SONY KZ-32TS1E Service Manual

SERVICE MANUAL

SPECIFICATIONS

KZ-32TS1E

AEP Model

TV system:

Depending on your country selection: B/G/H, D/K, L, I

Colour system:

PAL, SECAM NTSC 3.58, 4.43 (only Video In)

Channel Coverage:

VHF: E2-E12 UHF: E21-E69 CATV: S1-S20 HYPER: S21-S41 D/K: R1-R12, R21-R69 L: F2-F10, B-Q, F21-F69 I: UHF B21-B69

Antenna:

75 ohm external terminal for VHF/UHF

Screen size (measured diagonally):

32 inches

approx. 82 cm. measured diagonally

Panel System:

Plasma Display panel

Display resolution:

852 dots (horizontal) x 1024 lines (vertical)

Rear Terminals:

i

1/

21-pin Scart connector (CENELEC standard) including audio/video input, RGB input, TV audio/video output.

i

2/

21-pin Scart connector (CENELEC standard) including audio/video input, RGB input, Monitor audio/video output.

i3/r

(SMARTLINK)

21-pin Scart connector (CENELEC standard) including audio/video input, S video input, selectable audio/video output and Smartlink interface.

audio outputs (Left/Right) - phono jacks

r

4

S video input (4-pin mini DIN): Y: 1 Vp-p, 75-ohms unbalanced, sync

negative

C: 0.286 Vp-p (Burst signal), 75 ohms

t

4

video input (phono jack): 1 Vp-p, 75-ohms unbalanced, sync negative

o

4

audio input (phono jacks): 500 m Vrms (100% modulation), Impedance: 47 kilo ohms

5

Y: 1 Vp-p, 75 ohms, 0.3V negative s ync

: 0.7 Vp-p, 75 ohms

P

B

: 0.7 Vp-p, 75 ohms

P

R

or G: 0.7Vp-p, 75 ohms, Sync on Green B: 0.7 Vp-p, 75 ohms, Sync on Green R: 0.7 Vp-p, 75 ohms, Sync on Green or G: 0.7Vp-p, 75 ohms, non Sync on Green B: 0.7 Vp-p, 75 ohms, non Sync on Green R: 0.7 Vp-p, 75 ohms, non Sync on Green

HD:1-5 Vp-p VD: 1-5 Vp-p

o

5

audio input (phono jacks) 500 m Vrms (100% modulation), Impedance: 47 kilo ohms

5555

SUB WOOFER:

CTRL S OUT:

Front Terminals:

i

headphones jack

phono jac

minijacks

k

Sound Output:

2 x 7 W (music power)

Power Consumption:

270 W

Standby Power Consumption:

2.2 W

Dimensions (w x h x d) :

Approx.

Weight:

25.5 Kg.

Power requirement:

220-240 V AC, 50 Hz

Accessories supplied:

One Remote Control (RM-932) Two batteries (R6 type) Two Brackets One coaxial cable One AC Cable (Type C) One AC Cable (Type BF)

One Cleaning cloth Operating instruction Quick start guide Warranty

Other features:

¥ Teletext, Fastext, TOPtext ¥ Sleep Timer ¥ Smartlink (direct link between your TV set

¥ TV system Autodetection ¥ Auto Format

Design and specifications are subject to change without notice. Ecological Paper- Totally Chlorine Free

856x627x132

This cable may not be supplied depending on the country.

and a compatible VCR. For more information on Smartlink, please refer to the Instruction Manual of y ou r VCR).

mm.

FLAT PANEL COLOR TELEVISION

0

r

To Exposed Metal

Parts on Set

540A. Follow the manufacturers’ instructions to use these instruments.

multimeter is suitable for this job.

battery-operated AC voltmeter. The “limit” indication is 0.75 V, so

analog meters must have an accurate low-voltage scale. The Simpson 250

and Sanwa SH-63Trd are examples of a passive VOMs that are suitable.

Nearly all battery operated digital multimeters that have a 2 V AC range

are suitable. (See Fig. A)

LEAKAGE TEST

The AC leakage from any exposed metal part to earth ground and from all

exposed metal parts to any exposed metal part having a return to chassis,

must not exceed 0.5 mA (500 microamperes).

Leakage current can be measured by any one of three methods.

1. A commercial leakage tester, such as the Simpson 229 or RCA WT-

2. A battery-operated AC milliammeter. The Data Precision 245 digital

3. Measuring the voltage drop across a resistor by means of a VOM or

AC

Voltmete

Ω

1.5 k

.15 μF

KZ-32TS1E(AEP) 2

(0.75 V)

Earth Ground

Fig. A. Using an AC voltmeter to check AC leakage.

SAFETY CHECK-OUT

connections. Check the entire board surface for solder splashes and

bridges.

contact high-wattage resistors.

mounting hardware have been replaced. Be absolutely certain that you

After correcting the original service problem, perform the following safety

checks before releasing the set to the customer:

1. Check the area of your repair for unsoldered or poorly-soldered

2. Check the interboard wiring to ensure that no wires are “pinched” or

3. Check that all control knobs, shields, covers, ground straps, and

have replaced all the insulators.

were installed during a previous repair. Point them out to the customer

and recommend their replacement.

4. Look for unauthorized replacement parts, particularly transistors, that

deterioration. Point them out to the customer and recommend their

replacement.

replacement of any such line cord to the customer.

instruments are accurate; be suspicious of your HV meter if sets always

have low HV.

all other exposed metal parts for AC Leakage. Check leakage as

described right.

5. Look for parts which, though functioning, show obvious signs of

6. Check the line cords for cracks and abrasion. Recommend the

7. Check the B+ and HV to see if they are specified values. Make sure your

8. Check the antenna terminals, metal trim, “metallized” knobs, screws, and

AVERTISSEMENT!!

KZ-32TS1E(AEP) 3

NE JAMAIS METTRE SOUS TENSION QUAND LA BOBINE DE

ATTENTION AUX COMPOSANTS RELATIFS À LA SÉCURITÉ!!

DEMAGNETISATION EST ENLEVÉE.

LES COMPOSANTS IDENTIFIÉS PAR UNE TRAME ET UNE

MARQUE ! SONT CRITIQUES POUR LA SÉCURITÉ. NE LES

REMPLACER QUE PAR UNE PIÈCE PORTANT LE NUMÉRO

SPECIFIÉ. LES RÉGLAGES DE CIRCUIT DONT L’IMPORTANCE EST

CRITIQUE POUR LA SÉCURITÉ DU FONCTIONNEMENT SONT

IDENTIFIÉS DANS LE PRÉSENT MANUEL. SUIVRE CES

PROCÉDURES LORS DE CHAQUE REMPLACEMENT DE

COMPOSANTS CRITIQUES, OU LORSQU’UN MAUVAIS

FONCTIONNEMENT EST SUSPECTÉ.

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY SHADING AND MARK ! ON THE

SCHEMATIC DIAGRAMS, EXPLODED VIEWS AND IN THE

PARTS LIST ARE CRITICAL FOR SAFE OPERATION. REPLACE

THESE COMPONENTS WITH SONY PARTS WHOSE PART

NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN

SUPPLEMENTS PUBLISHED BY SONY. CIRCUIT ADJUST-

MENTS THAT ARE CRITICAL FOR SAFE OPERATION ARE

IDENTIFIED IN THIS MANUAL. FOLLOW THESE PROCEDURES

WHENEVER CRITICAL COMPONENTS ARE REPLACED OR IM-

PROPER OPERATION IS SUSPECTED.

KZ-32TS1E(AEP) 4

Boards ................................................................... 3-6

3-1. Block Diagrams .................................................... 3-1

3-2. Circuit Boards Location........................................ 3-5

3-3. Schematic Diagrams and Printed Wiring

3. DIAGRAMS

TABLE OF CONTENTS

Board .................................................................... 3-7

(2) Schematic Diagram of H1 Board ......................... 3-15

(3) Schematic Diagram of H2 Board ......................... 3-17

(4) Schematic Diagrams of Q (a, b, c) Board .... 3-19

(1) Schematic Diagrams of B (a, b, c, d, e, f, g)

(5) Schematic Diagram of TU Board ......................... 3-23

3-4. Semiconductors .................................................... 3-25

4. EXPLODED VIEWS .............................................. 4-1

4-1. Cover .................................................................... 4-2

4-2. Chassis ................................................................. 4-3

4-3. Packing Materials ................................................. 4-4

5. ELECTRICAL PARTS LIST ............................... 5-1

1-1. Rear Cover Removal ............................................ 1-1

1. DISASSEMBLY

Section Title Page Section Title Page

1-2. Main Shield Removal .......................................... 1-2

1-3. Stand Assembly Removal .................................... 1-3

1-4. Q Board Removal ................................................ 1-4

1-5. B Board Removal.................................................. 1-5

1-6. TU Board Removal............................................... 1-6

1-7. H1 Board Removal ............................................... 1-7

1-8. H2 Board Removal ............................................... 1-8

1-9. Supports Removal................................................. 1-9

1-10.Switching Regulator Removal ............................. 1-10

1-11.Plasma Display Panel Removal ............................ 1-11

and Video Coder ................................................... 2-1

2-1. Calibration Adjustment of A/D Converter

2-2. White Balance Adjustment ................................... 2-2

2-3. Adjustment of Sub-color and Sub-hue.................. 2-4

2. ADJUSTMENTS

1 Seven screws

(+BVTP 4x16)

1 Four screws

(+PSW 5x25)

KZ-32TS1E(AEP) 1-1

2 Rear cover

SECTION 1

DISASSEMBLY

1 Six screws

(+BVTP 4x16)

1-1. REAR COVER REMOVAL

3 Main shield

KZ-32TS1E(AEP) 1-2

1-2. MAIN SHIELD REMOVAL

1 Eight screws

(+PSW 3x8)

2 Fourteen screws

(+BVTP 4x12)

KZ-32TS1E(AEP) 1-3

Stand base assembly

2 Stand base assembly

1-3. STAND ASSEMBLY REMOVAL

1 Four screws

(+PSW 5x12)

KZ-32TS1E(AEP) 1-4

4 Two scre ws

(+BVTP 3x12)

3 Screw

(+BVTP 4x14)

4 Three screws

1 Nut

(+BVTP 3x12)

6 Q top shield

5 Connector panel

2 Washer

7 Two scre ws

(+PSW 3x6)

8 Q board

1-4. Q BOARD REMOVAL

KZ-32TS1E(AEP) 1-5

1 Four screws

1 Two scre ws

(+PSW 3x6)

2 B top shield

(+PSW 3x6)

3 Five screws

(+PSW 3x6)

4 B board

Board holders

1-5. B BOARD REMOVAL

1 TU board

KZ-32TS1E(AEP) 1-6

1-6. TU BOARD REMOVAL

2 Two screws

(+BVTP 3x12)

1 Screw

(+BVTP 3x12)

4 H1 board

3 H1 earth plate

KZ-32TS1E(AEP) 1-7

1-7. H1 BOARD REMOVAL

2 Four screws

(+PSW 3x6)

4 H2 board

KZ-32TS1E(AEP) 1-8

1 Three screws

(+BVTP 4x16)

3 Insulation

panel H

1-8. H2 BOARD REMOVAL

4 Support (right)

3 Eight screws

(+BVTP 4x16)

KZ-32TS1E(AEP) 1-9

2 Support (left)

1 Eight screws

(+BVTP 4x16)

1-9. SUPPORTS REMOVAL

2 Switching regurator

KZ-32TS1E(AEP) 1-10

1-10. SWITCHING REGULATOR REMOVAL

1 Support pcb

2 Screw

(+PSW 5x12)

1 Screw

(+BVTP 4x16)

KZ-32TS1E(AEP) 1-11

1-11. PLASMA DISPLAY PANEL REMOVAL

2 Screw

(+PSW 5x12)

1Screw

(+BVTP 4x16)

3 Plasma display panel

KZ-32TS1E(AEP) 2-1

Video Coder

2-1. Calibration Adjustment of A/D Con verter and

2-1-1. Preparation for adjustment

SECTION 2

ADJUSTMENTS

[Other].

1. Set [RGB MODE] of the Custom Setup menu in the service mode to

2. Set the [Cal Mode] of the AD Converter in the service mode to [ON].

2-1-2. RGB input adjustment

input terminal.

1. Input All white 90 IRE signal of VGA (640x480/60Hz) to the RGB

(Caution) The order of 1, 2 must not be changed.

2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.

R and B gain in the menu and balance so that the detection values of R

and B is approximate to the detection value of G.

3. Select RGB Calibration from the AD Converter menu then, Adjust the

4. Adjust the Sub Contrast (RGB) and then, adjust the detection values of

Detection set value: 230 ± 2

R, G, and B to the set value.

60Hz).

5. Set the RGB input signal to All gray 20 IRE signal of VGA (640x480/

Detection set value: 51 ± 2

B to the set value.

6. Adjust the RGB Bias and then, adjust the detection values of R, G, and

The service mode is not displayed in the normal state. It is displayed by

entering a pass code.

All hidden menus are displayed when you enter the pass code below.

Screen display → 5 → Vol+ → Power ON

The uppermost item of the displayed menus is a service mode menu.

Pass code: Enter in the standby state (when the red LED lights) as follows:

== Service Mode Menu ==

1) EEP ROM Initialize

2) Chroma Decoder

3) AD Converter

4) White Balance

5) General

6) Manual Control

7) Preset Edit

8) Service Status

KZ-32TS1E(AEP) 2-2

tained.

9. Repeat step 5 to 7 until the detection set value in step 5 above is ob-

above are obtained.

2-1-4. Video input adjustment

10. Repeat step 1 and 4 to 10 until the detection set value in steps 4 and 6

1. Input All white 90 IRE signal of NTSC to the video input terminal.

(Caution) The order of 1, 2 must not be changed.

2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.

3. Select Video Calibration from the AD Converter menu.

G to the set value.

4. Adjust the Sub Contrast (Video) and then, adjust the detection values of

5. Set the video input signal to All gray 20 IRE signal of NTSC.

G to the set value.

6. Adjust the Sub Bright (Video) and then, adjust the detection values of

Detection set value: 230 ± 2

Detection set value: 51 ± 2

value of B is the same as G value.

7. Adjust the CB Offset (Video) and then, adjust so that the detection

obtained.

7. Repeat step 1 and 3 to 5 described above until the detection set value is

2-1-3. Component input adjustment

minal.

1. Input All white 90 IRE signal of 1080/60i to the component input ter-

(Caution) The order of 1, 2 must not be changed.

2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.

3. Select YUV Calibration from the AD Converter menu.

G to the set value.

4. Adjust the Sub Contrast (YUV) and then, adjust the detection values of

5. Set the component input signal to All gray 20 IRE signal of 1080/60i .

6. Adjust the Sub Bright (YUV) and then, adjust the detection values of G

Detection set value: 230 ± 2

Detection set value: 51 ± 2

to the set value.

of B is the same as G value.

7. Adjust the CB Offset (YUV) and then, adjust so that the detection value

of R is the same as G value.

8. Adjust the CR Offset (YUV) and then, adjust so that the detection value

KZ-32TS1E(AEP) 2-3

Color Temperature: (x=0.278 y=0.286 ±0.005)

below during R, G, and B gain adjustments.

2-2. White Balance Adjustment

1. Set the service mode then select White Balance menu.

2. Select Large in the Window menu to output an internal adjustment signal.

3. Set the color temperature to "High".

4. Adjust the white balance so that the color temperature is set to the value

5. Set the color temperature to "Middle".

6. Adjust the white balance so that the color temperature is set to the value

Color Temperature: 8000K (x=0.295 y=0.305 ±0.005)

below during R, G, and B gain adjustments.

7. Set the color temperature to "Low".

8. Adjust the white balance so that the color temperature is set to the value

Color Temperature: 6500K (x=0.314 y=0.324 ±0.005)

below during R, G, and B gain adjustments.

By = Ry – 4 (if By < 0, input 0)

value of R is the same as G value.

8. Adjust the CR Offset (Video) and then, adjust so that the detection

tained.

9. Repeat step 5 to 7 until the detection set value in step 5 above is ob-

above are obtained.

10. Repeat step 1 and 4 to 8 until the detection set value in step 4 and 6

2-1-5. Video coder input adjustment

1. Input All white 30 IRE signal of SECAM to the video input terminal.

(Caution) The order of 1, 2 must not be changed.

2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.

3. Select Ry Adj from the Chroma decoder menu.

value of R is the same as G value.

4. Adjust the Ry Adj (SECAM) and then, adjust so that the detection

5. Input By the value calculated as below.

Allowable error ± 5

6. Set [Cal Mode] to [OFF] after the A/D calibration adjustment is com-

pleted.

(4

)

(3)

(2)

(1)

(D

(C)

(B)

(A)

KZ-32TS1E(AEP) 2-4

SMPTE color-bar signal

become the same.

6-1. Adjust Sub Color that the brightness level of (1), (A) and (4), (D)

6. Adjust Sub Color of PAL while looking at a screen.

Set Mode into Personal 2.

7. Input the SMPTE color-bar of SECAM into AV 4.

8. Adjust Sub Color of SECAM while looking at a screen.

become the same.

8-1. Adjust Sub Color that the brightness level of (1), (A) and (4), (D)

9. Reduce 2 from the adjusted value of Sub Color (PAL).

10.Cancel the Blue Only mode.

Hue (NTSC) =37

Sub Color (NTSC) =8

Sub Color (PAL) =8

Sub Color (SECAM) =8

C Out Level =10

4-1. Set the value of resister as follows.

2-3. Adjustment of sub-color and sub-hue

(Caution)

Use SMPTE color-bar whose white is 75%.

1. Input NTSC SMPTE color-bar signal into AV 4.

2. Change picture mode setup into Personal 2.

3. Turn on the Blue Only mode by service mode.

4. Adjust Sub Color and Sub Hue of NTSC while looking at a screen.

Then adjust C Out Level so that the brightness level of (1), (A) and

(4), (D) become the same and adjust Sub Hue so that the brightness

level of (2), (B) and (3), (C) become the same. Check C Out Level

and Sub Hue once again. (C Out Level, Sub Hue require tracking

several times.)

Set mode into Personal 2.

5. Input the SMPTE color-bar of PAL into AV 4.

TO 2/2

KZ-32TS1E(AEP) 3-1

41

34

RR7

RR0

IC403

A/D CONVERTER

R/CRIN1

139

Q28

BUFF

23

Cr OUT

IC2

COLOR DECODER

C2

43

DIAGRAMS

SECTION 3

5V-3

123456789

CN102

GND

AN5V

C_SIG

GND

28

223121 24

RL0

RL7

B/CBIN1

133

Q29

BUFF

IC5

22

Cb OUT

CVBS/Y2

44

Y_SIG

AMP

GND

64

6056

58

BR0

BR7

G/YIN1

124

BUFF

Q23,24,30

31

21

Y OUT

CVBS/Y1 1

GND

2

COMB Y 5

Q9,12,14

COM.Y

53

49

45 51

BL0

BL7

R/CRIN2

141

R/V

Q33

BUFF

17

Cr1

FL3

85

8178

68

88

87

GL0

GR0

GR7

G/YIN2

126

G/Y

Q31

BUFF

19

Y1

COMB C/FORCED 7

FL2

Q5,13

5V-3

COM.C

75

103

GL7

DSYNC/DIVOUT

SOGIN2

B/CBIN2

135

136

B/U

Q32

11218

Cb1

SYNC IN

Y FOR SYNC

SCP10Q1

1234567

CN1502

GND

EXT-R

EXT-G

IC406

GND

OR

Q416

128

G/YCLP

EXT-B

Q418

Q417

130

129

R/CRCLP

B/CBCLP

SDA 9

SCL-HS

SDD-HS

26

GND

EXT-BLK

241

SCL

10

B1

25

8

GND

112

111

SYNCIN2

SYNCIN1

YS315R127G1

CN1501

104

113

CLPIN

UNLOCK

35R236

TEXT-R

101

1/2CLK

34 G2

GND

IC1 BUFF

YS/YM33B2

GND

TEXT-G

62

4

VS

GND

TEXT-B

IC404 SYNC SEP

BUFF

IC405

SELECTOR

X1

13

3

5

9

HS

X1

16.2MHz

987654321

GND

TEXT-H

TEXT-YS

14

13

HD

VD

GREENIN 4

Q401,

Q407-416

14 X

12

DSUB_H

GND

TEXT-V

121110

GND

18

19

H.POL

V.POL

VIN

C/H 6

8

Q403

Q402

CLAMP

4

15 Y

Z

Y1Y0Z0Z1X0 125

3

DSUB_V

FL1

Q2,4

3

46FSC OUT

CVBS OUT(2VPpp)

SCL38Xtal

14 SDA

13

SDA_LS

SCL_LS

STBY 5V

123456789

CN101

STBY 5V

STBY5V

CN1002

1234567

STBY 5V

SDA

605976

SDA_LS

GND

UART TX

E

UART RX

CPU RESET

TO

CN7007

Q BOARD

FWE

GND

FLACH MODE

8

TO

F

CN7011

Q BOARD

GND

R/V

GND

G/Y

GND

B/U

GND

DSUB_H

AVDD

G/Y

8

3

B/U

VCC5V-4

IC402

+3.3V REG

IC202

+2.5V REG

DSUB_H

DVDD

8

7

1

3

DSUB_V

10

DSUB_V

COM.Y

1

5

COMP

IC208

6

7

Q211

Q207

Q205

6

YOUT

VIN

IC205 3LINE COMB

15

Q208,210

Q203,204

IC209

VEH1

COMP

Q206

COM.C

1

6

Q209

8

C OUT

VEH2

5

7

INV

Q217

Q212

Q214

Q218

Q215

83

84

ACO

AYO

SCL

CSI

ACI

AYI

FSCI

FSC

PAL/NTSC

N/MD5C1C5D6C2C6D7C3C7RBT

VEH3

45474635312734302633292514

IC204

24

Q201

BUFF

IC206 3D COMB

96

88

52

SCL_LS

12

CSIN

Q213

Q216

IC207

SYNC SEP

V_STATUS

CN401

H_STATUS

123456789

R/V

SOG_DUTY2

INV

SOG_DUTY1

Q404 Q405

CBA

91011

SYNC_SW

SW INV

Q406

5V-4

IC401

5V-4 REG

AN6V

IC201

+2.5V REG

3.3V-2

7

1

B(1/2)(MAIN CPU,COLOR DECODER,SYSTEM IC, )

SCL_HS

SDA_HS

SCL_LS

SDA_LS

3

IC1019

2

VBLK

SYS_VS

SYS_HS

PDP_ACT

PDP_CPU

53

43

AMP/BUFF

Q22,26,27

Q15,16,20

SW

Q18

38

15 KRGB

PICTURE AGC

IC1004

MAIN CPU

PDP_IRQ 6

6

2

IC1009

17

IC1011

3

PDP_IRQ

SRX_4W

IC7

5V-2

3.3V-2 AN 6V

1011121314

GND

THERMO

DIG3.3V

DIG5V

GND

POWER

IC1012(2/2)

H.SYNC

SYNC SW

SOG DUTY 2

SOG DUTY 1

RTC_CS

4W_RX

111

116

5

3

OSC_IN 9

IC1003

218

5V-3

5V-3 REG

STBY 5V

15

CN1003

GND

A13V

AN 6V

V.BLK

X1001

CE 7

123

STBY5V

33302963644045

V.SYNC

32.768k

836CLK

SO

OSC_OUT

32KOUT

4SI1

TX

GND

CLOCK

621256

1

PDP_CPU

RTC_IRQ

90

INTR

2 SCLK

STBY 5V

CN1004

2

PDP_ACT

123

STBY5V

SYS_RESET

IC1018

CLKTX IC1010 BUFF

3

SYSTEM_RESET

THERMO

POWRE

KEY

97

28

106

17

CN1016(1/3)

26

CN1016(2/3)

123456789

CN1001

KEY

GND

STBY5V

CS_OSD

STX_4W

SCK_4W

SC_PLL

19

117

115

4W_TX

4W_CLK

SC PLL SW

SIRCS

18

53

CN1016(3/3)

GND

SIRCS

1415161711

65439

112

OSD_CS

LED B

LED A

99

100

LEDA

LED B

H_STATUS

V_STATUS

66

65

V STATUS

H STATUS

POWER SW

121716

NC

POWER SW

PDP_SCL

PDP_SDA

6

3

6

IC1015

5

2

1

7

1

5

Q1005

CS_SC

VMUTE

CS_PLD

PANELDET2

PANELDET1

4

113

114

SC_CS

PLD_CS

PANELDET2

PANELDET1

VIDEOuMUTE

A MUTE

LPF_SW

15 LINE MUTE

101112131415161718192021222324252627282930

GNDNCLPF

LINE MUTE

AUDIO MUTE

3955532627

SCL_LS

SDA_LS

RXD2(FWR)

TXD2(FWR)

NC87

22

STBY 5V5V-2STBY 5V STBY 3.3V

+5V REG

21

64

IC1017 IC1020

+3.3V REG

SDA_LS

SCL_LS

GND

SCL LS

SDA LS

UART TX

UART RX

47

NTSC/PAL

SOLSYS N/M

MD2

FWE

RES

747123

FWE

CPU RESET

FLASH MODE

VEH1

PWM0

GND

FAN DRIVE

VEH2

FAN_FB

1029120

FAN FB

VEH3

NC

89

GND

FAN DETECT

5150494846

COMF SW

NCNCNC

5

6

IC1007

321

Q1002

Q1001

4

OR

IC1006

1

2

IC1005

STBY 3.3V

X1002

12.288MHz

58

XTAL

WDTOVF

SCL_HS

TUNER RESET

AV-LINK

BUSY_TU

84

62

86

Q1501

SCL_LS

SDA_LS

123456789

CN103

GND

SDA1

SCL1

RESET

AV_LINK

2 1

777567

EXTAL

STBY 5V

BUSY

STBY 5V

A13V

A6V

G

3-1. BLOCK DIAGRAMS

TO

Q BOARD

CN7005

TO

H

CN7004

Q BOARD

B

CN7602

TU BOARD

TO

CN1

POWER BOARD

GND

KEY A

STBY5V

CN4501

321

S4500,

KEY MATRIX

S4502-4505

H2(KEY INPUT)

TO

D

CN7006

Q BOARD

TO

H

CN7601

TU BOARD

OUT0-

OUT0+

OUT1-

OUT1+

LVDSGND

CN1204

123456789

LCD PANEL

TO

OUT2-

OUT2+

CLKOUT-

OUT3-

CLKOUT+

101112

OUT3+

LVDSGND

VCC

TDI

TRST

CN1201

1234567

TO

SCL

GND

SDA

LVDSGND

CN1203

1234567

LCD PANEL

IRQ

PDWN

CPU_GO

RDP_GO

8

FOR CHEACK

TDO

TMS

TCK

GND

MODE

8

KZ-32TS1E(AEP) 3-2

47

OUT1-

OUT0+

OUT0-

IC1204

LVDS TRANSMITTER

IN4

IN051

525456350

3

5

140

141

R0

PLD

IC1203

RO0

100

129

127

125

122

POD2

IC801

SCAM CONVERTER

R0_OD

R7_OD

197

190

OUT1+

IN27

IN6

131

POD9

R0_EV

198 203

OUT2-

IN5 2

1396138

R7

RO7

8687939699

R7_EV

207

199

201

4142454648

OUT2+

IN7

137

IN9 764

136

GO0

85

136

POD12

G0_OD

214208

IN12

11

131

134

138

140

G7_OD

217

211

38

OUT3-

129

142

37

OUT3+

IN10

IN14

133

GO7

768083

145

POD19

G0_EV

218 225

IN11

132

G7_EV

226

223

39

40

CLKOUT+

CLKOUT-

IN18

IN15

126

122

B0G0G7

BO0

75

150

POD22

B0_OD

227

120

B7_OD

234

IN24

IN25

IN17

IN16

IN22

181624222019151410812

115

114

118

117

124

123

B7

HSYNC

VSYNC

BO7

DA3

DA0

49

46

626774

25

28

DA0

DA3

IC1205

RESET

13

SYS_RESET

IC802-804 SDRAM

101724313845515864

159

155

152

7

12142027344148535561666873MD47

POD29

MD0

PIFLD

PICLK

B0_EV

B7_EV

250

248

235

244

238

IN26

IN23

113

116

BLANK

PARITY

11

HSYNC

VSYNC

CS 1

CS_OSD

PIVS

PIHS

245

246

CLKIN

3130252728

112

PDP_CLK

DISP

STX_4W

DQ0

DQ15

3.3V-2

IC1202

+2.5V REG

4044434142

5

241210

VOBA

DCLKI

SCLK

SIN

3

2

SCK_4W

3.3V-2

PDP_IRQ

PDP_ACT

PDP_CPU

PDP_SDA

PDP_SCL

38

1

IC1201

7

PANELDET1

28

56

50

Q1003

PANELDET1

A10

A0

20

71

808386

MA0

SCLK

SI

252

254

TDI

D4/CF

D0 1

39

DIN

DONE

PROGRAM

PANELDET2

29

Q1004

POVS

PANELDET2

UDQM

CS

322724

18361419151716

92

CS

MA10

DQM1

POHS

RST

MCLKSEL

SS

115

10099253

8107

INIT

POVS

102

LDQM

342

DQM0

POVS

116

TMS

CLKOECE 3

CCLK

POHS

103

POHS

76

BA0

POFLD

654

TCK

TDO

17

3237687269

TDI

POFLD

101

POFLD

MWR

SO

GCK1

POCLK

RASWEBA

RAS

POCLK

1051117

SRX_4W

CAS

797877

CAS

MCLK

97

34

TDO

VBLK

SRX_4W

VBLK

CLK

35

142

TMS

VMUTE

2

TCK

CS_PLD

5759605891

CS_PLD

B(2/2)(MAIN CPU,COLOR DECODER,SYSTEM IC)

8683

9893

101

84

96

RR7

RR0

RL0

RL7

IC601 SYSTEM IC

RRI0

RR7

RRI6

RL7

RL0

159

166

154

158

148

POCLK

SRX_4W

POHS

POVS

POFLD

SYS_RESET

SC_PLL

CS_SC

SCK_4W

STX_4W

X801

X802

65MHz

50MHz

3.3V-2

IC603

CLKCSRAS

CASWELDOM

UDOM

ADDR0

DQ0

98653

2

11

62

61545971

6763

82

90

65

77

73 80

92

GR0

BR0

192

BR0

BR7

GL0

GL7

GR7

GR0

BL7

BL0

BR7

199

207

200

174

167

393837

36

43

50

OVD

OHD

BL0

BL7

OFLD

OCLK

VDO

IVD

IHD

GL7

GL0

184

191

177

178

IC604

33

10

5

SINGLE SHOT

RETRIGGERABLE

PLLHD 4

2

13

CLAMP 3

143

DQ0

COAST 7

132

ADCLK

181

129

126

DQ15

V1

HCS1

15

14

DQ15

V2

18

HCS2

17

ADDR10

273220

2421494846454342403912

118

116

107

114

A0

A10

123

124

120

RMWE

RMCAS

RMDQM

HSO

STNBY

RESET

29

180

179

SYS_HS

SYS_RESET

122

RMRAS

VSO

SDA_HS

SYS_VS

121

RMCS

SDA

SCL_HS

35181716151436

147

DSCLK

SCL

131230

X601

3.3V-2

70MHz

TO 1/2

CN7005

A5V

GND

J7002

IC7325

AN5V

L/G/S/I

VIDEO SW

R

Q7325

BUFFER

GND

5

CN7011

Q7326

TO

G

GND

Y SIG

C SIG

R/D/D/D

R/V

1 GND

3 GND

246

353027 R

IN1

G

B

572

BUFFER

Q7327

BUFFER

CN102

B BOARD

GND

987654321

G/Y

5 GND

B

OUT

R 11

Q7329-7331

IC7001

J7003

F

B/U

7 GND

G

IN2 G 13

LPF

VIDEO SW

L

L MON

TO

B BOARD

DSUB_V

9 GND

8

B 16

10 R

V IN G

V IN B 246

3

(W/G/W/G)

R

CN7013

TU VIDEO

R MON

MUTE

Q7403

MUTE

Q7401

CN401

DSUB_H

10

19

SW

Q7332

12

11 B

G

BLK 1

V IN R

V IN B

14

13 G

Q3026

V IN G 7

TO

L TV

25

EXT R

Q3026

BUFF

11

M-Y OUT

R TV 32

TO

CN1502

B BOARD

GND

EXT BLK

7654321

8

411 OUTIN

12

STB

26

LOUT

LIN 56

10LIN

LOUT

16

Q2005

39

M-L OUT 1

V IN 2 58

CN7009

30 L+R

ATT

38

M-R OUT 1

R IN 2

L IN 2

36

29

Q7332

IC7408

78

L_SP(+)

1

Q2006

MODE 2 19

SPEAKER

L_SP(-)

R_SP(+)

STB

DRIVE AMP

IN OUT11 4

27

ROUT

RIN 7

9

ROUT

2 MODE 2

SW

IC7000

V MON OUT 9

SW

R_SP(-)

342

A13V

12

676021

71

VIDEO PROCESSOR

VY IN

C IN

56

51

FIL OUT 4

H

GND

EXT B

EXT G

BUFF

IC7407

DRIVE AMP

IC7403

IC7401

13

M-C OUT

V OUT 1

R IN 1

L IN 1

MODE 1

2

18

37

30

SW

Q7332

CN7003

ATT

L IN 3 28

A13V

FIL OUT 14

Q2005

R IN 3 35

a

GND

A13V

72

X7400

RIN 15

MODE 3

23

20

I

GND

Q7427

3 2

18.432MHZ

R SEL OUT

L SEL OUT

24

SW

Q7332

TO

FAN FB

FAN DRIVE

MUTE

Q7424

MUTE

V SEL OUT43

CN7606

TU BOARD

FAN DETECT

J7326

7654321

IC7406

SCL 0

SDA 0

SCL 0

14 SCL

VY IN 4

54

(W/G/W/G)

V

SUB WOOFER

MUTE

Q7428, 7429

7

AMP

3

SDA 0

15 SDA

L IN 4

R IN 4

C IN 4

27

49

34

H

Q7427

MUTE

A5V

Q7424

CN7007

MUTE

STBY 5V

LPF

AUDIO MUTE

GND

LINE MUTE

SCL LS

D

SDA LS

TO

B BOARD

GND

UART TX

CN1001

FWE

UART RX

CPU RESET

FLASH MODE

987654321

GND

FAN FB

FAN DRIVE

GND

FAN DETECT

KZ-32TS1E(AEP) 3-3

TO

E

CN1002

B BOARD

GND

FWE

GND

UART TX

UART RX

CPU RESET

GND

LEDA

LEDB

SIRCS

STBY5V

CN7006

FLASH MODE

7654321

302928272625242322212019181716151413121110

STBY5V

INPUT SEL

POWER SW

D3 DETECT

Q(VIDEO SW,FAN DRIVE,AUDIO AMP,INPUT TERMINAL)

AN+12V

SP MUTE

POWER ON MUTE

Q7422,7423

Q7426

MUTE MUTE

Q7425

7

6

IC7404

HP AMP

1

3

SIRCS

AMP

Q7305

321

CN7009

GND

HP_L

HP_R

CONTROLS OUT

GND

HP L

1514131211

MUTE

Q4006

MUTE

Q4002

5V S4000

5V

CN7008

CN4100

5V

POWER SW

STBY 5V

STBY5V

D4001

D4000

P ON

Q4007Q4001

P SW(-)

LED A

P SW(+)

LED G

LED B

LED R

GND

IC4101

987654321

121110

GND

SIRCS

HP SW

HP MUTE

GND

HP R

SIRCS

HP SW

HP MUTE

987654321

10

IN

REMOTE

TO

A

CN7600

TU BOARD

QSS

GND

AM MONO

BUFF

LPF

19

BLK 2

V IN R 8

14

GND

AV LINK

AUDIO RESET

8

7654321

a

Q3026

GND

TEXT BLK

TEXT VIDEO

9

BUFF

25

60

L IN PC

R IN PC

GND

CN7004

SCL 0

SDA 0

1513121110

SCL 0

SDA 0

Q3025

7

1

5

3

ANMP

IC7400

48R MON OUT

41

64 IV

L MON OUT

LDO

G/Y IN 5

V IN 1

5

6

60

J7325

R/CR

B/CB

5

G/Y

21P

J7004

V

L

34

12

21P

J7005

1/

2/

21P

J7006

3/

J7001

4

(SMART LINK)

R

4

L/G/S/I

R/D/D/D

4

J4001

HEADPHONE

H1(SIRCS,P-SW)

KZ-32TS1E(AEP) 3-4

CN7607

IC7610

VCC REG

CN7606

FAN 1

FAN DRV

SW

Q7617

OUT

VCC

A13V

GND

FAN DRV

6

2B

IC7608

FAN DRIVE

IC7609

5

GND

TO

FAN

GND

FAN2

FAN DRV

2A 5

CONTROL

Q7615,7016

7

6

7654321

FAN FB

FAN DRIVE

FAN DETECT

FAN 3

1

1A1Y

7

GND

987654321

TU7600

NC

10

TUNER

TV VIDEO

CN7600

Q7602

VIDEO

GND

Q7614

BUFFER

GND

QSS

BUFFER

QSS

AV LINK

AM MONO

AUDIO RESET

IC7603

SYSTM-COM

AGC

FM/AM

A

CN7013

Q BOARD

GND

TEXT VIDEO

987654321

10

32

25

TEXT-VIDEO

RESET AUDIO

+33V

GND

TEXT BLK

SDAO

5

AV LINK

SCLONCSDAO

TEXT-2

CN7602

123456789

1514131211

SCLO

48

R-TXT

GND

47

G-TXT

AGC 6

GND

TEXT-G

46

VDS 52

B-TXT

GND

TEXT-B

D7601

AGC

22

Q7605

RAM

IC7606

TO

B

GND

TEXT-YS

CN1501

B BOARD

GND

TEXT-H

101112

43

COR

1

A0

GND

TEXT-V

55

53

VSYNC

HSYNC

..8

9.7.4

SDA1

CN7601

84

SDA1

A0

31.20

A17

GND

SCL1

AV LINK

7

5

6

78AV LINK OUT

83

SCL1

.

21

23

D0

RESET

A17

25

C

BUSY

3

1

D7

STBY 5V

STBY5V

AV LINK IN 79 2

.

29

TO

B BOARD

A13V

29

BUSY

644951.403633.27.26.23.15

67

32

OE5WE

CN103

A6V

987654321

A6V

IC7604

D0

85

GND

CN7603

Q7612Q7611Q7610Q7606

SCL-NV 1617SDA-NV

D7

92

FOR JIG

SCL0

SDA0

SCL0 2

Q7613

RD

WR

9

10

CS

431

SCL0

82

81

SCL0

SDA0

+B REG

IC7600

SDA0

XTALIN

70

+3.3V

1

3.3V

12MHz

X3001

+5V

5

CTL

VCC 2

A6V

IC7602

EEP ROM

SDA6SCL 5

71 XTALOUT

4

5V

IC7601

IC7605

7 WC

NVM-WL 98

INVERTER

RESET

73RESET

+3.3V

4VD

VIN1

+13V

OSC 2

+3.3V

5

4

TU

(TUNER,SYSTEM-COM)

Q7608,7609

TO

A

CN7003

Q BOARD

KZ-32TS1E(AEP) 3-5

B

Q

3-2. CIRCUIT BOARDS LOCATION

H2

H1

TU

Circuit

G

S

D

G

S

D

G

S

G

D

S

Ver.1.6

Emitter

Base

Anode

Cathode

(NC)

Cathode

Anode

(NC)

Cathode

Anode

Cathode

Common

Anode

Common

Anode Cathode

Anode

Common

Anode

Common

Emitter

Collector

Base

Collector

*

Device Printed symbol Terminal name

Transistor

Diode

2

3

Terminal name of semiconductors in silk screen

1

printed circuit ( )

4

5

6

7

8

Anode Anode

Diode

9

Cathode

Common

Cathode

Diode

0

Cathode

Common

Cathode

Diode

qa

Anode

Cathode

Anode

Cathode

Diode

qs

Source

Gate

Drain

Transistor

(FET)

qd

Source

Gate

Drain

Transistor

(FET)

qf

Drain

Source

Gate

Transistor

(FET)

qg

Collector

Emitter

Base

Transistor

Discrete semiconductot

–

qh

KZ-32TS1E(AEP) 3-6

(Chip semiconductors that are not actually used are included.)

Ref. No.

Circuit diagram division code

One sheet of B and Q boards are circuit diagram is divided into three sheets,

each having the code B-a to B-c. For example, the destination

ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.

a b 1

• Divided circuit diagram

Pitch: 5 mm

Capacitors without voltage indication are all 50 V.

Note:

• All capacitors are in µF unless otherwise noted. (pF: µµF)

3-3. SCHEMATIC DIAGRAMS AND PRINTED WIRING BOARDS

• Indication of resistance, which does not have one for rating electrical

Rating electrical power 1/4 W (CHIP : 1/10 W)

power, is as follows.

• All resistors are in ohms.

T : internal component.

• : nonflammable resistor.

• : panel designation, and adjustment for repair.

• : fusible resistor.

•

], make the necessary

[ in this basic schematic diagram have

: Can not be measured.

*

adjustments indicated. (See page 2-1)

otherwise noted.

• All variable and adjustable resistors have characteristic curve B, unless

• : earth-ground.

been carefully factory-selected for each set in order to satisfy regulations

regarding X-ray radiation.

Should replacement be required, replace only with the value originally

• : earth-chassis.

• The components identified by

used.

adjustment.

• When replacing the part in below table, be sure to perform the related

• All voltages are in V.

• Readings are taken with a 10 M digital multimeter.

• Readings are taken with a color-bar signal input.

• Voltage variations may be noted due to normal production tolerances.

•

• When replacing components identified by

• Circled numbers are waveform references.

Note: The components identified by shading and

• : B + bus.

• : B – bus.

mark ! are critical for safety. Replace only

with part number specified.

une marque ! sont critiques pour la

sécurité. Ne les remplacer que par une pièce

portant le numéro spécifié.

Note: Les composants identifiés par un tramé et

15

•

)

8

0.9 Vp-p (16.2MHz

14

13

12

11

10

98765

TO Q( b )BOARDTO TU BOARD

43

2

CN7004

CN7602

8P

CN1502

GND EXT_BLK GND EXT_B GND EXT_G GND EXT_R

GND TEXT_V GND TEXT_H GND TEXT_YS GND TEXT_B GND TEXT_G GND TEXT_R

12P

CN1501

CN7601

TU BOARD

TO

9P

CN103

R-Y

C78

V.R-Y

TP6

2.5

Q28

2SA1037AK

47

R100

1/16W

:CHIP

6.3V :AL-CP

ac-1

RGBYUV

100

R1506 R1507

100p

R108

BUFF

1/16W

47

CH:CHIP

1/16W

:CHIP

1.9

C74

100p

abe-8

SDA_LS

AN 5V-3

:CHIP

CH:CHIP

abe-9

SCL_LS

L3

1μH

2

+5V

R104

TP9

:CHIP

1

C68

0.1

16V

B:CHIP

C67

100

10V

:AL-CP

AN 5V-3

L7

10μH

:CHIP

1k

R103

1/16W

:CHIP

L4

47

1μH

C43

:CHIP

AN 5V-3

8

7

6

100

5

1/16W

:CHIP

R1511

4

100

1/16W

:CHIP

R1510

3

2

1

100

1/16W

:CHIP

R1509

1/16W

:CHIP

R1508

12

11

10

9

8

7

6

100

5

1/16W

:CHIP

R1505

4

100

3

1/16W

:CHIP

R1504

2

100

1/16W

:CHIP

R1503

1

100

1/16W

:CHIP

R1502

B-Y

V.B-Y

C79

TP7

1k

1/16W

:CHIP

Q29

1.9

BUFF

2SA1037AK

+5V

Y

AN 5V-3

C26

25V

0.01 B:CHIP

C16

0.1

16V

B:CHIP

100

C15

6.3V :AL-CP

100p

CH:CHIP

47

R109

1/16W

:CHIP

2.5

C75

100p

CH:CHIP

47

R101

1/16W

:CHIP471/16W

0

R79

1/16W

:CHIP

5678

IC5

10

16V

C45

:AL-CP

C29

0.1 16V B:CHIP

C28

0.1 16V B:CHIP

C27

0.1 16V B:CHIP

10

16V

C18

:AL-CP

X1

16.2MHz

C17

10p

CH:CHIP

*100μH#

L1502

AN

5V-3

3

V.Y

Y

TP8

47

R110

1/16W

:CHIP

1k

R105

1/16W

:CHIP

Q30

2SA1037AK

Q23

R84

3.3k 1/16W

:RN-CP

2.2

2.9

AMP

0

CXA1211M

C49

0.1

16V

B:CHIP

47

C47

6.3V :AL-CP

R62

2.2k 1/16W

:CHIP

22k

R60

2526272829303132333435363738

C23

C21

C20

0

R111

:CHIP

1k

R11

R7

1/16W

:RN-CP

C11

CN102

C80

100p

CH:CHIP

GND

TP5

2.5

C76

100p

BUFF

1.9

R102

:CHIP

AMP

Q24

2SC4617

CLAMP

2SC4617

1.9

R85

2.5

3.3k 1/16W

:RN-CP

18p

C55

CH:CHIP

C53

100

10V

:AL-CP

10

C51

6.3V

B:CHIP

1 2 3 4

C48

0.1

16V

B:CHIP

R61

1.8k 1/16W

:RN-CP

1/16W

:RN-CP

C30

24

YS1

1.9

2.5

Cr out

Cb out

B1

2.5

G1

2.5

R1

Y/C GND

Cr2

Cb2

Y2

Y/C Vcc

2.4

B2

2.5

G2

2.5

R2

0

YS/YM

1.1

BPH-Fil

7

4.0

Xtal

2.9

1.7

CVBS/Y3

APC-Fil

C3

394041424344454647

27k

1/16W

:RN-CP

25V

0.01 B:CHIP

C5

16V

C6

0.47

25V

0.01

B:CHIP

R1

B:CHIP

JL10

JL11

123456789

9P

AN5V

GND

VIDEO

ac-12

CH:CHIP

Q27

R98

100

1/16W

:RN-CP

R93

150

1/16W

:RN-CP

1.6

1k

R92

C61

0.1

16V

B:CHIP

1k

R80

1/16W

:RN-CP

1k

R75

1/16W

:RN-CP

Q20

2SC4617

R70

4.7k 1/16W

:RN-CP

R64

2.2k 1/16W

:CHIP

R58

100k

1/16W

:CHIP

16V

C31

4.7

10V

0.22 B:CHIP

B:CHIP

G/Y

B/U

Y1

1.9

1.7

2.2

1.3

Y OUT

APL FIL

IC2

CXA2163AQ-1

COLOR DECODER

8

2.3

1.7

5.0

1.9

CVBS/Y2

C2

ADD(8EH)

R9

C7

0.01 25V B:CHIP

4.7 10V B:CHIP

0.1 16V B:CHIP C1

C2

100

1/16W

:CHIP

R2

JL14JL13

JL12

GND

Y_SIG

C_SIG

BUFF

2SA1774

1/16W

:CHIP

R89 R90

Q22

AMP

2SC4617

R78

220

1/16W

:RN-CP

AMP

Q16

2SA1774

2.2k 1/16W :RN-CP

C33

16V

C32

0.22 B:CHIP

R/V

Cb1

Cr1

2.5

6

2.5

COMB SYS

FSC OUT

680k

1/16W

:CHIP

C8

2.2

0 1/16W :CHIP

R5

100

1/16W

:CHIP

JL15

GND

470

1/16W

10k

1/16W

1

10V

C57

R81

R72

R71

8.2k 1/16W

AMP

R67

5.6k

R65

C46

R57

16V

0.22

151617181920212223

YS3

SYNC-GND

3.8

C1

AFC.Fi

48

R10

3.9k 1/16W :CHIP

10V

B:CHIP

CN7005

Q26

BUFF

2SC4617

R94

4.7k 1/16W

:RN-CP

:CHIP

Q25

AMP

2SC4617

B:CHIP

1k

1/16W

:RN-CP

1k

R76

1/16W

:RN-CP

2.7k 1/16W

:RN-CP

C50

0.1

16V

:RN-CP

B:CHIP

1/16W

:RN-CP

4.7k 1/16W

:CHIP

10

16V

:AL-CP

Q15

2SA1774

B:CHIP

0.1

4.9

SDA

4.8

SCL

SYNC-Vcc

Y FOR SYNC

0.9

SCP

0.4

HS

D-GND

2.5

COMB C/FORCED S

D-VDD

2.3

COMB Y

0.1

VS

1.2

CVBS OUT(2VPpp)

1.9

SYNC IN

2.3

CVBS/Y1

1.7

R13

4.7

C14

0.022 25V B:CHIP

C3

:RN-CP

R83

Q18

D1

BUFF

1 2 3 4 5 6 7 8 9 10 11 12 13 14

680k

1/16W

10V

1SS387

B:CHIP

R95

2.7k 1/16W

:RN-CP

C62

0.1

16V

B:CHIP

R91

1.2k

1/16W

1.1k 1/16W

:RN-CP

SW

DTC144EE

R20

100

R19

1/16W

:CHIP

C24

:CHIP

R4

100

FSC

ab-3

:RN-CP

100

25V

0.01

1M

R118

1/16W

:CHIP

B:CHIP

1/16W

:CHIP

ae-13

PICAGC.SW

C25

25V

0.01 B:CHIP

C22

0.22 10V B:CHIP

C19

0.1

16V

R119

:CHIP1M1/16W

:CHIP

AN 5V-3

R18

7.5k

B:CHIP

+5V

1/16W

:RN-CP

C12

0.01

C9

100

L1

1μH

100

C84

25V

6.3V

:CHIP

6.3V

B:CHIP

:AL-CP

ab-12

ab-11

ab-10

COM.C

COM.Y

COM.IN

R59

100

1/16W

:CHIP

R55

560

1/16W

:CHIP

Q14

1k

R56

1/16W

R51

100

R53

1/16W

:CHIP

560

R48

1/16W

FL2

9 12

H355LNK7849

7 10

Q5

:CHIP

10k

R15

1/16W

IC1

BUFF

TC7W241FU

47

R8

1/16W

:CHIP

1/16W

:CHIP

1/16W

:CHIP

JL1

:CHIP

R39

5.6k 1/16W

BUFF

2SB709A

TP2

:CHIP

G

VCC

G

A1

1234

TP1

HS

Q13

BUFF

2SB709A

TP4

5

COMB Y

:CHIP

VS

5 6 7 8

A2

Y1

0.1

5.0

0.4

0.1

Y2

GND

47

R12

Q1

2SA1037AK

R16

+5V

47

0.4

1/16W

SCP

1/16W

:CHIP

C42

C44

:CHIP

120p

CH:CHIP

R43

680

47

1k

R22 R36

680

VID_H

ag-4

1/16W

6.3V

R52

680

1/16W

:CHIP

136

245

R34

680

1/16W

:CHIP

TP3

4 +5V

COMB C

100

R17

1/16W

100

R14

1/16W

:CHIP

C13

25V

0.01 B:CHIP

100

C10

R6

6.3V

2.2k

:AL-CP

L2

1μH

:CHIP

R3

47

:CHIP

330

1/16W

:CHIP

:AL-CP

1/16W

:CHIP

1/16W

:CHIP

VID_V

ag-5

136

245

FL3

H355LNK7849

:CHIP

Q9

Q4

BUFF

2SA1037AK

2 4 5

1 3 6

560

R23

1/16W

:CHIP

100

R21

1/16W

9 12

7 10

R46

470

1/16W

:RN-CP

1k

R45

BUFF

2SB709A

710

912

FL1

H355LNK7849

:CHIP

2SB709A

R54

Q12

BUFF

2SB709A

1/16W

:RN-CP

R29

Q2

2SA1037AK

BUFF

5.6k

C35

BUFF

1/16W

15p

:CHIP

CH:CHIP

5V

STBY

CN101

15P

TO Q( b )BOARD

BUSY

AV_LINK

GND

SCL1

SDA1

RESET

123456789

JL27

JL32

JL30

JL31

JL28

SDA_LS

TU_RES

SCL_LS

AV_LINK

BUSY_TU

ae-16

ae-15

ae-14

abe-9

abe-8

+5V

3.3V-2

DIG

ae-7

ae-6

THERMO

POWER

JL20

JL19

JL18

JL17

JL16

123456789

GND

POWER

STBY5V

THERMO

DIG3.3V

JL33

C82

JL21

STBY5V

A13V

+6V

10

10V

C083

100

10V

GND

A6V

DIG

5V-2

B:CHIP

1011121314

DIG5V

7

B-SS11220<AEP>-B..-P1

a

B-

6

(COLOR DECORDER)

5

4

3

2

1

B(a) BOARD WAVEFORMS

47

25V

C72

:AL-CP

47

C71

6.3V :AL-CP

5V-3

AN

C70

0.1

16V

B:CHIP

OUTVCC

GND

IC7

BA05FP

+5V REG

470

10V

C69

1μH

L403

:CHIP

:AL-CP

6V

AN

JL24

JL22

15

GND

A13V

AN6V

POWER BOARD

TO

KZ-32TS1E(AEP) 3-7

0.9 Vp-p (24.5 MHz)

2.0 Vp-p (H)

0.8 Vp-p (H)

0.5 Vp-p (H)

Ref. No.

Circuit diagram division code

One sheet of B and Q boards are circuit diagram is divided into three sheets,

each having the code B-a to B-c. For example, the destination

ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.

• Divided circuit diagram

a b 1

1

(1) Schematic Diagrams of B (a, b, c, d, e, f, g) Board

A

B

C

D

E

F

G

H

I

15

cg-31

12

11

10

98765

43

1

14

13

2

cg-34

COAST

AN 5V-4

cg-32

cg-33

IP_HD

DATACK

220

35V

C429

:AL-CP

OUTVCC

GND

IC402

BA033FP

+3.3V REG

L404

+5V

OUTVCC

GND

IC401

+5V REG

L88M05T-FA-TL

L402

AN 6V

+6V

RGB_ATS

GL5

GL6

GL7

GR0

GR1

GR2

GR3

GR4

GR5

GR6

GR7

+3.3V

FL400

NFM51R10P

470

10V

C463

C428

1μH

:CHIP

0.1

16V

C415

1μH

:CHIP

220

35V

C401

EMI

:AL-CP

0.1

16V

B:CHIP

:AL-CP

RB412

B:CHIP

C416

RB410RB411

47x4

220

35V

47x447x4

47 1/10W :CHIP

R411

:AL-CP

C440

C438

C434 C436

C432

47

0.1

16V

0.1

16V

0.1

16V

0.1

16V

1

10V

1/10W

:CHIP

DIG

B:CHIP

R435

5V-2

C417

47

6.3V :AL-CP

L401

R407

C414

1μH

0

:CHIP

0.1

16V

:CHIP

B:CHIP

737475767778798081828384858687888990919293949596979899

1001011021031044105106107108

EVEN/ODO

cg-36

GL5

GL6

GL7

GR0

GR1

GR2

GR3

GR4

GR5

GR6

GR7

VRB

XCLK

CLK

HOLD

cg-35

GL3

72

GL4

DGNDAD3

AGNDAD3

DGNDAD3

DVCCAD

DVCCAD3

AVCCAD3

1/2XCLK

1/2CLK

DPGND

UNLOCK

SOGOUT

XTLOAD

XCLKIN

109

0

R402

VIDEO

ac-2

GL0

GL1

GL2

47x4

RB409

GL0

GL1

GL2

GL3

DVCCADTTL

DGNDADTTL

DVCCADTTL

AGNDADREF

DVCCPLLTTL

DGNDPLLTTL

DSYNC/DIVOUT

CLPIN

CLKIN

SYNCIN2

SYNCIN1

110

111

112

113

0.1

C421

R403

1/10W

:CHIP01/10W

CLP

PLLHD

0.1

C462

AN 5V-3

RGBYUV

ac-1

10P

CN401

BR5

BR6

BR7

0.1

16V

C442

B:CHIP

BR5

BR6

BR7

DGNDAD3

DVCCADTTL

DGNDADTTL

RC2

RC1

AGNDVCO

AVCCVCO

DGNDPLL

DVCCPLL

114

115

116

117

118

119

C423

16V

0.1

16V

C422

B:CHIP

R405

3.3k

R401

1/10W

:CHIP

100p

C408

CH:CHIP

330p

C402

CH:CHIP

16V

B:CHIP

G/Y

1.5k

R305

1/10W

:CHIP

Q31

BUFF

2SA1462

470

R302

1/10W

:CHIP

JL76

JL77

JL78

123456789

GND

G/Y

GND

R/V

GND

BR4

47x4

RB408

BR4

AVCCIR

120

0.1

16V

B:CHIP

3k

1/16W

:RN-CP

:CHIP

0.33

C407

B/U

BR3

IREF

121

16V

GND

BR3

B:CHIP

R306

R303

BR2

GNDAD3

DPGND

AGNDIR

122

123

0.1

C427

100p

C411

B/U

1.5k 1/10W

Q32

470

1/10W

JL79

GND

DSUB_H

BR1

16V

B:CHIP

CH:CHIP

V.Y

:CHIP

BUFF

2SA1462

:CHIP

BR0

BL7

47x4

RB407

0.1

16V

C443

B:CHIP

BR0

BR1

DVCCADTTL

DGNDADTTL

IC403

CXA3516R

AD CONVERTER

AGNDAMPG

AVCCAMPG

G/YIN2

G/YIN1

124

125

126

127

0.1

16V

C424

B:CHIP

0.1

16V

C418

B:CHIP

C413

C412

0.22 50V B:CHIP

1.5k

R307

470

R304

1/10W

JL81

JL80

10

DSUB_V

CN7011

TO Q( c )BOARD

BL6

BL7

G/YCLP

B/CBCLP

128

129

0.1

16V

C419

R/V

1/10W

:CHIP

Q33

2SA1462

:CHIP

BL5

B:CHIP

BUFF

BL3

BL4

47x4

RB406

BL3

BL4

BL5

DGNDAD3

DPGND

SOGIN1

R/CRCLP

B/CBIN1

130

131

132

133

0.1

16V

C420

B:CHIP

C405

50V

0.22

C403

B:CHIP

C404

V.B-Y

+5V

0.1

16V

C464

B:CHIP

R440

6.8k 1/10W

:CHIP

IC405

SELECTOR

SN74LV4053APWR

BL0

BL1

BL2

47x4

RB405

0.1

16V

C444

BL0

BL1

BL2

DGNDAD3

DGNDADTTL

AVCCAMPB

AGNDAMPB

DPGND

SOGIN2

B/CBIN2

134

135

136

137

138

0.1

16V

C425

B:CHIP

50V

0.22 B:CHIP

50V

0.22

C406

50V

B:CHIP

0.22 B:CHIP

V.R-Y

R452

Q414

2SA1774R

R455

1k

R443

Q407

CLAMP

2SC4617R

R308

1.5k 1/10W

:CHIP

X

Y

X0

X1

VCC

Z0ZZ1Y0Y1

12345678

RR5

RR6

RR7

B:CHIP

RR6

RR7

DVCCADTTL

AVCCAMPR

R/CRIN2

R/CRIN1

139

140

141

0.1

16V

C426

B:CHIP

TP401

50V

C409

0.22

C410

B:CHIP

R453

1/16W

:RN-CP

4.7k

Q410

1/16W

:CHIP 4.7k

DIFF.AMP

2SC4617R

Q409

2SC4617R

BUFF

R448

3.3k 1/16W

:RN-CP

1k

R445

1/10W

:CHIP

100

1/10W

:CHIP

Q411

2SA1774R

1/10W

:CHIP

D401

MA2S111

9 10 11 12 13 14 15 16

CBA

GND

VEE

INH

RR4

RR5

R/CROUT

AGNDAMPR

C/YOUT

142

143

G

50V

0.22 B:CHIP

1

R417

DIFF.AMP

Q408

2SC4617R

470p

C1238

CH:CHIP

R441

2.2k

1/10W

:CHIP

47x4

RB404

3738394041424344454647484950515253545556575859606162636465666768697071

RR3

RR2

RR1

RR0

DGNDADTTL

DVCCADTTL

RL7

DGNDAD3

AGNDAD3

RL6

RL5

RL4

RL3

RL2

DGNDAD3

RL1

RL0

DGNDADTTL

DVCCADTTL

DVCCAD3

VRT

AVCCAD3

AVCCADREF

DPGND

3WIRE/I2C

SEROUT

X SENABLE

SCL

SDA

DVCCREG

DGNDREG

XPOWERSAVE

NC

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

ADDRESS

DACTESTOUT

B/CBOUT

144

820

R406

1/16W

:RN-CP

25V

C466

0.022 B:CHIP

25V

C465

0.022 B:CHIP

4.7

10V

C452

47

R418

1.5k 1/10W

:CHIP

0.1

16V

C1241

B:CHIP

R449

3.3k

1/0W

:RN-CP

10

R454

1/10W

:CHIP

R442

2.2k 1/10W

:CHIP

R451

4.7k

R447

3.3k

C435

R410

R409

25V

C467

0.022

68k

R458

1/10W

68k

R457

68k

R456

1/10W

R423

B:CHIP

1/10W

:CHIP

Q401

R416

1/0W

:CHIP

Q412 Q413

1/10W

:CHIP

R444

R446

220k

C1239

820

1/10W

2SA1774R 2SA1774R

1

0.1

16V

C439

B:CHIP

1

10V

B:CHIP

0.1

16V

C431

B:CHIP

820

1/16W

:RN-CP

1/16W

:RN-CP

+5V

B:CHIP

:CHIP

150k

1/16W

:RN-CP

C449

220p

CH:CHIP

BUFF

2SA1774R

470

1/10W

:CHIP

0.1

16V

C1240

B:CHIP

R450

2.7k 1/16W

:RN-CP

DIFF.AMPDIFF.AMP

1k

1/10W

:CHIP

1/10W

:CHIP

16V

B:CHIP

SYNC_SW

ce-28

150k

R431

1/16W

Q406

DTC144EE

C441

INV

Q418

DTC144EE

INV

Q417

DTC144EE

INV

Q416

DTC144EE

150k

R430

1/16W

:RN-CP

SOG_DUTY1

ce-25

BUFF

Q415

2SA1774R

SW

0.1

16V

B:CHIP

0.1

16V

C437

B:CHIP

0.1

16V

C433

B:CHIP

100

1/10W

:CHIP

100

R412 R413

1/10W

:CHIP

DIG

3.3V-2

VCC

123

:RN-CP

INV

Q404

DTC144EE

RB401

OR

IC406

TC7S08FU

4 5

GND

0.1

C468

1/16V

B:CHIP

INV

Q405

DTC144EE

SOG_DUTY2

cg-35

ce-26

47x4

RB

ce-27

15KRGB

DIG

R459 R460

10k 1/10W :CHIP 5.6k 1/10W :CHIP

CLP

ce-24

RR3 GL4

RR2

RR1

RR0

RL7

RL6

RL5

RB402 RB403

RL4

RL3

RL2

RL1

RL0

3

TP402 TP403

R427

5V-2

FB401

+5V

H_STATUS

V_STATUS

ce-23

47x4 47x4

ceg-30

ceg-29

SDA_HS

SCL_HS

2

2.2k

R428

1/16W

:RN-CP

2.2k 1/16W

:RN-CP

220p

C460

CH:CHIP

BK2125HM601T

CLAMP

TIMING

H.STATE

0.1

16V

C458

12345678910

B:CHIP

47

6.3V

C457

:AL-CP

0.1

16V

C453

B:CHIP

Q402

0.5

CLAMP

2SC4617R

C447

18k

R419

1/16W

:RN-CP

4.7

10V

C445

B:CHIP

470

R414

1/10W

:CHIP

22k

R433

1/16W

:RN-CP

R424

V.POL

V.STATE

25V

0.01

1k

R429

4.3k

B:CHIP

1/16W

:RN-CP

1/16W

:RN-CP

0

H.POL

3.0

CLAMPSW

4.7

C450

0.1

D402

cg-21

RGB_H

R426

VCC

0.403.0

CLAMP

GND

GREENIN

10V

B:CHIP

Q403

DAN202K

R421

47

R432

1/16W

:RN-CP

22p

C461

CH:CHIP

TH401

2.2k 1/16W

:RN-CP

HD

0.3

2.4

2.5

C/H DET

C/H

0.5

CLAMP

2SC4617R

18k

1/16W

:RN-CP

C448

cg-22

RGB_V

R425

VD

0.3

VS/S OUT

SYNC SEP

2.4

V IN

V DET

0.1

25V

0.01 B:CHIP

3

0.7 Vp-p (H)

B-SS11220<AEP>-P..-P3

KZ-32TS1E(AEP) 3-9

cB-

0.7 Vp-p (H)

2

(SYNC SEP,AD CONVERTER)

0.7 Vp-p (H)

1

• B(c) BOARD WAVEFORMS

100p

C459

82k

CH:CHIP

1/16W

:RN-CP

11 12 13 14 15 16 17 18 19 20

0

0.3

VS/S IN

IC404

SYNC SEP

M52347FP

GATESW

2.6

VTIMING

0.1

16V

C456

B:CHIP

10

16V

C455

:AL-CP

0.1

16V

C454

B:CHIP

4.7

10V

C451

B:CHIP

D403

DAN202K

C446

4.7 10V B:CHIP

470

R415

1/10W

:CHIP

22k

R434

1/16W

:RN-CP

Ref. No.

Circuit diagram division code

One sheet of B and Q boards are circuit diagram is divided into three sheets,

each having the code B-a to B-c. For example, the destination

ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.

• Divided circuit diagram

a b 1

A

B

C

D

E

F

G

H

I

J

15

12

11

10

98765

43

1

14

13

2

df-45

RGB_CTP

POFLD

SCVS

RO4

RO5

RO6

RO7

GO0

GO1

GO2

GO3

GO4

GO5

GO6

GO7

BO0

BO1

BO2

BO3

BO4

BO5

BO6

BO7

RGB_STC

dg-40

df-46

POVS

SCHS

TP803

RB804

RB803

RB802

TP804

47x4

RB801

R801

RR7

RR6

RR5

POHS

SCCLK

TP805

47x4

RB805

C816

100

1/0W

df-47

POCLK

C822

C818

0.1

16V

C814

0.1

C812

C810

C808

:CHIP

DIG 3.3V-2

0.1

16V

0.1

C820

0.1

16V

B:CHIP

0.1

16V

B:CHIP

0.1

16V

0.1

16V

0.1

C807

df-48

B:CHIP

16V

B:CHIP

16V

B:CHIP

L801

OμH

df-49

+3.3V

degf-50

SYS_RESET

SC_PLL

0.1

C824

129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192

GND

VDD

GND

VDD

GND

VDD

GND

VDD

GND

VDD

GND

VDD

GND

VDD

GND

VDD

GND

VDD

47

C801

6.3V

+3.3V

def-51

16V

B:CHIP

128

VDD

POD7

POD8

POD9

POD10

POD11

POD12

POD13

POD14

POD15

POD16

POD17

POD18

POD19

POD20

POD21

POD22

POD23

POD24

POD25

POD26

POD27

POD28

POD29

POD30

POD31

POD32

POD33

POD34

POD35

POD36

POD37

POD38

POD39

POD40

POD41

POD42

POD43

POD44

POD45

POD46

POD47

POACT

POEXT

R0_OD

R1_OD

R2_OD

R3_OD

193

:AL-CP

RR4

127

194

RR3

47x4

RB806

POD6

R4_OD

RR2

RO3

126

GND

R5_OD

195

RR1

RO2

125

POD5

R6_OD

196

RR0

RO1

124

POD4

R7_OD

197

RL7

0.1

16V

C849

B:CHIP

MD25

MD26

MD27

MD28

MD29

MD30

MD31

DQ8

DQ13

DQ2

MD18

47

1/10W

:CHIP

0.1

16V

113

VDD

G0_OD

208

GR7

DQ12

DQ3

MD19

0.1

C842

:CHIP

B:CHIP

112

OSDDT3

G1_OD

209

GR5

GR6

VDDQ

MD20

16V

B:CHIP

CONT VDD

X801

65MHz

1

110

111

OSDDT2

G2_OD

210

211

GR4

DQ10

DQ11

DQ5

DQ4

MD21

0.1

C837

OUT

0.1

16V

C827

109

AVDD

OSDDT1

G3_OD

GND

212

0.1

C803

VSSQ

16V

B:CHIP

108

AGND

VDD

213

16V

B:CHIP

DQ9

DQ6

MD22

OCLK

107

OSDDT0

G4_OD

214

GR3

DQ7

MD23 MD24

C843

TP801

106

OSDEN

G5_OD

215

GR2

VSS

VSSQ

DQ14

DQ15

IC803

SDRAM

123

POD3

R0_EV

198

RO0

122

POD2

R1_EV

199

RL6

K4S161622D

0.1

C825

121

VDD

GND

200

RL5

VSSQ

DQ1

DQ0

VDD

12345678910111213141516171819202122232425

0.1

16V

C841

B:CHIP

MD16

MD17

R803

FB801

BK1608TS601

DIG 3.3V-2

47x4

RB807

16V

C826

B:CHIP

114

115

116

117

118

119

120

GND

POHS

POVS

POD1

POD0

POFLD

R7_EV

R6_EV

R5_EV

R4_EV

R3_EV

R2_EV

VDD

201

202

203

204

205

206

207

0.1

16V

C802

B:CHIP

RL0

RL1

RL2

RL3

RL4

C850

0.1

GR1

0.1

16V

VDDQ

LDQM

VDDQ

LDQM

16V

B:CHIP

R802

105

POCLK

G6_OD

216

GR0

UDQM

B:CHIP

UDQM

N.C/RFU

WE

47

1/10W

DIG 3.3V-2

103

104

PODMD

TESTH

G0_EV

G7_OD

217

218

GL7

CAS

:CHIP

GL6

CLK

CAS

2

102

TEST1

G1_EV

219

MA9

A9

N.C

CKE

RAS

BA

CS

RAS

CS

BA

:CHIP

FB802

BK1608TS601

C828

100

101

RST

TEST0

MCLKSEL

G4_EV

G3_EV

G2_EV

220

221

222

GL3

GL4

GL5

MA8

MA10

CONT VDD

MCLK

0.1

VDD

G5_EV

223

GL2

X802

TP802

16V

MA7

MA0

OUT

80MHz

R805

100k

B:CHIP

MCLK

GND

224

MA6

MA1

C838

1/10W

GND

IC801

G6_EV

225

GL1

MA4

MA5

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

A4A5A6A7A8

VSS

VDD

A3A2A1A0A10/AP

MA3

MA2

47

R804

1/10W

0.1

16V

B:CHIP

:CHIP

MA10

0.1

16V

C829

B:CHIP

GND

VDD

MA11

IP00C713

SCAN CONV.

B1_OD

B0_OD

G7_EV

226

227

228

BR5

BR6

BR7

GL0

0.1

C844

:CHIP

MA10

B2_OD

229

16V

MA9

B3_OD

230

BR4

B:CHIP

MA8

B4_OD

231

BR3

0.1

16V

C852

B:CHIP

MD47

MD46

MD45

MD44

MD43

MD42

MD41

DQ12

DQ3

MD35

MD12

DQ12

DQ3

C834

MD3

RAS

B6_EV

243

BL1

C846

0.1

VDDQ

0.1

16V

VDDQ

16V

B:CHIP

WE

MWR

B7_EV

244

BL0

DQ11

DQ4

MD36

MD37

B:CHIP

MD11

MD10

0.1

C839

DQ11

DQ4

MD4

MD5

BA

BA0

PIVS

245

PIVS

dg-37

DQ10

DQ5

16V

B:CHIP

DQ10

DQ5

0.1

C831

BA1

PIHS

246

PIHS

dg-38

VSSQ

16V

B:CHIP

VDD

GND

247

DQ9

DQ6

MD38

MD9

DQ9

DQ6

MD6

MD47

PICLK

248

PICLK

dg-39

MD39

C805

MD40

C847

MD8

MD7

0.1

47

C851

6.3V :AL-CP

VSS

DQ13

VSSQ

DQ14

DQ15

IC804

SDRAM

MA7

B5_OD

232

BR2

MA6

233

BR1

MA6

B6_OD

K4S161622D

SDRAM

IC802

K4S161622D

+3.3V

MA5

MA4

C830

MA5

MA4

B0_EV

B7_OD

234

235

C804

BL7

BR0

DQ2

VSSQ

DQ1

DQ0

VDD

12345678910111213141516171819202122232425

0.1

16V

C845

B:CHIP

MD32

MD33

MD34

MD15

MD14

MD13

VSS

DQ13

VSSQ

DQ14

DQ15

DQ2

VSSQ

DQ1

DQ0

VDD

12345678910111213141516171819202122232425

0.1

16V

C833

B:CHIP

MD0

MD1

MD2

CAS

MA3

MA2

MA1

MA0

0.1

16V

B:CHIP

CAS

VDD

GND

MA3

MA2

MA1

MA0

B5_EV

B4_EV

B3_EV

B2_EV

B1_EV

VDD

GND

236

237

238

239

240

241

242

0.1

16V

B:CHIP

BL2

BL3

BL4

BL5

BL6

C853

DQ8

DQ7

0.1

C840

DQ8

DQ7

C835

GND

VDD

249

16V

0.1

16V

VDDQ

16V

B:CHIP

LDQM

0.1

16V

VDDQ

LDQMWECAS

0.1

16V

MD46

MD45

MD46

PIFLD

250

B:CHIP

PIFLD

dg-40

B:CHIP

UDQM

N.C/RFU

LDQM

WE

UDQM

B:CHIP

UDQM

N.C/RFU

LDQM

WE

B:CHIP

MD44

MD45

MD44

SCLK

PIVSGO

251

252

SCK_4W

def-44

CLK

CAS

CLK

CAS

MD43

253

CS_SC

de-42

N.C

CKE

RAS

CS

RAS

CSBAMA10

N.C

CKE

RAS

CS

RASCSBA

MD42

VDD

MD42

GNDSISS

254

255

STX_4W

def-41

16V

B:CHIP

16V

B:CHIP

dB-

B-SS11220<AEP>-P..-P4

(SCAN CONVERTER)

2

1

• B(d) BOARD WAVEFORMS

MD41

MD40

MD39

MD38

0.1

16V

C823

B:CHIP

MD37

MD36

MD35

MD34

0.1

16V

C821

B:CHIP

MD33

MD32

MD31

MD30

MD29

0.1

16V

C819

B:CHIP

MD28

MD27

MD26

MD25

MD24

0.1

16V

C817

B:CHIP

MD23

MD22

MD21

MD20

MD19

0.1

16V

C815

B:CHIP

MD18

MD17

MD16

MD15

MD14

0.1

16V

C813

B:CHIP

MD13

MD12

MD11

MD10

MD9

0.1

16V

C811

B:CHIP

MD8

MD7

MD6

MD5

0.1

16V

C809

B:CHIP

MD4

MD3

MD2

MD1

MD0

UDQM

LDQM

CS

One sheet of B and Q boards are circuit diagram is divided into three sheets,

each having the code B-a to B-c. For example, the destination

ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.

• Divided circuit diagram

KZ-32TS1E(AEP) 3-10

0.7 Vp-p (80MHz)

0.7 Vp-p (60MHz)

Ref. No.

Circuit diagram division code

a b 1

MA9

MA8

MA7

MA6

MA5

MA4

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

A4A5A6A7A8

A9

VSS

VDD

A3A2A1A0A10/AP

BA

0.1

C848

MA0

MA1

MA2

MA3

MA9

MA8

MA7

MA6

MA5

MA4

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

A4A5A6A7A8

A9

VSS

VDDA3A2A1A0

A10/AP

BA

0.1

C836

MA10

MA0

MA1

MA2

MA3

0.1

16V

C832

B:CHIP

6566676869707172737475767778798081828384858687888990919293949596979899

GND

MD41

MD40

MD39

MD38

61 62 63 64

VDD

GND

MD37

MD36

MD35

MD34

VDD

MD33

GND

MD32

MD31

MD30

MD29

VDD

GND

MD28

MD27

MD26

MD25

MD24

VDD

GND

MD23

MD22

MD21

MD20

MD19

VDD

GND

MD18

MD17

MD16

MD15

MD14

VDD

GND

MD13

MD12

MD11

MD10

MD9

VDD

GND

MD8

MD7

MD6

MD5

VDD

MD4

GND

MD3

MD2

MD1

MD0

VDD

GND

DQM1

DQMO

CS

SO

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

VDD

256

+3.3V

0.1

16V

C806

B:CHIP

SRX_4W

def-43

A

B

C

D

E

F

G

H

I

J

15

12

11

10

98765

43

14

13

2

STBY 5V

3P

CN1003

JL70

JL69

123

STBY5V

CLOCK

ae-16

BUSY_TU

Q1002

STBY 5VSTBY 5V

IC1005

STBY

3.3V

DIG

STBY 5V

JL71

GND

CN7006

TO Q( b )BOARD

WC

VCC

1234

0.1

16V

C1028

B:CHIP

1k

R1023

1/10W

:CHIP

+5V SW

2SA1774R

47k

R1022

1/10W

:CHIP

45

VCC

0.1

16V

C1025

B:CHIP

12

RESET

S-80828ANNP

27k

R1017

1/10W

:CHIP

STBY 5V

10k

1/10W

:CHIP

27k

R1068 R1069

1/10W

:CHIP

5V-2

2.2

C1052

D1006

MA2S111

LEDA

LEDB

SIRCS

POW_SW

JL51

JL50

JL52

123456789

GND

LED A

LED B

SIRCS

STBY5V

POWER SW

ae-15

ae-14

ceg-29

SCL_HS

AV_LINK

TU_RES

25V

0.01

C1502

B:CHIP

Q1501

DTC144EE

D1008

MA3130WA

5 6 7 8

SDA

SCL

IC1007

E2E1E0

GND

Q1001

2SC4617R

GND

1 2 3

OR

IC1006

TC7S08FU

3 4

2.2

10V

C1015

B:CHIP

D1004

HN1D03FU

12

10V

B:CHIP

LPF

JL72

101112131415161718192021222324252627282930

GND

LPF

ce-24

ce-25

ce-23

EEPROM

M24C64-WMN6T(A)

H_STATUS

V_STATUS

SOG_DUTY1

+5V CONTROL

0.1

16V

C1021

B:CHIP

0.1

16V

C1024

0.1

100

C1019

R1019

1/10W

:CHIP

10k

R1018

1/10W

100

R1016

1/10W

:CHIP

3 4

IC1020

+5V REF

S-80842ANNP-ED6

STBY 5V

ae-9

ae-8

SDA_LS

SCL_LS

LMUTE

AMUTE

UR_TX

JL57

JL55

JL56

GND

SCL LS

SDA LS

LINE MUTE

AUDIO MUTE

ce-26

SOG_DUTY2

B:CHIP

16V

B:CHIP

X1002

12.288MH

:CHIP

R1015

FWE

RES

IC1003

RS5C348A

0.1

16V

C1007

B:CHIP

D1002

1SS387

RES

UR_RX

UART TX

UART RX

CPU RESET

47x4

RB1010

200

R1020

1/16W

:RN-CP

0.1

16V

C1022

B:CHIP

10k

1/10W

:CHIP

IC1017

STBY 5V

12345

SO

SCLK

32KOUT

OSC_OUT

OSC_IN

VCC

47

6.3V

C1005

:AL-CP

1/10W

D1003

FWE

F_MODE

FWE

FLASH MODE

470p

C1023

CH:CHIP

FEN_DET

47

R1041

BA033F

+3.3V REG

SI

GND

CE

/INTR

6 7 8 9 10

1k

R1001

1/10W

:CHIP

FAN_DRV

GND

FAN DRIVE

ceg-30

R1033

SDA_HS

3k

R1021

1/16W

10p CH:CHIP

0.1 16V B:CHIP

10p CH:CHIP

0.1 16V B:CHIP

47x4

RB1007

1/10W

:CHIP

+3.3V

STBY 3.3V

NC

GND

1234

3 4

FAN_FB

FEN_DET

JL64

JL63

FAN FB

FAN DETECT

3.3k 1/10W

:RN-CP

C1020

C1016

STBY 5V

JL65

:CHIP

STBY

STBY 5V

+5V

C1018

C1014

C1010

C1039

OUT

NCNCNC

X1001

GND

5 6 7 8

R1003 R1004

32.768K

0.1

16V

C1031

B:CHIP

3.3k

R1032

1/10W

:CHIP

3.3V

PWR

OE VCC

IC1015

1234

SN74CBTD3306

10k

R1063

1/10W

:CHIP

R1031

R1030

2.2k

R1026

1/10W

616263646566676869707172737475767778798081828384858687888990

47

6.3V :AL-CP

0.1

16V

B:CHIP

NC

VCC

0.1

C1038

47

6.3V

+5V

C1011

100

1/10W

:CHIP

0.1

C1009

10k

1/10W

:CHIP

10k

12

R1035

1/10W

ef-62

ef-61

PDP_SCL

PDP_SDA

5 6 7 8

OE

SCL3

SCL5GND

SDA3

SDA5

50V

100p

C1040

CH:CHIP

10k

1/10W

:CHIP

10

10k

R1028

1/10W

:CHIP

2.2k

R1027

1/10W

:CHIP

10

:CHIP

R1024

1/10W

:CHIP

60

TU_RX

SDA_HS

SCL_HS

TU_CLK

AV_LINK

SOG DUTY2

SOG DUTY1

H STATUS

V STATUS

WDTOVF

PLLVCC

PLLCAP

PLLVSS

RES

NMI

STBY

FWE

XTAL

VCC

EXTAL

VSS

OSC1

OSC2

PVCC1

VSS

TUNER RESET

CS_TU

BUSY_TU

NC

RTC-IRQ

VREF

AVCC 919293949596979899

0.1

16V

C1012

B:CHIP

JL1020

C1056

16V

B:CHIP

R1218

STBY 5V

:AL-CP

16V

B:CHIP

:CHIP

30P

CN1001

1/10W

:CHIP

10 1/10W :CHIP

R1025

VSS

JL1019

JL1017

0.1

16V

100k

1/16W

2.2k 1/10W

R1062

SCL_LS

RB1001

B:CHIP

:RN-CP

C1029

:CHIP

R1061

DIG

5V-2

IC1019

SN74CBTD3306

be-17

10 1/10W :CHIP

R1029

C1026

PVCC2

SDA_LS

10x4

JL1018

DIG 5V-2

DIG

AN6V

JL74

*

FB1206

C1001

STBY

FB1205

0.1

16V

B:CHIP

2.2k 1/10W

:CHIP

OE

PWR

SDA5

OE VCC

1234

be-20

VEH

COMF_2D/3D

VEH2

VEH3

47x4

RB1011

0.1 16V B:CHIP

VEH2

VEH3

COMF SW

100

101

102

10x4

RB1002

R1071

LEDA

LEDB

FAN_FB

100k 1/16W :CHIP

0.1

16V

C1053

B:CHIP

C1055

C1044

22k

1/10W

:CHIP

R1048

R1047

1k

1/0W

:CHIP

R1046

3.3V-2

47k

1/10W

:CHIP

R1044

1/16W

:CHIP

D1007

MA3130WA

47

6.3V

:AL-CP

5V

*

1/16W

:CHIP

123

KEY

STBY5V

CN4501

TO H2 BOARD

SDA_LS

SCL_LS

5 6 7 8

SCL3

SCL5GND

be-19

SDA3

N/M

PICAGC.SW

NT/PAL

be-18

VEH1

0.1

C1027

VEH1

PVCC1

NTSC/PAL

PICTURE AGC

COL SYS N/M

IC1004

MAIN CPU

HD64F2633TE

103

104

105

106

107

10x4

RB1003

JL1022

C1054

THERMO

0.1 16V B:CHIP

0.1

16V

ae-7

B:CHIP

47k

1/10W

:CHIP

C1043

0.1 16V B:CHIP

0.1

16V

C1042

B:CHIP

47k

1/10W

:CHIP

R1045

12345678910

IC1010

VCC

G2

TC74VHC541FT

JL75

DIG

3.3V-2

0

1/16W

:CHIP

FB1207

GND

3P

CN1004

ae-13

47x4

RB1013

RB1012

16V

B:CHIP

VSS

CC VID/YUV

AVSS

108

109

10x4

RB1004

JL1023

0.1

16V

C1045

4.9

3.2

C1033

SC_PLL

0.1 16V B:CHIP

de-51

ce-28

SYNC_SW

RTC_CS

110

111

B:CHIP

4.8

3.2

STX_4W

SCK_4W

def-44

def-41

Q1005

JL1011

OSD_CS 112

5V

STBY

R1034

5.0

3.0

CS_OSD

ef-53

47k

3.2

ce-27

INV

DTC144EE

15KRGB

JL1012

JL1013

JL1014

4W_CLK

PLD_CS

SC_CS

113

114

115

1234

G1

A1

VCC

D1005

MA2S111

1/10W

:CHIP

A8A7A6A5A4A3A2A1G1

GNDY8

5.0

3.2

Y7Y6Y5Y4Y3Y2Y1

11 12 13 14 15 16 17 18 19 20

SYS_RESET

degf-50

JL1015

4W_RX

116

Y2

JL1016

RB1014

4W_TX 117

GND

A2Y1G2

5 6 7 8

100

C1032

C1008

0.1

16V

C1046

C1047

DIG

5V-2

47x4

3132333435363738394041424344454647484950515253545556575859

V.SYNC

MD2

MD1

MD0 118

119

120

STBY 5V

R1007 R1013

BUFF

IC1009

TC7W241FU

6.3V :AL-CP

0.1

16V

B:CHIP

C1034

5V

STBY

IC1011

TC74VHCT541AFT

B:CHIP

0.1

16V

VCC

1A

1234567

10k

47k

0.1

ef-64

0

R1051

:CHIP

0

R1052

:CHIP

VBLK

B:CHIP

0.1

16V

C1030

B:CHIP

8 9 10 11 12 13 14

6A6Y5A5Y4A

4YGND

IC1012

3Y3A2Y2A1Y

TC74VHCT14AFT

0.1

16V

C1037

V.BLK

H.SYNC

47

1/10W

:CHIP

R1011

POWER

VSS

NC

RXD2(FWR)

TXD2(FWR)

NC

SC PLL SW

SIRCS

LPF_SW

AMUTE

LINE MUTE

INPUT SELECT

PVCC1

POWER SW

VSS

PWM1

PWM0

VCC

PDP_IRQ

VSS

VIDEO_MUTE

SYSTEM_RESET

PDP_ACT

PDP_CPU

1/10W

:CHIP

1/10W

:CHIP

16V

B:CHIP

VCC

12345678910

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

F_MODE

SRX_4W

def-43

STBY

100

1/10W

:CHIP

R1005

PDP_IRQ

ef-52

3.3V

47x4

RB1006

C1013

R1009

0.1

16V

47k

1/10W

0.1 16V B:CHIP

B:CHIP

A8A7A6A5A4A3A2A1G1

ef-57

SYS_HS

B:CHIP

:CHIP

11 12 13 14 15 16 17 18 19 20

Y8Y7Y6Y5Y4Y3Y2Y1G2

GND

STBY 5V

C1017

RB1009

ef-58

SYS_VS

10k

R1008

R1010

47x4

RB1008

47x4

RB1005

STBY 5V

47k

1/10W

1/16W

*

1/16W

R1054

:CHIP

UR_RX

UR_TX

LPF

AMUTE

LMUTE

POW_SW

FAN_DRV

CS_PLD

ef-54

:CHIP

CS_SC

de-42

0.1

C1048

16V

SIRCS

C1035

VMUTE

ef-65

B:CHIP

0.1

16V

0

R1055

B:CHIP

STBY 5V

1/16W

R1056

C1049

:CHIP

*

1/16W

0.1

16V

CN1002

ef-59

ef-60

PANELDET2

PANELDET1

:CHIP

B:CHIP

STBY

1234

1A

3Y

GND

IC1016

0

R1065

:CHIP

STBY

3.3V

BUFF

IC1018

TC7WH125FU

1234

R1067

UR_TX

JL84

1234567

GND

8P

STBY5V

UART TX

ae-6

POWER

5V

VCC

3A1Y2A

5 6 7 8

2Y

TC7W14FU

0

:CHIP

PDP_ACT

ef-55

FWE

RES

UR_RX

JL87

JL86

JL85

UART RX

CPU RESET

e B-

B-SS11220<AEP>-B..-P5

(MAIN CPU)

0.1

16V

C1036

B:CHIP

0

R1066

:CHIP

5 6 7 8

0

:CHIP

R1070

PDP_CPU

ef-56

F_MODE

JL88

JL89

8

GND

FWE

FOR

CHEACK

FLASH MODE

One sheet of B and Q boards are circuit diagram is divided into three sheets,

• Divided circuit diagram

Ref. No.

each having the code B-a to B-c. For example, the destination

ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.

a b 1

KZ-32TS1E(AEP) 3-11

Circuit diagram division code

1

A

B

C

D

E

F

G

H

I

J

15

12

11

10

98765

43

1

14

13

2

df-47

POHS

df-48

POVS

0 :CHIP

R1220

df-46

POFLD

df-49

POCLK

df-45

RGB_CTP

BO1

BO0

GO7

GO6

GO5

GO4

GO3

GO2

GO1

GO0

RO7

RO6

RO5

RO4

RO3

RO2

RO1

RO0

0

:CHIP

R1217

DIG

C1212

C1215

C1218

3.3V-2

0.1

16V

B:CHIP

0.1

16V

C1214

0.1

16V

B:CHIP

0.1

16V

B:CHIP

0.1

C1220

0.1

C1222

B:CHIP

16V

B:CHIP

16V

B:CHIP

FB1201

+3.3V

1234

VIN

:CHIP

BK1608TS601

VOUT

47

6.3V

C1237

:AL-CP

+3.3V

GND

R1204

737475767778798081828384858687888990919293949596979899

1001011021031044105106107108

CTLNCVIN

GND

5 6 7 8

300

1/16W

R1205

4.7k 1/10W

:CHIP

GND

VCCINT

GCK0

GND

VCCO

GCK1

VCCINT

GND

STATUS

PWDN

M2

VCCO

0

R1215

C1209

47

C1208

:RN-CP

C1206

:CHIP

1

0.1

47

1/10W

:CHIP

R1214

47

6.3V

C1202

:AL-CP

0.1

16V

C1203

B:CHIP

REG

+2.5V

IC1202

SI-3025LSA

0.1

16V

B:CHIP

6.3V :AL-CP

300

1/16W

R1206

:RN-CP

16V

B:CHIP

72

DONE

VCCO

M0M1GND

109

110

111

0

:CHIP

R1216

RB1201

47

:CHIP

R1209

32

ef64

ef-54

ef-65

def-43

SRX_4W

CS_PLD

VMUTE

VBLK

R1213

47 1/10W :CHIP

BO3

BO4

BO2

0.1 16V B:CHIP

C1205

INIT

PROGRAM

HSYNC

VSYNC

BLANK

PDP_CLK

112

113

114

115

116

47x4

TP1201

TP1202

TP1203

TP1205

TP1204

CLK

BLK

VSYNC

HSYNC

PRTB5B4B3B2B1B7B6B0G5G4G3G7G6G2G1G0R5R7R4R3

PHS

PVS

PBLK

PCLK

PPRT

DIG

ef-53

CS_OSD

DIG3.3V-2

1234567891011121314

CS

IC1205

DA0

MB90098APF-G-139

BO5

BO6

BO7

GND

117

118

119

120

121

122

123

47x4

RB1202

5

4

JL42

3.3V-2

JL41

JL43

8

IRQ

PDWN

8P

CPU-GO

PDP-GO

CN1203

def-44

def-41

SCK_4W

STX_4W

3.2

2.8

3.23.2

SIN

SCLK

DA1

DA2

2.8

IC1203

XC2S50-5TQ144C

VCCINT

124

125

0.1

C1223

RB1203

JL44

JL46

JL45

GND

SDA

GND

DCLKI

DA3

VOBA

C1207

0.1 16V

TRDY

VCCINT

PPIC

B0B6B7B1B2B3B4B5PARITY

VCCO

126

127

C1225

16V

B:CHIP

47x4

1234567

SCL

LVDSGND

C1236

1.6

1.603.2

B:CHIP

0.1

RB1204

0.1

16V

0.1

16V

C1234

B:CHIP

VCC

GND

TCLKI

GND

DCLKO

VCC

DB0

0.1

C1235

47x4

RB1211

0.1

16V

C1204

B:CHIP

GND

IRDY

VCCO

G5

GND

128

129

130

131

16V

B:CHIP

47x4

JL47 JL48

TO LCD PANEL

HSYNC

DB1

16V

B:CHIP

132

RB1205

3.2

3.0

DISP

VSYNC

DB2

DB3

133

134

47x4

PDP_SCL

PDP_SDA

ef-62

ef-61

degf-50

SYS_RESET

3.2

2.1

RESET

VOBB

BUSY TEST

15 16 17 18 19 20 21 22 23 24 25 26 27 28

R1210

47 1/10W :CHIP

RB1212

GND

135

136

PDP_ACT

PDP_IRQ

PDP_CPU

ef-52

ef-55

ef-56

47x4

137

47x4

RB1206

8P

CN1201

GND

8

JL36

MODE

VCC

TDI

TD0

TMS

TCK

TRST

FOR

CHEACK

1234567

JL82

JL40

JL38

JL37

JL39

B-SS11220<AEP>-B..-P3

5

KZ-32TS1E(AEP) 3-12

3.4 Vp-p (v)

fB-

3.4 Vp-p (H)

4

4.7k 1/10W

:CHIP

R1203

123

19

20

0

D2

D0

CLK

VCC

3.23.2

4.7k

R1201R1202

4.7k

1/10W

:CHIP

1/10W

:CHIP

45678

TDI

3.2

TMS

3.1

TCK

2.4

D4/CF

3.2

OE

3.2

IC1201

XC18V01PC20C

GNDD7CEO

D6

CE

9

101112

+3.3V

3738394041424344454647484950515253545556575859606162636465666768697071

DIN

CCLK

DOUT

VCCO

WRITE

VCCINT

GCK2

VCCO

GCK3

VCCINT

VCCO

R3R4R7R5G0G1G2G6G7G3G4

TMS

GND

VCCO

138

139

140

141

142

143

144

BLK

CLK

DIG

3.3V-2

TDO

GND

TDI

CS

GND

R6

R0

R1

R2

TCK

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

0.1

16V

C1224

B:CHIP

10

1/10W

:CHIP

R1211

+3.3V

:CHIP

FB1202

BK1608TS601

:CHIP

FB1203

BK1608TS601

0.1

16V

C1210

B:CHIP

0.1

16V

C1211

B:CHIP

4.7k 1/10W

:CHIP

R1207

4.7k 1/10W

:CHIP

R1208

JL1213

JL1212

47k

R1057

JL1211

JL1210

JL1209

JL1208

JL1207

JL1206

JL1205

JL1204

JL1203

JL1202

JL1201

B:CHIP

R0R1R2

IN21

IN20

PLLGND

PLLVCC

C1232

B:CHIP

12P

CN1204

R6

GND

LVDSGND

47

6.3V :AL-CP

LVDSGND

B1B2B3

IN19

OUT3+

DIG 3.3V-2

B7

IN18

OUT3-

101112

OUT3-

1/10W

R1058

B6

IN17RFIN16

CLKOUT-

CLKOUT+

CLKOUT-

CLKOUT+

0.1

16V

C1213

B:CHIP

0.1

16V

C1216C1217

B:CHIP

0.1

16V

B:CHIP

0.1

16V

C1219

0.1

16V

C1221

B:CHIP

47x4

RB1207

+3.3V

B5

B4

PRT

VSYNC

HSYNC

0.1

16V

C1228

B:CHIP

VCC

IN24

IN23

IN22

IC1204

TRANSMITTER

THC63LVDM83R

CLKIN

PLLGND

PDWN

IN26

GND IN25

29303132333435363738394041424344454647484950515253545556

47

6.3V

C1231

:AL-CP

0.1

16V

:CHIP

FB1204

BK1608TS601

C1230

VCCO

VCC

TDO

2.7

13

C1050

:CHIP47k

INV

Q1003

DTC144EE

1/10W

:CHIP

B0

IN15

OUT2-

OUT2+

OUT2-

OUT2+

D1

D3

D5

14 15 16 17 18

+3.3V

0.1

C1051

0.1

16V

B:CHIP

INV

Q1004

DTC144EE

PANELDET1

ef-59

G3G4G5G6G7

GND

IN14

IN13

OUT1+

LVDSVCC

LVDSGND

0.1

16V

C1229

B:CHIP

OUT0+

OUT1-

OUT1+

0.1

16V

C1201

B:CHIP

16V

B:CHIP

PANELDET2

ef-60

0.1

16V

C1226

B:CHIP

VCC

IN12

IN11

OUT0-

OUT0+

OUT1-

123456789

OUT0-

LVDSGND

TO LCD PANEL

IN9

IN8

IN10

IN0

IN27

LVDSGND

R0R1R2R3R4

R6

47

6.3V

C1233

:AL-CP

(PLD PICTURE IMAGE CONVERSION)

• B(f) BQARD WAVEFORMS

R7R5G0G1G2

0.1

16V

C1227

B:CHIP

0

JL1214

R1222

:CHIP

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

GND

IN7

IN6

IN5

VCC

IN4

IN3

IN2

GND

IN1

• Divided circuit diagram

3

2

1

One sheet of B and Q boards are circuit diagram is divided into three sheets,

each having the code B-a to B-c. For example, the destination

ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.

3.4 Vp-p (v)

3.4 Vp-p (H)

3.4 Vp-p (30nsec)

Ref. No.

a b 1

Circuit diagram division code

A

B

C

D

E

F

G

H

I

J