Toshiba MD13N1 Service Manual

FILE NO. 140-200301

DOCUMENT CREATED IN JAPAN, Jan., 2003

SERVICE MANUAL

COLOR TELEVISION/ DVD VIDEO PLAYER

MD13N1

SERVICE MODE LIST

This unit provided with the following SERVICE MODES so you can repair, examine and adjust easily. To enter to the SERVICE MODE function, press and hold both buttons simultaneously on the main unit and on the remote control

for more than a standard time (second).

Set Key

VOL. (-) MIN

VOL. (-) MIN 1

VOL. (-) MIN 4

VOL. (-) MIN 6

VOL. (-) MIN 8

VOL. (-) MIN 9

Standard Time

(seconds)

0

1

Releasing of V-CHIP PASSWORD.1 Initialization of the factory on TV.

NOTE:

Initialization of the factory on DVD. NOTE: Do not use this for the normal servicing.

POWER ON total hours are displayed on the screen. Refer to the "PREVENTIVE CHECKS AND SERVICE INTERVALS" (CONFIRMATION OF HOURS USED).

Can be checked of the INITIAL DATA of MEMORY IC. Refer to the "WHEN REPLACING EEPROM (MEMORY) IC".

Writing of EEPROM initial data. NOTE: Do not use this for the normal servicing.

Display of the Adjustment MENU on the screen. Refer to the "ELECTRICAL ADJUSTMENT" (On-Screen Display Adjustment).

Do not use this for the normal servicing. If you set a factory initialization, the memories are reset such as the channel setting, and the POWER ON total hours.

The function will only work at the DVD stop mode.

OperationsRemocon Key

Tray cannot be opened.

STOP 9 3

Refer to the “TRAY LOCK”. NOTE:

No indications on the screen when the Tray Lock is setting.

CONFIRMATION OF HOURS USED

POWER ON total hours can be checked on the screen. Total hours are displayed in 16 system of notation.

NOTE: If you set a factory initialization, the total hours is reset to "0".

1.

Set the VOLUME to minimum.

2.

Press both VOL. DOWN button on the set and Channel button (6) on the remote control for more than 1 second.

3.

After the confirmation of using hours, turn off the power.

ADDRESS DATA

INIT 00 06 CRT ON 0010

FIG. 1

Initial setting content of MEMORY IC. POWER ON total hours.

= (16 x 16 x 16 x thousands digit value) + (16 x 16 x hundreds digit value) + (16 x tens digit value) + (ones digit value)

C-1

WHEN REPLACING EEPROM (MEMORY) IC

If a service repair is undertaken where it has been required to change the MEMORY IC, the following steps should be taken to ensure correct data settings while making reference to TABLE 1.

NOTE: No need setting for after INI 1F.

+0 +1 +2 +3 +4 +5 +6 +7 +8 +9 06 00 44 20 D0 35 30 25 15 54 30 50 04 15 77 03 50 20 77

10

1.

Enter DATA SET mode by setting VOLUME to minimum.

2.

Press both VOL. DOWN button on the set and Channel button (6) on the remote control for more than 1 second. ADDRESS and DATA should appear as FIG 1.

3.

ADDRESS is now selected and should "blink". Using the VOL. UP/DOWN button on the remote, step through the ADDRESS until required ADDRESS to be changed is reached.

4.

Press ENTER to select DATA. When DATA is selected, it will "blink".

5.

Again, step through the DATA using VOL. UP/DOWN button until required DATA value has been selected.

6.

Pressing ENTER will take you back to ADDRESS for further selection if necessary.

7.

Repeat steps 3 to 6 until all data has been checked.

8.

When satisfied correct DATA has been entered, turn POWER off (return to STANDBY MODE) to finish DATA input.

50

Table 1

ADDRESS DATA

INIT 00 16 CRT ON 0010

FIG. 1

+A

+B +C +D +E +FINI

01 00 49 55 0F 4700

52 00 12 00 00 00

After the data input, set to the initializing of shipping.

9.

Turn POWER on.

10.

Press both VOL. DOWN button on the set and Channel button (1) on the remote control for more than 1 second.

11.

After the finishing of the initializing of shipping, the unit will turn off automatically.

The unit will now have the correct DATA for the new MEMORY IC.

C-2

ELECTRICAL ADJUSTMENTS

1.

BEFORE MAKING ELECTRICAL ADJUSTMENTS

Read and perform these adjustments when repairing the circuits or replacing electrical parts or PCB assemblies.

CAUTION

•

Use an isolation transformer when performing any service on this chassis.

•

Before removing the anode cap, discharge electricity because it contains high voltage.

•

When removing a PCB or related component, after unfastening or changing a wire, be sure to put the wire back in its original position.

•

When you exchange IC and Transistor for a heat sink, apply the silicon grease on the contact section of the heat sink. Before applying new silicon grease, remove all the old silicon grease. (Old grease may cause damages to the IC and Transistor).

Prepare the following measurement tools for electrical adjustments.

1. Oscilloscope

2. Digital Voltmeter

3. AC Voltmeter

4. Pattern Generator

5. Multi-Sound Signal Generator

NO.

FUNCTION

01

OSD H

02

OSD CONTRAST

03

CUT OFF

04

H POSITION

05

H BLK L

06

H BLK R

07

V SIZE

08

V POSITION

09

V LINEARITY

10

V S CORRECTION

11

V COMP

12

R CUT OFF

13

G CUT OFF

14

B CUT OFF

15

R DRIVE

16

G DRIVE

17

B DRIVE

18

BRIGHTNESS(CENT.)

19

BRIGHTNESS(MAX)

20

BRIGHTNESS(MIN)

21

CONTRAST(CENT.)

22

CONTRAST(MAX)

23

CONTRAST(MIN)

24

COLOR(CENT.)

25

COLOR(MAX)

26

COLOR(MIN)

27

TINT

28

SHARPNESS

29

SUB BIAS

30

BRI. AV(CENT.)

31

BRI. AV(MAX)

32

BRI. AV(MIN)

33

CONT. AV(CENT.)

34

CONT. AV(MAX)

35

CONT. AV(MIN)

FUNCTION

NO.

36

COL. AV(CENT.)

37

COL. AV(MAX)

38

COL. AV(MIN)

39

TINT AV

40

SHARPNESS AV

41

SUB BIAS

42

BRI. DVD(CENT.)

43

BRI. DVD(MAX)

44

BRI. DVD(MIN)

45

CONT. DVD(CENT.)

46

CONT. DVD(MAX)

47

CONT. DVD(MIN)

48

COL. DVD(CENT.)

49

COL. DVD(MAX)

50

COL. DVD(MIN)

51

TINT DVD

52

SHARPNESS DVD

53

SUB BIAS

54

BRI. GAME(CENT.)

55

BRI. GAME(MAX)

56

BRI. GAME(MIN)

57

CONT. GAME(CENT.)

58

CONT. GAME(MAX)

59

CONT. GAME(MIN)

60

SUB BIAS

61

TUNING V MUTE

62

POWER ON V MUTE

63

INPUT LEVEL

64

SEPARATION L

65

SEPARATION H

66

TEST PWM

67

X-RAY TEST

68

H STOP

69

H FREQ

Fig. 1-2

On-Screen Display Adjustment

Set the VOLUME to minimum.

1. Press the VOL. DOWN button on the set and the Channel

2. button (9) on the remote control for more than 1 second to appear the adjustment mode on the screen as shown in Fig. 1-1.

Function Step No.

01 OSD

13

Fig. 1-1

Use the Channel UP/DOWN button or Channel button (1-

3.

0) on the remote control to select the options shown in Fig. 1-2.

Press the MENU button on the remote control to end the

4. adjustments.

2. BASIC ADJUSTMENTS

2-1: CONSTANT VOLTAGE

1.

Set condition is AV MODE without signal.

2.

Using the remote control, set the brightness and contrast to normal position.

3.

Connect the digital voltmeter to TP401.

4.

Adjust the VR3800 until the digital voltmeter is 135 ± 0.5V.

2-2: FOCUS

1.

Receive the monoscope pattern.

2.

Turn the Focus Volume fully counterclockwise once.

3.

Adjust the Focus Volume until picture is distinct.

2-3: CUT OFF

1.

Adjust the unit to the following settings. R DRIVE=3F, G DRIVE=07, B DRIVE=3F, R CUT OFF=7F, G CUT OFF=7F, B CUT OFF=7F

2.

Place the set with Aging Test for more than 15 minutes.

3.

Set condition is AV MODE without signal.

4.

Using the remote control, set the brightness and contrast to normal position.

5.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (03) on the remote control to select "CUT OFF".

6.

Adjust the Screen Volume until a dim raster is obtained.

D-1

ELECTRICAL ADJUSTMENTS

2-4: WHITE BALANCE NOTE: Adjust after performing CUT OFF adjustment.

1.

Place the set with Aging Test for more than 15 minutes.

2.

Receive the gray scale pattern from the Pattern Generator.

3.

Using the remote control, set the brightness and contrast to normal position.

4.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (16) on the remote control to select "G DRV".

5.

Press the CH. UP/DOWN button on the remote control to select the "R CUT", "G CUT", "B CUT", "R DRV" or "B DRV".

6.

Adjust the VOL. UP/DOWN button on the remote control to whiten the R CUT, G CUT, B CUT, R DRV, and B DRV at each step tone sections equally.

7.

Perform the above adjustments 5 and 6 until the white color is looked like a white.

2-5: HORIZONTAL POSITION

1.

Receive the monoscope pattern.

2.

Using the remote control, set the brightness and contrast to normal position.

3.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (04) on the remote control to select "HPOSI".

4.

Press the VOL. UP/DOWN button on the remote control until the SHIFT quantity of the OVER SCAN on right and left becomes minimum.

2-6: VERTICAL POSITION

1.

Receive the monoscope pattern.

2.

Using the remote control, set the brightness and contrast to normal position.

3.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (08) on the remote control to select "VPOSI".

4.

Check if the step No. V POSI is "02".

5.

Adjust the VR401 until the horizontal line becomes fit to notch of the shadow mask.

2-7: VERTICAL SIZE

1.

Receive the monoscope pattern.

2.

Using the remote control, set the brightness and contrast to normal position.

3.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (07) on the remote control to select "VSIZE".

4.

Press the VOL. UP/DOWN button on the remote control until the Up/Down OVER SCAN Quantity becomes equal to the Right/Left OVER SCAN Quantity.

5.

Receive a broadcast and check if the picture is normal.

2-8: VERTICAL LINEARITY NOTE:

1.

2.

3.

4.

2-9: SEPARATION Please do the method (1) or method (2) adjustment. Method (1)

1.

2.

3.

4.

5.

6.

7.

Method (2)

1.

2.

3.

4.

5.

6.

7.

8.

9.

Adjust after performing adjustments in section 2-7. After the adjustment of Vertical Linearity, reconfirm the Vertical Position and Vertical Size adjustments.

Receive the monoscope pattern. Using the remote control, set the brightness and contrast to normal position. Activate the adjustment mode display of Fig. 1-1 and press the channel button (09) on the remote control to select "VLIN". Press the VOL. UP/DOWN button on the remote control until the SHIFT quantity of the OVER SCAN on upside and downside becomes minimum.

Set the multi-sound signal generator for each different Lch and R-ch frequency (Ex. L-ch=2KHz, R-ch=400Hz) and receive the RF signal. Connect the oscilloscope to the Audio Out Jack. Press the AUDIO button on the remote control to set to the stereo mode. Activate the adjustment mode display of Fig. 1-1 and press the channel button (64) on the remote control to select “SEPAL”. Press the VOL. UP/DOWN button on the remote control to adjust it until the audio output wave becomes a fine sine wave. Press the CH UP button 1 time to set to "SEPAH" mode. Press the VOL. UP/DOWN button on the remote control to adjust it until the audio output wave becomes a fine sine wave.

Set the multi-sound signal generator L-ch=1KHz, R-ch =Non input and receive the RF signal. Connect the oscilloscope to the Audio Out Jack (R-ch). Press the AUDIO button on the remote control to set to the stereo mode. Activate the adjustment mode display of Fig. 1-1 and press the channel button (64) on the remote control to select “SEPAL”. Press the VOL. UP/DOWN button on the remote control to adjust it until the R-ch output becomes minimum. Press the CH UP button 1 time to set to "SEPAH" mode. Press the VOL. UP/DOWN button on the remote control to adjust it until the R-ch output becomes minimum. Set the multi-sound signal generator L-ch=Non input, R-ch=1KHz and receive the RF signal. Connect the oscilloscope to the Audio Out Jack (L-ch). Then perform the above adjustments 3~7.

D-2

ELECTRICAL ADJUSTMENTS

2-10: OSD HORIZONTAL

Activate the adjustment mode display of Fig. 1-1.

1. Press the VOL. UP/DOWN button on the remote control

2. until the difference of A and B becomes minimum.

(Refer to Fig. 2-1)

01 OSD 13

A

2-11: LEVEL

1.

Receive the VHF HIGH (70dB).

2.

Connect the AC voltmeter to pin 6 of CP101.

3.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (63) on the remote control to select "LVL".

4.

Press the VOL. UP/DOWN button on the remote control until the AC voltmeter is 75 ± 2mV.

2-12: BRIGHT CENTER

1.

Receive the monoscope pattern. (RF Input)

2.

Using the remote control, set the brightness and contrast to normal position.

3.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (18) on the remote control to select "BRTC".

4.

Press the VOL. UP/DOWN button on the remote control until the white 15% is starting to be visible

5.

Receive the monoscope pattern. (Audio Video Input)

6.

Press the INPUT SELECT button on the remote control to set to the AV mode.

7.

Using the remote control, set the brightness and contrast to normal position.

8.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (30) on the remote control to select "BRTCA".

9.

Press the VOL. UP/DOWN button on the remote control until the white 15% is starting to be visible

10.

Press the TV/DVD button on the remote control to set to the DVD mode.

11.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (42) on the remote control to select "BRTCD".

12.

Press the VOL. UP/DOWN button on the remote control to set the same step numbers as the AV.

13.

Press the GAME button on the remote control to set to the GAME mode.

14.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (54) on the remote control to select "BRTCG".

15.

Press the VOL. UP/DOWN button on the remote control to set the same step numbers as the AV.

B

Fig. 2-1

2-13: TINT CENTER

1.

Receive the color bar pattern. (RF Input)

2.

Using the remote control, set the brightness, contrast, color and tint to normal position.

3.

Connect the oscilloscope to TP024.

4.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (27) on the remote control to select "TNTC".

5.

Press the VOL. UP/DOWN button on the remote control until the section "A" becomes a straight line.

(Refer to Fig. 2-2)

6.

Receive the color bar pattern. (Audio Video Input)

7.

Press the INPUT SELECT button on the remote control to set to the AV mode.

8.

Using the remote control, set the brightness, contrast, color and tint to normal position.

9.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (39) on the remote control to select "TNTCA".

10.

Press the VOL. UP/DOWN button on the remote control until the section "A" becomes a straight line.

(Refer to Fig. 2-2)

11.

Press the TV/DVD button on the remote control to set to the DVD mode.

12.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (51) on the remote control to select "TNTCD".

13.

Press the VOL. UP/DOWN button on the remote control to set the same step numbers as the AV.

D-3

"A"

Fig. 2-2

ELECTRICAL ADJUSTMENTS

2-14: COLOR CENTER

1.

Receive the color bar pattern. (RF Input)

2.

Using the remote control, set the brightness, contrast, color and tint to normal position.

3.

Connect the oscilloscope to TP022.

4.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (24) on the remote control to select "COLC".

5.

Adjust the VOLTS RANGE VARIABLE knob of the oscilloscope until the range between white 100% and 0% is set to 4 scales on the screen of the oscilloscope.

6.

Press the VOL. UP/DOWN button on the remote control until the red color level is adjusted to 110 ± 10% of the white level. (Refer to Fig. 2-3)

7.

Receive the color bar pattern. (Audio Video Input)

8.

Press the INPUT SELECT button on the remote control to set to the AV mode.

9.

Using the remote control, set the brightness, contrast, color and tint to normal position.

10.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (36) on the remote control to select "COLCA".

11.

Adjust the VOLTS RANGE VARIABLE knob of the oscilloscope until the range between white 100% and 0% is set to 4 scales on the screen of the oscilloscope.

12.

Press the VOL. UP/DOWN button on the remote control until the red color level is adjusted to 110 ± 10% of the white level. (Refer to Fig. 2-3)

13.

Press the TV/DVD button on the remote control to set to the DVD mode.

14.

Activate the adjustment mode display of Fig. 1-1 and press the channel button (48) on the remote control to select "COLCD".

15.

Press the VOL. UP/DOWN button on the remote control to decrease the step numbers by 8 steps to the AV.

White 0%

100%

White 100%

Red Level

Fig. 2-3

2-15: CONTRAST MAX

Activate the adjustment mode display of Fig. 1-1 and

1. press the channel button (22) on the remote control to select "CNTX". Press the VOL. UP/DOWN button on the remote control

2. until the contrast step No. becomes "74" Receive a broadcast and check if the picture is normal.

3. Press the INPUT SELECT button on the remote control

4. to set to the AV mode. Activate the adjustment mode display of Fig. 1-1 and

5. press the channel button (34) on the remote control to select "CNTXA". Press the VOL. UP/DOWN button on the remote control

6. until the contrast step No. becomes "74" Receive a broadcast and check if the picture is normal.

7. Press the TV/DVD button on the remote control to set to

8. the DVD mode. Activate the adjustment mode display of Fig. 1-1 and

9. press the channel button (46) on the remote control to select "CNTXD". Press the VOL. UP/DOWN button on the remote control

10. to set the same step numbers as the AV. Press the GAME button on the remote control to set to

11. the GAME mode. Activate the adjustment mode display of Fig. 1-1 and

12. press the channel button (58) on the remote control to select "CNTXG". Press the VOL. UP/DOWN button on the remote control

13. to set the same step numbers as the AV.

2-16: Confirmation of Fixed Value (Step No.)

Please check if the fixed values of the each adjustment items are set correctly referring below.

NO.

FUNCTION

02

OSD CONTRAST

05

H BLK L

06

H BLK R

08

V POSITION

10

V S CORRECTION

11

V COMP

16

G DRIVE

19

BRIGHTNESS(MAX)

20

BRIGHTNESS(MIN)

21

CONTRAST(CENT.)

23

CONTRAST(MIN)

25

COLOR(MAX)

26

COLOR(MIN)

28

SHARPNESS

29

SUB BIAS

31

BRI. AV(MAX)

32

BRI. AV(MIN)

33

CONT. AV(CENT.)

35

CONT. AV(MIN)

37

COL. AV(MAX)

STEP NO.

03 04 00 02 08 03 07 70 10 40 10 70 10 18 00 70 10 40 10 70

FUNCTION

NO.

COL. AV(MIN)

38

SHARPNESS AV

40

SUB BIAS

41

BRI. DVD(MAX)

43

BRI. DVD(MIN)

44

CONT. DVD(CENT.)

45

CONT. DVD(MIN)

47

COL. DVD(MAX)

49

COL. DVD(MIN)

50

SHARPNESS DVD

52

SUB BIAS

53

BRI. GAME(MAX)

55

BRI. GAME(MIN)

56

CONT. GAME(CENT.)

57

CONT. GAME(MIN)

59

SUB BIAS

60

TUNING V MUTE

61

POWER ON V MUTE

62

TEST PWM

66

H FREQ

69

STEP NO.

10 10 00 70 10 40 10 70 10 10 00 70 10 40 10 00 00 40 00 3F

D-4

ELECTRICAL ADJUSTMENTS

3.

PURITY AND CONVERGENCE ADJUSTMENTS

NOTE

Turn the unit on and let it warm up for at least 30

1. minutes before performing the following adjustments. Place the CRT surface facing east or west to reduce the

2. terrestrial magnetism. Turn ON the unit and demagnetize with a Degauss Coil.

3.

3-1: STATIC CONVERGENCE (ROUGH ADJUSTMENT)

1.

Tighten the screw for the magnet. Refer to the adjusted CRT for the position. (Refer to Fig. 3-1) If the deflection yoke and magnet are in one body, untighten the screw for the body.

2.

Receive the green raster pattern from the color bar generator.

3.

Slide the deflection yoke until it touches the funnel side of the CRT.

4.

Adjust center of screen to green, with red and blue on the sides, using the pair of purity magnets.

5.

Switch the color bar generator from the green raster pattern to the crosshatch pattern.

6.

Combine red and blue of the 3 color crosshatch pattern on the center of the screen by adjusting the pair of 4 pole magnets.

7.

Combine red/blue (magenta) and green by adjusting the pair of 6 pole magnets.

8.

Adjust the crosshatch pattern to change to white by repeating steps 6 and 7.

3-2: PURITY NOTE

Adjust after performing adjustments in section 3-1.

3-3: STATIC CONVERGENCE

NOTE

Adjust after performing adjustments in section 3-2.

1.

Receive the crosshatch pattern from the color bar generator.

2.

Combine red and blue of the 3 color crosshatch pattern on the center of the screen by adjusting the pair of 4 pole magnets.

3.

Combine red/blue (magenta) and green by adjusting the pair of 6 pole magnets.

3-4: DYNAMIC CONVERGENCE

NOTE

Adjust after performing adjustments in section 3-3.

1.2.Adjust the differences around the screen by moving the deflection yoke upward/downward and right/left.

(Refer to Fig. 3-2-a)

Insert three wedges between the deflection yoke and CRT funnel to fix the deflection yoke.

(Refer to Fig. 3-2-b)

R G B

UPWARD/DOWNWARD SLANT RIGHT/LEFT SLANT

R G B

Fig. 3-2-a

R G B

1.

Receive the green raster pattern from color bar generator.

2.

Adjust the pair of purity magnets to center the color on the screen. Adjust the pair of purity magnets so the color at the ends are equally wide.

3.

Move the deflection yoke backward (to neck side) slowly, and stop it at the position when the whole screen is green.

4.

Confirm red and blue colors.

5.

Adjust the slant of the deflection yoke while watching the screen, then tighten the fixing screw.

DEFLECTION YOKE DEFLECTION YOKE SCREW MAGNET SCREW

6 POLE MAGNETS 4 POLE MAGNETS

PURITY MAGNETS

Fig. 3-1

D-5

WEDGE

WEDGE POSITION

Fig. 3-2-b

ELECTRICAL ADJUSTMENTS

4. ELECTRICAL ADJUSTMENT PARTS LOCATION GUIDE (WIRING CONNECTION)

CP801

CD805

CRT

CRT PCB

TP024

TP022

J801

CP802B

CP803B

AC IN

SPEAKER

CD301

CP101

CP8002

CP301

CP8001

CD802

J4201

TU001

CD3800

CP802A

CP3800

CD8501

VR3800

CP803A

CRT

TP401

CD803

J2202

FB401

CP401

J2203

CP302

J2204

CRT

VR401

CD302

SPEAKER

J2201

DVD DECK

D-6

AV PCB

CP8502

CD8505

CD2301

CD2001 CD2302

CP2001

CP2302

CP2301

DVD PCB

DVD ST SOLUTION BLOCK DIAGRAM

MECHA

Pick

Open/ Close Sensor

Spindle Motor Feed Motor

VR-DVD/CD LD-DVD/CD LMD1/2, VR-CD

TR+/–, FO+/–

REFE A, B, C, D, E, F

CLS_SW OPN_SW

SLD+/SPI+/–

M68AW127BL70N6

B C

BA10358F-E2

DMUTE

1M SRAM

IC2003

C

RF AMP/DSP

IC2002

L6315

SLD

SPD

OP AMP

IC2303

TD

FD

OP AMP

IC2304

BA10358F-E2

E E

MT48LC4M16A2TG-7

BB_V4/IRQ0

AFEC_EVALID/AFEC_SCTST

XPCLK/XBCLK/XDATA/XERROR

SLIDER_OUT/SLIDER_IN

FE_RESET

SCL/SDA

64M SDRAM

IC4007

C

MPEG

IC4002

STI5519

B

8M FLASH

M29W811DT70N6

C

IC4012

C

PCM_DATA0/PCM_LRCLK

PCM_MCLK/PCM_SCLK

MDI/MC/ML

B

2.5V REG

IC8504

PQ2TZ15

C

D

AUDIO DAC

IC8502

PCM1742KE/2K

C

TV BLOCK

CVBS Y C

AUDIO L AUDIO R ZERO

DVD RESET

SPDIF TXD RXD

1.8V REG

A

MOTOR DRIVE

IC2301

LA6560

E

IC2001

PQ070XZ01ZP

A --- 1.8V B --- 2.5V

OP AMP

IC2302

BA10358F-E2

D

E-1 E-2

KFG

C --- 3.3V D --- 5V E --- 9V

TV BLOCK DIAGRAM

FROM DVD BLOCK

CVBS NTSC DVD C DVD Y

DVD_RESET

RXD

TXD

DVD A L

DVD A R

ZERO

SPDIF

POWER ON/OFF

OPEN/CLOSE

STOP

PLAY

SKIP FF

SKIP REW

MIXER

3

IC4201

NJM4580M

5

Q4203

MUTE

Q4201

DRIVER

*E

CH UP

CH DOWN

VOL UP

VOL DOWN

RESET IC103 R3111N311A/C

*A

2

1

*A

X101

16MHz

18 17

31

32

MAIN

IC101

OEC6072A

33

22 23 24 26 27 36

TU001

SCL

10

SDA

11

Q105

6 11 12

38 437

BUFFER

*B *C

57 56 55

R.OUT

Q4209, Q4210,

59

1

7

R

Q4211, Q4212

L

MUTE SW

24

SOUND

23

DECORDER

AN5829S

3 2

19 18

IC902

22 21

*D

40 30 51 50

42

X601

3.579545MHz 35

14

15

16

45

23

25

G.OUT B.OUT

Q405

H.DRIVE

119

Q406

3

V.OUT IC401 AN5522

H.OUT

FB401

1

FBT

9

V801 CRT

DY801

F S

HV

2

J4201

2

V

J4206

2 L

J4205

2

R

J4204

Q305

Q302

BUFFER

Q301

MUTE

CHROMA/IF IC601 LA76319M-MPB-E

9

SOUND AMP

IC302

AN7522

6

8

10

12

2

4

SPEAKER

SP351

SPEAKER

SP352

*A---AT+5V *B---P.CON+9V

SOUND+B

HEADPHONE

J2201

*C---CHROMA+5V *D---P.CON+A5V *E---P.CON+12V

E-3 E-4

POWER BLOCK DIAGRAM

Q3002, Q3003, Q3004, Q3010

P.CON+3.3V

OUT

P.CON+3.3V

AC IN

+B ADJ.

VR3800

L3800

DEGAUSS COIL

Q3800

FEED BACK

CONTROL

F3800

IC3800 LTV-817M-VB

FEED BACK

Q3803

POWER

D3808, D3809, D3815, D3816

RECTIFIER

TRANSFORMER SWITCHING T3800

8

5

10

12

18

17 14

+5V REG. IC3001 KIA7805API

1

2

Q3008

AT+5.6V

OUT

5V REG. IC3002 KIA7805API

2

1

+9V REG. IC3005 KIA7809API

2

1

DVD_H P.CON+D5V

AT+5.6V

SOUND+B

P.CON+5V

P.CON+D9V

Q3005

P.CON+9V

DRV

P.CON+9V

Q3000

P.CON+12V

DRV.

P.CON+12V

Q3001

P.CON+9V

SW

POWER ON-H

+B

FB401

2

E-5 E-6

ABC D E F GH

8

RF_AMP/DSP SCHEMATIC DIAGRAM

C2040

476.3V KA

15P CH

R2034

1M

X2001 20MHz

0.01 B

C2037

C2039

0.01 B

NCNC

0.9

1.9

0.1

3.2

SREG1

FREIN

VCCPLL

VCCR33

RAM_CASN

RAM_WEN

RAM_DQM

VSS_SPL

0

2.8

1.9

SRAM_DQM

SRAM_WEN

SRAM_ADD14

0.01 B

SRAM_DQM

SRAM_ADD10

2.8

1.4

OE

A10

A11

A9

1 10111213141516

2

1.5

SRAM_ADD11

SRAM_ADD9

C2033

LCREF

PC1 PC23738

PC3

PC5

JG2023

3.2

VCCA33

PC6

3.2

0.01 B

1.2

LD2

PC7

1.5

LSW

C2035

0.1

2.0

LD1

SREG2

VSS

VDD18

0

1.9

C2036

1M SRAM

IC2003 CY62128VLL-70ZC

2H0O2303

CD2001

R2010

6.8K

W814

W815

R2014

1K +-1%

3.2

D

G

S

0

REG+1.8V

V_OUT

CD_LD_CTL 2SA1036K

C2009

JG2007

W816

0.0039 B

0.2 D

S

0

V_ADJ GND

6

JG2004

Q2006

1016V KA

C2051

G

R2015 18

5.0

4.8

L2002

W817

JG2009

R2027

1K +-1%

R2016

0

18

R2018

220

R2025

R2028

0.1

LD_CTL Q2008 KTC3875S_Y_RTK

4.9

0

10uH

NL3225

270

R2026

JG2008

C2014 0.1 B

C2015_1

JG2011

JG2010

C2024_1

4.7K

0

R2024

0.6 10K

DPD_TE_CTL

Q2007

KTC3875S_Y_RTK

R2023

3.3K

R2063 10K

R2064 10K

C2063

B

0.1 W856

6.8K

0.1

C2018

JG2013

476.3V KA

W812

R2067 10K

R2068 10K

R2069 10K

FFC(230mm)

FROM/TO LOADER

CP2001 24FLZ-SM1-TB

24

7

23 22 21 20

MON(DVD)

19

NC(SW)

VOL(DVD)

18

GND(DVD)

17

LD(DVD)

16

LD(CD)

15

VOL(CD)

14

GND(CD)

13

MON(COM)

12

6

GND(NC)

11 10

9 8 7 6 5 4 3 2

GND(PDIC)

1

5

TT+ FF+

RF

C B A D F

E VCC VREF

NC

NC NC

NC

W803 W811 W802 W810

LMD1

VR-DVD

LD-DVD LD-CD LD-DVD VR-CD

LMD2

W804

REFD

R20701KR20711KR2072

C2027_1

TR+ TRFO+ FO-

C B A D F E

390

2216V KA

4

3

W801 W827

JG2001 JG2002

18

R2002

R2001

DVD_LD_CTL

Q2001

2SA1036K

2.4

L2001

LD-CD

A

B SCL

REFD IRQ0

D

C

F

E

D2001 KDS121RTK

0.2 0

R2048

VR-CD PC2I

91

R2049

VR-DVD

91

0.2

D2002

KDS120RTK

P.CON+3.3V_1

220

4.5 R2005

3.9 LD_CTL

Q2003

KTC3875S_Y_RTK

2.0

3.9

1.3

10uH

NL3225

270

R2006

C2047

0.0039 B

5.0

123

CD_CTL

Q2005

2SK3018

0

123

0

DVD_CTL Q2004

2SK3018

IC2001 PQ070XZ01ZP

V_IN V_C

12345

3.11 1.89 1.24 03.11

2

L2003

C2003_1

2.2uH 0305

1006.3V KA

C2004

FROM/TO REGULATOR2

P.CON+A5V

P.CON+3.3VA

P.CON+3.3V

1

GND

D_GND

W819

0.1 F

C2005_1

1006.3V KA

R2007

R2008

510 +-1%

10

R2012 1K +-1%

+1.8VA

C2007

B2002

FCM2012H-102T04

B2004

FCM2012H-102T04

B2003

FCM2012H-102T04

0.1 F

1016V KA

BOOT_MODE

SCL

C2006

56P CH

L2004

C2008

18P CH

R2053

R2050

680

+-1%

1.3

0

BUFFER Q2009

0.6 2SA1037AK

C2029 0.01 B

C2026

476.3V KA

C2022 0.01 B

C2021 0.01 B

C2023 0.01 B

C2025 0.01 B

C2019

C2020

0.01 B

C2028

R2038

+1.8VD

2.2uH 0305

C2012

100

476.3V KA

0.01 B

10K

DMUTE

PC2I

PC3 CD-DVD CLS_SW

C2013

R2075

1K

7P CH

R2031

150P CH

+1.8VA2

+1.8VA1

P.CON+3.3VA

LMD2

LMD1

R20331MR2074

R2073

1M

R2032

12K

+-1%

1.3

JG2014

0.9

0.7

R2076

0.9

2.2

1.9

JG2015 JG2016

JG2017

2.5

2.4

3.2

2.1

1.9

2.4

1.9

2.4

3.2

1.9

2.2

1.9

NC

3.2

3.1 1.6

0.3

0.01 B

C2032

JG2027

0.2

0

GNDL

LMD1

LMD2

VBGFILT

1

IREF

2

GNDAI

3

RFSACD

4 RFIN

39

PC4

37 38 39440 41 42 43 44 45 46 47 48 49550

000

3.2

1.4

PC3

1016V KA

JG2022

PC5

CLS_SW

PC2I

DMUTE

C2038

0.022 B

476.3V KA

C2034_1

1M

1

0

0 0 0

0

0 0 0

0

1M

110

RFOUT

6

VCCA18 TST_ADC

8

TST_SLICE

9

TST_PM A

GNDMN B VCC33MN REFD VCC18MN

1516171819 220212223242526272829 330313233343536

D

VCCA18IS

C VCCA33IS GNDAIS VCC33SD VCC18SD GNDSD

F E

VSHIELDIS VDDADC

VSSADC VCCADC GNDADC VSHIELDADC NC BOOT MODE

VSS VDD3

PC0

C2031

(DVD PCB)

C2041

15P CH

C2042

0.01 B

W822

2

JG2029

JG2028

003.2

0.2

000.9

NC11

NC12

VCC33DAC

RF_AMP/DSP

IC2002

RAM_A10

RAM_A11

1.5

1.7

SRAM_ADD0

SRAM_ADD11

SRAM_ADD10

SRAM_DATA7

SRAM_DATA6

1.6

DQ7

DQ6

WE

A13

1.5

SRAM_WEN

SRAM_ADD13

GNDDAC

L6315ATXXTY

RAM_A1

RAM_A0

1.7

SRAM_ADD1

SRAM_DATA5

1.6

0

W821

GNDPLL

PLLOFF

FREOUT

RAM_A12

RAM_A13

RAM_RASN

51 52 53 54 55 56 57 58 59

1.8

1.7

SRAM_ADD15

SRAM_ADD13

SRAM_ADD12

JG2024

0

303132

CE1

A8

3

456789

1.6

SRAM_ADD8

TD

FD

0.5

TACT

RAM_A2

1.7

SRAM_ADD2

SRAM_ADD3

1.6

DQ5

CE2

3.2

SLD

REFDAC

0.5

FACT

RAM_A3

1.7

SRAM_ADD4

SRAM_DATA4

DQ4

A15

SRAM_ADD15

SPD

FE_RESET

10K

R2036

10K

C2043 0.01 B

R2052

3.2

1.9

0.4

0.5

1.3

0

SLEDGE

REFEXT

REFGND

REFDAC

RAM_A6

RAM_A5

RAM_A4

60 61 62 63 64 65 66 67 68 69770 71 72

1.7

SRAM_ADD5

SRAM_ADD6

SRAM_DATA3

1.6

DQ3

VCC

3.2

1.7

SPINDLE

RAM_A8

RAM_A7

1.7

SRAM_ADD7

SRAM_ADD8

SRAM_ADD9

0

GND

NC

0.1

NC

RESET_N

VCC18DAC

76 75 74 73

RAM_CLK

RAM_A9

1.7

SRAM_ADD16

1016V KA

C2044

SRAM_DATA2

1.6

DQ2

A16

1.6

SRAM_ADD16

C2030

C2048

C2045 0.01 B

0

3.2

VSS

VDD3

RAM_DQ7 RAM_DQ6 RAM_DQ5 RAM_DQ4

VDD3

VDD_SPL

3.2

C2046 0.01 B

SRAM_DATA1

1.6

DQ1

A14

1.6

SRAM_ADD14

0.1 B JG2030

C2049

0.01 B

1.8

0

1.9

VSS

VDD3S

VSS108 VDD3

107

PD7

106

OUT_DVALID

RAM_DQ0

VSS

0

1.6

1.5

SRAM_DATA0

SRAM_DATA1

SRAM_DATA0

1.6

DQ0

A12

1.6

SRAM_ADD12

0.1 B R2037

3.2

0

10911110111112113114115116117118119121201211221231241251261271281291313013113213313413513613713813914140141142143144

VPP_TEST

VCCD_BYP

VCCD_OUT

PD6 PD5

PD4 PD3 PD2 PD1 PD0 PE4 PE3 PE2 PE1

PE0

VSS

VDD3 OUT_DATA7 OUT_DATA6 OUT_DATA5 OUT_DATA4 OUT_DATA3 OUT_DATA2 OUT_DATA1

OUT_DATA0

OUT_CLK

OUT_SYNC

OUT_ERR OUT_REQ

VSS

VDD18

RAM_DQ3

RAM_DQ2

RAM_DQ1

1.5

SRAM_DATA2

SRAM_DATA3

SRAM_ADD0

2.3

20212223242526272829

A0

A7

1.8

SRAM_ADD7

10K

B2005

FCM2012H-102T04

0

3.1

2.1 0

0.2

1.6

0.9

2.7

101102 103104105106107108

0

100

0

3.2

1.7

3.1 0 0

90 91 92 93 94 95 96 97 98 99

0 0 0

3.2

NC

3.2

NC

0.9

1.8 R2042

1.1

0 0

NC

80 81 82 83 84 85 86 87 88 89

0 0

1.9

1.6

73 74 75 76 77 78 79

+1.8VD

SRAM_DATA4

SRAM_DATA5

SRAM_ADD1

SRAM_ADD2

2.3

1.8

A2

A1

A5

A6

1.6

1.8

SRAM_ADD6

SRAM_ADD5

1016V KA

C2050

JG2031 JG2032 JG2033 JG2034 JG2035

56

SRAM_DATA6

SRAM_DATA7

SRAM_ADD3

1.91.9

171819

A3

A4

SRAM_ADD4

C2053

0.01 B

PE4

PE1

R2051 22K

C2052

0.01 B C2054

R2041 56

R2047

JG2037

C2055

1016V KA

R2046

100

56

W826

0.01 B

W857

W813

0.1 B

C2064

R2056 10K

R2057 10K

R2058 10K

R2059 10K

R2060 10K

R2061 10K

JG2038

JG2039

R2062 10K

JG2040

JG2041

W832

JG2042

OPN_SW

SDA

C2061 15PCH

C2058 15PCH

C2060 15PCH

C2062 15PCH

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

FROM/TO MPEG

SCL SDA IRQ0

FE_RESET XDATA XBCLK XPCLK AFEC_SCTST

FROM/TO MOTOR DRV

OPN_SW DMUTE SPD_FG CLS_SW TD FD REFDAC SLD SPD TRTR+ FOFO+

LSW P.CON+3.3V_1

PCB130 VMB283

8

7

6

5

4

3

2

1

ABC D E F GH

G-2G-1

ABC D E F GH

8

7

6

5

CP2301

IMSA-9615S-08C-PP-A

8 7 6 5 4 3 2 1

4

3

2

1

FROM/TO LOADER

+5V

SP_FG

GND

LIMIT SW

SP1+ SP1SLD+ SLD-

CD2301

2H071001

FFC(100mm)

FROM/TO LOADER

CP2302 A2001WR2-3P

CLOSE

1

GND(D)

2

OPEN

3

R2301

4.7K

R2302

1K

R2303

4.7K

C2301

0.1 B

R2350

R2304

R2305

22K

15K

10K

TRTR+ FOFO+

C2324

0.4

0.1 B

R2306

R2307

C2305

0.1 B

R2351

100

SPDFG.CTL Q2302

10K

KTA1504S_Y_RTK

10K

R2308

1M

0.0022 B

1.7 0

SPDFG.CTL Q2301 KTC3875S_Y_RTK

C2307_1

10016V KA

C2308

0.1 B

R2310

3.2

2.9

1.5

C2306

C2310

R2309

4.7K

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

MOTOR DRIVE

IC2301 LA6560

0

1101112131415161718

0

2

8.8

3

0.2 456789

NC

0.2

NC

4.0

4.3

4.1

0

37

5.3

3.1

4.2

8.8

2.5

0

2.5

22K +-1%

DMVTE_CTL

Q2303 2SA1037AK

DMVTE_CTL

KRC102SRTK

W835

100P CH

FWD REV VCC2 VLDVLD+ VD4+ VD4VD3+ VD3-

VD2+ VD2VD1+ VD1VCC1 VIN1 VIN1-A VIN1+A VIN1-B

5.0

Q2304

R2311

100

R2312

5.0

4.3

1K

0

S-GND VCONT

MUTE VIN4 VIN4VIN4+

VREF-IN VIN1-SW

VREF-OUT

REG-OUT

REG-IN

VIN3+ VIN3VIN3 VIN2+ VIN2VIN2

VIN1+B

R2314

10K

R2313

10K

3.3

30 31 32 33 34 35 36

28 29

38

20 21 22 23 24 25 26 27 19

R2315

100

8

MOTOR DRIVE SCHEMATIC DIAGRAM

(DVD PCB)

7

P.CON+A5V

D_GND

FROM/TO RF_AMP/DSP

0 0

3.3

2.5

2.6

5.0

NC

0

4.9

0.2

2.5

2.6

2.5

3.0

2.52.5

R2319

12K

W836

HS2301 763WSA0022

0.2

5VREG. Q2305

KTA1504S_Y_RTK

R2317

27K

R2318

27K

R2320

100K +-1%

C2322

8.8

R2324

4.9

R2323

10K

R2321

10K

R2322

100K +-1%

SP-

SP+

P.CON+A5V

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

1016V KA

1K

R2327

5.6K R2326

5.6K

R2328

10K

C2314

0.1 F

C2315

R2329

C2316

R2325

1K +-1%

1016V KA

1K

1016V KA

3

DMUTE

REFDAC

VR

DMUTE

SPD_FG

P.CON+3.3V_1

CLS_SW OPN_SW

8.8 2.4 1.01.0

VCC

0.1 F

C2319

OPE AMP

IC2303 BA10358F-E2

1234

R2334 100K

3.5

R2332

4.7K

3.5

3.8

R2333

4.7K

D2301

MCL4148

C2317

R2330

B

0.001

10K

R2331

18K C2318

0.01 B

CAUTION: DIGITAL TRANSISTOR

1K +-1%

R2337

R2338

100K+-1%

R2336

100K +-1%

5678

-

SLD

+

SPD

GND

1.01.02.8 0

+-1%

100K

R2335

+-1%

0

GND

-

+

-

+

1234

OP AMP

IC2302 BA10358F-E2

VCC

0.1 F

C2321

8.8 2.4

VCC

OPE AMP

IC2304 BA10358F-E2

1234

2.5 1.0 0

R2340 100K

M_GND

2.4

5678

2.4

C2320

5.0

0.1 F

+

-

R2341

R2342

100K

1.0 1.0

FD

1.0

+-1%

100K +-1%

+-1%

R2343

R2344

+

+-1%

1K

100K

TD

GND

5678

R2347

1K +-1%

1K

R2349

GND

+-1%

OPN_SW DMUTE SPD_FG CLS_SW TD FD REFDAC SLD SPD TRTR+ FOFO+ P.CON+3.3V_1 LSW

FROM/TO REGULATOR2

P.CON+A5V P.CON+3.3V

P.CON+9V M_GND D_GND GND

PCB130 VMB283

6

5

4

3

2

1

ABC D E F GH

G-4G-3

ABC D E F GH

8

7

6

5

4

3

2

JG4008

JG4002 JG4003 JG4004 JG4005

FROM/TO RF_AMP/DSP

R4133 47

AFEC_SCTST

R4132 47

XPCLK XBCLK

R4058 47

XDATA

SCL SDA IRQ0

FE_RESET

FROM/TO REGULATOR2

P.CON+2.5V P.CON+3.3V

MPEG SCHEMATIC DIAGRAM

1016V KA

C4016

CPU_RESET

R4135 10K

3.1

IRQ2

RESET

0.6

Y

CHROMA

0.01 B

0305

0.01 B

C4039

W823

VDD_PLL

VSS_PLL

CVBS

VREF_YC

0.401.3

CVBS

L4003 22uH

0305

C4018

0.1 F

CLK_27MHZ

R4072 47

1.5

2.5

1.902.403.2

VSS

PIXCLK

VDD_2V5

CPU_SDRAMCLK

IREF_YC

VDD_2V5

VSS

PIO4B0

2.403.2 NCNC NC

+-1%

R4071 18K

C4017 0.1 B

10K

JG4049

JG4048

JG4047

JG4046

JG4045

JG4044

JG4009

R4138 47 R4139 47 R4140 47 R4141 47 R4142 47

R4144

4.7K

3.2

0.4 0

RESET_SW Q4002 KTC3875S_Y_RTK

0 RESET_SW Q4001 KTC3875S_Y_RTK

4.7K

R4143

10K

R4137

0.4

R4136

3.2

56

0.1 F

C4001

D_TXD D_RTS D_CTS D_RXD

AFEC_SCTST_B

XPCLK_B AT_WR AD13

W880

XBCLK_B XDATA_B

W877 W878 W879

R401822

D_GND

SPDIF

SCL_B SDA_B AD2 SDA_B

IRQ0_B

FE_RESET_B

TXD CVBS RXD

GND ML

TRST

TMS TDO TDI TCK

C4003

CPU_RESET K_DATA

C4004

0.1 B

C4005 0.1 B

R4006

2.7K

R4007

2.7K

R4005

C4002

2.7K

C4006 0.1 B

0.1 F

TXD

RXD AD7 D_TXD AD6

JG4041 JG4042 JG4007

SLIDER_OUT_B PCM_LRCLK

SYS_MUTE PCM_MCLK

D_RTS D_CTS

D_RXD

0.1 B

DATA14 K_LRCLK DATA15 K_SCLK

ADDR1 DQ13 ADDR2 DQ12 ADDR3 DQ11 ADDR4 DQ10 ADDR5 ADDR6 ADDR7 ADDR8 DQ9 ADDR9 DQ8 ADDR10 DQ7

ADDR11 DQ4 ADDR12 DQ3 ADDR13 DQ2 ADDR14 DQ1 ADDR15 DQ0 ADDR16 ADDR17 SMI_CLK ADDR18 ADDR19 SMI_DQMU ADDR20 SMI_DQML

AT_RST

JG4001

AT_RD SMI_CS0

JG4006 JG4010

VFD_CLK AD12

JG4013

VFD_DOUT AD11 VFD_DIN AD10

JG4014

VFD_STB AD0

JG4015 JG4016

SCL_B AD3 FE_RESET_B

R4009 47

TRIGIN AD5

TRIGOUT AD4

R4008

10K

R4011 47

JG4017

KB AD1

R4023 75

75

R4010

SC_DATA

SILDER_SENSE

DATA13

DATA12

1.5

157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208

1.5

3.2 0

3.2

ADDR1

0

ADDR2

3.2

ADDR3

3.2

ADDR4

0

ADDR5

0

ADDR6

0

ADDR7

0

ADDR8

0

ADDR9

0

ADDR10

2.5

VDD_2V5

0

VSS

0

ADDR11

0

ADDR12

3.2

ADDR13

0

ADDR14

3.2

ADDR15

3.2

ADDR16

3.2

ADDR17

3.2

ADDR18

3.2

ADDR19

3.2

ADDR20

3.2

ADDR21

NC

3.2

VDD_3V3

0

VSS

3.2

PIO0B0

3.2

PIO0B1

3.2

PIO0B2

3.2

PIO0B3

3.2

PIO0B4

3.2

PIO0B5

3.2

PIO0B6

3.2

PIO0B7

3.2

PIO1B0

3.2

PIO1B1

3.2

PIO1B2

3.2

PIO1B3

2.4

VDD_2V5

0

VSS

3.2

PIO1B4

3.2

PIO1B5

0

TRIGGER_IN

0

TRIGGER_OUT

3.2

PIO2B0

3.2

110

3.2

2.2

NC NC NCNCNC

SC_PWR

JG4018

DATA11

1.5

DATA11

DATA12

PIO2B7

PIO2B6

3.2

SC_SW

JG4019

DATA10

DATA9

1.5

DATA10

VDD_3V3

0

3.2

C4007 0.1 B

DATA8

1.5

DATA9

VSS

6

3.2

C4008

0.1 B

DATA7

DATA6

DATA5

DATA4

DATA3

DATA2

1.5

1.3

1.4

2.5

0

VSS

DATA8

PIO3B0

PIO3B1

7

3.2

JG4021

VDD_2V5

156 157 158 159 160

205 206 207 208

1

PIO3B2

8

9

3.2

JG4022

SC_OVL

R4043 4.7K

DATA7

PIO3B3

JG4023

R4046

DATA2

DATA3

DATA4

DATA5

DATA6

DATA13 DATA14 DATA15 VDD_3V3 VSS

PIO2B1 PIO2B2 PIO2B3 PIO2B4 PIO2B5

PIO3B4

PIO3B5

PIO3B6

PIO3B7

VDD_2V5

11 12 13 14 15 16 17 18 192 20 21 22 23 24

0

3.2

2.400.6

RTS

JG4025

IR

JG4024

RGB-H

R4049 10K

JG4043

4.7K

C4010

0.1 B

R4056 10K

JG4011

NC NCNC

3.203.2

3.2

VSS

VDD_3V3

CPU_RAS1

CPU_CAS0

CPU_CAAS1

S_BCLK

S_VALID

S_SYNC

NRSS_CLK

NRSS_IN

000

1.5

1.3

AFEC_SCTST_B

XBCLK_B

XPCLK_B

C4011

DATA1

1.3

DATA1

VSS

C4009 0.1 B

R4054

DATA0

1.3

DATA0

S_DATA

XDATA_B

10K

R4061

AT_CE

R4062 47

3.2

CPU_RAS0

NRSS_OUT

10K

R4064

R4066

F_CE

JG4012

R4063 47

R4067 47

R4003 10K

R4065 47

NC

3.2

CPU_RW

CPU_BE1

CPU_CE3

CPU_CE2

CPU_CE1

CPU_WAIT

MPEG

IC4002

STI5519AVB

VDD_RGB

VSS_RGBBGRVREF_RGB

C4014

R4068 10K

IRQ0_B

F_WE/DQM0

R4069 47

3.2

IRQ0

CPU_BE0

IREF_RGB

VDD_YCC

R4129 10K

R4131 10K

3.1

IRQ1

VSS_YCCYC

25 26 27 28 29330 31 32 33 34 35 36 37 38 39440 41 42 43 44 45 46 47 48 49550

1.8

2.400.5

0.3

0.602.4

1.300.3 +-1%

R4070 18K

R4013 270

R4014 270

R4015 270

1016V KA

L4001

C4012

22uH

0305

1016V KA

0.01 B C4013

C4015

L4002

22uH

R4078

0.1 B

F_OE

R4073 47

LINK/ROM

PWM0

CPU_OE

ADC_DATA

ADC_LRCLK

ADC_SCLK

SMI_D15 SMI_D14 SMI_D13

LRCLK

PCMCLK PCMDATA2 PCMDATA1 PCMDATA0

PIO4B1

PIO4B2

3.2

MDO

ON/STBY

JG4038

10K

JG4027

PWM1

PIO4B3

JG4028

(DVD PCB)

10K

R4148

TCK

TDI

TDO

TMS

TRST

3.2

1.4

3.2

3.20003.2

TMS

TDO

TDI

TCK

56 55 54 53 52

3.2

MC

PIO4B5

0

MDI

PIO4B6

3.2

C4019 0.1 B

PIO4B7

VDD_3V3

3.2

TRST

SMI_CLKOUT

VDD_PCM

2.4

PWM2

PIO4B4

3.2

ML

105 104 103 102 101 100

C4020

0.1 B

3.200

VSS

VDD_3V3

SMI_D12 SMI_D11 SMI_D10

VDD_2V5

SMI_D9 SMI_D8 SMI_D7 SMI_D6 SMI_D5 SMI_D4 SMI_D3 SMI_D2 SMI_D1 SMI_D0

SMI_CLKIN

VDD_3V3 SMI_DQMU SMI_DQML

SMI_WE SMI_CAS SMI_RAS SMI_CS1 SMI_CS0 SMI_A13 SMI_A12 SMI_A11 SMI_A10

SMI_A0

SMI_A1

SMI_A2

SMI_A3

VDD_2V5

SMI_A9

SMI_A8

SMI_A7

SMI_A6

SMI_A5

SMI_A4

SPDIF

VSS_PCM

VSS

0

C4021

L4004

R4074 10K

1.8

1.4

105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156

ADC_PCMCLK

VSS

SCLK

51 52

1.6

R4147 100

PCM_DATA0

PCM_SCLK

0.01 B

C4022

22uH

0305

R4075 10K

1.8

1.6

101102 103104

1.6

100

1.6

1.6 0

1.5

2.4

1.5

90 91 92 93 94 95 96 97 98 99

1.5

1.5 0

1.4

3.2 0

80 81 82 83 84 85 86 87 88 89

0

2.8

2.0

2.9

2.8

2.5

0.3

0.7

0.2

1.9

70 71 72 73 74 75 76 77 78 79

0.2

0.6

0.6 0

2.4

0.1

0.7

60 61 62 63 64 65 66 67 68 69

0.7

1.7

1.6

56 57 58 59

1.6

55

0

0.7

53 54

1016V KA

R4076 10K

R4077

R4145 470

10K

JG4036 JG4035 JG4037 JG4026 JG4020

K_MCLK

R4106

100

R4146 47

JG4039 JG4040

JG4029 JG4030 JG4031 JG4032

C4023 0.1 B

SMI_WE SMI_CAS SMI_RAS

4

DQ15 DQ14

DQ6 DQ5

AD9 AD8

CLK_27MHZ

0.9

1.9

JG4034

0.9

R4117

1.9

100

0

JG4033

3.2 NC

0

C4024

0.1 B

R4118 47K

R4119 47K R4179

C4025 0.1 B

R4017

10

IC4003 SN74AHCU04PWR

1

1A

2345

1Y

2A

2Y

3A

67

3Y

GND

R4121 47K

R4122 47K

R4123 47K

R4124 47K

47K

R4120 47K

VCC

6A

6Y

5A

5Y

4A

4Y

3.1

1.4

C4026

0.9

0

3.1 NC

10 11 12 13 14

0

3.1

89

NC

0.1 F

W860

C4027

R4125

X4001

27MHz

8P CH

FROM/TO MEMORY

1M

11P CH

C4028

FROM/TO AUDIO/VIDEO

F_CE F_WE/DQM0 F_OE DATA0 DATA1 DATA2 DATA3 DATA4 DATA5 DATA6 DATA7 DATA8 DATA9 DATA10 DATA11 DATA12 DATA13 DATA14 DATA15 ADDR1 ADDR2 ADDR3 ADDR4 ADDR5 ADDR6 ADDR7 ADDR8 ADDR9 ADDR10 ADDR11 ADDR12 ADDR13 ADDR14 ADDR15 ADDR16 ADDR17 ADDR18 ADDR19 ADDR20

DQ15 DQ14 DQ13 DQ12 DQ11 DQ10 DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0 SMI_CLK SMI_DQMU SMI_DQML SMI_WE SMI_CAS SMI_RAS SMI_CS0

AD13 AD12 AD11 AD10 AD0 AD1 AD2 AD3 AD9 AD8 AD7 AD6 AD5 AD4

Y CHROMA

PCM_MCLK PCM_SCLK PCM_LRCLK PCM_DATA0

MC MDI CPU_RESET SYS_MUTE

PCB130 VMB283

8

7

6

5

4

3

2

1

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

DIGITAL AUDIO SIGNAL(PB)

1

ABC D E F GH

G-6G-5

ABC D E F GH

8

MEMORY SCHEMATIC DIAGRAM

8

(DVD PCB)

64M SDRAM IC4007 MT48LC4M16A2TG-75

0

VSS

1.2 DQ15

0

VSSQ

1.2 DQ14

1.2 DQ13

50 51 52 53 54

3.1 VDDQ

0.9 DQ12

0.9 DQ11

0

VSSQ

0.9

0.9 DQ9

3.1 VDDQ

0.9 DQ8

0

VSS

0

NC

40 41 42 43 44 45 46 47 48 49

0

UDQM

1.4 CLK

R4128

3.1 CKE

47K

1.0 NC

NC

36 37 38 39

0.2 A11

0.2 A9

0.2 A8

0.6 A7

0.6 A6

0.6 A5

30 31 32 33 34 35

0.6 A4

0

28 29

B4004

FCM2012H-102T04

VDDQ

VSSQ

VDDQ

VSSQ

LDQM

A10/AP

VDD

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5DQ10

DQ6

DQ7

VDD

CAS

RAS

BA0

BA1

VDDVSS

C4056

3.1

110111213141516171819 22021222324252627

3

4

5

6789

WE

CS

A0

A1

A2

A3

0.1 F

1.0

C4061

3.1

0.1 F

0.8

1.2

0

1.3

C4057

3.1

0.1 F

1.2

1.3

0

1.3

C4059

0

0.1 F

1.4

2.8

2.0

2.8

3.1

0.7

0.3

1.9

0.2

0.6

C4060

3.1

476.3V KA

C4062_1

SMI_DQML

SMI_RAS

SMI_CS0

0.1 F

FROM/TO MPEG

F_CE F_WE/DQM0 F_OE DATA0 DATA1 DATA2 DATA3 DATA4 DATA5 DATA6 DATA7 DATA8 DATA9 DATA10 DATA11 DATA12 DATA13 DATA14 DATA15 ADDR1 ADDR2 ADDR3 ADDR4 ADDR5 ADDR6 ADDR7 ADDR8 ADDR9 ADDR10 ADDR11 ADDR12 ADDR13 ADDR14 ADDR15 ADDR16 ADDR17 ADDR18 ADDR19 ADDR20

DQ15 DQ14 DQ13 DQ12 DQ11 DQ10 DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0 SMI_CLK SMI_DQMU SMI_DQML SMI_WE SMI_CAS SMI_RAS SMI_CS0 AD13 AD12 AD11 AD10 AD0 AD1 AD2 AD3 AD9 AD8 AD7 AD6 AD5 AD4

7

6

5

4

3

2

3.1

FLASH

1K

R4127

3.1 RESET_SW

Q4003 KTA1504S_Y_RTK

0

A15

A14

A13

A12

A11

A10

RY/BY

A18

A17

3.1

110111213141516171819 22021222324

3.1

ADDR15

0.1

ADDR14

3

3.1

4

0.1

56789

0.1

A9

0.1

A8

3.1

NC

0

NC

3.2

WE

0

F_RESET

RP

0.2

NC

0.2

NC

0.9 NC

3.1

0.1

A7

0.1

A6

0.1

A5

0.1

A4

3.1

C4038

ADDR4

F_RESET

0.1 F

A3

A2

DQ15 DQ0

DQ14 DQ1

DQ13 DQ2

C4052

0.1 F

DQ12 DQ3

DQ11 DQ4

DQ10 DQ5

DQ9 DQ6

C4053

0.1 F

DQ8 DQ7

SMI_DQMU SMI_WE

SMI_CLK SMI_CAS

AD11 AD12

AD9 AD13

AD8 AD10

AD7 AD0

AD6 AD1

AD5 AD2

AD4 AD3

7

6

5

4

ADDR17 ADDR16

DATA15 ADDR13

DATA7 ADDR12

DATA14 ADDR11

DATA6 ADDR10

DATA13 ADDR9

DATA5 ADDR20

DATA12

DATA4 F_WE/DQM0

C4036

0.1 F

DATA11

DATA3

DATA10

DATA2 ADDR19

DATA9 ADDR18

DATA1 ADDR8

DATA8 ADDR7

DATA0 ADDR6

F_OE ADDR5

F_CE ADDR3

ADDR1 ADDR2

IC4012 M29W800DT70N6

3.1 A16

3.1 BYTE

0

VSS

1.6 DQ15/A-1

2.0 DQ7

0.6 DQ14

0.9 DQ6

0.6 DQ13

0.6 DQ5

40 41 42 43 44 45 46 47 48

0.7 DQ12

1.5 DQ4

3.1 VCC

1.1 DQ11

1.1 DQ3

1.1 DQ10

1.3 DQ2

0.6 DQ9

1.3 DQ1

1.4 DQ8

30 31 32 33 34 35 36 37 38 39

1.5 DQ0

3.1 OE

0

VSS

3.1 CE

3.1 0.1 A0 A1

25 26 27 28 29

3

B4002

FCM2012H-102T04

476.3V KA

2

FROM/TO REGULATOR2

P.CON+3.3V

D_GND

C4037_1

PCB130 VMB283

1

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

1

ABC D E F GH

G-8G-7

ABC D E F GH

8

FROM/TO REGULATOR2

D_GND

GND

VCC+9V

7

P.CON+5V

P.CON+3.3V

B8501

FCM2012H-102T04

C8525_1

C8502

C8504

L8501

22P CH

2.2uH 0305

22P CH

C8508

R8505

56P CH

0.5

68

0

0.1 F

C8501

Y

10016V KA

R8501

3.3K

R8502

330

1.5K

R8508

1.1 BUFFER

Q8501 KTA1504S_Y_RTK

W841

(DVD PCB)

D8501

D8502

MCL4148

W839

Y_OUT

5

6

C8515

22P CH

C8522

R8520

68

56P CH

L8502

2.2uH 0305

22P CH

330

C8520

CHROMA

C8509

0.1 F

3.3K R8514

R8507

5

R8524

0.7

0

W845

1.5K

1.3 BUFFER Q8502 KTA1504S_Y_RTK

W844

D8503

D8504

MCL4148

C_OUT

6

MCL4148

8

7

6

5

AUDIO/VIDEO SCHEMATIC DIAGRAM

FROM/TO MPEG

Y

CHROMA

CVBS PCM_MCLK PCM_SCLK

PCM_LRCLK PCM_DATA0 CPU_RESET

ML MC

4

3

MDI

SYS_MUTE

P.CON+5V

P.CON+3.3V

AUDIO_L

AUDIO_R

CVBS

B8503

FCM2012H-102T04

B8502

FCM2012H-102T04

8

9

C8510

0.1 F

R8515

3.3K

R8513

330 +-1%

C8521

C8516

L8503

22P CH

W837

W838

2.2uH 0305

22P CH

C8524

C8513_1

4.750V KA

R8522

68

56P CH

C8507_1

2

STEREO DAC

100K

R8506

R8503

GND

R8528

0.4

0

W849

C8512

4.750V KA

2.6 2.6

VOUTR

IC8502 PCM1742KE/2K

AGND

9

2.60

C8517

1.5K

W848

1.1 BUFFER Q8503 KTA1504S_Y_RTK

226.3V KA

C8518

0.1 F

C8519

5.2 3.2 0 3.1 3.1

VDD

VOUTL

VCOM

10 11

1016V KA

VCC

ZEROR/ZEROA

ZERO

DGND

ZEROL/NA

MDI

12 13 14 15 16

NC

MDI

D8505

D8506

MCL4148

C8523

LRCK

MC

CVBS_OUT

7

226.3V KA

2345678

2.93.03.03.02.9

ML

DATA

ML

3.1 1

3.1

PCM_MCLK

BCK

SCK

W842

PCM_DATA0

PCM_SCLK

PCM_LRCLK

W818

W834

W833

CVBS_OUT

C_OUT

Y_OUT

AUDIO_L

AUDIO_R ZERO CPU_RESET

SYS_MUTE

W847

D8507

MCL4148

D8508

MCL4148

FFC(1.25P) CD8501 2H0C1001

FROM/TO REGULATOR

CVBS

GND

C(CVBS)

GND Y(G)

GND

AUDIO-L

GND

AUDIO-R

ZERO

DVD RESET

GND

CP8502

(CP8002)

IMSA-9604S-12Z13

4

3

1 2 3 4 5 6 7 8

9 10 11 12

PCB130 VMB283

2

1

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

RECORD LUMINANCE SIGNAL RECORD COLOR SIGNAL

PLAYBACK VIDEO SIGNAL AUDIO SIGNAL(PB)

1

ABC D E F GH

G-10G-9

ABC D E F GH

8

REGULATOR 2 SCHEMATIC DIAGRAM

(DVD PCB)

C8528

R8535

10P CH

D8510 MCL4148

LEVEL_CONVERT Q8505 KTC3875S_Y_RTK

3.2

4.8

3.2

4.7K

47K

R8536

C8529

47P CH

10

B8505

W4BRH3.5X6X1.0X2

C8531

7

FROM/TO REGULATOR

CD8505

(CP8001)

CU2B2001

P.CON+9V

P.CON+5V P.CON+3.3V P.CON+3.3V

82P CH

W5T29X7.5X19

GND GND

TX

RX

GND(M)

GND

SPDIF

L8504

1 2 3 4 5 6 7 8

9 10 11

6

5

7

R8533

4.7K

C8550

W825

L8507

2.2uH 0305

1F

RXD

6

5

FROM/TO MOTOR DRV

GND

M_GND

P.CON+9V

D_GND

P.CON+3.3V

P.CON+A5V

FROM/TO AUDIO/VIDEO

GND

D_GND

P.CON+5V

P.CON+3.3V

VCC+9V

L8509

2.2uH

0305

W859

TXD

P.CON+A5V

W871 W870

SPDIF

P.CON+5V

P.CON+3.3V

C8530

0.0047 B

IC8504 PQ025EZ01ZP

4

FROM/TO RF_AMP/DSP

GND

D_GND

P.CON+A5V

P.CON+3.3V

P.CON+3.3VA

3

FROM/TO MPEG

GND

SPDIF

RXD TXD

P.CON+2.5V P.CON+3.3V

D_GND

FROM/TO MEMORY

P.CON+3.3V

D_GND

B8504

FCM2012H-102T04

2

REG+2.5V

V_IN V_C

V_OUT

12345

3.17 2.50 00.053.17

C8548

0.1 F

C8549_1

1006.3V KA

C8547_1

GNDNC

6

NC

1006.3V KA

PCB130 VMB283

4

3

2

DIGITAL AUDIO SIGNAL(PB)

1

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

1

ABC D E F GH

G-12G-11

ABC D E F GH

REGULATOR SCHEMATIC DIAGRAM

8

FROM/TO POWER

UNREG+12V

UNREG+8V UNREG+5V

GND

7

5V REG

IC3001 KIA7805API

(AV PCB)

FROM/TO SOUND AMP

GND

8

7

6

5

4

3

2

FROM/TO REGULATOR2

(CD8505)

CP8001 A2001WV2-11P

1

GND

2

GND

3

TX

4

RX

5

GND(M)

6

P.CON+9V

7

P.CON+5V

8

P.CON+3.3V

9

P.CON+3.3V

10

GND

11

SPDIF

FROM/TO AUDIO/VIDEO

CP8002

(CP8502)

IMSA-9604S-12Z14

1

GND

2

DVD RESET

3

ZERO

4

AUDIO-R

5

GND

6

AUDIO-L

7

GND

8

Y(G)

9

GND

10

C(CVBS)

11

GND

CVBS

12

IN GND OUT

123

8.1 0

C3005

47016V YK

IN GND OUT

123

12.3

L3001

10uH

TSL0808

C3002

470P CH

W803

C3004

470P CH

S001X

5.0

1N4005-EIC

W852

9V REG IC3005 KIA7809API

09.1

1N4005-EIC

C3012

W819

C3003

0.1 B

D3007

MTZJ5.6B

D3008

C3001

D3006

100016V YK

47016V YK

1006.3V YK

C3015

SPDIF-134

DVD_RESET

DVD_A_OUT_R

DVD_A_OUT_L

DVD_VIDEO_A

TX RX

ZERO

DVD_Y

DVD_C

UNREG+12V

DRIVER

Q3006

KTC3203_Y

7.9

10.8

2.250V KA

C3026

R3001

S001Y

8.0

100 1/4W

C3014

DRIVER

Q3009

KTC3209_Y

8.4

9.6

C3006

10uH TSL0808

DRIVER

Q3010

KTA1281_Y

12.1

R3010

1M 1/4W

1006.3V YK

9.0

2.250V KA

L3000

11.8

C3021

47016V YK

R3002

10K 1/4W

D3005

1N4005-EIC

100016V YK

C3017

R3006

10K 1/4W

11.2

R3018 1K 1/4W

DRIVER

Q3000

KTA1281_Y

13.1 12.6

12.8

R3003

SW

1K 1/4W

Q3001

12.8 KRC102SRTK

5.1

0

5V REG IC3002 KIA7805API

IN GND OUT

123

8.1

0

W850

DRIVER

Q3004

KTA1281_Y

8.0

7.2

R3004

D3003

4.9

R3005

100 1/4W

8.2 220 1/2W

1K1/4W

1SS133

HS3001

763WAA0157

R3014

4.0

C3020

3.3V OUT Q3003

KTC4369

3.35.0

W857

4706.3V YK

D3009

C3007

MTZJ3.9B

1

50V YK

11.9

C3025

KTC3875S_Y_RTK

DRIVER

Q3005

KTC3209_Y

9.6

R3007

100 1/4W

FROM/TO STEREO

3306.3V YK

P.CON+12V

P.CON+5V GND

6

4.0

SW

Q3007

9.0

P.CON+9V

C3023_1

R3019

0

2.2K 1/4W

0

DRIVER

Q3008

KTC3203_Y

8.0

3.6

R3009

10016V YK

C3030

1016V KA

5.0

100 1/4W

C3028

1016V KA

DVD_H

C3013

1006.3V YK

AT5.7VREG

8.5VREG

POWER_ON_H

FROM/TO VIF/SIF/CHROMA

8.5VREG AT5.7VREG DVD_Y DVD_C

UNREG+12V P.CON+5V P.CON+9V GND

FROM/TO DEFLECTION

P.CON+5V

GND

FROM/TO MICON/TUNER

DVD_H

POWER_ON_H

DVD_RESET

RX

TX

P.CON+5V

AT+5.6V

GND

FROM/TO I/O

AT+5.6V P.CON+9V P.CON+5V P.CON+12V SPDIF-134 DVD_A_OUT_L DVD_A_OUT_R ZERO DVD_VIDEO_A GND

5

4

3

2

CAUTION: DIGITAL TRANSISTOR

PCB250 TMB555

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER

1

DURING PLAYBACK.

ABC D E F GH

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

CAUTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

ARE

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

DIGITAL AUDIO SIGNAL(PB) PLAYBACK LUMINANCE SIGNAL PLAYBACK COLOR SIGNAL PLAYBACK VIDEO SIGNAL AUDIO SIGNAL(PB)

1

G-14G-13

ABC D E F GH

8

7

RESET IC

IC103

R3111N311A/C

NC

0.30.2

NC

IN

OUT

123

5.2 5.2

GND

0

NC 45

NC

6

D107

1SS133

10K 1/4W

R101

336.3V KA

C101

5

4

3

TU001

115-V-K015AR

10K

R103

C102

0.01 B

C104

C103

2206.3V YK

19

1

18

NC NC NC NCNCNC

D101

1SS133

D103

MTZJ5.6B

0.1 B

IC101 OEC6072AMICON IC

D105

1SS133

+B

2

3

4

5

6

7

NCNC NC

R119

5.2

10K

SW

Q101

KTA1504S_Y_RTK

VDD

VSS

1 101112131415161718192 20 21

SWD_V_OUT

C107

0.1 B

(FM DATA)

VIDEO IN 2

X-RAY TEST

R127

DVD_H

C108

404142

(FM CLK)

VIDEO IN 1

PROTECT

3

2.2K

PROTECT

4.7

0.1 B

4

A_MUTE

MTZJ12B

4.1

SDA

SCL

W812

W814

4.7K

R110

22 23

SCL

SDA

VVSS

DVD RESET

EXT MUTE

TV MUTE

56789 NC

DVD_RESET

8

D106

R115

CLOCK

9

10

W855

SCL

POWER_FAIL

R123

REMOCON

4.7K

D102

24

SD

(REMOCON)REMORT

POWER

R113

R121

POWER_ON_H

VOL_PWM

KA

C110 1016V

W853

SDA

10K

MTZJ5.6B

4.7K

OUT

DATA

AFT OUT

AUDIO

12

13

W828

AFT

TUNER_AUDIO

X101

RESET

UART_START_BIT

4.7K

R132

SIF OUTBTIF OUT 14

15

NC

F

C001

0.1

+30V

R125

4.7K1/4W

123

CSTLS16M0X53-A0

W863

X IN

X OUT

TX

RX

10K

RX

TX

11

C124

0.1 F

5.24.75.10.24.33.902.92.65.2 2.42.1 005.25.04.2 0000

POWER FAIL

UART_CLK_OUT

R126

VIDEO

16

TUNER_VIDEO

W856

30313233343536373839

TEST

UART_CLK_IN

R122

20

OUT

17

21

L001

C109

W805

OVDD(OVSS)

H_CONTROL

10K

H_CONTROL

100uH 9A06B

P.CON+5V

R134

0.1 B

OVCC(OVDD)

X-RAY IN

(FM POWER)

AFT

C002

1K

C128

25

26

V-SYNC

AFT

C106

MICON/TUNER SCHEMATIC DIAGRAM

1006.3V YK

0.1 B

C006

C111

H-SYNC

KEY1

KEY_A

0.001 B

R114

0.01 B

270P CH

OSD Y/BLK

KEY2

4.7K

R120

KEY_B

OSG B

TV/DVD

4.7K

R106

OSD G

4.7K

5.204.15.25.22.3005.25.23.73.75.205.13.205.2000

R109

R140

100

L101 56uH

2223242526272829

OSD RIIC BUS OFF

4.7K R142

I2C_OFF

SDA

R141

2.7K

4.7K

SCL

R144

2.7K

R145

2.7K

R148

4.7K

V-BUFFER

Q105

KTC3875S_Y_RTK

5.0

0

R149

0

C127

0.0082 B

4.7K

R160

R159

33K 1/4W

2.2K

R157

C129

33P CH

4.7K

W837

R190

10K 1/4W

(AV PCB)

W804

FROM/TO I/O

SCL SDA I2C_OFF REMOCON KEY_A KEY_B POWER_ON_H

FROM/TO VIF/SIF/CHROMA

OSD_Y OSD_B OSD_G OSD_R SDA SCL POWER_ON_H SYNC_VIDEO H_CONTROL PROTECT

TUNER_VIDEO SWD_V_OUT HD

FROM/TO DEFLECTION

VD X-RAY +30V

FROM/TO POWER

POWER_FAIL GND

FROM/TO REGULATOR

POWER_ON_H DVD_RESET DVD_H RX TX P.CON+5V

AT+5.6V

GND

FROM/TO SOUND AMP

POWER_ON_H A_MUTE VOL_PWM

8

7

6

5

4

3

1006.3V YK

C119

C117

100

R147

100

R143

2

4.0 0

4.0 5.2

5678

SDAVSS

MEMORY IC

IC199 S-24C04BDP-LA

0000

1

CAUTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

ARE

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

0.01 B

SCL

E2

MODE

E1

VCC

E0

1234

LUMINANCE SIGNAL B.SIGNAL G.SIGNAL

R.SIGNAL

TUNER VIDEO SIGNAL PLAYBACK VIDEO SIGNAL

TUNER AUDIO SIGNAL

FROM/TO STEREO

TUNER_AUDIO SCL SDA

PCB250 TMB555

2

1

ABC D E F GH

G-16G-15

ABC D E F GH

8

(AV PCB)

FRONT_VIDEO

C632

0.1 B

C631

150V KA

2.55.205.2

2.5

VXD

TINT

YC SN ACC

CL

SHARPBSSG

DC REST

OSD

SW

ORIVE/OUT-OFF

7 89

NC

150V KA

C607

R603 330 1/2W

DVD_C

APC1

ABL/ACL

0.1 B

NC

3.94.5

CEMO

RGB

MATRIX

CONTRAST

BRIGHT

3.4 8.6

B

0.1

150V KA

C606

NC

FSC

R607

CLMP

AF SW

COLOP

CLAMP

SYNC

SEP

VER SEP

VER C/D

VER RAMP

NC

R608

6.8K

15K

P.CON+5V

L602

7.9

C608

C624

100uH9A06B

HOR VCC

R609 100

0.1 B

P.CON+5V_B

2206.3V YK C627

HOR VCO

1/256

HOR C/D

AFC1

SHIFTER

3.7 3.5

R610 100

AFC2

PHASE

HOR

OUT

0.047 B

X-RAY

FBP

R624

680K

C628 0.4750V KA

2.63.53.05.03.4

333435363738394404142434445464748

30 31 32

20 21 22 23 24 25 26 27 28 29

17 18 19

3.5

R611 100

C609

C625

C626

1.0

2.7

5.2

2.4

2.9

3.0 0

S002X

X601

22K

R626

0.1 B R625

22K

150V KA

C630

NC

0

C622

150V KA

2.5

2.5 C601

0.1 B

0

R619

4.7K +-1%

1.7

5.9

NC

R616

100 1/4W

C611

0.47 MMTS

L601

100uH 0305

R605

27K

22016V YK

8P CH

R612

C629

100 1/4W

3.579545MHz

28

C621

8P CH

C618

0.015 B C619

C614

0.33 B

150V KA

C617

0.33 B

C605

B

0.1

D603

1N4005-EIC

4.716V KANP

R622

1.5K1/4W

R615

4.3K

C613

10016V YK

C612

32

30 29 31

W809

R613

100 1/2W

0.1 B

C620

C634

150V KA

34

33

2.2K

R617

100P CH

R614

2.7K 1/4W

9.0

680 1/4W

R627

5.0

KRA102SRTK

SW

Q605

4.44.3

SW

Q601

0

KTC3875S_Y_RTK

5.0

R628

R618

2201/4W

10K

27

CP802A

B2013H02-6P

CLAMP

GND G.OUT R.OUT B.OUT

CLAMP OFF

P.CON+9V

H_CONTROL

P.CON+5V

V.OUT

P.CON+5V_B

P.CON+9V

8.5VREG

ACL

TUNER_VIDEO

UNREG+12V AT5.7VREG

TO CRT

(CP802B)

1 2 3 4 5 6

FROM/TO REGULATOR

DVD_Y DVD_C

7

6

5

4

3

2

UNREG+12V

P.CON+5V

GND

P.CON+9V

AT5.7VREG

8.5VREG

FROM/TO DEFLECTION

V.OUT

ACL AFC

H.OUT

FROM/TO I/O

FRONT_VIDEO

SWD_VIDEO

FROM/TO MICON/TUNER

HD

POWER_ON_H

SWD_V_OUT

TUNER_VIDEO

PROTECT

OSD_Y OSD_B OSD_G OSD_R

SDA SCL

SYNC_VIDEO

H_CONTROL

W849

C4227

150V KA

IC601

LA76319M-MPB-E

NC

5.2

5.2 NC

NC

5.2

3.4

3.4 NC

5.0

NC

49

50515253545556575859

VIDEO

BUS

6061626364

1101112 13 14 15 16

NC NC NC

SWD_V_OUT

W827

SCL

W832

SDA DVD_Y

OSD_Y

OSD_B

OSD_G AFC

OSD_R H.OUT

HD

R630

R634

4.7K

1K 1/4W

6.0

0

SW Q602 KTC3875S_Y_RTK

0

CLMP

SW

2

SYNC_VIDEO

NCNCNC

AUDIO

SW

TRAP

ATT

LPF

REG-SW

5V/8V-REG

RST

3

5

5.0 6.0 8.6 2.6 2.8

150V KA

10K

R602

C602

C603

POWER_ON_H

REG

SW

BPF

V/Y

SW

OSD

CONTRAST

CLMP

6

22016V YK

C633

C604

PCB250 TMB555

8

7

6

5

4

3

2

VIF/SIF/CHROMA SCHEMATIC DIAGRAM

1

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

CAUTION: DIGITAL TRANSISTOR

PLAYBACK LUMINANCE SIGNAL PLAYBACK COLOR SIGNAL B.SIGNAL G.SIGNAL R.SIGNAL

TUNER VIDEO SIGNAL TUNER AUDIO SIGNAL PLAYBACK VIDEO SIGNAL

ABC D E F GH

G-17 G-18

1

ABC D E F GH

8

SOUND AMP SCHEMATIC DIAGRAM

(AV PCB)

7

SOUND_AMP IC

IC302 AN7522

6

110111223456789

8.0 4.6 4.6 4.5 1.4 1.4 2.0 4.4 4.4

0.1 B

C331

HS301

763WAA0200

C313

220025V MHE

5

FROM/TO POWER

SOUND+B

SOUND_GND

FROM/TO REGULATOR

GND SOUND_GND

W813

4

FROM/TO MICON/TUNER

POWER_ON_H

A_MUTE

VOL_PWM

B301

W4BRH3.5X6X1

R302

68K

C328

R323

4.750V KA

47K 1/4W

R326

100

0

2.0

-+-+

0

MUTE Q301

KTC3875S_Y_RTK

LR

R311

270K

C312

2250V YK

C307

0.01

C348

0.01

B

4.7K

R307

C323

0.1 B

R346

4.7K 1/4W

000

35 36

KA

2.250V

C347

C346

FROM/TO SPEAKER

CP301

TID-X02P-M1 SP OUT L+ SP OUT L-

SP OUT R+ SP OUT R-

C303

470P CH

C302

470P CH

C304

470P CH

C305

470P CH

2.250V KA

TID-X02P-M1

CP302

CU12414A 1 2

1 2

CU12414A

FROM/TO I/O

SOUND_L+ SOUND_R+ SP_OUT_L SP_OUT_R

CD301

CD302

L CH SPEAKER

R CH SPEAKER

SP351

SG04D11BNA

8 OHM

SP352

SG04D11BNA

8 OHM

1 2

3

7

6

5

4

3

2

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

1

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

ABC D E F GH

FROM/TO STEREO

P.CON+12_A

A_OUT_L

A_OUT_R

1K

R310

5.1

R309

1K

R308

5.1

2.2

12.0

BUFFER

Q302

KTC3875S_Y_RTK

R305

1K

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

2.2

BUFFER

Q305

KTC3875S_Y_RTK

12.0

R301

2.2K 1/4W

R303

2.2K 1/4W

CAUTION

820

R304

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

C310

0.001 B

ARE

820

C306

R306

0.001 B

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

AUDIO SIGNAL

AUDIO SIGNAL(PB)

PCB250 TMB555

2

1

G-20G-19

ABC D E F GH

8

7

FROM/TO VIF/SIF/CHROMA

6

FROM/TO REGULATOR

5

4

FROM/TO MICON/TUNER

3

2

FROM/TO STEREO

A_O_L

A_O_R DVD_AUDIO_L DVD_AUDIO_R

FRONT_A_IN_L FRONT_A_IN_R

FRONT_VIDEO

SWD_VIDEO

P.CON+5V

SPDIF-134

AT+5.6V

P.CON+12V

DVD_A_OUT_L DVD_A_OUT_R

ZERO

P.CON+9V

GND

DVD_VIDEO_A

KEY_A

KEY_B

POWER_ON_H

SCL

SDA REMOCON I2C_OFF

FROM/TO SOUND AMP

SOUND_L+ SOUND_R+ SP_OUT_L SP_OUT_R

SOUND_GND

DVD_A_OUT_L

DVD_A_OUT_R

L4202

100uH 0305

R4201

10K

R4202

10K

C4204

2.2K 1/4W

C4205

1006.3V YK

C4206

2.250V

KA

C4207

2.250V KA

IN/OUT SCHEMATIC DIAGRAM

(AV PCB)

1.5K

R4205

0.022 B

L4201

100uH 0305

2.9

C4212

C4210

820P CH

R4241

R4242

R4208

R4211

R4212

R4213

3.3K

0

10K

100K

820P CH

100K

10K

1.6

R4210

MUTE DET Q4203 KRC104SRTK

C4217

0.1 B

C4216

R4219

4.9 D AUDIO DRIVER

Q4201 KTC3875S_Y_RTK

R4216

1.2 68

220

10016V YK

1K 1/4W

R4218

3310V KA

C4214

1K 1/4W

10016V YK

C4203

C4220

0.0015 B

R4224

10K

5.2 5.2 5.2

0

A_GND

5678

5.2 5.2 5.2 10.4

C4222

0.0015 B R4223

10K

100P CH

C4225

R4209

4.7K

C4226

R4228

C4215

0.1 B

100P CH

+

-

12K

W5RH3.5X5X1.0

100K

R4221

R4229

12K

1234

+

R4232

R4233

C4230

B4201

R4231

VCC

10K

1K

2.250V

C4233

C4229

R4230

AMP

IC4201 NJM4580M

KA

COAXIAL

J4201 MSP-251V-05PBSN

1

2

H C4224 100P CH

R4243

10K

220P CH

2.250V KA

1K

C4231

2216V KA

C4232

2216V KA

AT+5.6V

OS2202

R2218

1.5K

SW2217

EVQ21505R

SW2218

1.5K

R4227

3

E

PIC-37243SR

Vout

1

B+

2

GND

3

R2220

2.7K

PLAY

SW2219

EVQ21505R

SW2220

VOL DOWN

75

NCNC

HNC

3

2

1

E

FRONT AUDIO JACK

J2203 HTJ-032-05AW

R2221

5.6K

SW2221

SKIP FF

EVQ21505R

HNC

23

1

E

FRONT AUDIO JACK

J2204 HTJ-032-05AR

REDWHITE

SKIP REW

SW2223

EVQ21505R

D2201

LTL-1CHEE-002A

220 1/4W

R2201

5.2

5.1

POWER_ON_H

SOUND_GND

W825

470P CH

1K

MUTE SW

Q4211 KTC3875 S_Y_RTK

0

37

MUTE SW

Q4212 KTC3875S Y_RTK

0

C4266

0

E

W820

AT+5.6V

DVD_AUDIO_L

DVD_AUDIO_R

W807

MUTE SW.

Q4210

Q4209

5.2

C4234

5.2

0

R4239

38

1K 1/4W

R4240

0

4.750V KA

W821

R4251

R4236

1001/4W

R4252 10K

R4237

100 1/4W

10K

R4238

5.2

0

KRA101SRTK

3.3K MUTE SW.

KRC103SRTK

REMOCON

AT+5.6V

KEY_A

KEY_B

FRONT_A_IN_R FRONT_A_IN_L

FRONT_VIDEO

SP_OUT_R SOUND_R+ SOUND_L+

SP_OUT_L

SW Q2201 KRC103SRTK

0

470P CH

C4274

C4275

SCL SDA

I2C_OFF

P.CON+9V A_O_L A_O_R

DVD_VIDEO_A

SWD_VIDEO

470P B

39

R2202

C2205

4716V YK

R2225

100 1/4W

C2201

R2226

100 1/4W

234

6

7

HEADPHONE_JACK J2201

MSJ-2000

1001/4W

R2214

SW2213

POWER ON/OFF

SW2214

CH DOWN

R2215

4716V YK

1

5

C2204

820

OPEN/CLOSE

EVQ21505R

CH UP

EVQ21505R

820

C2202

476.3V KA

R2216

1K

SW2215

EVQ21505R

SW2216

R22171KR2219

470P CH

C2203

FRONT VIDEO JACK

TEST POINT

A2001WV2-9P

GND I2C SCL I2C SDA I2C OFF

P.CON+9V AUDIO OUT L AUDIO OUT R

DVD_VIDEO SWD_VIDEO

STOP

VOL UP

HNC

2

1

J2202 HTJ-032-05AY

YELLOW

CP101

1 2 3 4 5 6 7 8 9

8

7

6

5

4

3

2

CAUTION: DIGITAL TRANSISTOR

1

PCB250 TMB555

1

CAUTION: DIGITAL TRANSISTOR

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:THE DC VOLTAGE EACH PART WAS

MEASURED WITH THE DIGITAL TESTER DURING PLAYBACK.

CAUTION

ATTENTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

ARE

AUDIO SIGNAL AUDIO SIGNAL(PB) TUNER AUDIO SIGNAL

DIGITAL AUDIO SIGNAL(PB)

TUNER VIDEO SIGNAL

PLAYBACK VIDEO SIGNAL

ABC D E F GH

G-22G-21

ABC D E F GH

8

STEREO SCHEMATIC DIAGRAM

8

(AV PCB)

7

6

C944

0.1 B

5

4

3

C945

L904

100uH

10016V YK

R911

100 1/4W

Filter Stereo

R909

C907

0.047 B

C935

0.1 B

Det

Pilot

Filter Noise

Filter

Spectral

RMS Det

Spectral

W834

W833

W815

W844

C922

2.250V KA

C920

W823

W842

2.2 2.2 2.2 2.2 4.2 4.4 3.4 2.2

OUT SW

AGC

Matrix

De-Emph

75us

Cancel Offset

Expand

Cancel

SOUND

IC902 AN5829S

DECORDER IC

Wide Band

Offset

1 101112

3456789

2

1.0 2.2 2.3 2.4 0.7 5.1 2.6 2.6 0.6 2.2 3.62.2

2.250V KA

C941

2.250V KA

NC

003.7

2021222324

ZAP

IIC Decoder

DAC

L-R Filter L-R Demod

Switch

(L-R)/SAP

Filter SAPout

fH.2fH Trap Filter

RMS Det

Wide Band

L+R DemodL+R Filter

GND

dbx De-Emph

Vcc

Cancel

Pilot

R908

270

C933

St.PLL

Filter

Wide Band

Expand

Spectral

Input

40

R912

1001/4W

100 1/4W

1050V YK

C938

13141516171819

VCA

Det SAP

Filter

SAP

Demod

SAP

Det

Noise

C939

41

42

2.7M

R913

0.1 B

3.4

0.1 B

FROM/TO MICON/TUNER

TUNER_AUDIO

SCL

SDA

FROM/TO SOUND AMP

A_OUT_L A_OUT_R P.CON+12_A

FROM/TO I/O

A_O_R

A_O_L DVD_AUDIO_L DVD_AUDIO_R FRONT_A_IN_R FRONT_A_IN_L

7

6

5

4

3

C943

2.250V KA

C925

4.750V KA

C926

4.750V KA

C928

C929

1016V KA

C934

0.1 B

C932

0.3350V KA

C937

C936

0.1 B

3.350V KA

C931

0.022 B

R910

220K

C921

4.750V KA

2

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

1

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

L902

100uH 0305

3306.3V YK

TUNER AUDIO SIGNAL AUDIO SIGNAL

FROM/TO REGULATOR

P.CON+12V P.CON+5V

GND

PCB250 TMB555

2

1

ABC D E F GH

G-24G-23

ABC D E F GH

8

7

6

5

4

3

2

FROM/TO VIF/SIF/CROMA

V.OUT

ACL AFC

H.OUT

FROM/TO REGULATOR

P.CON+5V

GND

FROM/TO MICON/TUNER

VD

X-RAY

+30V

FROM/TO POWER

UNREG+12V

GND

+B

S002Y

D408

MTZJ33B

56K 1/2W

R404

R405

56K1/2W

3.3K 1/4W

W841

CURRENT DET.

Q401

2SA1624

135.0

R412

R424

V.OUTPUT

IC401 AN5522

+

Vcc GND

1234567

3.9 25.5 1.3 0 12.9 24.8 3.9

D401

W914

W916

R409

22K 1/4W

0

135.0

C401

10250V YK

R406

47K 1/4W

R408

R410

0.82 2W

AMP

C406

11E1-EIC

R420

2.2K

5.6K 1/4W

THERMAL PROTECTION

PUMP UP

10035V YK

C403

47016V MHE

14.3

0

D414

1N4005-EIC

0

H-DRIVE Q405 KTC3227_Y

C410

R411

R401

330 2W

1016V KA

TP401

W843

C417

R456

D416

R413

1.8K 1/4W

8.2K +-1%

763WSA0018

D406

1SS133

0.01100V MMTS

470 1/2W

MTZJ5.1B

D409

1SS133

R414

C405

HS401

22.3

C418

R416

56K 1/4W

15K1/4W

150V YK

D405

1SS133

ETH09K14BZ

34

NC

2

0.2 1

2250V YK

W851

R444

DEFLECTION SCHEMATIC DIAGRAM

(AV PCB)

R421

680 1/2W

43

R417

R419

560 1/2W

VR401

2.2K METAL

D403

R467

MTZJ30B

T401

+-1%

5.6K

6

M

220025V YK

C407

R418

2.2 1/2W

R402

220 1W

031.0

1.3

R442

22K M +-1%

1 1/2W

D404

MTZJ30B

0.22100V MMTS

C434

44

R460

100 1/4W

TP402 TP403

763WSA0017

R445

15K 1/4W

HS402

1.3

2.2250V MHE

C422

L401

4.7mH

R447

68 1/2W

247.6 H.OUTPUT

Q406 TT2140LS-YBC11

0

B401

W5RH3.5X5X1.0

0909

R407

1.2K 1/2W

C423

C428

0.39250V PMS

0.00821.25KV MPP

C421

47035V MHE

C431

W826

22250V YK

C429

0.0022500V B

D411

1N4937

D402

1N4937

C430

D410

0.001500V B

C402

22100V YK

D413

R450_1

5.6 1W

MTZJ6.8B

10K 1/4W

1N4937

R423

FB401_1 FNI-14B001

272.0

COL

1

113.8

110.4

VIDEO

6

0

B+

2

0

AFC

9

0 0

GND

8

-0.2

E12

4 5

NC

0

E25

3

0

NC

R453

180K 1/2W

GND

ABL

HEATER

GND

HV

F

S

11

7

10

8

W836

8

7

TO DY CP401

A1561WV2-A5P

5 4 3 2

NC

1

6

V801

A34AGT13X98(DL)

9

10

R

8

G

6

B

11

0

2.7 NC

CP803A

B2013H02-4P

180V

R430

33K 1/2W

C432

0.47100V MMTS

HEATER

180V

NC

HEATER

GND

4 3 2 1

(CP803B)

TO CRT

FOCUS

SCREEN

TO CRT

175

21

CD805

SM1098-009-1A

TO CRT

5

4

3

2

PCB250 TMB555

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST

1

WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

THE RESISTOR MARKED F IS FUSE RESISTOR.NOTE: THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP IS NON POLAR ONE.

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

CAUTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

ARE

DEFLECTION SIGNAL

1

ABC D E F GH

G-26G-25

ABC D E F GH

8

CRT SCHEMATIC DIAGRAM

(CRT PCB)

7

6

5

FROM/TO VIF/SIF/CHROMA

(CP802A)

CP802B

B2013H02-6P

1

CLAMP

2

GND

3

G.OUT

4

R.OUT

5

B.OUT

CLAMP OFF

6

FROM/TO DEFLECTION

CP803B

(CP803A)

B2013H02-4P

HEATER

1

GND

2 3

180V

4

CP801

(CD805)

A2361WV2-2P

GND

1

GND

2

8

R801

4.7K R808

4.7K

R809

4.7K

7

2.7

TP024

C809

3.1

BLUE AMP

Q806

KTC4217

470P CH

115.0

D803

R815

R805

1SS133

270

2W

12K

R804

6

2.7K 1/4W

5

GREEN AMP

TP023

C810

Q805

KTC4217

D802

1SS133

270

R816

390P CH

122.0120.0

1/4W

R806_1

2.7K

2W

R807

12K

NC

L801

56uH

TP022

D801

1SS133

C811

270

R813

390P CH

2.6 2.5

3.0 2.9

RED AMP

Q804

45 46 47

KTC4217

1/4W

R802_1

2.7K

R803

2W

12K

4

FOCUS

SCREEN

CP806_1

6.4 9

8

3

C802

0.0012KV B

0 0

CRT SOCKET

J801_1

ISMS01S

7

6

5

4

101.6

F

1

0

3

99.6

ACCESSORY

TM101

T0T201N9160

2

BT001

R03(AB)E_20_T

PCB110 TCB412

1

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

CAUTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

ARE

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

UM4

BT002

R03(AB)E_20_T

UM4

BL001

HPN-01

R.SIGNAL G.SIGNAL B.SIGNAL

4

3

2

1

ABC D E F GH

G-28G-27

ABC D E F GH

8

POWER SCHEMATIC DIAGRAM

(AV PCB)

D3823

SB340L-6737

C3827

D3827

1SS133

C3826

1SS133

D3828

D3805

220025V MHE

220200V YXF

MTZJ2.2B

1SS133

D3803

SHORT

1SS133

W818

FROM/TO DEFLECTION

+B UNREG+12V

GND

FROM/TO SOUND AMP

SOUND_GND SOUND+B

FROM/TO MICON/TUNER

POWER_FAIL GND

FROM/TO REGULATOR

UNREG+12V UNREG+8V

UNREG+5V GND

PCB250 TMB555

7

6

5

4

3

2

7

DEGAUSS COIL

L3800

8R140031

21

CP3800

A1561WV2-2P

1 2

PH3800

003P-2100

TH3800_2

ZPB45BL3R0A

1

PH3801

003P-2100

1

6

L3803

HF70T22*10*14

WIDE

MLADE

AC120V 60Hz CD3800 0R415902

5

WHITE

BLACK

S3802 WHITE

S3801 BLACK

FH3800

EYF-52BC

F3800

51MS050L

5A125V

5A 125V

FH3801

EYF-52BC

W808

4

C3809

0.012 B

6.3

3

METAL

+B ADJ

VR3800 470

FEED BACK SWITCHING

R3801

R3802

Q3800

KTC3198

3.9K 1/4W

56K 1/2W

6.0

5.4

3301/4W

R3804

R3805

1K 1/4W

+-10%

R3806

2.7M 1/2W

R3828

0.22 1W

D3818

1N4937

D3817

SB340L-6737

R3813

B

C3811

R3833

3301/4W

D3807

C3812

500V

0.001

B3800

W5RH3.5X5X1.0

0.00152KV R

HS3800 763WAA0227

1SS133

D3815

B

D3816

R3826

1.2M1/4W

D3806

RM11C-EIC

R3825

101/2W

R3827

1.2M1/4W

C3815

470200V UP

T3800 81291074

4.5V 10

5V

135V

12V

NC

11

W838

SB

12

SG

13

14

HG

15

LG

16

17

8V

18

8

P2

7

6

P1

5

3

P4

2

P3

1

D3808

RM11C-EIC

R3817

L3801_1 1R1A223F2812

48

R3812

R3816

330 1W

15W

6801/4W

1SS133

D3811

C3807

0.047100V MMTS

D3804

C3806

STP5NC50FP

C3814

MTZJ18B

C3808

0.01 B

(0.22uF)

34

1.5M1/2W

0.22275V ECQUL

C3801

R3803

7.3

6.3 2

1

13.6

0.4

34

FEED BACK

IC3800

PS2561L1-1-V(W)

W802

BUFFER

Q3802

KTC3203_Y

6.3

0.4

0

C3810 500V

0.001

D3809

RM11C-EIC

D3810

MTZJ18B

POWER

Q3803

D

G

6.3 S

0

0.001 B

0.47 1W

R3821

0.01 B

C3805

1N4937

1025V KA

1K1/2W

R3822

2

R3800

2.7K +-1%

D3801

MTZJ5.6B

IS THE LIVE CONNECTIONCAUTION:

C3816

0.0047250V KX (2200PF)

R3829

49

1001/4W

C3818

D3819 21DQ09N

D3830

21DQ09N

D3831

MTZJ3.9B

D3821

RU2AM-EIC

C3820

220025V MHE

D3820 21DQ09N

1SS133

R3831

100 1/4W

R3830

1K 1/4W

1050V KA

D3822

C3822

C3823

D3802

1SS133

220016V MHE

100025V MHE

D3826

5A 125V

1

ATTENTION

CAUTION

:POUR UNE PROTECTION CONTINUE LES RISQUES D’INCEIE

N’UTOLISER QUE DES FUSIBLE DE MEME TYPE

:FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,

REPLACE ONLY WITH THE SAME TYPE FUSE

5A125V(F3800).

NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

CAUTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

ARE

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

1

ABC D E F GH

G-30G-29

ABC D E F GH

INTERCONNECTION DIAGRAM

8

SP351

8 OHM

L CH

SPEAKER

2

1

CD301

2

1

CP301

7

SP OUT L+

SP OUT L-

6

5

4

FBT

FB401

FOCUSSCREEN

3

FOCUS

CP806_1

SCREEN

7

6

5

1

CP801

GND

2

GND

CD805

2

SP352

8 OHM

R CH

SPEAKER

2

1

CD302

2

1

CP302

SP OUT R-

SP OUT R+

1

2

3

GND

HEATER

CD803

F

1

G.OUT

NC

R.OUT

4

180V

CP803B

6

B.OUT

CLAMP OFF

GND

HEATER

1

2

CP803A

8

J801

CRT SOCKET

4

39

12345

CLAMP

CP802B

NC

3

CRT PCB

PCB110 TCB412

CP401

180V

4

234

6

987

SWD_VIDEO

7

HEADPHONE_JACK J2201

TU001

18

1

NC NC

2

+B

3

NC

4

NC

5

NC

6

NC

7

NC

8

NC

9

CLOCK

10

DATA

11

AFT OUT

12

AUDIO

13

OUT

SIF OUT

14

BT

15

IF OUT

16

VIDEO

17

OUT

21

20

CP802A

CLAMP

G.OUT R.OUT B.OUT

CLAMP OFF

GND

HNC

2 3

1

E

YELLOW

FRONT VIDEO JACK

J2202

AV PCB PCB250 TMB555

1 2 3 4 5 6

H

2

1

E

COAXIAL

J4201

1

234

5

NC

ANODE

V801

H.V

CRT

HNC

2 3

1

E

WHITE RED

FRONT AUDIO JACK

J2203

321

CP101

GND

I2C SCL

I2C SDA

I2C OFF

HNC

2 3

1

FRONT AUDIO JACK

J2204

645

P.CON+9V

DVD_VIDEO

AUDIO OUT R

AUDIO OUT L

E

5

19

COMMAND TRANSMITTER

TM601

1

Vout

2

B+ GND

3

OS2202

CP8001 CD8505

1

GND

2

GND

3

TX

4

RX

5

GND(M)

6

P.CON+9V

7

P.CON+5V

GND

SPDIF

CVBS

GND

C(CVBS)

GND

Y(G)

GND

AUDIO-L

GND

AUDIO-R

ZERO

DVD RESET

GND

CP8002

CP3800

S3802

S3801

8

9 10 11

12

11

10

10 9 8 7 6 5 4 3 2 1

DEGAUSS COIL

1 2

9 8 7 6 5 4 3 2 1

21

P.CON+3.3V P.CON+3.3V

CD8501

L3800

WHITE

BLACK

FFC

1 2 3 4 5 6 7 8

9 10 11 12

CD3800

AC120V 60Hz

1 2 3 4 5 6 7 8

9 10 11

CP8502

1

2

3

4

5

6

7

8

9 10 11 12

BLADE

WIDE

DVD PCB

PCB130 VMB283

GND GND

TX

RX

GND(M) P.CON+9V P.CON+5V

P.CON+3.3V P.CON+3.3V

GND

SPDIF

CVBS

GND

C(CVBS)

GND Y(G)

GND

AUDIO-L

GND

AUDIO-R

ZERO DVD RESET

GND

TT+ FF+

MON(DVD)

NC(SW)

VOL(DVD)

GND(DVD)

LD(DVD)

LD(CD) VOL(CD) GND(CD)

MON(COM)

GND(NC)

RF

C B A D F

E VCC VREF

GND(PDIC)

SLDSLD+ SP1SP1+

LIMIT SW

GND

SP_FG

+5V

CLOSE GND(D)

OPEN

CP2001

CP2301

CP2302

8

7

CD2001

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

3 2

2

1

CD2301

FFC

1

2

3

4

5

6

7

8

1 2 3

T-

23

T+

22

F-

21

F+

20

MON(DVD)

19

NC(SW)

18

VOL(DVD)

17

GND(DVD)

16

LD(DVD)

15

LD(CD)

14

VOL(CD)

13

GND(CD)

12

MON(COM)

11

GND(NC)

10

RF 9 8 7 6 5 4 3 2 1

1 2 3 4 5 6 7 8

C B A D F

E VCC VREF

GND(PDIC)

SLDSLD+ SP1SP1+

LIMIT SW

GND

SP_FG

+5V

CLOSE GND(D)

OPEN

DVD

DRIVE

DM-2

OPTICAL PICK-UP

SPINDLE MOTOR

SLED,LOADING MOTOR

FG SENSER

6

5

4

3

2

1

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

THE TIMETHIS INTERCONNECTION DIAGRAM IS THE LATEST ATNOTE:

ATTENTION

:LES PIECES REPAREES PAR UN ETANT

DANGEREUSES AN POINT DE VUE SECURITE N’UTILISER QUE CELLS DECRITES DANS LA NOMENCLATURE DES PIECES

CAUTION

:SINCE THESE PARTS MARKED BY

CRITICAL FOR SAFETY,USE ONES DESCRIBED IN PARTS LIST ONLY

ARE

1

ABC D E F GH

G-32G-31

WAVEFORMS

RF_AMP/DSP

100ns 100mV

1

20ns 200mV

2

MOTOTR DRIVE

2ms

1.0V

10µs 100mV

10µs 200mV

500µs 500mV

MICON/TUNER

POWER ON

0.2ms

1.0V

6

7

22

POWER ON

0.2ms

1.0V

23

POWER ON

0.2ms

1.0V

3

MPEG

20ns 500mV

4

AUDIO/VIDEO

10µs 200mV

5

8

500µs 500mV

9

REGULATOR 2

100ns 500mV

10

24

POWER ON 5ms

1.0V

25

POWER ON 50µs

1.0V

26

NOTE:

The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram.

H-1

VIF/SIF/CHROMA

POWER ON 20µs

0.5V

WAVEFORMS

POWER ON 10ms

0.5V

IN/OUT

DVD PLAY

0.5ms 200mV

27

STANDBY

0.5µs 50mV

28

POWER ON 10µs

2.0V

29

32

POWER ON 20µs

0.5V

33

POWER ON 20µs

2.0V

34

37

DVD PLAY

0.5ms 200mV

38

DVD PLAY 10µs

0.5V

39

POWER ON 10µs

2.0V

30

POWER ON 10µs

2.0V

31

SOUND AMP

POWER ON 1ms 100mV

35

1ms 100mV

36

NOTE:

The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram.

H-2

STEREO

POWER ON 1ms 50mV

40

POWER ON 1ms 200mV

41

WAVEFORMS

POWER ON 1ms 200mV

42

POWER ON 5ms

10.0V

43

POWER ON 20µs

5.0V

POWER ON 20µs 50V

47

TV POWERDEFLECTION

STANDBY 5µs

5.0V

48

STANDBY 5µs

5.0V

44

CRT

POWER ON 20µs 50V

45

POWER ON 20µs 50V

46

49

NOTE:

The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram.

H-3