background image

9. Principle Flow-chart:   

 

12

TO SII504

DVDO-EN

V-VS

V-HS

V

-V

SC

AR

T

V

-H

S

 S

C

AR

T

RP6B

DATA 
OUT

DATA 
OUT

DATA 
OUT

V-CLK

O

SC

O

SC

J1

WINBOND
MCU

14

12

13

15

TV SIGNAL

U13

TDA9874AH

NICAM DECODER

4053D
SWITCH

U3

21

22

23

24

25

V-SYNC OUTPUT

COMPOSITE SYNC OUTPUT

ODD/EVEN OUTPUUT

LM1881M
SYNC 
SEPERATE

24C08
EEPROM

U12

GND

CVBS INPUT

U7

BURST BACK PORCH

RESET

U15

OUT

U4

IN

TV-AR

5V

SCL

GND

SDA

TV-AL

GND

GND

9V

TV-CVBS

GND

GND

9V

46

38

32

31

C-3D

TV-CVBS

(CVBS-IN)

(VIDEO)

OUT

IN2

JRC
NJM2244

(TV-CVBS)

2/VIDEO 
6dB 
AMPLIFIER

OUT1L

OUT1R

(VIDEO)

C7D

     JRC
NJM2267

GND

IN1

U1D

5V

OUT2R

OUT2L

IN2

3 INPUT
VIDEO 
SWITCH

IN3

5V

SW1

2.5V

PAL

3.3V

2.5V

Y-3D

SCL

SDA

XTAL1

XTAL

DVD-Pr

DVD-Pb

ITRI

IGPV VVS

XCLK

XRV

XRH

IGPH VHS

CT

U2D

GND

SW2 (GND)

LM1117
2.5V

U1C

OUT
GND

IN

LM1117
3.3V

U2C

IN

GND

OUT

NEC
uPD64083GF
3D-COMB

U3C

9

3

92

2.5V

NTSC

R2

0C

84

88

C29

C

81

8

3

R2
1C

2.5V

76

68

60

52

44

36

28

20

39a

C12C

C1C

64

2.5V

A

V-S
W

5V

5V

5

VS

40a

R

GB S
W

SD

A

SC

L

VIDEO IN

PAL CVBS-IN

3D-C IN

DVD-Y

S-VIDEO-C

Y-3D IN

S-VIDEO-Y

3.3V

3.3V

U1B

3.3V

3.3VA

G

-Y

V

S

YN

C

1

H

SY

NC

1

VI
DE

O

-D

ET

PC
-D
ET

B-
PB

R-

PR

DV

DO

-

EN

-5

V

RP4B

DATA0-7

RP3B

(D
VD
)

(

TV)

39b
40b

9

V

9

V

R1

3

L

12

(

VID
EO
)

R

11

V

VS

V

C

LK

VH
S

V-

CL

K

SCART-MOD

SCART-RGB

R9A

28

27

25

24

SDA-5V

SCL-5V

IC1A

1

5

1

6

J12

U23

J17

U31

WOW-EN-5

U32

J15

J11

RN21
RN22

RN13
RN14

13

87

GRO0-7

BAIN0

R2
3

R2
2

R11B

R6B

R8B

R5B

R10B

R9B

SCL 31

R24

R25

BAIN0

BAIN0

BAIN0

32

C25

C28

C22

C27

BAIN1

20

SDA

23

BAIN0

GAIN1

GAIN1

17

16

C2
3

C1
9

C1
8

70

44

43

42

45

RN12
RN11

GBO0-7

57

64

77

80

GGO0-7

GBE0-7

RN10
RN9

RN8
RN7

U1

RN23
RN24

U2

32 BIT DATA

U4

GGO0-7

GBO0-7

4

1a

U6

RP2B

RP1B

RP5B

C24

RAIN0

GAIN0

GAIN0

RAIN1

12

8

5

2

2a

RN2
RN1

U3

120

97

90

110

113

RN4
RN3

GRE0-7

GRO0-7

GGE0-7

RN6
RN5

U8

U1C

U7

GN

D

OU

T

IN

L

M

11

17

3.

3V

2b

1b

480I

R16A

DVI-EN

40

41

R14A

5
4

480P

OTHER

R13A

5VS

R12A

1

28

DV

I

SD

A

DV

I

SC

L

IN
OUT
GND

GGE0-7

GBE0-7

RN17
RN18

GRE0-7

RN19
RN20

U9

RN34

G

PEN

GV
S

GH
S

G

CLK

RN15
RN16

GND
OUT
IN

GN

D

IN

OU

T

L

M

11

17

3.

3V

U5

LM1117
3.3V

LM1117
3.3V

U10

U4001

21

U33

20

5V

SC
L

14

SD
A

15

FROM 
SAA7118

DATA0-7

RN3

0

RN

28

DOBLU0-7

RN53

M

UT

E

PW

R

-O

N

RN48

RN49

12 BIT ADR

U18

RN51

RN52

U25

U12

U15

J7

U16

CS0n

CS2n

DATA0-15

ADRESS1-19

VB0-7

RN29

U11

VR0-7

RN34

RN33

VG0-7

RN32

RN31

RN27

U19

RST-DVDO5V

SPK-SW

WOW-EN

HV-ON

MUTE-5V

PWR-ON

U20

DORED0-7

V

S-O
UT
PUT

B

LAN
K-
OUT

CL

K-

O

UT

PU

T

H

S-

O

UT

PU

T

DOGRN0-7

CRYSTAL

Y2

U17

Y3

CRYSTAL

3.3V

FROM PW171

1,9,17,26,32,34,44

J16

J1N

BUFFER/LINE DRV

SPK-SW-5V

WOW-EN-5V

RST-DVDO-5V

HV-ON-5V

U21

IC1N

RN50

RN47

PARALLEL

RN57

R1
22

R

12

4

R1
23

RN58

R1
2

1

RN55

RN56

RN54

J9

9

V

73

65

L

13

R

12

49

57

L1

1

41

33

25

17

9

1

17

Principle Flow-chart

 

Summary of Contents for TV-8888-35

Page 1: ...1 HAIER COLOR TELEVISION SERVICE MANUAL PART TV 8888 35 HAIER AMERICA TRADING LLC www haieramerica com ...

Page 2: ...ain feacture 46 inch WXGA PDP Display Panel DVI PC Input Terminal Including XGA VGA PIP Picture in Picture Multiple Signals Inputing WOW Sound Processing System Power Supply Managenent Function Haier Group NO M AM US P46C6A A1 PW Edition 2004 2 30 ...

Page 3: ...5 6 Introduction of PDP circuit board 6 6 1 The introduction of circuit board at Back board 6 6 2 Explanation Function Characteristic 6 6 3 The block diagram 7 6 4 Function 7 6 5 The definition of connector 8 6 6 Detail Introduction of PDP circuit boards 9 7 Abnormal Phenomena 13 8 Short Repair Show 14 9 Principle Flow chart 17 10 Bom list 18 11 Repair Record 24 11 1 Record sheet For reference 24 ...

Page 4: ...uct code illumination and Series Introduction P 46 C 6A A 1 2 Type of the display panel P PDP Model series number of the cabinet Screen size unit inch Manufacturer of the display panel C CPT Aspect ratio 16 9 Company of Signal processor IC A Pixel works ...

Page 5: ... video module also provides two sets of stereo audio input connectors RCA The product supports PC image resolutions up to XGA 1024х768 with a vertical frequency of 85HZ b Power Management Function The machine provides an automatic power control function c Fan free Design The unit does not require any fans for ventilation eliminating any bothersome noise that may be generated It also lowers the pow...

Page 6: ...ire resist and endure high voltage So when replace these parts should use the same characteristic components So when replace a component should according to the BOM form for a assigned component 4 5 Stable the components and recovery the wiring Some components are using isolated sleeve or adhesive tape to isolate from the electric board Moreover the interior wiring should be arranged again to prev...

Page 7: ...n using a screwdriver to unfasten the screws which fasten the back cover 2 after taking apart as Fig 2 shown 5 3 Note 1 Make sure that the power is off before taking apart 2 After taking apart put the screws at a safe place to avoid losing 3 Taking apart and installing the back cover be careful not to pull out the switch of AC power switch 5 Photo of PDP taking apart ...

Page 8: ... board c DIF Dealing with the digital signal for output to panel d X Sustainer Y Sustainer 1 Receiving the signal from DIF 2 Output scanning waveform e X Y Extension board Receive signal from X Y sustainer output horizontal scanning waveform to the panel f W Extension board Receive signal from DIF output the vertical scanning waveform addressing data g Audio Board Amplifying the audio signal to th...

Page 9: ... VIF receives the 5 volts then generates 5 volts to power board through CN connector pin1 pin6 and it means that DIF has received 5 volts already b When power on key pad or receiver the VIF send VCC_ON signal to power to start Vcc and Vf voltage through CN connector pin2 c The VIF sends HV_ON signal to power board to start high voltage Vs Vxg Vw through CN connector pin4 d At the same time the sig...

Page 10: ...e Vxg NC GND GND VAU Voltage 160V 0 0 15V J12 PC1 TO KEY PAD Pin 1 2 3 4 5 6 7 8 Name Power Right Left Up Down Menu Input GND J11 PC1 TO 接收板 Pin 1 2 3 4 5 6 Name NC Red LED Green LED GND IR Receiver 5V J17 PC1 TO AUDIO AMP Pin 1 2 3 4 5 6 Name MUTE L OUT GND R OUT GND SW SPEAKER J16 PC1 TO POWER Pin 1 2 3 4 5 6 7 8 9 10 Name Std 5V Low on NC High on NC GND Power loss GND J15 PC1 TO POWER Pin 1 2 3...

Page 11: ...n PDP so we need a interface to transfer these signals to a specified signals for PDP to display and this is the function of VIF Video Interface c Basic framework of VIF board For dealing with the signals of CVBS S video and Component it requires a video decoder IC And the output of video decoder will input to a de interlace chip IC for a stable image quality Because the TV system uses interlace s...

Page 12: ...A S video fig B Component fig C and its outputs are digital Y Luminance C Chromacity signals And also can adjust brightness contrast saturation hue c 4 De interlace SIL504CM208 The Sil504 transfer interlacing signals to progressive signals The advantage of progressive signals is that the scanning rate doubling to let the screen more stable and non flickering Besides the sources of input may have 2...

Page 13: ... The IC of microprocessor become standby status waiting for a startup signal from key pad or receiver d 2 When a startup signal is detected then microprocessor sending a ON signal to the power board through CN connector and the power board begins generating all voltage to PCB board Vs Vxg Vw Vf Vdd Vcc 9volts At the same time VIF will generate background light and OSD menu as select After searchin...

Page 14: ...th for outer and inner speakers exchange It connects to 300V from main power supply on the module from socket CN5601 M5502 connects to inner speakers by cable M5503 connects to outer speakers socket boards by cable M5501 connects to VIF and receives the R L audio signal MUTE SWITCH control signal The inner output power is up to 4w And the outer ouput power is up to 20w together on 4ohm impedance 1...

Page 15: ...picture is not enough j Picture abnormal such as picture flicker k Can not turn on the set LEDs do not work 7 5 Y Bulk Sustainer a Can not turn on the set If disconnect the cable from power supply to Y sustainer the set works but the picture is dark It means that Y sustainer is abnormal b Power output voltage is normal but the picture is dark c When the set works normally the temperature of the co...

Page 16: ...ne part has picture the other has no and the picture is from left to right please check the X connecter board and the X sustainer board 8 5 If the picture is vague or the picture of the upper or the lower part is dark please check the Y connecter board and the Y sustainer board 8 6 Please check whether the corresponding W board and the connect cords are in good condition otherwise the module is if...

Page 17: ...ks IC doesn t weld well please replace the PC1 board 8 10 Trouble of the DIF and the W connect cords or the connect jack 8 11 There are many dark flicking bright dot defect or a single or multi pieces of line always appear in the screen please replace the PDP module 15 Vs VCC Vf Vw Vxg VSTB VAU Short Repair Show ...

Page 18: ... Screen Hue Color Eye view 11 OSD AUDIO Mute Balance Eye view remote 12 OSD INPUT PC1 HDTV AV1 AV2 Eye view remote 13 OSD VIDEO Color Temp Gamma Eye view remote 14 OSD VIDEO Brightness Contrast Eye view remote 15 OSD FUNCTION Information Default Eye view remote 16 OSD DISPLAY Aspect Ratio Zoom Eye view remote 17 Signal terminal Factory default key pad function Eye view 18 Signal terminal PC TIMING...

Page 19: ...28 27 25 24 SDA 5V SCL 5V IC1A 15 16 J12 U23 J17 U31 WOW EN 5 U32 J15 J11 RN21 RN22 RN13 RN14 13 87 GRO0 7 BAIN0 R23 R22 R11B R6B R8B R5B R10B R9B SCL 31 R24 R25 BAIN0 BAIN0 BAIN0 32 C25 C28 C22 C27 BAIN1 20 SDA 23 BAIN0 GAIN1 GAIN1 17 16 C23 C19 C18 70 44 43 42 45 RN12 RN11 GBO0 7 57 64 77 80 GGO0 7 GBE0 7 RN10 RN9 RN8 RN7 U1 RN23 RN24 U2 32 BIT DATA U4 GGO0 7 GBO0 7 4 1a U6 RP2B RP1B RP5B C24 RA...

Page 20: ...Record 11 1 Record sheet For reference Item Repair date Defective description Repair condition Replace parts Finished date Signature 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 24 Repair Record ...

Page 21: ...25 Tel 86 532 8939999 Web side http www haier com Haier Group ...

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