background image

13V

13V

8V6

D

E

G

A

U

S

S

SCL

A

U

D

SDA

C

O

L

C

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8V

8V

8V

8V

8V

H

S

Y

N

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S

Y

N

HOUT

H

O

U

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K-DZ703

3V3

3V3

SCP

+

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D

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-

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2

MUTE

A

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L

A

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3V3

SPARK

W1

3V3

51V

15V

15V

15V

13V

KEY1

A

B

L

3V3

8V

3V3

132,5V

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FB809

FB804

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R220

C846

SVHS201

D901

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C868

C655

C845

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FR802

D301

C414

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8

2

9

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8

0

8

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C806

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7

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7

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3

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D

1

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1

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C

3

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7

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3

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D

3

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3

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1

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7

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8

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2

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8

2

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8

4

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6

7

7

C

6

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1

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R

6

3

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5

0

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6

6

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5

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1

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6

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3

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6

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4

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4

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C

4

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2

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6

5

5

R

6

5

6

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8

0

7

R

8

0

9

C

4

0

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R

8

4

0

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1

1

2

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R756

F

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8

0

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C420

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R

3

0

6

C

2

0

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C

3

0

1

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C

2

1

0

C670

C668

R660

C742

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C

5

0

2

R207

SW705

L701

SF101

C671

R213

C

2

1

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C203

C

5

6

0

C

2

6

0

C105

R

5

6

6

C664

C

5

6

1

R

7

4

9

C

7

0

5

C

7

0

4

C701

NTC801

C702

C417

FR431

C

7

0

6

GF202A

VR802

LD701

R780

C421

C842

C

6

7

6

C

6

7

5

R

6

6

5

T802

R

6

6

3

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R

6

6

1

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R658

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R

6

5

1

Q602

L400

FB301

IC602

C

6

6

6

R

6

3

7

R

6

3

4

R630

R629

D402

15.02.04

11.02.04

11.02.04

1.00.72434.02

GND

SVHSC

VIDEO2

GND

GND

GND

VIDEO1

VIDEO1

GND

GND

TV OUT L

L-IN-2

L-IN-1

R-IN-2

R-IN-1

TV OUT R

KEILA

3

4

5V

2

2

1

1

SCHEMATIC DIAGRAM

WALTER

WALTER

SUBWOOFER

L

R

FALANTE

FALANTE

ALTO

ALTO

VIDEO IN 1

VIDEO IN 2

*

*

TP

ESQUEMA ELETRICO

TVP2914

VERIF.

P.A.

ALT.

DISCRIMINACAO

TITULO:

COD.

TOL.

TOL.

MOD.

ACAB.

ESC.

MAT.

DATA

PROJ.

DES.

NOME

75R

220n/250V

8V2

1K5

1000uF/25V

470uF/25V

220n/250V

100R

SK107

4,7uF/100V

22K

3

3

u

F

/

1

6

0

V

1N4148

STP6NK90ZFP

1,8R/1W

0,82R/1W

2

2

U

F

/

5

0

V

5K6/3W

STV9379FA

220KpF/16V

220n/100V

100kpF/25V

STP6NK90ZFP

470pF/500V

10R

1K8

1K

33uH

BU2520DX

4

3

2

1

5

6

7

8

TEA1507P

10R/2W

220R

DRIVE_HORIZONTAL

4,7KpF/1K6V

100nF/25V

100K/1W

TDA6106

470uF/385V

MUR460

470R/1W

18K

330R

1

0

0

u

F

/

1

6

V

1

0

K

100K

1N4148

150K

1

0

0

R

2

.

2

u

F

/

1

0

0

V

4.7uF/100V

2K2

C

S

B

5

0

3

F

5

8

1

u

F

/

1

0

0

V

100R

6M8

270K

330p/2000V

2

2

0

K

p

F

/

1

6

V

MUR460

1

0

u

F

/

K

/

2

5

V

(

L

L

)

1

0

u

F

/

2

5

V

(

L

L

)

3K9

SK107

2K2

1K

100uF/160V

2.2uF/100V

56K

100K

100uF/16V

100K

100kpF/63V

100K

33pF/50V

100K

33pF/50V

100K

100R

100R

680R

1

0

K

p

F

/

5

0

V

47uF/25V

5K6

2

.

2

u

F

/

1

0

0

V

1

5

K

p

F

4V7

1

5

K

p

F

10K

2

K

2

p

F

/

5

0

V

2

.

2

u

F

/

1

0

0

V

2K2

130K/0,5%

1K5

SK107

1K

5K6

1

2

0

K

p

F

/

1

6

v

1KpF/500V(N)

2

.

2

u

F

/

1

0

0

V

100R

2

.

2

u

F

/

1

0

0

V

100KpF/16V

4

7

0

u

F

/

1

0

V

10K

5

K

6

1K

1R/1W

1K

2K2pF

390pF/500V

2K2

1

2

0

K

p

F

/

2

5

V

470KpF/16V

4,7uF/100V

4

.

7

u

F

/

1

0

0

V

1

u

F

/

1

0

0

V

34uH

1

0

0

u

F

/

1

6

V

SK4F1/06

100KPF/50V

2.2uF/100V

BAV21

10uF/50V

15K

1K

820R

4

.

7

u

F

/

1

0

0

V

2

2

0

u

F

/

1

6

V

1K

2

.

2

u

F

/

1

0

0

V

100K

1

u

F

/

1

0

0

V

1

0

u

F

/

5

0

V

(

L

L

)

4

7

K

p

F

/

1

6

V

1

6

0

R

1K/1W

1

0

0

n

F

/

1

6

V

1

0

u

F

/

5

0

V

100R

22R

B

A

V

2

1

100K

2.2uF/50V

1N4148

1K5

47K

3K3

1K8

2.2uF/50V

47R

1K

1K

1

0

0

R

4

K

7

100n/250V

2

K

2

/

1

0

0

0

V

1

8

K

1

N

4

1

4

8

1N4148

100R

47uF/25V

47R

3

2

1

8K2

10uF/50V

SK4F1/06

4,7uF/100V

SK-3G08

SK-3G08

470uF/25V

560R

100R

100R

1K5

100R

B

C

8

5

6

B

0

SERVICE

470PF/500V

TDA9855

B

Z

X

7

9

C

1

8

27K

100R

1

0

0

K

p

F

/

1

6

V

22K

8

K

2

15uH

BC846B

TPS4M50C00-A0

270R

1K2

120R

270R

4R7

QFP80

10uF/50V

1

0

n

F

/

5

0

V

2K2

33KpF

7

5

R

560R

47nF/16V

5

K

6

p

F

3K3

1

0

0

R

1

0

0

p

F

/

5

0

V

75R

1

0

0

R

1KpF/2KV

1K8

5

K

6

p

F

/

5

0

V

1

5

0

K

p

F

/

2

5

V

1R/1/2W

4

.

7

u

F

/

1

0

0

V

33KpF/25V

1

0

0

p

F

/

5

0

V

1K

1

0

0

R

2.2uF/50V

1

0

0

p

F

/

5

0

V

2.2uH

2.2uH

470pF/50V

100K

100K

1

0

K

p

F

/

5

0

V

0R

14KpF/2KV(PP)

BC846B

2

7

K

2K2

1

0

0

p

F

/

5

0

V

1K

15K/1W

M24C08WMN6

1

0

0

R

3

3

p

F

/

5

0

V

KSP42TA

2.2uF/50V

3

3

p

F

/

5

0

V

1000uF/16V

22/1W(FUSISTOR)

TV/AV

470KpF/250V(PP)

1

0

0

k

p

F

/

6

3

V

220uF/16V

1

0

n

/

5

0

V

CH+

220uF/16V

BC337/25

8

V

2

4

K

7

1000uF/16V

1

0

n

F

/

5

0

V

3V3

1N4148

1

0

0

u

F

/

1

6

V

47uF/25V

1N4148

1

0

u

H

100R

1

K

8

10uF/50V

4

7

R

/

1

W

BC337/25

100pF/50V

9V1

5

V

1

220V/4A

0.22R

10R/2W

CH-

18K

5

V

6

(

N

)

5

V

6

(

N

)

SK4F1/06

SK-3G08

1000uF/16V

4,7KpF/2kV

4,7KpF/2KV

5

K

6

0000000000

SK-3G08

4n7/250

10uF/50V

1K8

1K5

1

K

4

K

7

BAV21

470pF/500V

47R

100KpF/250V(P)

100KpF/250V(P)

470pF/500V

1

0

0

R

TDA6106

100K/1W

100KpF/250V(P)

1K8

470pF/500V

1

n

F

/

5

0

V

TDA6106

100K/1W

4,7KpF/2KV

16381010102

22uF/250V

1K8

2

2

n

F

/

2

5

V

5,6uH

1

n

F

/

5

0

V

1

0

K

47R

1

K

5

4

K

7

1

0

K

47uF/25V

5,6uH

18K

1

5

0

R

1

0

u

H

10R/1/2W

470pF/500V

4

7

0

p

F

/

5

0

V

3

9

0

R

4

7

0

u

F

/

1

0

V

0000000000

470KpF/63V

47KPF/250V

100uF/63V

2k49/0.5%(N)

B

Z

X

7

9

C

1

0

V

1K

SK4F1/06

BC337/25V

MUR460

0

470PF/500V/Y5P

0

5

,

6

u

H

470pF/50V

1

0

u

F

/

5

0

V

1

N

4

1

4

8

SK-4F1/06

2

2

K

47R

SK107

VOL+

1

N

4

1

4

8

1KpF/50V

1

n

F

/

5

0

V

220pF/50V

TL431-RA

B

A

V

2

1

1

0

n

/

5

0

V

Bob.desmag.

1

2

M

H

z

1

0

0

u

F

/

1

6

V

5,6uH

10R/1/2W

560R

10R

100R

1

0

K

4K7

4

7

K

8

,

2

R

10K

2

2

K

BC846B

5K6

4R7

5

6

0

R

1

0

V

2K2

BC817/25V

100nF/16V

1

u

F

/

1

0

0

V

33pF/50V

33pF/50V

1

K

3K9

100PF/50V

330pF/50V

1,2nF/50V

1N4148

82uH

1

u

F

/

1

0

0

V

220R

2

2

0

k

p

F

/

1

6

V

1

u

F

/

1

0

0

V

B

C

8

5

6

B

1

n

F

/

5

0

V

1

0

0

u

F

/

1

6

V

5

6

R

/

2

W

10R

2

2

K

ON/OFF

1K2

100KpF/63V

2

R

2

1nF/50V

1

K

10K

1

0

0

K

p

F

/

6

3

V

10V

2

R

2

TA8216

470PF/500V

4K7

1R/1W

470pF/500V

2K2

BYV95B

1

0

0

R

1

u

F

/

1

0

0

V

2200uF/16V

3

3

V

1nF/50V

100R

1K2

3

9

K

33uH

2

2

n

F

/

2

5

V

470p

0.22R

4K7

4,7uF/160V

470pF/50V

4

7

u

F

/

2

5

V

2

2

0

n

F

/

1

6

V

2

2

K

2

2

0

K

P

F

/

1

6

V

BC846B

4

7

u

F

/

2

5

V

22K

47KPF/250V

0000000000

4K7

2

,

2

n

F

/

5

0

V

1nF/50V

1

u

F

/

1

0

0

V

4

,

7

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5

0

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47uF/25V

B

C

8

4

6

2

,

2

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F

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1

0

0

V

2

2

0

R

2

2

K

2

7

0

R

1

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3

3

0

p

/

2

0

0

0

V

150K

8

2

0

R

1

K

2

4K7

BC337/25

4K7

2

K

2

/

1

/

2

W

33uH

470pF/500V

22uF/250V

1K/1W

1

0

0

R

2

2

n

F

/

2

5

V

47nF/16V

1

0

0

n

/

1

6

0

V

VOL-

22nF//25V

100nF/16V

10K

1

0

0

p

F

/

5

0

V

2,2uF/100V

10uF/50V

3k9

100uF/16V

BAV21

1K

390R

4

7

0

p

F

/

5

0

V

1K

MENU

10uH

F6221

M1871M/

1

0

0

p

F

/

5

0

V

100R

1

0

0

n

F

/

5

0

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100nF/16V

2

2

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F

/

2

5

V

2

2

n

F

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2

5

V

100nF/16V

1

0

0

R

1nF/50V

2

2

n

F

/

2

5

V

2

K

2

1

0

0

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F

/

1

6

V

2

2

n

F

/

2

5

V

33pF/50V

33pF/50V

1000uF/16V

1R/1W

1

0

0

u

F

/

1

6

V

0000000000

300K

1K2

47KpF/63V

1

0

0

K

P

F

/

2

5

V

2

2

0

p

F

/

5

0

V

2

2

0

p

F

/

5

0

V

3

3

0

R

3

3

0

R

33K

BC846

1

0

K

BC846B

10K

BC846B

10K

BC846B

10K

BC846B

1

0

K

BC846B

100uH

BU4052BCF

4

,

7

u

F

/

1

0

0

V

3V3

3V3

4

K

7

4

K

7

10K

10K

1N4148

+13V

23V

TP-L

TP-R

51V

PS-2501-H

1/2

PS-2501-H

3V3

+

+

+

+

5

4

7

1

6

3

2

+

-

AMP.

POWER

  GENERATOR

FLAYBACK

GENERATOR

  

THERMAL

S

E

N

S

E

D

R

I

V

E

R

N

C

D

R

A

I

N

D

E

M

A

G

R

E

G

G

N

D

V

C

C

TDA6106

9

8

7

6

5

4

3

2

1

+

+

+

I

F

+

B

A

G

C

T

P

3

3

V

+

5

V

S

C

L

S

D

A

+

+

+

36KHz

+

+

+

CONTROL

LEFT
BASS

CONTROL

RIGHT

BASS

SURROUND

VOLUME
MATRIX,

SUBWOOFER

CONTROL

LEFT

TREBLE

CONTROL

RIGHT

TREBLE

52

51

50

49

48

47

46

45

44

43

CROSSING

ZERO

EFFECTS

LEVEL CONTROL

VOLUME AND

AUTOMATIC

SELECT

INPUT

SELECT

LINEOUT

+

DEMATRIX

SWITCH

SAP

STEREO/

SUPPLY

TRANSCEIVER

C

2

I

LOGIC

ADJUST

LEVEL
INPUT

RIGHT

CONTROL

CONTROL

LOUDNESS

LOUDNESS

LEFT

VOLUME

VOLUME

ADJUST

STEREO

DBX

DEMODU

SAP

STEREO DECODER

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

12

11

22

21

20

19

18

17

16

15

14

13

10

9

8

7

6

5

4

3

2

1

P3.0/ADCO

P2.6/PWM5

P2.5/PWM4

P2.4/PWM3

P2.3/PWM2

P2.2/PWMI

P2.1/PWMO

P2.0/TPWM

P1.7/SDA

P1.6/SCL

P1.3/T1

P1.2/INTO

P1.1/TO

P1.0/INT1

VDD

RS

X

T

A

L

O

U

T

X

T

A

L

I

N

O

S

C

G

N

D

V

D

D

C

V

P

E

V

D

D

A

R

O

U

T

G

O

U

T

B

O

U

T

B

L

K

I

N

B

C

L

I

N

B

2

/

U

I

N

G

2

/

Y

I

N

R

2

/

V

I

N

I

N

S

S

W

2

I

F

V

O

2

A

U

D

O

U

T

/

A

M

O

U

T

C

V

B

S

O

W

H

S

T

R

C

C

V

B

S

3

/

Y

G

N

D

C

V

B

S

2

G

N

D

CVBSI

VPI

IFVO/SVO

QSSO

SIFAGC

PLLIF

EHTO

QSSO/AMOUT/AUDEEM

DECSDEM

FbiSo

HOUT

AUDIO3

AUDIO2

AVL/REFOUT/SNDIF

SndPLL

GND2

S

I

F

i

n

2

S

I

F

i

n

1

A

G

C

O

U

T

V

S

c

a

p

I

r

e

f

I

F

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n

2

I

F

i

n

1

V

D

R

A

V

D

R

B

A

V

L

/

E

W

D

D

e

c

B

G

G

n

d

3

P

h

i

1

P

h

i

2

V

p

D

i

g

V

p

2

S

e

c

P

L

L

V

s

s

A

P

O

.

6

P

O

.

5

V

s

s

C

/

P

A

d

c

3

P

3

.

2

P

3

.

1

8

0

7

9

7

8

7

7

7

6

7

5

7

4

7

3

7

2

7

1

7

0

6

9

6

8

6

7

6

6

6

5

6

4

6

3

6

2

6

1

6

0

5

9

5

8

5

7

5

6

5

5

5

4

5

3

5

2

5

1

5

0

4

9

4

8

4

7

4

6

4

5

4

4

4

3

4

2

4

1

4

0

3

9

3

8

3

7

3

6

3

5

3

4

3

3

3

2

3

1

3

0

2

9

2

8

2

7

2

6

2

5

2

4

2

3

2

2

2

1

2

0

1

9

1

8

1

7

1

6

1

5

1

4

1

3

1

2

1

1

1

0

9

8

7

6

5

4

3

2

1

+

6

FOCO

SCREEN

9

11

7

5

4

3

2

1

8

VDD

WP

SCL

SDA

VSS

A2

A1

A0

8

7

6

5

4

3

2

1

+

+

+

+

+

+

+

+

+

TDA6106

9

8

7

6

5

4

3

2

1

TDA6106

9

8

7

6

5

4

3

2

1

H

A

G3

G2

G1

B

G

R

+

+

+

+

2.5Vref

1

3

2

-

+

+

+

+

+

12

11

10

9

8

7

6

5

4

3

2

1

400

20K

20K

4

0

0

P

R

E

-

G

N

D

O

U

T

1

P

W

-

G

N

D

O

U

T

2

+

+

-

-

+13V

+

+

+

+

+

+

+

+

+

+

+

5

4

3

2

1

+

+

+

1

2

3

4

4

3

2

1

3

3

2

2

1

1

13V

14

12

1

2

3

7

6

16

17

18

23V

+23V

8V6

8V6

13V

13V

13V

+3V3

8

9

10

7

6

5

4

3

2

1

11

12

13

14

15

16

BLKCURR

SDA

SCL

51V

2

1

33V

R

B

P/ PINO 2

DO IC101

PARA CONECTOR SVHS

205V

GND

HT 

3

2

1

132.5V

P/ ABL

SCREEN

FOCUS

EHT

FOCUS

EHT

-13V

GND

HT

205V

3

2

1

BLK CURR

-13V

5V

B

A

A

B

5

5

4

4

3

3

2

2

1

1

G

GND

B

G

R

GND

C

Y

SCL

SCL

SDA

SDA

5V

VHF/UHF

ANT.

4

3

2

1

Summary of Contents for TVP-2914

Page 1: ...Service Manual Model TVP 2914 CODE 1 01 72434 50...

Page 2: ...CONVERGENCE 18 2 6 VIDEO 19 3 CALIBRATION GUIDE 22 3 1 IMPORTANT RECOMENDATIONS 23 3 2 DEFINITION OF THE REGISTERS 24 3 3 GEOMETRY OF THE IMAGE 27 3 4 WHITE BALANCE 27 3 5 SCREEN ADJUSTMENT 28 3 6 AG...

Page 3: ...1 1 Product Front View 1 1 1 Front Panel Functions and Indications 1 Master 8 Channel 2 Standby 9 Menu 3 Remote control sensor 10 AV 4 Power 11 Video IN 1 5 Volume 12 Audio IN 1 L mono 6 Volume 13 Au...

Page 4: ...o IN AV 2 8 AERIAL Cable b Functions Image Sound Menu Functions Functions Install VHF channel from 2 to13 UHF channel from 14 to 69 Channel Cable TV channel from 1 to 125 c Characteristics Product Dim...

Page 5: ...2914 4 1 3 REMOTE CONTROL 1 3 1 Remote Control Functions 1 Power 9 CC 2 Sleep 10 100 3 AP 11 Menu 4 Volume 12 Volume 5 Channel 13 Channel 6 Numerical keys 14 OSD OUT 7 P Channel 15 AV 8 Stereo SAP 16...

Page 6: ...load and increase volume control until Distortion Meter reading be 10 Measure voltage on the resistive load and calculate power through next equation P V R Where V is voltage in VOLTS R is resistive...

Page 7: ...Readjust the audio generator frequency to 10 kHz at the same level i Read the new voltage Vh at the resistive load and calculate the change in dB through the next equation A 10kHz 20logVH VREF Condit...

Page 8: ...the equate Sep 300Hz L R 20 log VL VR g Adjust the stereo generator for left channel only with 30 modulation of 3kHz sine wave and 7 5 kHz deviation Sep 3kHz L R 20 log VL VR i Repeat the procedures e...

Page 9: ...ated with 400 Hz sine wave and 90 dBuV level d Read the Vam value in the voltmeter AM rejection will now be calculated by the equation RejAM 20 log VFM VAM Note Because this parameter is designed to d...

Page 10: ...4 50 VDC PP 117VAC udio Cathode of D808 20 00 22 00 24 00 VDC PP 117VAC Tuner Cathode of DZ101 30 00 33 00 36 00 VDC PP 117VAC 5V Emitter of Q101 4 50 5 00 5 50 VDC PP 117VAC 3V3 Emitter of Q804 3 00...

Page 11: ...the CRT heat Utilizing a true RMS voltmeter f When exist read the auxiliary wind Peak to peak voltage utilizing an oscilloscope Conition Test Point Minimum Nominal Maximum Unit PP 117VAC 13 00V Catho...

Page 12: ...ferior that shown in the below specific table Condition Minimum Nominal Maximum Unit 1500VAC 3 00 mAAC 2 3 Frame geometric Wide and height of the frame Preparation a Connect the receiver under test to...

Page 13: ...TVP 2914 12 Minimum Nominal Maximum Unit Altura PAL N 12 50 12 80 13 10 Blocks Largura PAL N 16 20 16 50 16 80 Blocks Altura PAL M 12 70 13 00 13 30 Blocks Largura PAL M 16 70 17 00 17 30 Blocks...

Page 14: ...lculate the horizontal centralization a b d c g Observe the image and make the measures in centimeters of the distances p q r and s h Apply the formula to calculate the vertical centralization p q s r...

Page 15: ...odulated PHILIPS pattern Frequency and channel factory defined l c Adjust bright and contrast control to nominal position d For the next reads please take references by figure D e Observe the screen p...

Page 16: ...TVP 2914 15 PAL M Minimum Nominal Maximum Unit DHM 1 10 1 30 DHm 0 70 0 90 PAL N Minimum Nominal Maximum Unit DHM 1 10 1 30 DHm 0 70 0 90...

Page 17: ...on d For the next reads please take references by figure E e Observe the screen pattern and check the distances X in centimeters f Calculate the middle distances through blocks amedium X 11 Major vert...

Page 18: ...his model b Apply to the antenna input a 60dB V level signal with 88 modulated CROSSHATCH pattern Frequency and channel factory defined l c Turn the face tube to West Lest orientation d Adjust bright...

Page 19: ...ain the device 2 5 Convergence a Connect the receiver to a 117VAC line Turn on the TV and adjust bright and contrast control to max position saturation and volume to min position Wait for pre heating...

Page 20: ...z sine wave Frequency and channel factory defined c Connect at the output video detector na AC voltmeter and read the voltage VAC d Turn off the AM modulation and read the noise level Vr AC voltmeter...

Page 21: ...ensibilidade de recep o de Closed Caption a Adjust the TV to a PP condition b Apply a 60dB V signal frequency and channel defined by factory 88 modulated with color bars Pal M with Closed Caption sign...

Page 22: ...e output video detector and read the peak to peak burst level signal Vb c Increment the generator frequency by 500 kHz and read the new value peak to peak burst signal Vh and calculate the percentage...

Page 23: ...rvice key in the service remote control see the description of service remote control b Select the adjustment options pressing the key CH or CH of the remote control of the television front panel or u...

Page 24: ...utes 3 1 2 The positioning of the TV set should obey the magnetic parameters of South America that it is 120 vertical mG In the practice this is gotten with a relative precision positioning the TV set...

Page 25: ...width 34 17 PW 00 63 EW parabola width 35 18 EWUC 00 63 EW upper corner parabola 35 19 EWLC 00 63 EW lower corner parabola 35 20 TC 00 63 EW trapezium 33 21 VSl 00 63 Vertical slope 30 22 VAm 00 63 V...

Page 26: ...SAP noise threshold 8 60 LA 00 15 Input level adjustment 7 61 ALW 00 31 Alignment for wideband 15 62 ALS 00 31 Alignment for spectral 15 Please look the functions of registers bellow before of change...

Page 27: ...no de MAS do tuner est conectado a 5V Register 96 ASTU Register 97 TUNE Value Function Value Function 0 When the MAS pin of the tuner is grounded 0 To TUNER that run with Europe protocol Ex UV1336S A...

Page 28: ...Use the register VSc to adjust Vertical Center Linearity Use the register HSh to adjust Horizontal position 3 4 White balance Note The cut point doesn t need adjustment because it s automatically made...

Page 29: ...Adjust the screen potentiometer to obtain 130V according to the illustration bellow Note The oscilloscope should be positioned in the vertical mode 150 Volts GND Mode 2 a Select the register 99 VSD b...

Page 30: ...5E 470PF 500V K C903 1363471600 C C D Y5P Y5E 470PF 500V K C906 1363471600 C C D Y5P Y5E 470PF 500V K C910 1364104103 C C D Y5V 100KPF 25V Z C306 1364104103 C C D Y5V 100KPF 25V Z C806 1364104102 C C...

Page 31: ...1380229622 ELCO 2 2UF 100V M 5X11MM C610 1380229622 ELCO 2 2UF 100V M 5X11MM C611 1380229622 ELCO 2 2UF 100V M 5X11MM C612 1380229622 ELCO 2 2UF 100V M 5X11MM C616 1380229622 ELCO 2 2UF 100V M 5X11MM...

Page 32: ...5 C627 1494222420 CAP SMD Y5P 220KPF 16V K 0805 C677 1494222420 CAP SMD Y5P 220KPF 16V K 0805 C678 1494222420 CAP SMD Y5P 220KPF 16V K 0805 C730 1494222420 CAP SMD Y5P 220KPF 16V K 0805 R654 149061040...

Page 33: ...MD X7R 220PF 50V K 0603 C675 1492022100 CAP SMD X7R 220PF 50V K 0603 C676 1492022200 CAP SMD X7R 2 2KPF 50V K 0603 C410 1492022200 CAP SMD X7R 2 2KPF 50V K 0603 C615 1492022200 CAP SMD X7R 2 2KPF 50V...

Page 34: ...F 25V M 10X20MM C424 1291102419 ELCO 1000UF 25V M 10X20MM C659 1291102419 ELCO 1000UF 25V M 10X20MM C660 1291102419 ELCO 1000UF 25V M 10X20MM C868 1291220017 ELCO 22UF 250V M 10X20MM C420 1291220017 E...

Page 35: ...ME 1 2W 10K 5 N R828 1183512292 RES METAL FILME 1 2W 1 2K 5 N R112 1183515292 RES METAL FILME 1 2W 1 5K 5 N R308 1183515392 RES METAL FILME 1 2W 15K 5 N R437 1183515492 RES METAL FILME 1 2W 150K 5 N R...

Page 36: ...103 1502510103 RES SMD 100R 5 0603 R104 1502510103 RES SMD 100R 5 0603 R209 1502510103 RES SMD 100R 5 0603 R566 1502510103 RES SMD 100R 5 0603 R605 1502510103 RES SMD 100R 5 0603 R624 1502510203 RES S...

Page 37: ...5 0603 R704 1502522203 RES SMD 2 2K 5 0603 R749 1502522203 RES SMD 2 2K 5 0603 R837 1502522303 RES SMD 22K 5 0603 R406 1502522303 RES SMD 22K 5 0603 R414 1502522303 RES SMD 22K 5 0603 R418 1502522303...

Page 38: ...6 8M K R815 1183556292 RES METAL FILME 1 2W 5 6K 5 N 1183556292 RES METAL FILME 1 2W 5 6K 5 N 1184510025 RES M FILME 2W 10R 5 D KINK R420 1184510025 RES M FILME 2W 10R 5 D KINK R822 1184510045 RES ME...

Page 39: ...C846B Q603 1700100015 TRANSISTOR SMD BC846B Q604 1700100015 TRANSISTOR SMD BC846B Q605 1700100015 TRANSISTOR SMD BC846B Q606 1700100015 TRANSISTOR SMD BC846B Q607 1700100015 TRANSISTOR SMD BC846B Q807...

Page 40: ...RETIFICADOR SK 4F1 06 D409 1415180801 DIODO RETIFICADOR SK 4F1 06 D410 1415180901 DIODO RETIFICADOR SK107 D301 1415180901 DIODO RETIFICADOR SK107 D816 1415180901 DIODO RETIFICADOR SK107 D817 141518090...

Page 41: ...03 1479906734 INDUTOR FIXO 2 2UH K AXIAL L704 1479907634 INDUTOR FIXO 5 6UH K AXIAL L705 1479907634 INDUTOR FIXO 5 6UH K AXIAL L706 1479907634 INDUTOR FIXO 5 6UH K AXIAL L707 1479908234 INDUTOR FIXO 1...

Page 42: ...120UH 10 L803 1319959300 INDUTOR FIXO 100uH 10 480mA L400 1353002900 TRAFO DRIVE TD 29B TF401 1355219099 TRAFO FLY BACK TAT2908B FLK401 1356006500 TRAFO CHAVEAMENTO ES42307 00 1421506100 RESSONADOR C...

Page 43: ...H1 1510454007 ALTO FALANTE 2x5 7 10W 8R 9 2G5 1600015112 PAR AA P PH PP1 4 0X12 ZNA RES 22 8G5 1600015114 PAR AA P PH PP1 4 0X20 ZNA RES 22 8G5 1408011900 CJT CINESCOPIO A68AJB82X03 8 F5 1607316362 P...

Page 44: ...MOLA DE CONTATO PILHA NEG 1687218502 MOLA DE CONTATO PILHA POS 1687218503 MOLA CONTATO PILHA POS NEG 1600059545 PAR AA BIND PH PP1 2 0X6 ZNP 1600005502 PAR AA PAN PH PP1 2 0X5 ZNP 1027222023 CJT PCI...

Page 45: ...TVP 2914 44 5 ELECTRICAL SCHEME 5 1 MAIN AND REMOTE CONTROL PCB 6 SILKTOPS AND SOLDERS 6 1 MAIN PCB 6 2 REMOTE CONTROL PCB 7 EXPLODED VIEW 8 BLOCK DIAGRAM...

Page 46: ...0R 47uF 25V 47R 3 2 1 8K2 10uF 50V SK4F1 06 4 7uF 100V SK 3G08 SK 3G08 470uF 25V 560R 100R 100R 1K5 100R BC856B 0 SERVICE 470PF 500V TDA9855 BZX79C18 27K 100R 100KpF 16V 22K 8K2 15uH BC846B TPS4M50C00...

Page 47: ...C660 JD11 R854 R304 C812 JD12 R630 FR431 R423 D409 FR419 FR423 C407 R825 Q805 E B C C852 JC21 DZ808 3V3 DZ809 8V2 JF7 JG8 C659 GF201B 4 1 C841 DZ811 10V R820 JF9 C720 JC45 C867 JC20 C302 JD7 C816 CN5...

Page 48: ...56 R845 R848 R836 Q703 C E B R723 C691 C721 R628 C711 C712 R212 C205 R406 C730 C105 C410 75 70 65 64 60 55 50 45 41 40 35 30 25 24 20 15 10 5 1 C413 C305 C307 C760 R660 R301 R302 C662 C663 C667 C669 C...

Page 49: ...mm REMOTE CONTROL PCB NOME DATA MAT APRO 15 08 00 N PROJ DES 15 08 00 ACAB ESC MOD TOL 15 08 00 TVP 2914 IC1 X1 C1 C B E LD1 29 10 02 72220 30 MUTE POWER AP SLEEP AV OSD OUT V V CH CH MENU 1 2 3 6 5 4...

Page 50: ...T TULO PROJE O dimens es em mm REMOTE CONTROL PCB NOME DATA MAT APRO 15 08 00 N PROJ DES 15 08 00 ACAB ESC MOD TOL 15 08 00 TVP 2914 10 1 R2 1 10 11 20 C3 Q1 R1 C4...

Page 51: ......

Page 52: ...AKB 205V 15V V901 CPT IC701 CAT24WC08J EEPROM I C BUS I C BUS IC901 TDA6106 RGB AMP AKB IC901 TDA6106 RGB AMP AKB IC901 TDA6106 RGB AMP AKB HORIZONTAL OUTPUT CIRCUIT 50V IC601 TA8216H STEREO AUDIO OUT...

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