FBP

H

1s t

VCOHOR1 / 256C / DHORLOOP

V

SEPARATION VERTICAL

ABL

SWOSD

CONTRAST

BRIGHT

OSD

CONTRAST

RGB

MATR

IX

CLMP

VIDEO

SW

DC

REST

BPF

SWYC

ACC

SWPAL

SYNCFSC

APC1TIN

T

VCO

APC

DDS

VXO

SESYNC

P

TRAP

V

/Y

SW

SHARP

BLAC

K

STR

DELAY

LINE

CLAMPCOLOR

OSD

DC ADJ CLAMP

VIDEO OUT

D70 4D70 5

14" MONO 20" MONO

5V

C20 2

100μF-M 1 6 V

5Va

1/1 6 W560R -JR21 7

Q20 1

2SA1 0 3 7 AK-

R ,S

5Va

R30 3

0.2 5 W270 K-J

75R -JR21 0

0.2 5 W

1/1 6 W130 K-JR25 0

IC

TDA7267A

SR

SP

C36 9

47μF-M 1 6 V

C36 8

100n F-Z

Y5 V 2 5 V

C36 0

2200μ F-M

2 5 V

JP7 9

1 5 V

MU TE

8V

THERMAL

PROTECTION

S-GND

SVR

ST-

BY

P-GND

VCC

C37 0

100n F-Z

Y5 V 2 5 V

C36 4

470μF-M

2 5 V

C36 3

100n F-J R36 35 0 V

8R2 -J

0 .5 W

C34 1

14" = 10 0 n F-K

X7 R 1 6 V

R 3 4 0

14" = 3 K-J

20" = 0 R

1 /1 6 W

R34 4

0R

1/1 6 W

R34 2

1/1 6 W22 K-J

R34 3

1/1 6 W100 K-J

Q35 1

2SC24 1 2 K-R

Q35 2

2SA1 0 3 7 AK-R ,S

1/1 6 W22 K-JR37 2

R37 0

1/1 6 W100 K-J

R37 1

1K-J

1/1 6 W

C35 6

20" = 1 5 n F-K14" = 1 n 5 -K X7 R 5 0 V

MONO

AMP.MONO

JP3 4 0

C34 5

470n F-J 5 0 V

33nF-KC34 4

X7 R 2 5 V

1/1 6 W1K-JR34 9

P

D9 0 1

2KBP0 6 M

C95 2

220p F-K 1 K V

D9 5 2

SF5 4 0 8 TR

C95 4

330μF-M 1 6 0 V

LIVE

C95 3

4700μ F-M

2 5 V

D ESMAG.BOBIN A

F90 1

T3 ,1 5 A

2 6 0 VAC 9 0 ~

KA

R90 7

470R -J

MB3 W

C90 4

1nF-K 1 K V

1 K V1nF- KC90 2

3n3-MC90 6

AC 2 5 0 V

C95 5

3n3 -K 1 K V

C90 9

33nF-K 6 3 0 V

RP9 0 1

L90 1

LIN E FIL TER

C90 1

AC 2 5 0 V100nF-M

C91 0

AC 2 5 0 V100nF-M

RN

2R

C90 3

220μF-M 4 0 0 V

C91 9

100 μF-M 2 5 V

C91 8

100n F-J 5 0 V

R90 1

VR 3 7510 K-J

C91 1

NP0 5 0 V270p F-J

0.2 5 W120R -JR90 3

D90 9

BYT4 2 J

D90 7

1N41 4 8

R90 8

R90 6

0.2 5 W15 K-JR90 5

C91 6

NP0 5 0 V22pF-J

1n5 -KC91 5

X7 R 5 0 V

IC

ICE1QS

Q

SPA07N60C

IC

SFH617-A

D9 5 1

BYT5 3 D

C90 8

220p F-K

1 K V

R95 6

100 K-J

0 .5 W

T

Z95 1

LF2 5 1 5 A

D95 0

MTZJT-7 2 3 ,3 B

0.2 5 W1K-JR95 5

R95 0

0.2 5 W820R -J

TL431 IC

C95 0

330p F-K

X7 R 5 0 V

C95 9

X7 R 5 0 V15nF-K

R95 1

180 K-J

0.2 5 W

R95 2

0.2 5 W270K-F

TU

15V

20" = 120V

33V

5K1 -F R95 3

0.2 5 W

R9 5 4

20" = 6 8 0 R -F14" = 9 1 0 R -F

0 .2 5 W

G

S

D

L

Q

S

R

Q

Over Voltage

Fault C omparator

Soft Start

Regulation

Zero Crossing

Digital

Processing

DriverPower

Ringing

Suppression

Start

5.7V

5V

Ref. V &I

Burs

t

Mode

CurrentPrimary

Simulation

PC

30 K-JR90 9

3 W

D91 9

BYT4 2 J

14" = 114V

H EAT E RHEATER

GN D

C55 4

10μF-M/Q

2 0 0 V

SC R EENFOC U S H.V

C56 3

C55 7

10nF-J 2 0 0 V

0 .5 W10K-FR55 4

14" = 4.7μF-M 1 6 0 V

R57 1

20’’= 6 R 8 -J14’’= 8 R 2 -J

3 W

1 8 0 V

5 V

R58 1

14"= 5K1 -F20"= 3K6 -F

0.2 5 W

C56 4

R56 7

33R -J

0 .5 W

T

H-D R IVE 2SC2 4 8 2

1 6 0 V1μF-MC57 1

120V

R56 4

100R -J

1/1 6 W

BU2 5 0 6

D X

H-OU T

Q55 1

R57 3

20’’ = 5 K6 -J14’’ = 8 K2 -J

3 W

Q55 2

1/1 6 W1K2 -J R56 6

R56 5

1/1 6 W820R -J

C45 1

100n F-J 5 0 V

R45 8

SFR2 5 H330R -J

DEFL.

YOKE

R56 1

20" = 82 0 R -J

2 W

C56 6

20"= 390 n F-J14"= 430 n F-J

2 5 0 V

FBP

ABL

C45 7

100n F-Z

5 0 V

IC 451

LA

D55 3

BYT4 2 J 1nF-KC55 3

Y5 P 5 0 0 V

C55 6

470μF-M 3 5 V

26V

IC 251

BA1705T

D59 6

BYT4 2 J

9V

26V 1/1 6 W4K7 -J R45 0

R45 4

1K-J

0 .5 W

0 .5 W22R -JR46 2

H V

T

FOC U S

SC R EEN!

GP

DY

5V

C20 1

470μF-M

1 6 V

H-DRIV E

8V

V-DR IV E

e

b

c

FLYBAC

K

GENERATOR

THERMAL

PROTECTION

VCC

GND

OUTPUT

VCC

14" = JP

C59 6

470μF-M

1 6 V

D55 1

BYT4 2 J

D45 1

BYT4 2 J

4K7 -JR45 1

1/1 6 W

1/1 6 W12 K-JR45 21/1 6 W22 K-JR45 3

R46 0

1/1 6 W24K-F

10K-FR46 1

1/1 6 W

C46 0

47μF-M 1 6 V

C45 8

3μ3 -J 5 0 V

C45 3

2200μ F-M

2 5 V

0 .5 W3K6 -FR45 5

R45 7

4R7-F

0 .6 W R45 6

20’’= 3 R 3 -F14’’= 4 R 7 -F

0 .6 W

0 .5 W1K-JR45 9

C45 2

100μF-M 3 5 V

0 .2 W5K6 -JR56 2

C57 3

150p F-K

Y5 E 5 0 0 V

C57 2

Y5 P 5 0 0 V560p F-K

VOLTAGE

REGULATOR

OVERCURRENT

PROTECTION

THERMAL

GND PROTECTION

OUT

IN

20 ’ ’L55 1

8V

114V

114V 120V

POWER -ON

9V

5V

ST- BY

IC

BA09SFP

IC

BA

C60 1

470μF-M 1 6 V

C70 1

470μF-M

1 6 V

VOLTAGE

REGULATOR

OVERCURRENT

PROTECTION

THERMAL

GND PROTECTION

OUT

IN

VOLTAGE REGULATOR

OVERCURRENT PROTECTION

THERMAL PROTECTION

GND

OUT

IN

ON

OFF

C96 2

100μF-M

1 6 V

R96 2

75R -J

1 W

L90 2

F.BEAD

L95 2

F.BEAD

L95 3

F.BEAD

L 2 0 2

5.6μH -J

SFR2 5 H

1μ F-M C21 7 5 0 V

14" = 100R -J

0 .5 w

20" = 150R -J

0 .5 w

14" = 68K-J

0 .2 5 w

20" = 82K-J

0 .2 5 w

20" = 22μF-M 1 6 0 V

C56 7

H D T

CRT 20" = SAMSUNG OU PHILIPS CRT 14" = SAMSUNG OU PHILIPS

-Indica a foto da forma de onda no local

OBS:

uma rede de 127 Vac,Para tomada de medições, considerar o aparelho conectado a

sintonizado em um padrão de barras

coloridas com intensidade de 80dBuV, PAL-

M, Canal 3, Memória de

Video Brilhante, volume a 30%, Audi

o 1 KHZ (Mono).

R90 4

20" = 3 3 R -J14" = 1 5 0 R -J

0 .5 W

R90 2

SFR2 5 H330 K-J

22pF-JC93 1

NP0 5 0 V

L90 3

F.BEAD

C95 1

100n F-J 6 3 V

C93 2

1n0-M

AC 2 5 0 V

C93 3

1n0-M

AC 2 5 0 V

20" PH= 4 7 0 n F20" SAM= 1 μF14" PH= 4 7 0 n F14" SAM= 6 8 0 n F

J

5 0 V

20" PH =20" SAM= 7 n 4 -J14" PH= 5 n 8 -J14" SAM= 6 n 4 -J

7n9 -J