SONY DSC-V1 Service Manual L1 V1.0

http://servis-manual.com/

Self-diagnosis display

– If a code starting with an alp habet
letter appears

Your camera has a self-diagnosis display.
This function displays t he camera condit ion
on the LCD screen with a combination o f a
letter and four numerical digits. If this
occurs, check the f ollowing code chart and
attempt the co rresponding corrective
actions. The l as t two digits (indicated by
ss) will differ depending on the state of
the camera.

C:32:ss

Self-diagnosis display

Code Cause Corrective action
C:32: ss There is trouble with your

C:13: ss The camera cannot read or write

E:61: ss
E:91: ss

camera’s hardware.

data on the “Memory Stick.”
An unformatted “Memory Stick”

is inserted.
The inserted “Memory Stick”

cannot be used with your camera,
or the data is damaged.

A camera malfunction that you
cannot reverse has occurred.

Turn the power off and on again (page 14).

Re-insert the “Memory Stick” several
times.

Format the “Memory Stick” (pag e 37).

Insert a new “Memory Stick” (page 17).

Press the RESET button (page 97) located
on the bottom of the camera, then turn on
the power again.

If you are unable to solve the problem even
after trying th e corrective actions a few
times, contact your Sony dea ler or lo ca l
authorized Sony ser vice f acility and inf orm
them of the 5-digit code.

108

1-5. DESCRIPTION ON SELF-DIAGNOSIS DISPLAY

Self-diagnosis display

• C: ss: ss
You can reverse the camera
malfunction yourself. (However,
contact your Sony dealer or local
authorized Sony service facility
when you cannot recover from the
camera malfunction.)

• E: ss: ss
Contact your Sony dealer or local
authorized Sony service facility.

DSC-V1

Display Code

C:32:ss

C:13:ss

E:61:ss

E:91:ss

Countermeasure

Turn the power off and on again.

Format the “Memory stick”.
Insert a new “Memory Stick”.

Checking of lens drive circuit.

Checking of flash unit or replacement
of flash unit.

Cause

Trouble with hardware.

Unformatted memory stick is inserted.
Memory stick is broken.

When failed in the focus and zoom
initialization.

Abnormality when flash is being
charged.

Caution Display During Error

SYSTEM ERROR

FORMAT ERR OR
MEMORY STICK ERROR

—

1-3E

COVER

COVER

3. BLOCK DIAGRAMS

Link

Link

POWER BLOCK DIAGRAM (1/2)OVERALL BLOCK DIAGRAM (1/2)

POWER BLOCK DIAGRAM (1/2)OVERALL BLOCK DIAGRAM (1/2)

OVERALL BLOCK DIAGRAM (2/2) POWER BLOCK DIAGRAM (2/2)

OVERALL BLOCK DIAGRAM (2/2) POWER BLOCK DIAGRAM (2/2)

DSC-V1

DSC-V1

COVER

COVER

SECTION 3

BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM (1/2)

LENS UNIT

LENS

ZOOM

SENSOR

ZOOM

MOTOR

M

FOCUS

SENSOR

SHUTTER

MOTOR

M

ST-083 FLEXIBLE BOARD (1/2)

SW-395 FLEXIBLE BOARD (1/2)

A : VIDEO SIGNAL

A : AUDIO SIGNAL

A : VIDEO/AUDIO SIGNAL

FOCUS

MOTOR

M

LENS TEMP

SENSOR

IR

SENSOR

IR FILTER

MOTOR

M

TEMP OUT

(LASER UNIT)

D101

(IR EMITTER)

IRIS

(SHUTTER)

MOTOR

M

LD OUT
PD OUT

D333

IR LED K

IRIS

CD-441 FLEXIBLE BOARD

IC101

CCD

IMAGER

CN301

1

IR FILTER±

ı

4

12

FOCUS A, A, B, B

ı

19

32

ZOOM A, A, B, B

ı

39

24

IRIS A, A, B, B

ı

27

20

SHUTTER±

ı

23

IR SENS RST

6

F RST SENS

8

28

Z RST SENS1, 2

29

10

CN751 (1/2)
25
27

CN753 (1/2)

5
6

05

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.

SY-089 BOARD (1/2)

IC303

(3/12)

FOCUS
MOTOR

DRIVE

ZOOM

MOTOR

DRIVE

IRIS

MOTOR

DRIVE

SHUTTER

MOTOR

DRIVE

2
4

14

21

24
26

28
32

30
31
33
34

25
29

36

5
7
8

ı

ı

2
3

CN151

5

ı

8

1

ı

4

9

ı

12

47
48
31

3
7
9

IC151

11

V DRIVER

(1/12)

64

1

IC302

6

IR FILTER

7

MOTOR DRIVE

(3/12)

PRELAMP AF CONT

PRELAMP AF ON

PD LEV

2
3

LENS TEMP

XSG3A,
XSG3B,
XSG5A,

39

XSG5B

41
45
48

XV6
XV4

49

XV3

43

XV5

47 11

MSHUT REF

Q102

15 6

20
21
22

3
7

ı

9

11

ı

14

1
2
4
5

10

6

27
28

CCD TEMP

SENSOR

5
1

CCD OUT

BUFFER

RG, H1B, H2B

V2, V4, V5A, V5B,

V6, V7A, V7B, V8

V1A, V1B, V3A, V3B

Vhold

Vst

H1A, H2A

TH101

CCD TEMP CCD TEMP

LENS DRIVER

20 21
23 24

37 38
41 42

14 15
17 18

43
46

IC281

AF LASER

DRIVE

(11/12)

Q281

IR LED
DRIVE

IC152

5
2

CAMERA

4

MODULE

(1/12)

10
14

ı

20

8

9
12
13

2351
21

7

1

3

HR DIR0A, HR DIR0B

HR DIR1A, HR DIR1B

HR DIR2A, HR DIR2B

B1
A2

25

ı

38

46
47

MCK12

49

41
42
45

48

X581

27MHz

IR FILTER IN,

IR FILTER OUT

HR EN0,

HR EN1,

HR EN2,

MSHUT ON
MSHUT EN

XIR RST SENS

XFC RST SENS

XZM RST SENS1, 2

IC602

(4/12)

C4

IC304

B4

EVR

(D/A CONV.)

(3/12)

C1
A3

CA ADI00

ı

CA ADI13

TG CLK

1 - 4 6

8 - 10
56 57

61 - 64

CA HDI
CA FDI

CAM SO, XCAM SCK, XCAM RESET

2

GENERATOR

1 2 4

CAM SO, XCAM SCK

SP VOL

50
48

58

IC581

CLOCK

(6/12)

IC681

SIGNAL

GENERATOR,

SRAM
(2/12)

4
16
11

29 - 32 34

36 - 38
40 - 42
45 - 47

22
19

20
13
24

CKIO

USB CLK

CA AD00

ı

CA AD13

CA HD
CA FD

12 - 14 16

18 - 27

8
9

96

88

CAMERA DSP,
256M SDRAM

CAM SO, XCAM SCK, XCAM RESET

197
199

233

ı

235

237

ı

239

241

ı

243

246
196

185

192
232

187
184

248

USB CLK

IC601

(4/12)

65 - 69
71 - 81

29 - 41
43 - 54

212
207
204

225
229

215

278
272

94

227
249
248

MC A01 - A25

IC503

32M
FLASH
(6/12)

XRST SYS

SYS V

EXT STRB ON
STRB ON

PANEL R
PANEL G
PANEL B

HDO

PANEL V

XRST SYS

CAM SI, CAM SO, XCAM SCK

MC D00 - D15

C2 C3
C8 D7
D9 E1

MC D00 - D15

E4 E9
F2 F3
F7 F8
G2 G6
H2 J9

A3 A4
B3 B4
C4 D4
D6 G4
H3 H4

MC A01 - A21

H6 H7
J3 J4
J6 J7
K3 K4

K6 - K8

CAM SI, CAM SO, XCAM SCK, XCAM RESET

IC502

EEPROM

(6/12)

40
39
38

IC801

43

LCD DRIVE,

42

TIMING

GENERATOR

9

(7/12)

46

ı

BL ON

BL LEV

ADDRESS BUS MC A01 - A25

48

31

28
29

MC D00 - D15

DATA BUS MC D00 - D15

MC A01 - A25

XRST SYS

DAC STB

CCD TEMP
LENS TEMP

EEPROM,

SO, SI, SCK

2

ı

4

SYS V

CKIOCKIO

19
20
21

25

2
3

4
14
15
23
32

ı

35

Q606

BUFFER

MC D00 - D15

MC A01 - A07

39 41 - 45

47 49 51 52

54 56 - 60

62 - 64 66
68 - 70 72

73 75 76
78 79 81

83 - 88 90

92 93 95 97

IC501

MC CAM,

SH DSP,

FLASH
(5/12)

140

164
179

199

ı

201
220

19

187
230
229

202

ı

204

7

236

27 32

CN801

Q801, 802

RGT, HCK1, HCK2,

HST, WIDE, DWN,

EN, VCK, VST, COM

13
50
29

124

25

129
130

208
210

216

MS DIO, MS BS,

213

ı

215

35

185
190
191

17

PSIG

PSIG

DRIVE

CN702

BL THL

BL L

BL THL, BL L

BL ON, BL LEV

AU AOUT

XAU SP MUTE

XAU LINE MUTE

XAU POWER SAVE

XUSB DREQ0, XUSB DACK0

XUSB DREQ1, XUSB DACK1

D704

(MS ACCESS)

MS SCLK

Q501

XAE LOCK LED

LED

DRIVE

FR SI, FR SO, XFR SCK

EXT STRB CONT

EXT STRB ON

VR

21

VG

20

VB

22

19

2

ı

6
12
13
17
18
23

1

4

CV OUT

AU AINL

USB CLK

SP VOL

VAMP ON

AU HGL SEL

CN705

2
4
6

5

XMS IN

HSHOE CONT

XRST SYS

SYS V

STRB ON

PANEL UNIT

3

1

MS-165
FLEXIBLE
BOARD

DIO, BS,

SCLK

INT

2

LCD901

COLOR

LCD

MONITOR

D901

BACKLIGHT

OVERALL

(2/2)

(PAGE 3-4)

OVERALL

(2/2)

(PAGE 3-3)

MEMORY

STICK

8
4
2

6

OVERALL

(2/2)

(PAGE 3-3)

3-1 3-2

DSC-V1

COVER

COVER

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

3-2. OVERALL BLOCK DIAGRAM (2/2)

SY-089 BOARD (2/2)

MIC901

MICROPHONE

J301

ACC

PLUNGER

FLASH

UNIT

05

OVERALL (1/2)

(PAGE 3-2)

1

SW-395 FLEXIBLE BOARD (2/2)

CN101

2

D102

(SELF TIMER)

S101

LENS ADAPTOR

DETECT

OVERALL (1/2)

(PAGE 3-2)

2

ST-083 FLEXIBLE BOARD (2/2)

LANC DC

STROBE OPEN

XE_H (Anode)

+

TRIGGER

XE L (Cathode)

L331

Q334

C333

CHARGING

CAPACITOR

CV OUT
VAMP ON

MC A01 - A07

XUSB DREQ0, XUSB DACK0

XUSB DREQ1, XUSB DACK1

USB CLK

AU AINL
AU AOUT
SP VOL
XAU SP MUTE
XAU LINE MUTE
AU HGL SEL
XAU POWER SAVE

CN753
(2/2)

10

8

2

SYS V

HSHOE CONT
EXT STRB ON

EXT STRB CONT

XAE LOCK LED
STRB ON

S301

DETECT

D332

5 1

4

3

IC331

FLASH

2

CONTROL

MIC SIG

XSELF TIMER LED

KEY AD4

T331

6
7

2 - 5
41 - 44
46 - 48
78 - 80
82 107

38 - 40 76

104 - 106

10
52

14
55

36

Q708

EXT STROBE

SWITCH

Q705, Q706

EXT1 STB ON

ACC XLANC JACK IN

Q331, Q332

TRANS

DRIVE

2

4

( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.

JK-254 FLEXIBLE BOARD

VIDEO AMP

H4
H5
J3
B2
C8
G8
H9

AUDIO AMP

B8

LANC SIG

IC101

4

(8/12)

IC901

97

USB

INTERFACE

IC201

(8/12)

99

(9/12)

35

B4

A2
D1

BEEP ON

F2 49

E1

Q406 (1/2)

Q703

CN751
(2/2)

32
30
33

XSTRB POPUP

28

37

STRB PLUNGER

ı

39

7

ST UNREG

ı

12

XSTRB PWRSAVE

5

STB FULL

1

STRB ON

4

XRST SYS

BEEP

LED

DRIVE

INTE STRB ON

USB D±MC D00 - D15

LANC DC

HOT

FR SI, FR SO, XFR SCKFR SI, FR SO, XFR SCK

INTE
SALA SIG

LANC JACK IN2

AU OUT

AV JACK IN

USB JACK IN

Q402 (1/2)

Q407

MODULATOR

Q403

IC401

LANC

DRIVER

11

(10/12)

D401

D405

LANC SIG

Q701, Q702

Q405, Q411 (1/2), Q412

Q411
(2/2)

Q753,Q754

CN752

V OUT

USB JACK IN

AV JACK IN

SELF TIMER LED

KEY AD4

XRST SYSXRST SYS

SYS V
MS INXMS IN

LANC IN

10
12

LANC OUT

XLANC PWR ON

Q409, Q410

SWITCH

LANC SIG

SWITCH

LANC JACK

INDETECT

Q751

PLUNGER

DRIVE

ST UNREG

STB CHARGE

XSTRB PWR SAVE

XSTB FULL

Q752

13

9

11

2
3

5

V OUT

AU OUT

AV JACK IN

USB JACK IN

9

11

74

79

19

59

23

ı

25

CONTROLLER
77
32

6

39
40

7

10

45

78

46
75
34

USB D±

IC402

FRONT

(10/12)

CN201

2
3

VCC

1

BACKUP VCC

XRESET

73

BATT SI

43

BATT SO

42

INIT CHARGE

47

FAST CHARGE

48

BATT/XEXT

8

29

10MHz

28

51

32.768kHz

52

20
21

55

KEY AD0 - AD2

ı

57

37
38

KEY AD3

58

XPWR ON

1

XSHTR ON

4

XAE LOCK SW

5
2

XPB ON, MODE DIAL2, MODE DIAL, XSETUP ON

35
54
60

17

15

16

EVER 3.0V

X401

X402

J201

A/V OUT

(MONO)

(USB)

6
8

INITIAL RESET,

BACK UP VCC

5

(10/12)

Q408

BATTERY

CHARGE

DETECTOR

3

OVERALL (1/2)

(PAGE 3-2)

UNREG SO, UNREG SCK UNREG SO, UNREG SCK

Q402 (2/2)

LED

DRIVE

Q406 (2/2)

LED

DRIVE

A : VIDEO SIGNAL

A : AUDIO SIGNAL

A : VIDEO/AUDIO SIGNAL

IC403

3

D403

2
7

BL THL, BL L BL THL

BL ON, BL LEV

Program Dial A, B

INTE SALA SIG

INTE STRB ON
LANC JACK IN2

LANC 5.5V

SP ±

BL L
BL LEV
BL ON

KEY AD0 - AD2

KEY AD2

KEY AD3

XPWR ON

XSHTR ON

XAE LOCK ON

PWR LED ON

XTALLY LED

XCHARGE LED

AE LOCK LED

CN703

CN704

DD-195 BOARD

IC002

, Q001

Q004, Q005

D004

INIT CHARGE

S081

Q002

BB-004
FLEXIBLE
BOARD

58
60

XRESET FR

BATT SIG

INIT CHARGE

FAST CHARGE

BATT/XEXT

BL LEVEL

4

DATA, CLK

8

SP ±

BL THL

BL L

BL ON

ACV UNREG

ST UNREG

BATT UNREG

CN402 CN082CN401CN701

58
60

RESET

5454

4848

5050
5252
4646

4242

3838
3636
3434

4
8

BATT SIG

INIT CHARGE

FAST CHARGE

BATT/XEXT

SWITCHING

CONTROL SWITCH BLOCK (GL-51470)

4

ı

6

22
23

24

9

15

2
1

10
11
13
14

16

18

21

19

LANC SIG

4

HOTHOT HOT

6

INTE STRB ON

7

LANC JACK IN2

8

S251 - S261

FUNCTION

KEY

EXECUTE

DIAL A, BDIAL A, B

S104

POWER

XSHTR ON

XAE LOCK ON

XPB ON, MODE DIAL2, MODE DIAL, XSETUP ON

D108

(FLASH/CHG)

D107

(AE/AF LOCK)

SWITCH

(1/2)

BATT/XEXT

BATT SIG

FAST CHARGE

IC003

,

S103

CONVERTER

CONTROL

59
60
48

45
46

D105

(POWER)

Q019

DC/DC

(1/2)

IC001

(2/2)

LANC 5.5V

D 1.5V
D 2.9V
A 2.9V

PANEL 2.9V

CAM 3.2V

USB 3.2V

CAM P 5V

CAM 15V

CAM –7.5V

PANEL 13.5V

CONTROL SWITCH BLOCK
(MODE-51470)

NIGHTFRAMING NIGHTSHOT

S106

JOG DIAL

(SHUTTER)

D106

(SELF TIMER/RECORDING)

CN081

DC

10

17

23

30
31

18
21
32

39

225959

19
20

S102

(OFF)

1

ı

8
9

ı

ı

ı

FU-165
FLEXIBLE
BOARD

ACV UNREG1

BATT UNREG1

S108

MODE

LANC JACK IN2

BATT/XEXT1

ACV GND1

BATT SIG1

BATT GND1

VL 3VVL 3V

SP ±SP ±

BATT UNREG
ACV UNREG

ACV UNREG

S105

(UP)

ZOOM

S101

(DOWN)

DIAL

LANC SIG

INTE STRB ON

J101
DC IN

+

BT901

S

BATTERY

TERMINAL

−

BT101
LITHIUM
BATTERY

SP901
SPEAKER

INTTELLIGENT

SHOE

3-3 3-4

COVER

COVER

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

DSC-V1

3-3. POWER BLOCK DIAGRAM (1/2)

DD-195 BOARD

CN081

1

ı

8
9

10

ı

17

23

ı

30
31

18
21
32

ı

39

22

EVER 3.0V

LANC DC

D 1.5V

STB PLUNGER
STB CHARGE

BL ON

LF001

BATT/XEXT

BATT SIG

L401

14

BACKUP

IC002

SWITCH

(1/2)

INITIAL RESET,

BACK UP VCC

VOUT

6

VRO

8

IC401

LANC DRIVER

(10/12)

LANC DC

FRONT CONTROLLER

VCC

66 DD CON SENS

FAST CHARGE

INIT CHARGE

BATT/XEXT

SYS DD ON

XCS DDCON

UNREG SO

UNREG SCK

78 STB PLUNGER
46 STB CHG

(10/12)

(10/12)

ACV SENS

J101

DC IN

BT901

BATTERY

TERMINAL

BT101
LITHIUM
BATTERY

SY-089 BOARD (1/2)

(PAGE 3-7)

05

+

S

−

POWER 2

FU-165
FLEXIBLE
BOARD

ACV UNREG1

BATT/XEXT1

ACV GND1

BATT UNREG1

BATT SIG1

BATT GND1

VL 3V

A

( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.

, Q001

D004

FAST CHARGE

IC403

VBAT

PREEND

VIN

IC402

BATT SI

BATT SO

Q004, Q005

INIT CHARGE

VL 3V

3

2
7

LANC 5.5V

18XLANC ON

67BATT SENS
68

48
47

8

43
42

76
22
20
21

CHARGE

CONTROL

D403

Q401

Q408

BATTERY

CHARGE

DETECTOR

F001

F002

F004

F006

BB-004
FLEXIBLE
BOARD
(1/2)

CN401

CN701

(1/2)

(1/2)

59

7

9

BATT UNREG

57 57

ACV UNREG

55 55

FAST CHARGE

52 52

INIT CHARGE

50 50

BATT/XEXT

46 46

48 48

SYS DD ON

2
6
8
4

34

D009

D010

CN402

(1/2)

VL 3V

LANC 5.5V

EVER 3.0VEVER 3.0V

BATT SIG

XCS

DATA

CLK

BL ON BL ON

L018 L006

ACV UNREG

BATT UNREG

CN082
(1/2)

59

7

9

2
6
8
4

34

VL 3V

LANC 5.5V

ACV UNREG

BATT UNREG

DC/DC

CONVERTER

EVER 3.0V

SYS DD ON

XCS DDCON

UNREG SO

UNREG SCK

D011

IC003

,
Q019

(1/2)

LANC 5.5V

56

VCC1

47

RST

57

CONT

44

XCS

45

DATA

46

CLK

48

ONOFF2

L010

IC001

DC CONTROL

(2/2)

AMPOUT

VCC2

OUT1p
OUT1n

VIN1–

OUT6p
OUT6n

OUT6S

VIN6–

VCC4

OUT4p
OUT4n

VIN4–

OUT2n

OVP2

OUT5p
OUT5n

OUT5S

VIN5–

OUT3p
OUT3n

VIN3–

VCC3
VCC5

OUT10

AMPIN

IN10

FB10

OUT9

FB9

IN9–

SCP9

D008

D012

−

Q011, Q015

L003

L001

L002

SWITCHING

Q008, Q018

SWITCHING

Q023

SWITCHING

Q007, Q017

SWITCHING

41

36
37
55

28
29
18
50

19

30
31
53

35
58

38
39
43
52

32
33
54

42
20

22

4
5
3
2

23
79
80

1

L007

D015

Q020 (2/2)

Q020 (1/2)

L004

L017

Q010, Q014

SWITCHING

Q012, Q016

SWITCHING

Q009

SWITCHING

Q024

SWITCHING

L009

L008

D014

L015

L016

L012

L013

L014

Q021, Q022

13.5V REG

CN082

ST UNREG

D 1.5V

CAM P 5V

CAM 3.2V

USB 3.2V

BL H

D 2.9V

A 2.9V

PANEL 2.9V

BL THH

CAM –7.5V

CAM 15V

PANEL 13.5V

(2/2)

BB-004
FLEXIBLE
BOARD
(2/2)

CN402
(2/2)

1
3
5

31
33
35

21
23
25
27
29

47
49

51
53

40

37
39
41

43
45

11

44

13

17
19

PANEL 13.5V

15

CN401

ST UNREG

D 1.5V

CAM P 5V

CAM 3.2V

USB 3.2V

BL H

D 2.9V

A 2.9V

PANEL 2.9V

BL THH

CAM –7.5V

CAM 15V

(2/2)

1
3
5

31
33
35

21
23
25
27
29

47
49

51
53

40

37
39
41

43
45

11

44

13

17
19

15

B

POWER 2

(PAGE 3-7)

3-5 3-6

DSC-V1

COVER

COVER

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

3-4. POWER BLOCK DIAGRAM (2/2)

SY-089 BOARD (2/2)

STB CHARGE

POWER 1

(PAGE 3-5)

POWER 1

(PAGE 3-6)

STB PLUNGER

A

LANC DC

BL ON

EVER 3.0V
D 1.5V

CN701
(2/2)

1

ST UNREG

3
5

PANEL 13.5V

15

PANEL 2.9V

11

BL THH

44

BL H

40

B

CAM 3.2V

47
49

CAM 15V

17
19

CAM −7.5V

13

USB 3.2V

51
53

21
23

CAM P 5V

25
27
29

A 2.9V

43
45

31

D 1.5V

33
35

37

D 2.9V

39
41

CAM P 5V

( ) : Number in parenthesis ( ) indicates the division number of schematic diagram where the component is located.

D108

D105

(POWER)

D106
SELF TIMER/
RECORDING

D107

FLASH

UNIT

PLUNGER

J301

ACC

CAM 15V

CAM 3.2V

7.5V

−

CAM

CAM 3.2V

CAM 15V

CAM −7.5V

D 2.9V

D 2.9V

USB 3.2V

D 1.5V

CAM P 5V

D 2.9V

A 2.9V

CAM P 5V

L802
L803

PANEL 2.9V

BL THH

BL H

D 1.5V
D 2.9V

A 2.9V

USB 3.2V

IC281

AF LASER

DRIVE

(11/12)

PANEL 13.5V

L901

FB901

L752

IC801

LCD DRIVE,

TIMING

GENERATOR

(7/12)

FB582

Q753, Q754

STB CHARGE

STB PLUNGER

31

PWM

16

XPOFF

6

REF

IC681

SIGNAL

GENERATOR,

SRAM
(2/12)

IC581

CLOCK

GENARATOR

(6/12)

IC901

USB

INTERFACE

(9/12)

Q751

BL ON

XPOFF

ST UNREGST UNREG

STRB PLUNGER

FB752

LANC DC

Q803

EVER 3.0V

PANEL 2.9V

IR LED A

CN751

M 5V

CN801

D801

CN702

CN704

D 2.9V

CN753

ST-083 FLEXIBLE BOARD

T331

7

ı

12

37

ı

39

VDD

REF

BL H

IC331

FLASH

CONTROL

PANEL UNIT

MONITOR

BACKLIGHT

LCD901

COLOR

LCD

D901

3

34

7

VDDG

9

CRext

16

14

BL THH

3
6

CONTROL SWITCH BLOCK
(MODE-51470)

20

17

SW-395 FLEXIBLE BOARD

7

3
4

(AF ILLUMINATOR)

(FLASH/CHG)

(AE/AF LOCK)

D102

(SELF TIMER)

D101

CAM 3.2V

CAM 15V

CAM −7.5V

USB 3.2V

CAM P 5V

A 2.9V

D 1.5V

D 2.9V

L201

L602

FB602

FB604
FB603

Q152, Q153

CAM DD ON

FB505

L502

FB506

198

IC304

EVR

(D/A CONV.)

(3/12)

L101

L202

AU 2.9V

L601

PTM (6)

IC501

MC CAM,

SH DSP,

FLASH
(5/12)

D32/PTA (7)

CAMERA DSP,

256M SDRAM

30

L304

L302
L303

IC101

VIDEO AMP

(8/12)

IC201

AUDIO AMP

(8/12)

IC601

(4/12)

PI007
PI003
PI001

FB507

MS POWER ON

XIR SENS LED

189

XFC RST LED

195

XLENS RST LED

198

L154
L153
L152

FB152

L151

IC503

32M FLASH

(6/12)

IC502

EEPROM

(6/12)

Q704

IC302

IR FILTER

MOTOR

DRIVE

(3/12)

IC303

LENS

DRIVER

(3/12)

(MS ACCESS)

XIR SENS LED

XFC RST LED

XLENS RST LED

IC602

XOR

(4/12)

IC151

V DRIVER

(1/12)

IC152

CAMERA

MODULE

(1/12)

CAM 15V

CAM −7.5V

D704

Q304 (1/2)

Q305

Q304 (2/2)

CD-441 FLEXIBLE BOARD

CN151

11
38

MS-165
FLEXIBLE
BOARD

CN705

CN301

7

5

9

31

VCC

IR SENS VCC

F RST VCC

Z RST VCC

FB101

9

IC101

CCD

IMAGER

LENS UNIT

IR

SENSOR

FOCUS

SENSOR

ZOOM

ZOOM

SENSOR

SENSOR

MEMORY

STICK

05

3-7 3-8E

COVER

COVER

PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM

SECTION 4

4-2. SCHEMATIC DIAGRAMS 4-3. PRINTED WIRING BOARDS

4-2. SCHEMATIC DIAGRAMS 4-3. PRINTED WIRING BOARDS

DSC-V1

1

FRAME SCHEMATIC DIAGRAM

A

B

C

LENS UNIT

OVF

D

LENS

E

F

G

H

JK-254

I

J

FLEXIBLE

BOARD

(USB)

A/V OUT
(MONO)

CN201

5P

GND

ID

D+

D-

VCC

J201

K

L

CCD

21V8

R

813184

14CCD_OUT

15GND

16GND

17GND

18VSUB_CONT

19VSUB

20GND

TEST2

RGT

B

23

24

10GND

11

12GND

13GND

CAM_15V

SY-089
BOARD

39P

CN751

STB_FULL

123456789

9

1GND

2H1A

3H2A

4GND

5RG

6GND

7H1B

8H2B

9GND

N.C.

N.C.

XSTRB_PWRSAVE

ST_UNREG

STRB_ON

ST_UNREG

ST_UNREG

M_5V

25

NC

25P

KEY_AD2

C704

ST_UNREG

ST_UNREG

N.C.

N.C.

ST_UNREG

1011121314151617181920212223242526272829303132

REG_GND

Program_Dial_B

Program_Dial_A

REG_GND

REG_GND

REG_GND

EVER_3.0V

XCHARGE_LED

REG_GND

REG_GND

127 15

CONTROL

SWITCH

BLOCK

(MODE-51470)

HOT

REG_GND

N.C.

LANC_DC

343536

REG_GND

LANC_SIG

STRB_PLUNGER

N.C.

373839

123456789

XSHTR_ON

XAE_LOCK_ON

VL_3V

BATT_UNREG

ACV_UNREG

USB_3.2V

USB_3.2V

CAM_3.2V

CAM_3.2V

A_2.9V

A_2.9V

D_2.9V

D_2.9V

D_2.9V

D_1.5V

D_1.5V

D_1.5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_15V

CAM_15V

PANEL_13.5V

CAM_-7.5V

PANEL_2.9V

EVER_3.0V

LANC_5.5V

ST_UNREG

ST_UNREG

ST_UNREG

STRB_PLUNGER

STRB_PLUNGER

XTALLY_LED

AE_LOCK_LED

REG_GND

REG_GND

D_2.9V

REG_GND

XPWR_ON

PWR_LED_ON

LD_OUT

REG_GND

MODE_DIAL

XSETUP_ON

60

58

56

54

52

50

48

46

44

42

40

38

36

34

32

30

28

26

24

22

20

18

16

14

12

10

8

6

4

2

REG_GND

PD_OUT

REG_GND

MODE_DIAL2

60PCN701

SP-

SP+

REG_GND

XRESET_FR

FAST_CHARGE

INIT_CHARAGE

BATT_SIG

BATT/XEXT

BL_THH

BL_THL

BL_H

BL_L

BL_LEVEL

BL_ON

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

DATA

XCS

CLK

SYS_DD_ON

XSTRB_POPUP

LANC_GND

101112131415161718192021222324

XPB_ON

LANC_SIG

KEY_AD3

LANC_GND

LANC_JACK_IN2

EXT1_STB_ON

INTE_STRB_ON

ACC_XLANC_JACK_IN

33

REG_GND

MIC_SIG

MIC_GND

XSELF_TIMER_LED

PANEL_2.9V

IR_LED_K

IR_LED_K

IR_LED_A

IR_LED_A

KEY_AD4

REG_GND

CN703

KEY_AD2

KEY_AD1

KEY_AD0

REG_GND

REG_GND

DD-195

BOARD

16

11PCN753

6P

NC

8PCN705

VSS

VCC

SCLK

INT

DIO

NC

BS

VSS

FAST_CHARGE

INIT_CHARAGE

SYS_DD_ON

11

10

9

8

7

6

5

4

3

2

1

6

5

4

3

2

1

8

7

6

5

4

3

2

1

REG_GND

XRESET_FR

BATT_SIG

BATT/XEXT

BL_THH

BL_THL

BL_LEVEL

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

BL_H

BL_ON

DATA

1410 19

INTELLIGENT

SHOE

60PCN082

59

57

55

53

51

49

47

45

43

41

39

37

35

33

31

29

27

25

23

21

19

17

15

13

11

9

7

5

3

1

59

VL_3V

57

BATT_UNREG

55

ACV_UNREG

53

USB_3.2V

51

USB_3.2V

49

CAM_3.2V

47

CAM_3.2V

45

A_2.9V

43

A_2.9V

41

D_2.9V

39

D_2.9V

37

D_2.9V

35

D_1.5V

33

D_1.5V

31

D_1.5V

29

CAM_P_5VCAM_P_5V

27

CAM_P_5V

25

CAM_P_5V

23

CAM_P_5V

21

CAM_P_5V

19

CAM_15V

17

CAM_15V

15

PANEL_13.5V

BB-004 FLEXIBLE BOARD

13

CAM_-7.5V

11

PANEL_2.9V

9

EVER_3.0V

7

LANC_5.5V

5

CN402 60P

3

1

ST_UNREG

ST_UNREG

ST_UNREG

CN401 60P

SP+

BL_L

XCS

CLK

SP-

MS-165

FLEXIBLE

BOARD

60

58

56

54

52

50

48

46

44

42

40

38

36

34

32

30

28

26

24

22

20

18

16

14

12

10

8

6

4

2

17

MIC_GND

MIC_SIG

SW-395

FLEXIBLE

BOARD

CONTROL

SWITCH

BLOCK

(GL-51470)

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_GND1

BATT_GND1

BATT/XEXT1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

BATT_SIG1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

2PCN101

39PCN081

VL_3V

SP+

SP-

MIC901

MICROPHONE

1

2

MS

CONNECTOR

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

FLEXIBLE

10

9

8

7

6

5

4

3

2

1

BATTERY

TERMINAL

SP901

SPEAKER

BT101

LITHIUM

BATTERY

FU-165

BOARD

J101

DC IN

BT901

32

39PCN301

1

IR_FILTTER+

2

IR_FILTTER+

3

IR_FILTTER-

4

IR_FILTTER-

5

IR_SENS_VCC

6

IR_SENS_RST

7

IR_SENS_GND

8

F_RST_SENS

9

F_RST_VCC

10

TEMP_OUT

11

TEMP_GND

12

FOCUS_B

FOCUS_B

13

FOCUS_B

14

FOCUS_B

15

16

FOCUS_A

17

FOCUS_A

FOCUS_A

18

19

FOCUS_A

SHUTTER-

20

SHUTTER-

21

22

SHUTTER+

23

SHUTTER+

24

IRIS-B

25

IRIS-B

26

IRIS-A

27

IRIS-A

28

Z_RST_SENS1

29

Z_RST_SENS2

30

Z_RST_GND

31

Z_RST_VCC

32

ZOOM_B

33

ZOOM_B

34

ZOOM_B

35

ZOOM_B

36

ZOOM_A

37

ZOOM_A

38

ZOOM_A

39

ZOOM_A

14P

CN752

USB_GND

1

USB_D+

2

USB_D-

3

USB_GND

5

4

3

2

1

4

USB_JACK_IN

5

STATIC_GND

6

STATIC_GND

7

GND_GUARD(REG_GND)

8

A_OUT

9

GND_GUARD(REG_GND)

10

AV_JACK_IN

11

GND_GUARD(REG_GND)

12

V_OUT

13

REG_GND

14

6P

N.C

BL_THL

CN702

12345

BL_THH

56 11

CD-441

FLEXIBLE BOARD

22V7B

23V7A

24V6

25Vhold

26V5B

27V5A

28V4

29Vst

30V3B

31V3A

32V2

33V1B

34

35GND

36CCD_TEMP

373839GND

BL_L

BL_H

N.C

6

39P

CN151

24P

COM

TEST1

CN801

1234567

VST

CAM_-7.5V

VCK

V1A

GND

DWN

VSSG

EN

VDDG

VSS

VDD

8

9

10111213141516171819202122

REF

HST

WIDE

G

CRext

PSIG

HCK1

HCK2CSSOUT

M

LCD901

COLOR LCD MONITOR

J301

ACC

ST-083

FLEXIBLE BOARD

D901 BACKLIGHT

N

05

PANEL UNIT

4-1 4-2

FRAME

COVER

COVER

Link

Link

DSC-V1

4-2. SCHEMATIC DIAGRAMS

BB-004 FLEXIBLE BOARD

CD-441 FLEXIBLE BOARD

CD-441 FLEXIBLE BOARD

ST-083 FLEXIBLE BOARD

ST-083 FLEXIBLE BOARD

(FLASH DRIVE, LASER UNIT)

(FLASH DRIVE, LASER UNIT)

SW-395 FLEXIBLE BOARD

SW-395 FLEXIBLE BOARD

(MIC, LENS ADAPTOR SWITCH)

(MIC, LENS ADAPTOR SWITCH)

JK-254 FLEXIBLE BOARD (USB, A/V JACK) CONTROL SWITCH BLOCK (MODE-51470)

JK-254 FLEXIBLE BOARD (USB, A/V JACK) CONTROL SWITCH BLOCK (MODE-51470)

MS-165 FLEXIBLE BOARD

MS-165 FLEXIBLE BOARD

(MEMORY STICK CONNECTOR)

(MEMORY STICK CONNECTOR)

COMMON NOTE FOR SCHEMATIC DIAGRAMS

COMMON NOTE FOR SCHEMATIC DIAGRAMS

(CCD IMAGER)

(CCD IMAGER)

BB-004 FLEXIBLE BOARD

(SY-DD EXTENSION BOARD)

(SY-DD EXTENSION BOARD)

FU-165 FLEXIBLE BOARD

FU-165 FLEXIBLE BOARD

(DC IN, BATTERY IN)

(DC IN, BATTERY IN)

CONTROL SWITCH BLOCK (GL-51470)

CONTROL SWITCH BLOCK (GL-51470)

COVER

COVER

For Schematic Diagram

• Refer to page 4-49 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS CD-441 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS CD-441 FLEXIBLE BOARD

DSC-V1

1

CD-441 FLEXIBLE BOARD

A

CCD IMAGER(CCD BLOCK)

3

482

5

Note:Voltage and waveform of mounted on CD-441 flexible

board can not be measured because they are mounted
by the side of the lens.

6

7

XX MARK:NO MOUNT

LND101

39

LND102

B

C

D

SY-089

(1/12)

CN151

(PAGE 4-9)

E

F

LND103

LND104

LND105

LND106

LND107

LND108

LND109

LND110

LND111

LND112

LND113

LND114

LND115

LND116

LND117

LND118

LND119

LND120

LND121

LND122

LND123

LND124

LND125

LND126

LND127

LND128

LND129

LND130

LND131

LND132

LND133

LND134

LND135

LND136

LND137

LND138

LND139

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

SIGNAL PATH

G

VIDEO

SIGNAL

Y/CHROMA

REC

CAM_-7.5V

CCD_TEMP

Vhold

VSUB

VSUB_CONT

CCD_OUT

CAM_15V

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

V1A

V1B

V3A

V3B

V5A

V5B

V7A

V7B

H2B

H1B

H2A

H1A

TH101

V2

Vst

V4

V6

V8

R104

3300

R103
470k

C105

R106

6

Vhld

7V48

V5A9V5B

10

14

0

11v612

V8

V7A13V7B

3v24

1

Vst

V1A2V1B

V3A5V3B

IC101

CCD IMAGER

IC101

ICX455AQF-13

XX

C106

XX

16V

VOUT16GND17GND18GND19VDD20RG21H2B22H1B23SUB24CSUB25NC26VL27H1A28H2A

15

R110

680

R111

C108

0

0.1u

C107

0.22u
16V

16V

C109

10u
16V

C110

0.1u
16V

Precautions for Replacement of CCD Imager

•The CD-441 flexible board mounted as a repair part is not

C103

XX

R101
1500

Q102

BUFFER

FB101

1/10W

C101

0.1u
16V

Q101

UN9213J-(K8).SO

SWITCH

RG

2SC4250(T5LSONY1)

equipped with a CCD imager.
When replacing this board, remove the CCD imager from the
old one and mount it onto the new one.

• If the CCD imager has been replaced, carry out all the
adjustments for the camera section.

H

• As the CCD imager may be damaged by static electricity from
its structure, handle it carefully like for the MOS IC.
In addition, ensure that the receiver is not covered with dusts

05

nor exposed to strong light.

4-7 4-8

CD-441

Schematic diagrams of the SY-089 and DD-195 boards are not shown.
Pages from 4-9 to 4-36 are not shown.

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-57 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS ST-083 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS ST-083 FLEXIBLE BOARD

1

3

482 10

5

6

7

9

ST-083 FLEXIBLE BOARD

A

B

C

D

E

F

G

FLASH DRIVE,LASER UNIT(STROB BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

STRB_PLUNGER

39

SY-089
(11/12)

CN751

(PAGE 4-29)

LND389

LND388

LND387

LND386

LND385

LND384

LND383

LND382

LND381

LND380

LND379

LND378

LND377

LND376

LND375

LND374

LND373

LND372

LND371

LND370

LND369

LND368

LND367

LND366

LND365

LND364

LND363

LND362

LND361

LND360

LND359

LND358

LND357

LND356

LND355

LND354

LND353

LND352

LND351

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

STRB_PLUNGER

STRB_PLUNGER

N.C.

N.C.

LANC_DC

ACC_XLANC
_JACK_IN

EXT1_STB_ON

LANC_GND

LANC_SIG

LANC_GND

XSTRB_POPUP

PD_OUT

REG_GND

LD_OUT

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

N.C.

N.C.

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

N.C.

XSTRB_PWRSAVE

STRB_ON

M_5V

N.C.

STB_FULL

C338

10u

6.3V

CPH3209-SONY-TL-E

LND305

STRB_PLUNGER

LND304

REG_GND

STROBE OPEN

Q331

Q331,Q332

TRANS DRIVE

S301

DETECT

0

MA111-(K8).S0

D331

PLUNGER

R331

5600

0

R333
100k

0

R334

10k

R332

1800

0

FB302

FB305

R302

5.6

0

Q332

MCH3405-TL-E

T331

R335

560

4
1
5
6
2
3
7

1

P

2

C331

0.22u

IC331

FLASH CONTROL

IC331

TND721MH5-S-TL-E

3.GND

S

F

J301

ACC

LND390

+

SIDE

FOR DISCHARGING

L331

R337

C334

0.047u
250V

1M

LND331

XE_H

Cathode

XE_L

LND332

Q334

FLASH DRIVE

5

7

8

Anode

LND391

GND

1

2

34

LND333

TRIGGER

268

1.LD2.PD

D333

LASER

UNIT

(Note)

HAU160C030TP

4

IN

5

GND

VDD

OUT

2

1

NC

D332

315V

CHARGING

CAPACITOR

3

2

1

3

C333
135u

C337

FLASH

UNIT

CY25BAJ-8F-T23

6

R338

47

0

R339

XX

1M

5

4

3

ST-083

05

(Note) Be sure to read “SERVICE NOTE” on page 1-2

when replacing the laser unit (D333).

The components identified by mark 0 or dotted
line with mark 0 are critical for safety.
Replace only with part number specified.

Les composants identifiés par une marque 0 sont
critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

4-37 4-38

COVER

COVER

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

SW-395 FLEXIBLE BOARD

SW-395 FLEXIBLE BOARD

JK-254, MS-165

JK-254, MS-165

FLEXIBLE BOARD

FLEXIBLE BOARD

DSC-V1

For Schematic Diagram

• Refer to page 4-59 for printed wiring board.

1

SW-395 FLEXIBLE BOARD

A

MIC,LENS ADAPTOR SWITCH(SW BLOCK)

LND101

1

2

3

4

5

6

7

8

9

10

11

AUDIO

SIGNAL

REG_GND

KEY_AD4

IR_LED_A

IR_LED_A

IR_LED_K

IR_LED_K

PANEL_2.9V

XSELF_TIMER

MIC_GND

MIC_SIG

REG_GND

_LED

LND102

B

SY-089
(11/12)

CN753

(PAGE 4-30)

LND103

LND104

LND105

LND106

LND107

LND108

LND109

LND110

LND111

C

SIGNAL PATH

D

REC

342

S101

LENS ADAPTOR

DETECT

D102

CL-196HR-CD-T

(SELF TIMER)(RED)

For Schematic Diagram

• Refer to page 4-61 for printed wiring board.

5

6

1

342

5

6

MS-165 FLEXIBLE BOARD

A

MEMORY STICK CONNECTOR

VSS

VCC

SCLK

N.C.

INT

N.C.

DIO

N.C.

BS

VSS

LND020

LND019

LND018

LND017

LND016

LND015

LND014

LND013

LND012

LND011

MEMORY

STICK

MS

CONNECTOR

MEMORY STICK

D101

2

1

DCZ2805

(IR EMITTER)

(IR)

3

R101

1

2

2PCN101

REG_GND

MIC_SIG

REG_GND

470

LND112

MIC901

MICROPHONE

B

SY-089

(6/12)

CN705

(PAGE 4-19)

C

LND008

LND007

LND006

LND005

LND004

LND003

LND002

LND001

7

VCC

SCLK

6

5

INT

DIO

4

3

N.C.

2

BS

1

VSS

VSS

8

10

9

8

7

6

5

4

3

2

1

SIGNAL PATH

VIDEO SIGNAL

Y/CHROMA

AUDIO

SIGNAL

REC

D

PB

05

For Schematic Diagram

• Refer to page 4-61 for printed wiring board.

1

JK-254 FLEXIBLE BOARD

A

USB,A/V JACK(JK BLOCK)

CN201 5P

GND

ID

B

(USB)

C

A/V OUT
(MONO)

J201

D+

D-

VCC

05

1

2

3

4

5

6

7

GND_GUARD(REG_GND)

8

9

GND_GUARD(REG_GND)

10

11

GND_GUARD(REG_GND)

12

13

14

5

USB_GND

USB_D+

USB_D-

USB_GND

USB_JACK_IN

STATIC_GND

STATIC_GND

A_OUT

AV_JACK_IN

V_OUT

REG_GND

LND201

LND202

LND203

LND204

LND205

LND206

LND207

LND208

LND209

LND210

LND211

LND212

LND213

LND214

6

SY-089

(9/12)

CN752

(PAGE 4-26)

342

5

4

3

2

1

LND215

STATIC_GND

SIGNAL PATH

D

VIDEO SIGNAL

Y/CHROMA

AUDIO

SIGNAL

REC

PB

E

05

4-39

4-40

SW-395, JK-254, MS-165

DSC-V1

COVER

COVER

4-2. SCHEMATIC DIAGRAMS BB-004 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS BB-004 FLEXIBLE BOARD

For Schematic Diagram

• Refer to page 4-62 for printed wiring board.

1

32

56

7

84

9

BB-004 FLEXIBLE BOARD

A

SY-DD EXTENSION BOARD

B

C

D

E

F

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

SYS_DD_ON

CLK

XCS

DATA

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

BL_ON

BL_LEVEL

BL_L

BL_H

BL_THL

BL_THH

BATT/XEXT

BATT_SIG

INIT_CHARAGE

FAST_CHARGE

XRESET_FR

REG_GND

SP+

SP-

SY-089
(12/12)

CN701

(PAGE 4-31) (PAGE 4-33)

60PCN401

ST_UNREG

ST_UNREG

ST_UNREG

LANC_5.5V

EVER_3.0V

PANEL_2.9V

CAM_-7.5V

PANEL_13.5V

CAM_15V

CAM_15V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

D_1.5V

D_1.5V

D_1.5V

D_2.9V

D_2.9V

D_2.9V

A_2.9V

A_2.9V

CAM_3.2V

CAM_3.2V

USB_3.2V

USB_3.2V

ACV_UNREG

BATT_UNREG

VL_3V

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

ST_UNREG

ST_UNREG

ST_UNREG

LANC_5.5V

EVER_3.0V

PANEL_2.9V

CAM_-7.5V

PANEL_13.5V

CAM_15V

CAM_15V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

D_1.5V

D_1.5V

D_1.5V

D_2.9V

D_2.9V

D_2.9V

A_2.9V

A_2.9V

CAM_3.2V

CAM_3.2V

USB_3.2V

USB_3.2V

ACV_UNREG

BATT_UNREG

VL_3V

DD-195

(1/2)

CN082

60PCN402

SYS_DD_ON

BATT/XEXT

INIT_CHARAGE

FAST_CHARGE

XRESET_FR

DATA

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

BL_ON

BL_LEVEL

BL_H

BL_THL

BL_THH

BATT_SIG

REG_GND

BL_L

2

CLK

4

XCS

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

SP+

58

SP-

60

BB-004

4-41

G

H

SIGNAL PATH

AUDIO

SIGNAL

I

05

PB

4-42

COVER

COVER

For Schematic Diagram

• Refer to page 4-63 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS FU-165 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS FU-165 FLEXIBLE BOARD

DSC-V1

1

3

42

5

6

FU-165 FLEXIBLE BOARD

A

B

DC IN,BATTERY IN(FUSE BLOCK)

J101

DC IN

5P

LND110

LND107

LND109

LND108

LND111

STATIC_GND

ACV_UNREG1

BATT/XEXT1

ACV_GND1

STATIC_GND

LND101

STATIC_GND

C

LND106

SP901

SPEAKER

LND105

SP-

SP+

BT101

LITHIUM

BATTERY

LND112

LND113

VL_3V

ACV_GND1

D

LND102

BT901

BATTERY

TERMINAL

S

E

F

LND103

LND104

BATT_UNREG

BATT_SIG

BATT_GND

SIGNAL PATH

AUDIO

SIGNAL

PB

ACV_UNREG1

1

ACV_UNREG1

2

3

ACV_UNREG1

ACV_UNREG1

4

5

ACV_UNREG1

6

ACV_UNREG1

ACV_UNREG1

7

8

ACV_UNREG1

BATT/XEXT1

9

10

ACV_GND1

ACV_GND1

11

ACV_GND112

13

ACV_GND1

ACV_GND1

14

15

ACV_GND1

ACV_GND1

16

17

ACV_GND1

BATT_GND1

18

SP-

19

SP+

20

BATT_GND1

21

22

VL_3V

BATT_UNREG1

23

24

BATT_UNREG1

25

BATT_UNREG1

26

BATT_UNREG1

27

BATT_UNREG1

28

BATT_UNREG1

BATT_UNREG1

29

30

BATT_UNREG1

31

BATT_SIG1

32

BATT_GND1

33

BATT_GND1

BATT_GND1

34

BATT_GND1

35

36

BATT_GND1

BATT_GND1

37

BATT_GND1

38

39

BATT_GND1

LND151

LND152

LND153

LND154

LND155

LND156

LND157

LND158

LND159

LND160

LND161

LND162

LND163

LND164

LND165

LND166

LND167

LND168

LND169

LND170

LND171

LND172

LND173

LND174

LND175

LND176

LND177

LND178

LND179

LND180

LND181

LND182

LND183

LND184

LND185

LND186

LND187

LND188

LND189

DD-195

(1/2)

CN081

(PAGE 4-33)

A

B

C

D

E

05

1

342

CONTROL SWITCH BLOCK(GL-51470)

CONTROL SWITCH BLOCK (GL-51470) is replaced as a block,
so that PRINTED WIRING BOARD is omited.

SY-089
(10/12)

CN703

(PAGE 4-27)

LND251

LND252

LND253

LND254

LND255

LND256

1

REG_GND

2

REG_GND

3

KEY_AD0

KEY_AD1

5

64KEY_AD2

(RIGHT)/MACRO

IMAGE SIZE/DELETE

(DOWN)/SELF TIMER

MENU (UP)/FLASH

NC

S254

R251
3300

S253

R252

1500

S252

R253
1200

S251 S255

R257
1200

S259

R258
1500

DISPLAY/

LCD ON/OFF

(LEFT)/REVIEW

S260

5

(SET)

R254
3300

R255
1500

R256

1200

R259
3300

6

S258

S257

S256

S261

AE LOCKFOCUSEXPOSURE/INDEX

05

The components identified by mark 0 or dotted
line with mark 0 are critical for safety.
Replace only with part number specified.

Les composants identifiés par une marque 0 sont
critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

4-43

4-44

FU-165, GL-51470

DSC-V1

COVER

COVER

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

1

428109

5 12

6

7

113

CONTROL SWITCH BLOCK (MODE-51470)

A

CONTROL SWITCH BLOCK (MODE-51470) is replaced as a block,
so that PRINTED WIRING BOARD is omited.

B

MAZT082H08S0

MAZT082H08S0

D101

D113

1SS387-TPL3

D102

C

D

CN100

25P

XAE_LOCK_ON

E

INTE_STRB_ON

LANC_JACK_IN2

F

SY-089
(10/12)

CN704

(PAGE 4-27)

G

MODE_DIAL2

MODE_DIAL

XSETUP_ON

PWR_LED_ON

XTALLY_LED

AE_LOCK_LED

XCHARGE_LED

Program_Dial_B

Program_Dial_A

XSHTR_ON

REG_GND

LANC_SIG

REG_GND

KEY_AD3

XPB_ON

REG_GND

XPWR_ON

D_2.9V

EVER_3.0V

KEY_AD2

1

2

3

4

5

HOT

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

NC

25

H

MAZT082H08S0

D103

STATIC_GND

LND100

MAZT082H08S0

D104

MAZT082H08S0

D109

MAZT082H08S0

D110

C100

0.01u

R112

R113

03P4J

1k

D112

R114

S103

(SHUTTER)

(DOWN)

SCENE

XPWR_ON

(2nd)

1

2

(1st)

3

4

ZOOM

R107

S105S101

1200

(UP)

(OFF) NIGHTSHOT

S102

R108
4700

0.5%

R109

6800

S108

(MODE DIAL)

5

A

6

B

C

POWER

S104

4

3

10

2

1

R110
3300

MANUAL

AE-A

AE-S

P_AUTO

1500

1200

R115

R116

XSHTR_ON

XAE_LOCK_ON

0

0

LANC_SIG

REG_GND

HOT

INTE_STRB_ON

LANC_JACK_IN2

SHOE_GND

LND101

LND102

LND103

LND104

LND105

LND106

INTELLIGENT

SHOE

D105

TLGV1021(T15SOY2,F)

(POWER)(GREEN)

D106

TLRMV1021(T15SOY,F)

(SELF TIMER/RECORDING)(RED)

D107

TLGV1021(T15SOY2,F)

(AE/AF LOCK)(GREEN)

D108

TLYV1021(T15SOY,F)

/CHG

(ORANGE)

R105

6800

1200

R104

NIGHTFRAMING

SET_UP

MOVIE

PLAY

AUTO

R103

270

R100
1200

R101

470

R102

820

MODE-51470

I

J

05

The components identified by mark 0 or dotted
line with mark 0 are critical for safety.
Replace only with part number specified.

4-45 4-46

DIAL_A

S106

(JOG DIAL)

EXECUTE

DIAL_B

Les composants identifiés par une marque 0 sont
critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

COVER

COVER

Link

Link

DSC-V1

4-2. SCHEMATIC DIAGRAMS

SY-089 BOARD (1/12)

SY-089 BOARD (1/12)

SY-089 BOARD (2/12)

SY-089 BOARD (2/12)

SY-089 BOARD (3/12)

SY-089 BOARD (3/12)

SY-089 BOARD (4/12)

SY-089 BOARD (4/12)

SY-089 BOARD (5/12)

SY-089 BOARD (5/12)

SY-089 BOARD (6/12)

SY-089 BOARD (6/12)

(MEMORY, CLOCK GENERATOR)

(MEMORY, CLOCK GENERATOR)

SY-089 BOARD (7/12)

SY-089 BOARD (7/12)

(LCD DRIVE, TIMING GENERATOR)

(LCD DRIVE, TIMING GENERATOR)

(CAMERA MODULE)

(CAMERA MODULE)

(SIGNAL GENERATOR)

(SIGNAL GENERATOR)

(LENS DRIVE)

(LENS DRIVE)

(CAMERA DSP)

(CAMERA DSP)

(SH DSP)

(SH DSP)

SY-089 BOARD (8/12)

SY-089 BOARD (8/12)

SY-089 BOARD (9/12)

SY-089 BOARD (9/12)

SY-089 BOARD (10/12)

SY-089 BOARD (10/12)

SY-089 BOARD (11/12)

SY-089 BOARD (11/12)

(AF LASER/IR LED DRIVE, FLASH CONTROL)

(AF LASER/IR LED DRIVE, FLASH CONTROL)

SY-089 BOARD (12/12)

SY-089 BOARD (12/12)

(INTELLIGENT SHOE CONTROL, DC POWER)

(INTELLIGENT SHOE CONTROL, DC POWER)

DD-195 BOARD (1/2)

DD-195 BOARD (1/2)

(DC POWER IN, CONNECTOR)

(DC POWER IN, CONNECTOR)

DD-195 BOARD (2/2)

DD-195 BOARD (2/2)

WAVEFORMSCOMMON NOTE FOR SCHEMATIC DIAGRAMS

WAVEFORMSCOMMON NOTE FOR SCHEMATIC DIAGRAMS

(AUDIO, VIDEO)

(AUDIO, VIDEO)

(USB INTERFACE)

(USB INTERFACE)

(FRONT CONTROL)

(FRONT CONTROL)

(DC/DC CONVERTER)

(DC/DC CONVERTER)

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

SY-089 BOARD (1/12)

A

CAMERA MODULE(CH BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE
P:PB MODE

B

C

D

CD-441

FLEXIBLE

LND101-LND139

(PAGE 4-7)

E

F

G

2

CN151

39P

1GND

2H1A

3H2A

4GND

5RG

6GND

7H1B

8H2B

9GND

10GND

11CAM_15V

12GND

13GND

14CCD_OUT

15GND

16GND

17GND

18VSUB_CONT

19VSUB

20GND

21V8

22V7B

23V7A

24V6

25Vhold

26V5B

27V5A

28V4

29Vst

30V3B

31V3A

32V2

33V1B

34V1A

35GND

36CCD_TEMP

37GND

38CAM_-7.5V

39GND

H

I

Note: Each model has its

own camera module.

J

Discrimination
method is the follow­ing.

K

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

4

C155

0.1u

C152

C151

0.22u

0.22u

R156

100k

D151

MA2S111-(K8).SO

L151

100uH

C153

3.3u
35V

5

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

1

V4

2

NC

3

C154

0.01u

V5B

4

NC

5

VH

6

NC

7

V5A

8

NC

9

V3B

NC

10

V3A

11

NC

12

VL

13

NC

14

V2

15

V1

16

50NC51

52NC53

IC151

V DRIVER

IC151

CXD3440GA-T4

54NC55NC56NC57NC58NC59NC60NC61NC62NC63VM64

XV6

VSS

V6

SUB18NC19NC20NC21NC22NC23NC24NC25NC26NC27NC28NC29MODE30NC31VDD32XSUB

17

8

49

XV4

XSG5B

48

XV5

47

NC

46

XSG5A

45

NC

44

XV3

43

NC

42

XSG3B

41

NC

40

XSG3A

39

NC

38

XV2

37

NC

36

XV1

35

NC

34

XSG1

33

0.1u
C167

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

910

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

11 15 17 183

19202122232425262728293031323334353637

38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55

XFE_CS

XTG_CS

CAM_SO

XCAM_SCK

12

IC152

CAMERA MODULE

(CH-122 (5M-V1) BOARD)

220

R161

R160 220

XCAM_RESET

CLPDM

CLPOB

IC152

220

R163

CA_HR

220

R164

CA_VR

TG_CLK

MCK12

13 1667

5.6

5.6

5.6

R167

R168

R166

(Note)

FB151

C156

0.1u

150

R165

14

Note: EMI filter is mounted to the location

where FB151 is printed.

5.6

R169

XX

C158

XX

C161

XX

C162

C163

XX

123456789101112131415161718

56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74

C157

47u

6.3V

TG_WEN

R170

100k

FB152

C159

47u

6.3V

C160

47U

6.3V

C164

3.3u
35V

C165

22u

16V

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

CA_VR

CA_HR

CLPOB

CLPDM

MCK12

CAM_SO

XCAM_SCK

XCAM_RESET

XTG_CS

TG_CLK

TG_WEN

XFE_CS

L152
47uH

5

R3.3
/P15

R15.1/P0

Q152

RN2907FE(TPLR3)

B+ SWITCH

15.1

C166

R3.3

0.1u

/P15

1

4

R0
/P14.9

2

3

6

R3.1
/P-7.5

R-7.6/P0

5

R0

R171

82k

/P14.8

6

3

1

4

-7.6

L153
47uH

L154

47uH

R2.9/P0

2

Q153

RN1907FE(TPLR3)

B- SWITCH

CA_ADI00

CA_ADI01

CA_ADI02

CA_ADI03

CA_ADI04

CA_ADI05

CA_ADI06

CA_ADI07

CA_ADI08

CA_ADI09

CA_ADI10

CA_ADI11

CA_ADI12

CA_ADI13

CA_FDI

CA_HDI

CLPOBI

CLPDMI

MCK12

MCK12

CAM_SO

XCAM_SCK

XCAM_RESET

XTG_CS

TG_CLK

TG_WEN

VSUB_CONT

XFE_CS

CCD_TEMP

CAM_DD_ON

CAM_3.2V

CAM_15V

CAM_-7.5V

REG_GND

1

(2/12)

2

(4/12)

3

(5/12)

4

(5/12)

5

(6/12)

6

(4/12)

7

(5/12)

8

(12/12)

L

SY-089 (1/12)

05

DSC-V1 : D3431

4-9

4-10

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

2

SY-089 BOARD (2/12)

A

B

C

D

E

F

G

SIGNAL GENERATOR

XX MARK:NO MOUNT

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

9

(4/12)

10

(5/12)

11

(5/12)

1

(1/12)

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

CA_FD

CA_HD

CLPOB

CLPDM

CAM_SO

XCAM_SCK

XCAM_RESET

XTG_CS

CA_ADI00

CA_ADI01

CA_ADI02

CA_ADI03

CA_ADI04

CA_ADI05

CA_ADI06

CA_ADI07

CA_ADI08

CA_ADI09

CA_ADI10

CA_ADI11

CA_ADI12

CA_ADI13

CA_FDI

CA_HDI

CLPOBI

CLPDMI

MCK12

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

CA_FD

CA_HD

CLPOB

CLPDM

CAM_SO

XCAM_SCK

XCAM_RESET

XTG_CS

CA_ADI00

CA_ADI01

CA_ADI02

CA_ADI03

CA_ADI04

CA_ADI05

CA_ADI06

CA_ADI07

CA_ADI08

CA_ADI09

CA_ADI10

CA_ADI11

CA_ADI12

CA_ADI13

CA_FDI

CA_HDI

CLPOBI

CLPDMI

MCK12

CA_FDI

CLPDMI

CA_HDI

CLPOBI

CA_ADI00

CA_ADI02

MCK12

CA_ADI01

CA_ADI03

CA_ADI05

C681

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

5

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

67

9843

10

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

CA_AD11

CA_AD12

CA_AD13

XX

C683

1u

45

46

47

48

ADOUT13

ADOUT12

CCDFDOUT

CLPDUMOUT

49

CCDHDOUT

50

VDDE

51

CLPOPBOUT

52

VSS

53

XTST

54

VDDI

55

ADIN00

56

ADIN02

57

CLK

58

VSS

59

VDDE

60

ADIN01

61

ADIN04

62

ADIN03

63

ADIN05

64

ADIN072ADIN063ADIN094ADIN085VDDE6ADIN107VSS8ADIN119ADIN1310ADIN1211XSM12VDDI13SCK14VPD15SMCK16CLPDUMIN

1

CA_AD09

CA_AD10

41

42

43

44

VSS

VDDE

ADOUT11

ADOUT09

IC681

SIGNAL GENERATOR,SRAM

IC681

CXD3176GA-T2

CA_AD08

40

ADOUT08

ADOUT10

39

CA_AD06

38

VDDI

CA_AD07

37

ADOUT06

CA_AD05

36

ADOUT05

ADOUT07

35

34

VDDE

CA_AD04

33

ADOUT04

VSS

ADOUT03

ADOUT02

ADOUT01

ADOUT00

VDDE

TEST0

XRST

CCDHDIN

SDATA

CCDFDIN

CLPOPBIN

VSS

MST

VSS

VDDI

XCS

C684

0.1u

REG_GND

12

D_1.5V

D_2.9V

C687

22u

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

C686

0.1u

CA_AD03

CA_AD02

CA_AD01

CA_AD00

XCAM_RESET

CA_HD

CAM_SO

CA_FDCA_ADI04

CLPOB

XTG_CS

(12/12)

SIGNAL PATH

C682

XX

CLPDM

XCAM_SCK

VIDEO

SIGNAL

Y/CHROMA

REC

CA_ADI07

CA_ADI06

CA_ADI09

CA_ADI08

CA_ADI10

CA_ADI11

CA_ADI13

CA_ADI12

H

05

4-11

4-12

SY-089 (2/12)

DSC-V1

COVER

COVER

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

SY-089 BOARD (3/12)

A

LENS DRIVE(LD BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE

P:PB MODE

B

C

D

LENS
UNIT

E

F

LENS UNIT is replaced as a block.
So that there PRINTED WIRING BOARD and
SCHEMATIC DIAGRAM are omitted.

G

CN301

IR_FILTTER+

IR_FILTTER+

IR_FILTTER-

IR_FILTTER-

IR_SENS_VCC

IR_SENS_RST

IR_SENS_GND

F_RST_SENS

F_RST_VCC

TEMP_OUT

TEMP_GND

FOCUS_B

FOCUS_B

FOCUS_B

FOCUS_B

FOCUS_A

FOCUS_A

FOCUS_A

FOCUS_A

SHUTTER-

SHUTTER-

SHUTTER+

SHUTTER+

Z_RST_SENS1

Z_RST_SENS2

Z_RST_GND

Z_RST_VCC

ZOOM_B

ZOOM_B

ZOOM_B

ZOOM_B

ZOOM_A

ZOOM_A

ZOOM_A

ZOOM_A

IRIS-B

IRIS-B

IRIS-A

IRIS-A

2

39P

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

H

I

J

FOCUS_B

FOCUS_B

FOCUS_A

FOCUS_A

SHUTTER-

SHUTTER+

ZOOM_B

ZOOM_B

ZOOM_A

ZOOM_A

IRIS_B

IRIS_B

IRIS_A

IRIS_A

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

4 11893

C302

0.1u

L302
10uH

10uH

L303

5 12

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

C304

0.1u

R0/P5

CP1

25

R0/P5

CP2

26

CP3

27

CP4

28

R9.9/P4.6

C305

0.1u

R2.8/P0

VG

29

DGND

30

0.6

VLIM

31

VREF

32

PS

33

2.9

VCC

34

BR6

35

BR5

36

C317

22u

C306

10V

XX

FOCUS_B

FOCUS_B

R0.8/P0

R0.8/P05R0.9/P0

22

23

VM2

OUT4A24OUT4B

OUT5A38OUT5B39VM340PGND2

37

5

R1.1/P0.6

R1.1/P0.6

ZOOM_A

ZOOM_A

6

IRIS_B

IRIS_B

FOCUS_A

FOCUS_A

R1.5/P0

R2.1/P0

R2.9/P05R2.9/P0

16

17

19

20

21

OUT2A18OUT2B

OUT3A

OUT3B

PGND1

IC303

LENS DRIVER

IC303

BD6752AKV-E2

OUT6A42OUT6B43OUT7A44RNF45VM446OUT7B47EN748IN7

41

0

5

R1/P0.5

R1/P0.5

R1/P0.5

22u 10V

C316

R308

XX

2.2
5%

C310

ZOOM_B

ZOOM_B

SHUTTER+

IRIS_A

VM1

R0.1/P0.7

SHUTTER-

7

IRIS_A

R2.1/P0

0

13

14

CNF

OUT1A15OUT1B

0

R0/P2.9

Q304

RN2910FE(TPLR3)

B+ SWITCH

R-1.2/P-0.7

R-1.2/P-0.7

IN1

EN1

IN2

EN2

IN3

EN3

IN4

EN4

IN5

EN5

IN6

EN6

Q305

DTA143TMT2L

B+ SWITCH

R1.7/P2.8

12

R2.8/P0

11

R1.2/P0

10

R2.8/P0

9

R0.5/P0

8

0

7

R2.5/P2.9

6

0

5

R1.4/P0

4

0

3

R1.4/P0

2

0

1

621

3

5

2.9

/P-0.7

10

CAM_SO

XCAM_SCK

PRELAMP_AF_CONT

A1

A2

A3

LD

N.C

A01

N.C

A4

IC304

A02

B1

B4

R-1.2

2.9

2.9

C313

R307

EVR

CLK

(D/A CONVERTER)

IC304

BH2220GLS-E2

A03

C1

C4DID1

1u

6.3V

R305

68k

68k

D302

XX

HR_DIR2A

HR_EN2

HR_DIR2B

HR_DIR0A

HR_EN0

HR_DIR0B

HR_DIR1A

HR_EN1

HR_DIR1B

N.C

D4

GND

D3

VCC

D2

N.C

R306

68k

RB301

1k

D303

XX

XXC314

HR_EN0

HR_DIR0A

HR_DIR0B

HR_EN1

HR_DIR1A

HR_DIR1B

HR_EN2

HR_DIR2A

HR_DIR2B

MSHUT_EN

MSHUT_ON

C315

10u

D_2.9V

REG_GND

CAM_P_5V

SP_VOL

DAC_STB

XCAM_DR_PS

LENS_TEMP

STATIC_GND

XFC_RST_LED

XFC_RST_SENS

XZM_RST_SENS1

XZM_RST_SENS2

HR_EN0

HR_DIR0A

HR_DIR0B

HR_EN1

HR_DIR1A

HR_DIR1B

HR_EN2

HR_DIR2A

HR_DIR2B

MSHUT_EN

MSHUT_ON

13

(5/12)

15

(12/12)

16

(8/12)

17

(5/12)

18

(10/12)

13

14

(11/12)

19

(4/12)

MSHUT_EN

MSHUT_ON

2.9

2.9

2.9

4

R303

68k

XLENS_RST_LED

XIR_SENS_LED

SY-089 (3/12)

L304

K

L

05

8

PGND

0.8

7

OUT1

0.8

6

OUT2

5

NC

IC302

IR FILTER

MOTOR DRIVE

IC302

LB1938T-TLM-E

SGND

5

1

VCC

0

2

IN1

0

3

IN2

4

C311

XX

10uH

C312

22u

10V

4-13 4-14

XIR_RST_SENS

IR_FILTER_IN

IR_FILTER_OUT

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

32

SY-089 BOARD (4/12)

A

CAMERA DSP(HMS BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

05

(1/12)

6

(1/12)

9

(2/12)

19

(3/12)

21

(5/12)

22

(5/12)

23

(5/12)

24

(5/12)

25

(5/12)

26

(5/12)

29

28

(10/12)

(5/12)

30

(10/12)

31

(8/12)

32

(7/12)

2

VSUB_CONT

XFC_RST_LED

XFC_RST_SENS

XZM_RST_SENS1

XZM_RST_SENS2

MSHUT_EN

MSHUT_ON

XLENS_RST_LED

XIR_SENS_LED

XIR_RST_SENS

IR_FILTER_IN

IR_FILTER_OUT

XCS_HMS_RAM

XCS_HMS_REG

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

27

(6/12)

TG_WEN

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

HR_EN0

HR_DIR0A

HR_DIR0B

HR_EN1

HR_DIR1A

HR_DIR1B

HR_EN2

HR_DIR2A

HR_DIR2B

AU_LRCK

MC_XWE0

MC_XWE1

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_A08

MC_A09

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

XRST_SYS

AU_AOUT

AU_AINL

PANEL_V

CLPDM

PLLBYP

IRQIMG

20

AU_2.9V

(8/12)

VSUB_CONT

XFC_RST_LED

XFC_RST_SENS

XZM_RST_SENS1

XZM_RST_SENS2

HR_DIR0A

HR_DIR0B

HR_DIR1A

HR_DIR1B

HR_DIR2A

HR_DIR2B

MSHUT_EN

MSHUT_ON

XLENS_RST_LED

XIR_SENS_LED

XIR_RST_SENS

IR_FILTER_IN

IR_FILTER_OUT

AU_LRCK

XCS_HMS_RAM

XCS_HMS_REG

MC_XWE0

MC_XWE1

XRST_SYS

AU_AOUT

TG_WEN

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

HR_EN0

HR_EN1

HR_EN2

PLLBYP

IRQIMG

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_A08

MC_A09

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

AU_AINL

PANEL_V

MCK12

CA_FD

CA_HD

CLPOB

CLPDM

CLPOB

CLPDM

CA_HD

CA_FD

CA_AD13

CA_AD12

CA_AD09

CA_AD11

CA_AD10

CA_AD08

CA_AD06

CA_AD07

CA_AD04

CA_AD05

CA_AD03

XWAIT

CKIO

SYS_V

HDO

CA_AD02

CA_AD00

CA_AD01

MC_A23

MC_A25

MC_A22

MC_A24

MC_A19

MC_A21

MC_A18

MC_A20

MC_A15

MC_A14

MC_A17

MC_A11

MC_A16

MC_A13

MC_A08

MC_A07

MC_A12

MC_A05

MC_A10

MC_A04

MC_A09

MC_A03

MC_A02

MC_A06

MC_A01

CL601

MC_XRD

CL602

XCS_HMS_REG

CL603

XCS_HMS_RAM

CL604

MC_XWE0

CL605

MC_XWE1

IRQIMG

CL606

XWAIT

MC_D09

MC_D02

MC_D00

MC_D08

MC_D13

MC_D05

MC_D01

MC_D04

MC_D07

MC_D12

MC_D15

MCK12

CA_FD

CA_HD

CLPOB

XWAIT

CKIO

SYS_V

HDO

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

56

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

291

292

293

294

295

296

297

298NC299NC300NC301NC302

303NC304

NC

CL607

C602

0.1u

C601

0.1u

NC

1

SMCK

2

CAMVDI

3

EXTVALID

4

DGND_0

5

PBLK

6

OPBCLP

7

DUMCLP

8

CCDHD

9

CCDFD

VCC3_0

10

ADIN15

11

ADIN13

12

ADIN12

13

ADIN09

14

ADIN14

15

ADIN11

16

VCC2_0

17

ADIN10

18

ADIN08

19

ADIN06

20

ADIN07

21

ADIN04

22

ADIN05

23

ADIN03

24

ADIN02

25

ADIN00

26

ADIN01

27

DGND_1

28

A23

29

A25

30

A22

31

A24

32

A19

33

A21

34

A18

35

A20

36

A15

37

A14

38

A17

39

A11

40

A16

41

VCC3_1

42

A13

43

A08

44

A07

45

A12

46

A05

47

A10

48

A04

49

A09

50

A03

51

A02

52

A06

53

A01

54

RDX

55

VCC2_1

56

CSX

57

CSXRAM

58

WRLX

59

WRHX

60

IRQJPG

61

IRQIMG

62

DGND_2

63

XWAIT

64

D09

65

D02

66

D00

67

D08

68

D13

69

VCC3_2

70

D05

71

D01

72

D04

73

D07

74

D12

75

D15

76

D1178D0379D0680D1481D1082DGND_383XWAITIN84MD[0]85MD[1]86MD[2]87PLLVCC88CLKI89PLLGND90PLLMD[0]91PLLINSEL92DACMD93VCC2_294RSTX95SONYTEST96CLKTG97PLLMD[1]98PLLMD[2]99PLLXMSK

77

MC_D03

MC_D11

MC_D06

MC_D14

VSSQR

MC_D10

VSSL

VSSR

VDDR

VSSQL

VDDQL

VDDQR

C604

0.01u

L601

C603

10uH
22u
4V

CKIO

813 20184

FB604

C606

22u

6.3V

284

285

283

286

287SM288

289

290

/cs

MST

XTST

VDDL

AVDD_3

DGND_16

0.1u

C607

R601

1k

MCK12

XRST_SYS

9

AU_AINL

R602

10k

0.5%

R603
5600

0.5%

C608

0.5%

R604

10k

280

281

278

279

282

VRPR

VRNR

AVS_2

AVS_3

AOUTR

VCC3_3

PLL24

PLL12

100

101

102

103

AU_AOUT

C610

0.1u

0.1u

0.1u

C609

275

276

277

VRBL

VRNL

AOUTL

VCC2_3

PLLBYP

104

105NC106

PLLBYP

AVDD_2

XCS00

0.1u

0.1u

0.1u

C613

C612

C611

268

269

270

271

272

273

274

AIN

VRL

VRH

VR_1

AVS_1

AVDD_1

DGND_4

107

XCS01

108

XCS02

XCS03

109

110

DGND_15

IC601

CAMERA DSP,256M SDRAM

IC601

(HM(5M SA)BOARD)

XRAS

XCAS

QCLKE

111

112

113

114

ACLK

VCC3_4

266NC267

115NC116

11

CL608

AU_LRCK

258

259

260

261

262

263

264

265

SCLK

AUCK

ADCK

XACLK

XPWAD

XPWDA

VCC3_14

QCLK

DGND_5

BA01

AQ09

BA00

VCC3_5

AQ12

122

117

123

118

119

120

121

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

127 15

MSHUT_ON

246

VCC3_13

AQ01

135

C616

0.1u

245

SHUTTER

VCC3_6

136

C617

0.1u

IRISOUT

AQ00

HR_EN2

HR_DIR1B

HR_DIR2A

HR_DIR2B

238

239

240

241

242

243

244

EN2

DIR1B

DIR2A

DIR2B

SENS2

VCC2_7

XWE

DQM03

DQM02

DQM01

DQM00

DGND_7

137

138

139

140

141

142

143

VCC2_8

AQ06

STRB_ON

VSUB_CONT

EXT_STRB_ON

R605

1k

C615

0.1u

247

248

249

250

251

252

253

254

255

256

257

SIA

SOA

VR_0

AVS_0

AVDD_0

STRBAD

AQ05

AQ11

AQ03

AQ10

124

125

126

127

STROBE1

STROBE2

SUBCNTL

DGND_14

DGND_6

AQ02

VCC2_4

AQ07

AQ08

AQ04

128

129

130

131

132

133

134

C614

0.1u

1410 19 21

HR_EN1

HR_EN0

DIR0B

DQ25

HR_DIR0A

234

147

DIR0A

DQ28

233

148

C618

0.1u

XFC_RST_SENS

232

EN0

SENS0

VCC3_7

DQ27

149

PANEL_V

230

229

231

VPD

LCDVD

VCC3_12

DGND_13

DGND_12

DGND_11

DGND_10

DQ23

DQ22

DQ26

151

152

150

HR_DIR1A

DIR1A

DQ30

HR_DIR0B

235

236

237

EN1

SENS1

DQ31

DQ29

145

144

146

CAMVDO

EXTPAL

VCC2_6

VCC3_11

VCC2_5

VCC3_10

VCC3_9

DGND_9

VCC3_8

DGND_8

16

FB603

FB602

228

NTVDO

227

FLD

226

HD

225

224

223

NC

222

VAVS4

221

R607

27k

CO

220

0.5%

VAVD4

219

VRO2

218

VREF2

217

VAVD3

216

YO

215

VAVS3

214

VAVS2

213

RO

212

VAVD2

211

VRO1

210

VREF1

209

VAVD0

208

GO

207

BAVS0

206

BAVD1

205

C619

BO

204

VAVS1

203

202

PIO00

201

200

PIO05

199

PIO01

198

PIO06

197

PIO02

196

PIO03

195

PIO09

194

193

PIO10

192

PIO04

191

PIO12

190

PIO07

189

PIO08

188

PIO13

187

186

PIO14

185

PI011

184

PIO15

183

182

DQ00

181

DQ02

180

179

DQ03

178

DQ01

177

DQ06

176

DQ04

175

DQ07

174

DQ05

173

172

DQ09

171

DQ08

170

DQ10

169

168

DQ12

167

DQ11

166

165

DQ13

164

DQ14

163

DQ16

162

DQ17

161

DQ18

160

159

DQ15

158

DQ19

157

DQ20

156

DQ21

155

154

DQ24

153

2.9

C635

XX

R606

C622 0.1u

C623

IC602

TC7S86FU(TE85R)

0

10k

0.1u

0.1u

45

Y GND

VCC

17

L602

XOR

IC602

R622

XX

XZM_RST_SENS1

2.8

A

2.8

123

B

C620

18k

6800
C621

330

560

0.5%
R614

R608

C633

XX

C634

0.1u

XZM_RST_SENS2

STRB_ON

EXT_STRB_ON

C624

XX

SYS_V

HDO

0.1u

R609

0.5%

R610

0.5%

XX

R611

0.5%

R612

0.5%

18k

R615

0.5%
27k

0.5%

R613

560

0.5%

560

0.5%

R616

XX

IR_FILTER_OUT

XLENS_RST_LED

IR_FILTER_IN

MSHUT_EN

XFC_RST_LED

XFC_RST_SENS

XIR_SENS_LED

XZM_RST_SENS2

XIR_RST_SENS

XZM_RST_SENS1

TG_WEN

0.2

SIGNAL PATH

10uH

A_2.9V

D_2.9V

D_1.5V

33

(12/12)

Y/CHROMA

REG_GND

STRB_ON

EXT_STRB_ON

CV_OUT

PANEL_R

PANEL_G

PANEL_B

AUDIO

SIGNAL

(11/12)

34

35

(12/12)

36

(8/12)

37

(7/12)

C626

C627

C625

10u

10u

22u

4V

R620
2200

0.8

Q606

2SA2029T2LQ/R

BUFFER

VIDEO SIGNAL

CHROMA

REC

PB

4-15

4-16

SY-089 (4/12)

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

SY-089 BOARD (5/12)

A

SH DSP(SH BLOCK 1/2)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

B

38

(12/12)

C

D

39

E

(11/12)

PRELAMP_AF_ON

F

40

(12/12)

G

(6/12)

41

H

42

(10/12)

I

17

(3/12)

J

XAU_POWER_SAVE

43

(8/12)

K

REG_GND

USB_3.2V

IR_LED_ON

HSHOE_CONT

EXT_STRB_CONT

TG_CLK_EN

USB_CLK_EN

XAE_LOCK_LED

XMC_NMI

MC_HELP

MC_UPDATE

DAC_STB

XCAM_DR_PS

LENS_TEMP

AU_HGL_SEL

XAU_SP_MUTE

XAU_LINE_MUTE

VAMP_ON

D_2.9V

PD_LEV

XCS_MC

D_1.5V

2

C501
10u

CL501

XRST_JTAG

CL502

XASEMD0

CL503

XASEBREAK

CL504

XTRST

R501

TCK

TDI

TDO

TMS

XEEPROM_BUSY

DAC_STB

MS_POWER_ON

VBUS

MC_D15

MC_D14

MC_D13

MC_D12

MC_D11

MC_D10

MC_D09

MC_D08

MC_D07

MC_D06

MC_D05

MC_D04

MC_D03

MC_D02

MC_D01

MC_D00

XCS_MC

XMC_NMI

MC_HELP

MC_UPDATE

DAC_STB

XCAM_DR_PS

LENS_TEMP

AU_HGL_SEL

CL505

CL506

CL507

CL508

CL509

L

SIGNAL PATH

M

VIDEO SIGNAL

Y/CHROMA

AUDIO

SIGNAL

REC

PB

N

05

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

4 118 15

C502

47u

4V

0

2.6

Q501

DTC144EMT2L

LED DRIVE

0

5

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

FB505

FB506

RB501

47k

0.1u

C503

0.1uC504

47k

R503

1

STATUS1/PTE(1)

2

STATUS0/PTE(0)

3

XVDATA/PTD(0)

4

TXENL/PTD(1)

5

SUSPND/PTD(1)

6

VBUS/PTD(3)

7

T02/PTQ(1)

8

TO0/PTE(2)

9

BREQ

TO3/PTQ(2)

10

TXDMNS/PTD(7)

11

TXDPLS/PTD(6)

12

PTM(2)

13

DPLS/PTD(4)

14

DMNS/PTD(5)

15

TEND/PTQ(0)

16

D31/PTB(7)

17

Vcc

18

D30/PTB(6)

19

Vss

20

D29/PTB(5)

21

D28/PTB(4)

22

D27/PTB(3)

23

VssQ

24

D26/PTB(2)

25

VccQ

26

D25/PTB(1)

27

D24/PTB(0)

28

PTM(1)

29

D23/PTA(7)

30

D22/PTA(6)

31

D21/PTA(5)

32

D20/PTA(4)

33

D19/PTA(3)

34

D18/PTA(2)

35

D17/PTA(1)

36

D16/PTA(0)

37

VssQ

38

D15

39

VccQ

40

D14

41

D13

42

D12

43

D11

44

D10

45

Vcc

46

D9

47

Vss

48

D8

49

PTM(0)

50

D7

51

D6

52

VssQ

53

D5

54

VccQ

55

D4

56

D3

57

D2

58

D1

59

D0

60

6

RB504

47k

C522

0.1u

C507

0.1u

235

236

237

238

239DP240

DM

AVss

AVcc(USB)

AN[7]/PTL[7]

VssQ

A0/PTK(0)62A1

63A264A365

61

MC_A01

MC_A02

MC_A03

7

CCD_TEMP

LENS_TEMP

RB505

0.1uC508

228

229

230

231

232

233

234

AN[6]/PTL[6]

66A467

MC_A04

AVcc(AD)

AN[1]/PTL[1]

AN[2]/PTL[2]

AN[3]/PTL[3]

AN[4]/PTL[4]

AN[5]/PTL[5]

VccQ68A569A670A771PTN(6)72A873A974TI2A/PTN(7)75A1076A11

MC_A05

MC_A06

MC_A07

XEEPROM_WE

MC_A08

XFE_CS

RB503

1k

47k

0.1u

CL510

C509

221

222

223

224

225

226

227

PTM(3)

AVss(AD)

TO1/PTE(3)

AN[0]/PTL[0]

CTS5/SCPT2(6)

TXD5/SCPT2(4)

RTS5/SCPT2(5)

RXD5/SCPT2(4)

TI2B/PTQ(7)78A1279A1380VssQ81A1482VccQ83A1584A1685A1786A1887A19/PTK(1)88A20/PTK(2)

77

MC_A09

MC_UPDATE

MC_A10

MC_A11

MC_A12

MC_A13

XCAM_RESET

CL511

219

220

PTM(4)

MC_A14

C511

0.1u

218

VccQ

0.1u

C510

MC_A15

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

CKIO2

217

MC_A16

XACCESS_LED

216

VssQ

MSDIR/PTC(0)

MC_A17

MS_DIO

215

MSDIO/PTC(1)

MC_A18

9

MS_BS

214

MSBS/PTC(2)

MC_A19

MS_SCLK

FB504

100

R519

212

213

Vcc

MSSCLK/PTC(3)

IC501

MC CAM,SH DSP,FLASH

HD6417190BPZ110CHV

Vss90A21/PTK(3)91Vcc

89

MC_A20

XFLASH_WP

211

PTM(5)

IC501

MC_A21

XUSB_DACK1

209

210

DACK1/PTC(7)

0.1u

C512

92

MC_A22

10

EEPROM_SCK

XUSB_DREQ1

204

205

206

207

208

Vss

TXD3/PTH(5)

SCK3/PTH(7)

SCK2/PTH(4)

RXD3/PTH(6)

DREQ(1)/PTC(6)

A22/PTK(4)93A23/PTK(5)94VssQ95A24/PTK(6)96VccQ97A25/PTK(7)98BS

MC_A23

MC_A24

MC_A25

EEPROM_SI

203

RXD2/PTH(3)

EEPROM_SO

202

TXD2/PTH(2)

99RD100

MC_XRD

CAM_SI

201

RXD1/SCPT(5)

WE0/DQMLL

MC_XWE0

CAM_SO

R543 100k

200

TXD1/SCPT(4)

WE1/DQMLU

101

MC_XWE1

XCAM_SCK

199

SCK1/SCPT(6)

WE2/DQMUL

102

CAM_DD_ON

197

198

PTM(6)

WE3/DQMUU/AH

103

104

195

196

SCK4/SCPT2(1)

RXD4/SCPT2(0)

TI3A/PTQ(6)

RDWR

106

105

CL512

193

194

CTS4/SCPT2(3)

RTS4/SCPT2(2)

TXD4/SCPT2(0)

AUDSYNC/PTG(4)

TI3B/PTQ(5)

VssQ

107

108

FR_SO

XCAM_DR_PS

191

192

PTM(7)

CS0

109

110

XCS_FLASH

XTG_CS

12

FR_SI

190

TXD0/SCPT(0)

RXD0/SCPT(0)

PTN(5)

VccQ

111

XEEPROM_CS

188

189

PTN(0)

CS2/PTJ(0)

112

113

CKIO

186

187

CKIO

VccQ

CS3/PTJ(1)

CS4/PTJ(2)

114

115

XCS_HMS_RAM

185

VssQ

CS5A/PTJ(3)

116

FR_SCK

184

SCK0/SCPT(2)

CS5B/PTJ(4)

117

XCS_HMS_REG

13

182

183

MD0

UCLK/PTH(0)

CS6A/PTJ(5)

CS6B/PTJ(6)

118

119

XCS_USB

181

MD2

MD1

Vcc(PLL2)

Vss(PLL2)

Vss(PLL1)

Vcc(PLL1)

IRQ4/PTF(4)

IRQ3/PTF(3)

IRQ2/PTF(2)

IRQ1/PTF(1)

IRQ0/PTF(0)

SCL(O/D)/PTF(6)

SDA(O/D)PTF(7)

AUDATA(0)/PTG(0)

AUDATA(1)/PTG(1)

IRQ7/PTQ(4)

AUDATA(2)/PTG(2)

AUDATA(3)/PTG(3)

IRQ6/PTQ(3)

TCLK/PTJ(7)

ASEBREKAK/PTG(5)

ASEMD0

SCS0/SCPT(3)

DACK0/PTC(5)

DREQ0/PTC(4)

IRQ5/PTF(5)

RASU/PTE(5)

CASU/PTE(7)

CASL/PTE(6)

RASL/PTE(4)

CKE/PTH(1)

VccQ

MD3

120

AUDCK

PTN(1)

PTN(2)

PTN(3)

RESETP

RESETM

PTN(4)

EXTAL

VccQ

180

179

XTAL

178

VssQ

177

176

CAP2

175

174

173

CAP1

172

171

Vss

170

169

168

167

166

165

164

Vcc

163

162

Vss

161

160

TCK

159

TDI

158

157

TMS

156

TRST

155

154

153

152

151

150

149

148

VccQ

147

146

VssQ

145

144

143

VccQ

142

141

140

139

WAIT

138

137

NMI

136

Vcc

135

134

Vss

133

BACK

132

TDO

131

130

129

128

VccQ

127

126

VssQ

125

124

123

122

121

C515

0.1u

C513 0.1u

R525 XX

R527 XX

MC_XWE0

MC_XWE1

173 14

XCS_PANEL_TG

CAM_SI

CAM_SO

XCAM_SCK

XCAM_RESET

XTG_CS

XFE_CS

CCD_TEMP

CAM_DD_ON

FR_SI

FR_SO

FR_SCK

XRST_SYS

SYS_V

PLLBYP

AU_LRCK

IRQIMG

XWAIT

XCS_HMS_RAM

XCS_HMS_REG

CKIO

EEPROM_SI

EEPROM_SO

EEPROM_SCK

XEEPROM_CS

XEEPROM_WE

XEEPROM_BUSY

VBUS

XCS_USB

XUSB_DREQ0

XUSB_DACK0

XUSB_DREQ1

XUSB_DACK1

XUSB_IRQ

MC_XWE0

MC_XWE0

MC_XWE1

XCS_FLASH

XFLASH_WP

MC_XWE1

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_A08

MC_A09

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

3

(1/12) (2/12)

(1/12)11(2/12)

(1/12)

46

(10/12)

47

(10/12)

28

(4/12)

XACCESS_LED

MS_POWER_ON

MS_BS

MS_DIO

MS_SCLK

(9/12)

(4/12)

51

(6/12)

23

(4/12)

(4/12)24(6/12)

25

(4/12)

26

(4/12)

44

(7/12)

4

7

21

(4/12)

49

(6/12)

50

22

52

(6/12) (9/12)

53

(6/12)

16 18

XCS_PANEL_TG

CAM_SI

CAM_SO

XCAM_SCK

XCAM_RESET

XTG_CS

XFE_CS

CCD_TEMP

CAM_DD_ON

FR_SI

FR_SO

FR_SCK

XRST_SYS

SYS_V

C516

0.1u

L502
10uH

C517

22u
4V

CL514

IRQIMG

SYS_V

PLLBYP

TCK

MC_HELP

TMS

XTRST

XUSB_IRQ

AU_LRCK

XASEBREAK

XASEMD0

XWAIT

XCS_PANEL_TG

XMC_NMI

XCS_MC

TDO

XUSB_DACK0

XUSB_DREQ0

RB502

47k

AU_HGL_SEL

XRST_JTAG

C518

0.1u
XRST_SYS

R533

1k

PLLBYP

AU_LRCK

IRQIMG

XWAIT

XCS_HMS_RAM

XCS_HMS_REG

XACCESS_LED

MS_POWER_ON

MS_BS

MS_DIO

MS_SCLK

CKIO

EEPROM_SI

EEPROM_SO

EEPROM_SCK

XEEPROM_CS

XEEPROM_WE

XEEPROM_BUSY

VBUS

XCS_USB

XUSB_DREQ0

XUSB_DACK0

TDI

XUSB_DREQ1

XUSB_DACK1

XUSB_IRQ

XCS_FLASH

XFLASH_WP

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_A08

MC_A09

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

10 13

(3/12) (7/12)

48

(6/12)

55

54 56

(9/12)

19

45

SY-089 (5/12)

4-17 4-18

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

• Refer to page 4-65 for waveforms.

1

SY-089 BOARD (6/12)

A

MEMORY,CLOCK GENERATOR(SH BLOCK 2/2,GEN BLOCK,CN1 BLOCK 1/4)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

D_2.9V

A_2.9V

2

4 1183

B

57

(12/12)

C

41

(5/12)

REG_GND

TG_CLK_EN

USB_CLK_EN

D

E

XEEPROM_CS

EEPROM_SCK

EEPROM_SO

EEPROM_SI

F

2.9

1

CS

2.9

2

SCK

0

3

DI

2.9

4

DO

BR9016ARFVM-WTR

IC502

EEPROM

IC502

BUSY

VCC

RST

GND

G

58

XMS_IN

(10/12)

H

XACCESS_LED

MS_POWER_ON

48

I

(5/12)

J

MS-165

FLEXIBLE

LND001-LND008

(PAGE 4-40)

59

(10/12)

MS_BS

MS_DIO

MS_SCLK

STATIC_GND

R718

180

D706

MA2S111-(K8).SO

D703

8PCN705

8

VSS

7

VCC

6

SCLK

5

INT

4

DIO

3

NC

2

BS

1

VSS

R719

0

D707

MAZS082008S0

K

05

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

5 12

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

FB581

2.9

8

2.9

7

2.9

6

5

D704

CL-270HR-C-TS

(MS ACCESS)

MA2SD24008S0

C524

0.1u

SSM6E01TU

2.9 2.9

C704

0.1u

C703

22u

6.3V

R539

Q704

B+ SWITCH

0

R708
2200

XX

XEEPROM_BUSY

XEEPROM_WE

R710

680

4

5

1

2

2.9

XX

FB582

C581

10u

MC_A17

MC_A20

MC_A08

MC_A11

MC_A16

MC_A19

MC_D09

MC_A09

MC_A12

MC_A15

MC_A18

MC_A21

R707
470k

3

6

0

R709

3300

C702

0.47u

C582

XX

X581

27MHz

FB507

C584

0.1u

2.9

1

VDD

1.4

2

FIN

3

VSS

1.3

TCLK

4

2.9

5

T_ON

2.9

6

T_SEL0

7

T_SEL2

2.9

8

VDD

IC581

CLOCK GENERATOR

CY27030ZCT

MC_A13

MC_A10

MC_D07

A8

A11

VCC

DQ7

DQ26

NC

H5H6H7H8H9

A15

A18

DQ24

VCC

DQ22

J1J2J3J4J5J6J7J8J9K2K3K4K5K6

DQ23

A6

A9

NC

A14

A17

VCC

DQ9

VSS

A7

A10

NC

A13

A16

K7K8

A19

WE

A4

NC

A1

MC_A03

NC

R521

MC_XWE1

A3 A4 A5 A6 A7 A8 B2 B3

C519

10u

MC_A06

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

967

1.4

REF

123

IC581

VSS

DQ25

MBM29PL3200BE90PBT-62-ER

VCC

CE

XX

XCS_FLASH

16

VSS

15

2.9

T_SEL1

14

0

U_ON

13

2.9

VDD

12

0

UCLK

11

VSS

10

2.9

9

U_SEL

MC_D06

MC_A14

MC_D08

G6G7G8G9H1H2H3H4

NC

A12

DQ6

DQ8

DQ21

IC503

32M FLASH

IC503

DW/W

NC

ACC

A2

A5

B4 B5 B6 B7 B8 B9 C1 C2 C3 C4 C5 C6 C7

CL513

MC_A04

MC_A07

10

R581

R584

0

22

R585

R582

0

22

R586

R583

22

0

MC_D00

NC

DQ0

NC

A3

MC_A05

MC_D05

NC

WP

XFLASH_WP

DQ5

NC

MC_D04

F2F3F4F5F6F7F8F9G1G2G3G4G5

DQ4

OE

MC_XRD

DQ31/A-1

DQ20

DQ12

DQ28

VSS

NC

NC

DQ2

DQ18

DQ19

DQ3

DQ13

DQ29

DQ14

NC

A0

DQ16

VSS

VCC

VCC

DQ15

MC_D11

MC_D10

VSS

DQ27

DQ10

DQ11

DQ17

DQ30

VSS

DQ1

MC_D01

SIGNAL PATH

VIDEO SIGNAL

Y/CHROMA

AUDIO

SIGNAL

REC

PB

13

USB_CLK

TG_CLK

EEPROM_SI

EEPROM_SO

EEPROM_SCK

XEEPROM_CS

XEEPROM_WE

XEEPROM_BUSY

XCS_FLASH

XFLASH_WP

MC_XWE1

MC_XRD

MC_D12

MC_A01

MC_A02

MC_A03

MC_D02

MC_D03

MC_D13

MC_D14

MC_A01

MC_A02

MC_D15

MC_A04

MC_A05

MC_A06

MC_A07

MC_A08

MC_A09

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

E6 E7 E8 E9 F1

D1 D2 D3 D4 D5 D6 D7 D8 D9 E1 E2 E3 E4 E5

C8 C9

C520

0.1u

EEPROM_SI

EEPROM_SO

EEPROM_SCK

XEEPROM_CS

XEEPROM_WE

XEEPROM_BUSY

XCS_FLASH

XFLASH_WP

MC_XWE1

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_A08

MC_A09

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

14

27

CKIO

(4/12)

60

(9/12)

5

(1/12)

CKIO

49

(5/12)

51

(5/12)

52

(5/12)

53

(5/12)

54

(5/12)

4-19

4-20

SY-089 (6/12)

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

• Refer to page 4-65 and 4-66 for waveforms.

1

SY-089 BOARD (7/12)

A

LCD DRIVE,TIMING GENERATOR(PD BLOCK,CN1 BLOCK 2/4)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

PANEL_13.5V

PANEL_2.9V

61

B

(12/12)

REG_GND

C

PANEL_B

37

D

E

(4/12)

44

(5/12)

(5/12)

45

PANEL_G

PANEL_R

XCS_PANEL_TG

CAM_SI

CAM_SO

XCAM_SCK

XCS_PANEL_TG

XCAM_SCK

F

PANEL_V

32

(4/12)

62

(10/12)

XRST_SYS

HDO

XRST_SYS

G

SIGNAL PATH

VIDEO SIGNAL

CHROMA

REC

H

05

PB

CAM_SI

CAM_SO

PANEL_V

HDO

L802

C820

6.3V

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

482

C808

0.1u

R823

0

C809

0.01u

VDD

37

2.9

BIN

38

1.7

39

GIN

1.7

RIN

40

1.7

SCAN

41

42

XVD

2.8

HD

43

2.6

VCC1

44

2.8

XCS

45

2.8

XSCK

46

2.8

SI

47

1.2

SO

48

2.7

C807

XX

C806

0.01u

C802

0.1u

10u

10uHL803

47uH

47u

C819

0.01u

C805

PANEL_V

HDO

XCS_PANEL_TG

XCAM_SCK

CAM_SO

CAM_SI

XRST_SYS

5 12

EN

VST

VCK

DWN

C810

2.2u
25V

0

1.4

35

36

VST

VCK

VSS

BL_ON

2.6

2.9

2.8

31

32

33EN34

DWN

PWM

2.8

30

BLDET

2.5

29

FBACK

BL_LEV

2.5

28

EXTDA

13.6

7

25

26

27

VP

XLED

VCC3

9

4

5

6

7

8

XWRT/CLKIN2RGT3HCK14HCK25HDO6REF7OP_OUT8OP_IN9XCLR10Filter211Filter12VSS

1

2.9

1.8

HCK1

RGT

1.8

JL801

HCK2

IC801

LCD DRIVE,

TIMING GENERATOR

IC801

CXA3622AR-T4

1.4

1.2

REF

R808

1.4

2.9

1.3

R807

XX

560pC812

C811

68k

0.1u

10

11

12

1.1

R809

R810

100k

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

910

VP

NC

24

6.5

COM

23

13.6

VCC2

10k

0.5%

0.5%

GND2

GND1

XPOFF

WIDE

HST

VDD

22

7.1

VB

21

7.1

20

VG

7.1

VR

19

18

17

0

16

0.2

15

0

14

2.9

13

JL802

RB801

10

VB

VG

VR

XPOFF

WIDE

HST

UP04601008S0

BL_LEV

BL_ON

VG

VR

VB

VP

7

Q801

PSIG DRIVE

XPOFF

C813

4.7u

Q802

UP04601008S0

PSIG DRIVE

R815

47k

6.5

2

6

VST

VCK

EN

DWN

WIDE

HST

REF

HCK2

HCK1

RGT

7

1

4

13.6

R816

5

3

R817
470k

10k

R818

47k

7.6

7

113

Q803

MCH3310-TL-E

B+ SWITCH

C814

0.1u

46

3

1

6.5

5

1367

13.613.6

C815

0.01u

0.3

24PCN801

TEST1

1

COM

2

VST

3

VCK

4

EN

5

DWN

6

VDD

D801

MA8036-TX

C816

1u

R819

150k

13.6

7.6

2

7

C817

7

VSS

8

9

VDDG

VSSG

10

CS

11

WIDE

12

HST

13

REF

14

SOUT

15

0.1u

JL803

16

17

18

19

20

21

22

23

24

1

2

3

4

5

6

CN702

CRext

HCK2

HCK1

PSIG

G

R

B

RGT

TEST2

BL_THL

N.C

BL_THH

BL_L

N.C

BL_H

6P

BL_THH

BL_THL

BL_H

BL_L

BL_LEV

BL_ON

63

(12/12)

14

PANEL UNIT

LCD901

COLOR

LCD

MONITOR

D901

BACKLIGHT

SY-089 (7/12)

The components identified by mark 0 or dotted
line with mark 0 are critical for safety.
Replace only with part number specified.

4-21 4-22

Les composants identifiés par une marque 0 sont
critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

• Refer to page 4-66 for waveforms.

1

2

SY-089 BOARD (8/12)

A

AUDIO,VIDEO(AU BLOCK,VI BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

B

C

C202

R202

4.7u

47k

1u

D

E

F

C204

C201

0.01u

C203

0.015u

R203

2700

C206

C205

0.015u

R204

10k

0.1u

NC(HK)

J9

NC(HN)

G7

STBY

H9

LPF_SEL

G8

AGC_DET

G9

WHPF_OUT

F8

WHPF_BIAS

F9

WHPF_IN

E8

GAIN_SET

E9

MIC_OUT

D8

GND

D9

LINE_MUTE

C8

MIC_OFF

C9

MIC_IN

B8

NC

B3

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

4 1183

C208

0.015u

C211

0.01u

R206
1500

D2

A9

XX

R207

J8

NC

NC(HK)C7NC(HN)B9MIC_SPYA8MIC_2VB7MIC_REBA7VREFB6VCCA6MUTE_TMGB5GNDA5MUTE_DRVRB4LINE_OUTA4VCC_SPA3VCC_SPB2SP_SAVE

J6

AGC_OUT

C212

0.033u

0.022uC213

J5

H6

LPF1AH7LPF1BJ7LPF2AH8LPF2B

LPF_OUT

IC201

AUDIO AMP

IC201

AN12908A-VB

5

J4

H5

REC_OUT

REC_AMP_IN

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

C216

0.47u

C218

C217

1u

H3

J3

H4

AGND

PB_IN

VOL_CTL

SPAGC_SW

XX

G3

J1

NC(HN)

C220

10u

6.3V

R208

10k

NC(HK)

SPAGC_DET

XAUDIO_MUTE

SP_LPF_0

BEEP_OUT

BEEP_MIX_IN

XBEEP_MUTE

VREF_SP

SP_OUT-

SP_GND

SP_OUT+

6

AGND

BEEP

NC(HN)

NC(HK)

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

R211
2700

L201
10uH

10uH

9

68kR212

L202

7

C223

1u

C225

NC

C2

J2

H1

H2

G1

G2

F1

F2

E1

E2

D1

C1

A2

C3

A1

R209

4.7u

47k

C224

C219

0.001u

0.47u

1u

C221

XXC231

C232

0.047u
10V

C229

C228

C230

0.47u

10u

6.3V

XX

10

AU_AOUT

AU_AINL

XAU_POWER_SAVE

AU_HGL_SEL

XAU_SP_MUTE

XAU_LINE_MUTE

VAMP_ON

SP_VOL

BEEP_ON

BEEP

AU_2.9V

A_2.9V

CAM_P_5V

31

(4/12)

43

(5/12)

16

(3/12)

66

(10/12)

20

(4/12)

67

(12/12)

1u

1u

MIC_SIG

64

(11/12)

G

H

65

(12/12)

36

(4/12)

REG_GND

SP-

SP+

CV_OUT

C207

6.3V

10u

C209

C210

1u

C214

C215

1u

REG_GND

L101
10uH

C102

XX

22u

4V

C101

C103

R101

10u

1M

13

SIGNAL PATH

VIDEO SIGNAL

I

Y/CHROMA

REC

PB

AUDIO

SIGNAL

IC101

VIDEO AMP

IC101

NJM2574RB1(TE2)

J

05

2.8

2.9

8

CL/BI SW

LPF/THR SW

1

2.9

7

PowerSave

GND

2

6

Video-in

Vsag

3

2.9

5

1.6

VCC

14

V-OUT

C107

4

100u

1.1

1.1

R102

4V

C104

68

22u

4V

V_OUT

AU_OUT

68

(9/12)

4-23

4-24

SY-089 (8/12)

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

2

SY-089 BOARD (9/12)

A

USB INTERFACE(USB BLOCK,CN2 BLOCK 1/2)

XX MARK:NO MOUNT

70

55

(5/12)

56

(5/12)

60

(6/12)

USB_3.2V

REG_GND

XCS_USB

XUSB_DREQ0

XUSB_DACK0

XUSB_DREQ1

XUSB_DACK1

XUSB_IRQ

MC_XWE0

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

XRST_SYS

USB_CLK

VBUS

XCS_USB

XUSB_DREQ0

XUSB_DACK0

XUSB_DREQ1

XUSB_DACK1

XUSB_IRQ

MC_XWE0

MC_XRD

MC_A01

MC_A02

MC_A03

MC_A04

MC_A05

MC_A06

MC_A07

MC_D00

MC_D01

MC_D02

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

XRST_SYS

VBUS

B

69

(12/12)

C

D

50

(5/12)

E

F

G

H

(10/12)

I

J

MC_XWE0

XCS_USB

MC_A02

MC_A06

MC_A04

MC_D09

10uH

L901

C905

0.01u

CL901

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

4 118 153

FB901

C901

10u

6.3V

C902

10u

6.3V

5 12

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

MC_A05

MC_D10

MC_D12

MC_D14

RB901

C906

MC_D05

C907

0.1u

D6

D13

VDD

GND

INT0B

84858687888990

WRB

0.1uC904

10k

0.1u

0.1uC903

SCAN1

VDD

GND

LD0

LD3

LD6

919293949596979899100101102

LD4

GND

VDD

GND

RPU

DP

GND

DM

PVDD

VDD

GND

CSB

103104105106107108109

A2

A6

A4

D1

VDD

GND

N.CD8D10

D12

12345678910111213141516171819202122232425262728

CL902

MC_D00

MC_D02

MC_D04

MC_D07

XUSB_IRQ

R911

9100

0.5%

0.1u

C908

A5

D2

D4

GND

INTB_ALL

D15

ACTIVE

INT1BM2GND

RB902

10k

M0

N.C

GND

XOUT

IC901

USB INTERFACE

UPD720122F1-DN1-E2-A

FM21

N.C

EP1_DACKB

EP1_TCB

CL903 CL904

XUSB_DACK0

GND

GND

IC901

EP2_TCB

EP2_DACKB

XUSB_DACK1

PVSS

LD2

RSDM

GND

GND

RREF

AVDD

LD7

LD11

LD9

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

10

LD8

AVSS(R)

LD5

AVSS

LD1

RSDP

56575859606162636465666768697071727374757677787980818283

RB905

10k

EP2_WRB

VDD

EP2_DRQB

EP1_RDB

EP1_DRQB

SCAN0

INT2B

XIN_CLK

RESETB

VBUS

C910

0.1u

XUSB_DREQ1

R924

CL905

CL906

CL907

R925

36

0.5%

0.5%

36

XUSB_DREQ0

MC_XRD

MC_D06

MC_D03

MC_D01

MC_D15

MC_D13

MC_D11

MC_D08

MC_A07

MC_A03

MC_A01

XRST_SYS

R927

1500

0.5%

VBUS

N.C

RDB

D14

D11

D9

N.C

D7

D5

D3

D0

A7

A3

A1

GND

N.C

M1

VDD

N.C

N.C

C911

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

0.1u

0.01u

C909

N.C

LD13

RB903

10k

RB904

LD12

LD14

LD10

N.C

LD15

BUNRI

10k

SIGNAL PATH

D756

MAZT082H08S0

REC

PB

13

D755

MAZT082H08S0

VIDEO SIGNAL

Y/CHROMA

XX

D753

R765

3

4

LF751

R764

0

D752

R757

R763

0

2

1

14

D757

MA111-(K8).S0

MAZT082H08S0

0

FB751

10k

AUDIO

SIGNAL

CN752

14P

14

REG_GND

13

V_OUT

12

GND_GUARD(REG_GND)

11

AV_JACK_IN

10

GND_GUARD(REG_GND)

9

A_OUT

8

GND_GUARD(REG_GND)

7

STATIC_GND

6

STATIC_GND

5

USB_JACK_IN

4

USB_GND

3

USB_D-

2

USB_D+

1

USB_GND

V_OUT

AU_OUT

USB_JACK_IN

AV_JACK_IN

STATIC_GND

68

(8/12)

71

(10/12)

72

(10/12)

JK-254

FLEXIBLE

LND201-LND214

(PAGE 4-39)

16967

05

SY-089 (9/12)

4-25 4-26

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

• Refer to page 4-66 for waveforms.

1

SY-089 BOARD (10/12)

A

FRONT CONTROL(FR BLOCK,CN1 BLOCK 3/4)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

2 10

C401

10V
10u

C402

0.1u

B

30 5.6

4

5NC6

7

NC

GND

C

IC401

LANC DRIVER

IC401

TL1596CPWR

8

3 0.2 2.2 0.2 5.5

POWER

VCC9WAKE_UP10DATA_OUT11LANC_OUT12DATA_IN13NC14LANC_DC

D

LANC_SIG

E

F

G

H

I

73

(11/12)

74

(12/12)

CONTROL

SWITCH

BLOCK

(MODE-51470)

CN100

(PAGE 4-45)

LANC_DC

INTE_STRB_ON

INTE_SALA_SIG

LANC_SIG

(5/12)

42

HOT

XAE_LOCK_ON

XSHTR_ON

REG_GND

LANC_SIG

REG_GND

INTE_STRB_ON

LANC_JACK_IN2

MODE_DIAL2

REG_GND

MODE_DIAL

XSETUP_ON

XPWR_ON

PWR_LED_ON

XTALLY_LED

AE_LOCK_LED

EVER_3.0V

XCHARGE_LED

Program_Dial_B

Program_Dial_A

XAE_LOCK_LED

CN704

KEY_AD3

XPB_ON

D_2.9V

KEY_AD2

MC_UPDATE

HOT

NC

XCS_MC

XMC_NMI

MC_HELP

R401

D401

470

MA2SD24008S0

25P

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

J

XRESET_FR1

FAST_CHARGE

75

INIT_CHARGE

(12/12)

K

18

CONTROL

SWITCH

BLOCK

(GL-51470)

L

LND251-LND256

(PAGE 4-44)

7259

(6/12)(3/12)

BATT_SIG

BATT/XEXT

76

STATIC_GND

(11/12)(9/12)

LND701

STATIC_GND

D701

MAZT082H08S0

CN703

6P

1

NC

2

REG_GND

3

REG_GND

4

KEY_AD0

5

KEY_AD1

6

KEY_AD2

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

0

Q402

INVERTER,
LED DRIVE

RB401
470K

2

6

2.6 0.2

6

1

0

3

3

5

4

4 118 15

C403

10u

C404

10V

XX

R402

2700

1

2NC3

C.LIM

UNREG

C701

XX

LANC_5.5V

33

Q401

DTA114EMT2L

B+ SWITCH

0

XLANC_ON

Q409

DTC144TMT2L

1.2

3.5

Q410

DTA144TMT2L

Q409,Q410

SWITCH

D405

MA111-(K8).S0

LANC_OUT

XLANC_PWR_ON

XAE_LOCK_SW

XSHTR_ON

LANC_JACK_IN2

MODE_DIAL2

MODE_DIAL

XPWR_ON

XPWR_LED_ON

XTALLY_LED

XCHARGE_ST_LED

XMC_NMI

MC_UPDATE

FAST_CHARGE

INIT_CHARGE

BATT_SIG

BATT/XEXT

D702

MA111-(K8).S0

3

LANC_IN

KEY_AD3

XPB_ON

XSET_UP

DIAL_B

DIAL_A

XCS_MC

MC_HELP

KEY_AD0

KEY_AD1

KEY_AD2

5 12

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

STB_POPUP

LANC_JACK_IN2

2.4

XLANC_JACK_IN

XPWR_ON

XPB_ON

XSHTR_ON

XAE_LOCK_SW

XLANC_PWR_ON

BATT/XEXT

XTALLY_LED

XCHARGE_ST_LED

XPWR_LED_ON

XLANC_ON

XSELF_TIMER_LED

UNREG_SO

AV_JACK_IN

XMS_IN

USB_JACK_IN

RN1904FE(TPLR3)

LANC_OUT

LANC_IN

BATT_IN

LANC_5.5V

7

RB402

XX

Q411

RN2904FE(TPLR3)

2.9

5

0.1

2.90

3

4

6

1

0

R411

100k

R476

2

100k

R409

R403

0

2SC5658T2LQ/R

Q411

STROBE POPUP LANC JACK IN

DETECT DETECT

RB403

2.8

Q412

1K

0.5

R414
4700

Q403

INVERTER

DTC143TMT2L

1M

Q405,Q411,Q412

1M

R474

1MR408

0

470k

2

R412

1k

R473

47k

R404
100k

2.702.7

6

5

1

Q405

XP6501-(TX).SO

100kR472

22kR423

R424

1k

2.4 0.7

6

1

Q406

LED DRIVE

RN1904FE(TPLR3)

R417

47k

C406

4700p

4

2

3

4

XRESET_FR

9

BEEP

R425

R427

2700

4700

C411

3.3u

6.3V

C410

0.001u

3

C408

0.1u

00

5

IC403

INITIAL RESET,
BACK UP VCC

IC403

S-8425AABPA-TF-G

3

5678

RESET CS

3

L401

5.6

47uH

C407

C409

33u

0.1u

6.3V

PREEND

VIN

3

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

XMC_NMI

XRST_SYS

XRESET_FR

Q407

DTC144EMT2L

MODULATOR

10kR426

1234567891011121314151617181920

XPWR_ON

XPB_ON

GND

XSHTR_ON

XAE_LOCK_ON

MS_IN

XLANC_PWR_ON

BATT/XEXT

XUSB_JACK_IN

LANC_JACK_IN

AV_JACK_IN

LCD_COM/XDATA

GND

BACK_UP_VCC

XTALLY_LED

CHARGE_ST_LED

PWR_LED_ON

XLANC_ON

SELF_TIMER_LED

UNREG_SO

VBATVOUT

VSSVRO

0

15

3

2.9

3.1

1234

SYS_DD_ON

STB_PLUNGER

XSTRB_PWR_SAVE

R439

R435

100k

100k

0.5%

CL402

[AN15]

XRESET

MELODY_ENV

IC402

FRONT CONTROLLER

IC402

MB89097LGA-G-157-ER

10MHz_OUT

10MHz_IN

MOD0

1M

R433

1

3

2

X401 10MHz

D403

[AN14]

MOD1

C413

0.1u

CL403

0.5%

[AN13]

BATT_IN

BATT_IN

VL_3V

REG_GND

LANC_5.5V

EVER_3.0V

0.5%

100kR434

ACV_SENS

SYS_V DEW_SENS

XMULTI_IN

RB409 470K

SYS_V

0.5%

100k

R437

BATT_SENS

XSTB_FULL

XSTB_FULL

C414

0.1u

DD_CON_SENS

XSETUP_ON

RB408

XSET_UP

MFOCUS_B

MC_HELP

1K

MC_HELP

77

(12/12)

AVss

Program_Dial_A

0

MELODY

XRST_SYS

SYS_DD_ON

MC_WAKE_UP

STB_PLUNGER

XSTRB_PWR_SAVE

FR_SI

XCS_MC

FR_SO

XCS_DDCON

FR_SCK

UNREG_SCK

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

FR_SO

XCS_MC

XCS_DDCON

UNREG_SCK

FR_SI

FR_SCK

R429

XX

R428

1SS357-TPH3

47k

R431

330

C412

XX

0.1u

C415

6162636465666768697071727374757677787980

AVCC

AVREF

MFOCUS_A

LANC_OUT

LANC_IN

Program_Dial_B

DIAL_A

MODE_DIAL_2

KEY_AD4

KEY_AD3

KEY_AD2

KEY_AD1

KEY_AD0

MODE_DIAL1

BACK_UP_VCC

32kHz_IN

32kHz_OUT

BEEP_ON

FAST_CHARGE

INIT_CHARGE

STB_CHG

XSTB_POPUP

MC_UPDATE

BATT_SI

BATT_SO

(RESERVED)

10k

R443

DIAL_B

C416

XX

GND

41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

10k

R444

R446

13

0

16

C424

R449
10M

330k

R450

0.2

2

3.2

Q408

HN1L02FU(TE85R)

BATTERY
CHARGE

DETECTOR

16 18

UNREG_SO

XCS_DDCON

UNREG_SCK

SYS_DD_ON

STB_CHARGE

XSTB_FULL

XLANC_JACK_IN

STB_POPUP

STB_PLUNGER

XSTRB_PWR_SAVE

KEY_AD4

XSELF_TIMER_LED

USB_JACK_IN

FR_SI

FR_SO

FR_SCK

AV_JACK_IN

XMS_IN

BEEP_ON

BEEP

SYS_V

XRST_SYS

R462

100k

RB404

10K

RB405

XX

C426

C427

XX

C417

C418

XX

C419

XX

C420

XX

XX

C421

0.1u

X402

32.768kHz

C423

4

1

3

6

3

0.3

1K

XX

RB406

1K

C422

9p

10p

R457
100k

5

2.8

R451
100k

D404

MA111-(K8).S0

RB407

RB410

MODE_DIAL_2

KEY_AD4

KEY_AD3

KEY_AD2

KEY_AD1

KEY_AD0

MODE_DIAL

10K

BEEP_ON

FAST_CHARGE

INIT_CHARGE

STB_CHARGE

MC_UPDATE

470K

BATT_SIG

173 14

ACV_UNREG

BATT_UNREG

D_1.5V

D_2.9V

UNREG_SO

XCS_DDCON

UNREG_SCK

SYS_DD_ON

STB_CHARGE

XSTB_FULL

XLANC_JACK_IN

STB_POPUP

STB_PLUNGER

XSTRB_PWR_SAVE

KEY_AD4

XSELF_TIMER_LED

USB_JACK_IN

AV_JACK_IN

XMS_IN

BEEP_ON

BEEP

SYS_V

XRST_SYS

FR_SI

FR_SO

FR_SCK

78

(12/12)

79

(12/12)

71

(9/12)

58

(6/12)

66

(8/12)

29

(4/12)

30

(4/12) (5/12)

62 70

(7/12) (9/12)

46

(5/12)

80

(11/12)

47

05

4-27

4-28

SY-089 (10/12)

DSC-V1

COVER

COVER

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

2

4 1183

SY-089 BOARD (11/12)

A

AF LASER/IR LED DRIVE,FLASH CONTROL(IR BLOCK,CN2 BLOCK 2/2)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

76

B

(10/12)

C

D

ST-083

FLEXIBLE

LND351-LND389

(PAGE 4-37)

E

F

G

34

(4/12)

H

I

39

14

(3/12)

PRELAMP_AF_CONT

PRELAMP_AF_ON

(5/12)

J

STATIC_GND

STRB_PLUNGER

STRB_PLUNGER

STRB_PLUNGER

ACC_XLANC_JACK_IN

XSTRB_PWRSAVE

STRB_ON

PD_LEV

IR_LED_ON

CN751

LANC_DC

EXT1_STB_ON

LANC_GND

LANC_SIG

LANC_GND

XSTRB_POPUP

PD_OUT

REG_GND

LD_OUT

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

STRB_ON

STB_FULL

M_5V

39P

39

38

37

N.C.

36

N.C.

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

N.C.

13

N.C.

12

11

10

9

8

7

N.C.

6

5

4

3

2

N.C.

1

MAZT082H08S0

D759

MA111-(K8).S0

FB752

FB753

FB754

D754

R281

R282

10k

22k

C284

1SS355TE-17

XX

D751

820

R286

D758

MAZT082H08S0

UMF5NTR

PLUNGER DRIVE

2200

R287

C281

0.1u

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

5 12

967

10

SIGNAL PATH

AUDIO

SIGNAL

REC

LANC_DC

LANC_SIG

XLANC_JACK_IN

EXT1_STRB_ON

STB_POPUP

5

Q751

C751

0

0.2

0

2

R751
100k

1

0

6

5

3

4

1u

1

+

2

-

3

GND

4

PULSE

5

0

IC281

AF LASER DRIVE

BD9214FVM

IC281

5

R752

330

C752

XX

8

VCC

7

TEST

6

SOFT

5

LD

5

0

0

STB_PLUNGER

XSTRB_PWR_SAVE

C282

0.1u

C283

0.01u

4700
R753

R284

R285

R283
1500

39

0

Q752

RN1902FE(TPLR3)

FLASH CHARGE

DETECT

39

0

0

6

2

1

1.6

2SD2216J-QR(K8).SO

IR LED DRIVE

Q753

UPA650TT-E1-A

B+ SWITCH

2.7

3

4

Q281

C753

0

2

1

3

4
5

4.1

R754

10k

4.1

5

0

C754

1u

10u

6

XLANC_JACK_IN

STB_POPUP

STB_PLUNGER

XSTRB_PWR_SAVE

R755

4.1

100k

DTC144EMT2L

0

R762

13k

0.5%

Q754

SWITCH

C755

L752

2.2uH

1u

R756
4700

11

10

9

8

7

6

5

4

3

2

1

11PCN753

REG_GND

MIC_SIG

MIC_GND

XSELF_TIMER_LED

PANEL_2.9V

IR_LED_K

IR_LED_K

IR_LED_A

IR_LED_A

KEY_AD4

REG_GND

CAM_P_5V

D_2.9V

PANEL_2.9V

REG_GND

ST_UNREG

STB_CHARGE

XSTB_FULL

XLANC_JACK_IN

STB_POPUP

STB_PLUNGER

XSTRB_PWR_SAVE

KEY_AD4

XSELF_TIMER_LED

MIC_SIG

REG_GND

73

(10/12)

81

(12/12)

(12/12)

64

(8/12)

SW-395

FLEXIBLE

LND101-LND111

(PAGE 4-39)

82

80

(10/12)

SY-089 (11/12)

05

line with mark 0 are critical for safety.
Replace only with part number specified.

4-29 4-30

The components identified by mark 0 or dotted

Les composants identifiés par une marque 0 sont
critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-51 for printed wiring board.

1

2 10

SY-089 BOARD (12/12)

A

B

C

D

E

F

G

H

INTELLIGENT SHOE CONTROL,DC POWER(CN1 BLOCK 4/4)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

SP-

SP+

XRESET_FR1

FAST_CHARGE

INIT_CHARGE

BATT_SIG VL_3V

BATT/XEXT

BL_THH

BL_THL

BL_H

BL_L

BL_LEVEL

BL_ON

UNREG_SO

XCS_DDCON

UNREG_SCK

SYS_DD_ON

EXT_STRB_ON

HSHOE_CONT

LANC_SIG

INTE_STRB_ON

INTE_SALA_SIG

HOT

AUDIO

SIGNAL

75

(10/12)

(10/12)

35

(4/12)

40

(5/12)

74

(10/12)

81

(11/12)

65

(8/12)

63

(7/12)

79

EXT_STRB_CONT

EXT1_STRB_ON

SIGNAL PATH

PB

3

MCH3310-TL-E

DTC144EMT2L

Q702

60

58

56

54

52

50

48

46

44

42

40

38

36

34

32

30

28

26

24

22

20

18

16

14

12

10

8

6

4

2

Q701

2.1

SP-

SP+

REG_GND

XRESET_FR

FAST_CHARGE

INIT_CHARAGE

BATT_SIG

BATT/XEXT

BL_THH

BL_THL

BL_H

BL_L

BL_LEVEL

BL_ON

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

DATA

XCS

CLK

SYS_DD_ON

-7.6

-7.6

-7.6

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

4 118

BB-004 FLEXIBLE

CN401

(PAGE 4-41)

60P

CN701

2.1

R701

100k

1.1

0.5

5

3

6

2

Q703

RN4904FE(TPLR3)

0

1.1

BATT_UNREG

ACV_UNREG

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

PANEL_13.5V

CAM_-7.5V

PANEL_2.9V

EVER_3.0V

LANC_5.5V

ST_UNREG

ST_UNREG

ST_UNREG

4

1

1

VL_3V

USB_3.2V

USB_3.2V

CAM_3.2V

CAM_3.2V

A_2.9V

A_2.9V

D_2.9V

D_2.9V

D_2.9V

D_1.5V

D_1.5V

D_1.5V

CAM_15V

CAM_15V

5

2.9

0

R702

220

59

57

55

53

51

49

47

45

43

41

39

37

35

33

31

29

27

25

23

21

19

17

15

13

11

9

7

5

3

1

UN9217J-(K8).SO

2.5

Q701-Q703,Q705,Q706,Q708
INTELLIGENT SHOE CONTROL

0

Q705

0

6

2

1

67

Q708

RN4904FE(TPLR3)

2.9

3

6

1

R704

0

5

Q706

RN1904FE(TPLR3)

22k

3

4

R703

2.5

10k

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

0

5

2

2.9

4

1

R717

100

2.9

1SS383(T5RSONY1)

3

4

D705

2

1

R715

22k

9

CAM_P_5V

D_2.9V

PANEL_2.9V

REG_GND

ST_UNREG

ACV_UNREG

BATT_UNREG

D_1.5V

D_2.9V

REG_GND

LANC_5.5V

EVER_3.0V

USB_3.2V

REG_GND

A_2.9V

CAM_P_5V

REG_GND

PANEL_13.5V

PANEL_2.9V

REG_GND

D_2.9V

A_2.9V

REG_GND

D_2.9V

REG_GND

USB_3.2V

D_1.5V

A_2.9V

D_2.9V

D_1.5V

REG_GND

D_2.9V

REG_GND

CAM_P_5V

REG_GND

D_1.5V

D_2.9V

CAM_3.2V

CAM_15V

CAM_-7.5V

REG_GND

82

(11/12)

78

(10/12)

77

(10/12)

69

(9/12)

67

(8/12)

61

(7/12)

57

(6/12)

38

(5/12)

33

(4/12)

15

(3/12)

12

(2/12)

8

(1/12)

05

4-31

4-32

SY-089 (12/12)

DSC-V1

COVER

COVER

For Schematic Diagram

• Refer to page 4-55 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS DD-195 BOARD

4-2. SCHEMATIC DIAGRAMS DD-195 BOARD

1

DD-195 BOARD (1/2)

A

DC POWER IN,CONNECTOR(CN BLOCK,DD BLOCK 1/2)

XX MARK:NO MOUNT

B

C

FLEXIBLE

D

LND151-LND189

(PAGE 4-43)

E

F

G

H

I

J

NO MARK:REC/PB MODE

FU-165

EVER_3.0V

PANEL_2.9V

CAM_-7.5V

CAM_P_5V

1

(2/2)

D_1.5V

D_2.9V

A_2.9V

CAM_3.2V

USB_3.2V

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

ACV_UNREG1

BATT/XEXT1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

ACV_GND1

BATT_GND1

BATT_GND1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_UNREG1

BATT_SIG1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

BATT_GND1

VL_3V

39PCN081

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

SP-

19

SP+

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

FB001

0.022u

0.022u

C001

C002

LND001

R066

1k

STATIC_GND

R081

33

42810

LF001

D001

MAZT082H08S0

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

5 12

4.2

4.1

4.1

R014

470k

D002

MA8120-TX

C010

0.022u

4

0

Q001

SSM3K03FE(TPL3)

SWITCH

BB-004

FLEXIBLE

CN402

(PAGE 4-42)

ST_UNREG

ST_UNREG

ST_UNREG

LANC_5.5V

EVER_3.0V

PANEL_2.9V

CAM_-7.5V

PANEL_13.5V

CAM_15V

CAM_15V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

CAM_P_5V

D_1.5V

D_1.5V

D_1.5V

D_2.9V

D_2.9V

D_2.9V

A_2.9V

A_2.9V

CAM_3.2V

CAM_3.2V

USB_3.2V

USB_3.2V

ACV_UNREG

BATT_UNREG

VL_3V

60PCN082

6

Note:Transistor is mounted to
the location where IC002 is
printed.

DRAIN1

1

SOURCE1

2

SOURCE1

3

4

GATE1

4

IC002

FDW2508P/N

R018

1M

SYS_DD_ON

CLK

XCS

DATA

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

BL_ON

BL_LEVEL

BL_L

BL_H

BL_THL

BL_THH

BATT/XEXT

BATT_SIG

INIT_CHARAGE

FAST_CHARGE

XRESET_FR

REG_GND

SP+

SP-

SWITCH

IC002

(Note)

DRAIN2

SOURCE2

SOURCE2

GATE2

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

7

0

8

4.1

7

4.1

6

4

5

Q004

CPH3106-TL-E

CHARGE

CONTROL

D004

RB520S-40TE61

S081

RESET

R038

10

4.2

-0.5

D081

MAZS082008SO

9

F001

(2A/32V)

DTC144EMT2L

0

0.5%

240k

0.5%

Q005

CHARGE

CONTROL

(2A/32V)

F003

F004

(2A/32V)

F005

F006

(2A/32V)

F007

Q021,Q022

13.5V REG

C048

0.22u

F002

XX

XX

XX

13.5

R056

100k

14.5

2

D009

RB520S-40TE61

D010

RB520S-40TE61

15.1

4

6

3

1

4

13

R057
100k

14.4

2

1

5

5

Q021

HN1C01FU-TE85R

HN1A01FU-TE85R

13.6

6

3

13.6

L006

L018

100uH

10uH

3.8

C031

10u

6.3V

Q022

C049

3.3u
25V

R039

1k

4.2

R040
3300

4.2

R054
27k

R055

113 14

C040

L010

10p

10uH

R045

1.5M

1.2

123

5.7

5.7

0.5%

R046

160k

0.5%

C039

33u

R077

10V

160k

0.5%

MCH3406-TL-E

SWITCHING

C050

XX

Q019

2

DC/DC CONVERTER

D011

RB520S-40TE61

45

IC003

IC003

XC6368B101MR

13

D012

RB520S-40TE61

1

2

3

CAM_15V

REG_GND

SYS_DD_ON

UNREG_SCK

XCS_DDCON

UNREG_SO

BL_ON

BL_LEVEL

BL_L

BL_H

BL_THL

BL_THH

2

(2/2)

3

(2/2)

4

(2/2)

SIGNAL PATH

AUDIO

SIGNAL

PB

DD-195 (1/2)

K

05

The components identified by mark 0 or dotted
line with mark 0 are critical for safety.
Replace only with part number specified.

Les composants identifiés par une marque 0 sont
critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

4-33 4-34

COVER

COVER

For Schematic Diagram

• Refer to page 4-55 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS DD-195 BOARD

4-2. SCHEMATIC DIAGRAMS DD-195 BOARD

DSC-V1

1

DD-195 BOARD (2/2)

A

DC/DC CONVERTER(DD BLOCK 2/2)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

:Voltage measurment of the CSP ICs
and the Transistors with mark,are
not possible.

B

C

D

E

F

G

H

I

J

BL_L

BL_H

BL_ON

K

4

BL_LEVEL

(1/2)

L

05

BL_THL

BL_THH

L007
22uH

L008

22uH

3

3

L009
22uH

2

1

2

RB520S-40TE61

MCH3406-TL-E

SWITCHING

C036

10u

6.3V

C037

10u

6.3V

C035

10u

6.3V

CPH5802-TL-E

SWITCHING

4.9

CPH5802-TL-E

SWITCHING

5

D014

Q024

Q017

Q018

13

C033
47u
10V

Q020

ECH8603-TL-E

SWITCH

C034
10u

6.3V

166

1

2

2

3

(1/2)

CAM_15V

REG_GND

SYS_DD_ON

UNREG_SCK

C041

XX

6.3V

1uHL012

1uH

L013

L014
1uH

C042

10u

6.3V

L015
10uH

L016
1uH

4.9

1

3

5

C032

2.2u
35V

C044

10u

6.3V

0

2

4.9

8
7

6

5

5

4

0

L017

1uH

C038

XX

25V

UNREG_SO

XCS_DDCON

C043

C046

10u

10u

6.3V

6.3V

C047

10u

6.3V

C045

10u

6.3V

SYS_DD_ON

UNREG_SCK

UNREG_SO

XCS_DDCON

EVER_3.0V

D_1.5V

D_2.9V

A_2.9V

PANEL_2.9V

CAM_3.2V

USB_3.2V

CAM_P_5V

CAM_-7.5V

3

(1/2)

1

(1/2)

2

R001

10

0.5%

R076
3300

0.5%

C003

R075

27k

0.5%

C052

0.1u
25V

R008

2200

R009
100k

R010

22k

R011
4700

R012

R013

100k

R002
6800

0.5%

6800pC005

C007

0.033u

22k

C008

0.033u

R007
8200

0.5%

R003

15k

0.5%

R004

100k

0.5%

R005

10k

0.5%

R006

10k

0.5%

4 118 15 173914

R062

33k

R063

16k

1k

R015

61

0.033u

0.033uC004

0.033uC006

IN2+

62

FB1

63

IN1-

64

FB3

65

IN3-

66

FB4

67

IN4-

68

FB5

69

IN5-

70

NC

71

NC

72

NC

73

FB6

74

IN6-

75

NC

76

NC

77

NC

78

NC

79

FB9

80

IN9-

C012

0.033u

R019
470k

D003

MA2S111-(K8).SO

R017

100

C009

0.1u

Q002

DTC144EMT2L

SWITCHING

5 12

SYS_DD_ON

C053

0.1u

0.01uC011

55

56

57

58

59

60

FB2

IN2-

VCC1

OVP2

CONT

SCP91FB102IN10-3AMPIN4AMPOUT5CT16RT7CT28CS9SCPIN10CP11TLOFF12GND13VREG(2.2V)14DT215DT116PGND117OUT6s18VCC419VCC5

R020

47k

R022

10k

0.5%

R021

75k

0.5%

R024

1800

0.5%

R025

10k

0

2.5

VIN5-52VIN4-53VIN3-54VIN1-

IC001

DC CONTROL

IC001

FA7712Q-D-TE2

100p

100p

C014

C013

R027

C015

27k

0.1u

0.5%

UNREG_SCK

470

RB001

46

47

48NC49

50NC51

CLK

RST

VIN6-

ONOFF2

0.1u

C016

R034

R031

47k

4700

0.5%

R036
270k

0.5%

C018

1u

25V

R037

15k

0.5%

UNREG_SO

45

DATA

R035

47k

0.5%

XCS_DDCON

43

44

XCS

C020

25V

7

015AZ6.2-Z(TPL3)

41

42

VCC3

VCC2

OUT5S

20

D015

RB520S-40TE61

1u

Q023

MCH3406-TL-E

SWITCHING

D006

PGND3

OUT5n

OUT5p

OUT1n

OUT1p

OUT2n

OUT3n

OUT3p

OUT4n

OUT4p

OUT6n

OUT6p

OUT9

OUT10

PGND2

D013

015AZ6.2-Z(TPL3)

4.2

C017

C019

0.1u

0.1u
16V

16V

40

39

38

37

36

35

34

NC

33

32

31

30

29

28

27

NC

26

NC

25

NC

24

NC

23

22

21

L001

4.7uH

1.1

C022

1u

6.3V

D008

RB520S-40TE61

10

Q011

MCH3317-TL-E

SWITCH

1.5 1.5

4.2

C027

1u

4.9

2

C028

1u

5

C026

1u

MCH3406-TL-E

C024

10u

C025

10u

R064

XX

0 -7.6

3

4

52

L005

C023

100uH

1u

1

QS5U26TR

4.1

SWITCHING

3.1

MCH3317-TL-E

SWITCH

2.9

MCH3317-TL-E

2.1

L002
10uH

Q007

SWITCHING

L003

Q008

MCH3406-TL-E

SWITCHING

4.9

Q009

2.3

Q012

1.2

SWITCH

1.4

0.8

0.5

5

4

1

2

3

Q015

MCH5801-TL-E

SWITCHING

2.9

5

4

1

3

2

Q016

MCH5801-TL-E

SWITCHING

Q010

3.2

3.2

5

4

1

Q014

MCH5801-TL-E

3

2

SWITCHING

4.2

51

4

4.2

1.5

4.2

5

4

54.2

1.3

L004

22uH

4.9

1.4

C029

1u

C030

4.7u
10V

4-35 4-36

DD-195 (2/2)

COVER

COVER

4-4. WA VEFORMS

SY-089 BOARD (1/2)

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

DSC-V1

1

2

3

3.5 Vp-p

27 MHz

IC581 2 (X581) REC/PB

2.7 Vp-p

54 MHz

IC581 4 REC/PB

6

440 mVp-p

H

IC801 r; REC/PB

7

2.9 Vp-p

V

IC801 rs REC/PB

8

4

5

27 MHz

IC581 qh REC/PB

H

IC801 ek REC/PB

3.3 Vp-p

380 mVp-p

360 mVp-p

2.9 Vp-p

H

IC801 rd REC/PB

9

5.0 Vp-p

2H

IC801 wg REC/PB

0

8.5 Vp-p

H

IC801 el REC/PB

4-65

2H

IC801 wa REC/PB

SY-089 (1/2)

DSC-V1

COVER

COVER

SY-089 BOARD (2/2)

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

SY-089 BOARD SIDE A SY-089 BOARD SIDE B

qa

qs

qd

2H

IC801 w; REC/PB

2H

IC801 ql REC/PB

8.0 Vp-p

8.0 Vp-p

qh

1.1 Vp-p

32.768 kHz

IC402 ts (X402) REC/PB

510 mVp-p

H

IC101 6 REC/PB (AV JACK IN)

qf

2.1 Vp-p

H

IC101 4 REC/PB (AV JACK IN)

qg

2.3 Vp-p

SY-089 (2/2)

10 MHz

IC402 wk (X401) REC/PB

4-66

COVER

COVER

Before starting adjustment

EVR Data Re-writing Procedure When Replacing Board

The data that is stored in the repair board, is not necessarily correct.
Perform either procedure 1 or procedure 2 or procedure 3 when replacing board.

Procedure 1

Save the EVR data of the machine in which a board is going to be replaced. Download the saved data after a
board is replaced.

DSC-V1

SECTION 6

ADJUSTMENTS

(Machine before starting repair)

Save the EVR data
to a personal computer.

Procedure 2

Remove the EEPROM from the board of the machine that is going to be re paired. Install the removed EEPR OM
to the replaced board.

PC

Remove the EEPROM and install it.

(Former board)

(New board)

PC

Download the saved
data to a machine.

(Machine after a board is replaced)

Procedure 3

When the data cannot be saved due to defective EEPROM, or when the EEPROM cannot be removed or in­stalled, save the data from the same model of the same destination, and download it.

(Machine to be repaired)

Download the data.

Save the data.

(The same model of the same destination)

After the EVR data is saved and downloaded, check the
respective items of the EVR data.
(Refer to page 6-2 for the items to be checked.)

(Machine to be repaired)PC

6-1

DSC-V1

COVER

COVER

1-1. Adjusting items when replacing main parts and boards

When replacing main parts and boards, adjust the items indicated by z in the following table.

Replaced parts

Block Mounted parts Board

replacement replacement replacement

Adjustment section Adjustment

Initialization of 0E, 2F,
4F, 6F page data

Video Composite video level adj. zz z z
Camera Flange back adj. zz zz

LCD LCD initial data input zz

Initialization of 0E, 2F, 4F,
6F page data

F No. compensation zzz zz
Mechanical shutter adj. z zzz z z
Light value adj. zzz zz
Mixed color cancel adj. zzz zz
AWB 3200K

standard data input
AWB 5800K

standard data input
CCD linearity check zz z z

Color reproduction adj. zz z z
CCD (white and black)

defect compensation
Strobe adj. zz z z z z

Hologram AF data input zz zzzz

VCO adj. zzz
Bright adj. zzz
Contrast adj. zzz
Black limit adj. zzz
V-COM adj. zzzz
White balance adj. zz z z z

(LCD panel)

(Back light)

(CCD imager)

(Camera module)

(EVR)

(Camera DSP, 256M SDRAM)

(VIDEO AMP)

(LCD drive, Timing generator)

LCD901

D901

IC101

IC152

IC304

IC601

IC101

IC801

Lens block assy

LCD block

LCD block

CD-441 board

SY-089 board

SY-089 board

SY-089 board

SY-089 board

SY-089 board

zzz zz

zzz zz

zzz

(Laser unit)

Flash unit

D333

(COMPLETE)

(COMPLETE)

ST-083 flexible board

ST-083 flexible board

SY-089 board

ST-083 flexible board

zz

EEPROM

IC502

SY-089 board

Table 6-1-1

6-2

COVER

COVER

6-1. CAMERA SECTION ADJUSTMENTS

1-1. PREPARATIONS BEFORE ADJUSTMENTS

1-1-1. List of Service Tools

• Oscilloscope • Color monitor • Vectorscope

• Regulated power supply • Digital voltmeter

• Calculating machine capable of calculating hexadecimal numbers.

Ref. No.

J-1

Filter for color temperature correction (C14)

J-2

Pattern box PTB-450

J-3

Color bar chart for pattern box

J-4

Siemens star chart

J-5

Clear chart for pattern box

J-6

Personal computer

J-7

USB cable
HASP key and application for adjustment

J-8

(SEUS)

J-9

Minipattern box

J-10 Back ground paper J-2501-130-A For adjusting the strobe

Name

Parts Code

J-6080-058-A
J-6082-200-A

J-6020-250-A
J-6080-875-A
J-6080-621-A

1-823-932-11

J-6082-353-B

Auto white balance adjustment/check
White

balance adjustment/check

For checking the flange back

OS: Windows 98/98SE/Me/2000/XP Home/XP Pro

USB connector × 2
For connecting the camera to PC
Contact our service headquater of each area how to get

the application for adjustment (SEUS) and HASP key
For adjusting the flange back

DSC-V1

Usage

J-1

J-6 J-7

J-2

J-3 J-4

J-8 J-9

and application for

adjustment (SEUS)

Fig. 6-1-1

J-5

J-10

6-3

DSC-V1

1-1-2. Preparations

1) Connect the equipment for adjustments according to Fig. 6-1-3.

2) Start up the application for adjustment (SEUS).

PC

with USB connectors (x 2)

(Windows 98/98SE/ME/2000/XP)

Pattern box

L

Front of the lens

L = About 25 cm

Fig. 6-1-2

Terminated

75 Ω

To USB connector

To USB connector

Vectorscope

AC IN

Color monitor

AC power adaptor

USB cable

(1-823-932-11)

HASP Key

Video (yellow)

Audio (Black)

Fig. 6-1-3

To USB connector

DSC- V1

To A/V OUT jack

To DC IN jack

Insert the Memory Stick.

LOCK

6-4

1-1-3. Precautions

1. Setting the Switch

Unless otherwise specified, set the switches as follows and per­form adjustments.

1. Mode Dial ................................................. CAMERA

2. ZOOM button

(MODE-51470 block S101, S105)........... WIDE end

3. DSPL/LCD ON/OFF button

(GL-51470 block S258)............................ OSD OFF

4. SMART ZOOM (SET UP setting) ........... OFF

5. VIDEO OUT (SET UP setting)................ NTSC

2. Order of Adjustments

Basically carry out adjustments in the order given.

DSC-V1

Color bar chart (Standard picture frame)

H

Yellow

Cyan

White

Magenta

Green

AB B

A=B

Red

Blue

A

Enlargement

B

A

3. Subjects

1) Color bar chart (Standard picture frame).
When performing adjustments using the color bar chart, ad­just the picture frame as shown in Fig. 6-1-4. (Standard pic­ture frame)

2) Clear chart (Standard picture frame)
Remove the color bar chart from the pattern box and insert a
clear chart in its place. (Do not perform zoom operations dur­ing this time)

C=D

V

Difference in level

DC

Fig. 6-1-4

Electronic beam scanning frame

Red

Cyan

White

Green

Yellow

Fig. b (monitor TV picture)

Adjust the camera zoom and direction to
obtain the output waveform shown in Fig a
and the monitor TV display shown in Fig. b.

Blue

Magenta

CRT picture frame

6-5

DSC-V1

4. Preparing the Flash Adjustment Box

A dark room is required to provide an accurate flash adjustment.
If it is not available, prepare the flash adjustment box as given
below;

1) Provide woody board A, B and C of 15 mm thickness.
Dimensions without brackets are for a box of 1 m in depth.
Dimensions in brackets are for a box of 50 cm in depth.

woody board A (2)

530 mm

(400 mm)

1026 mm

(513 mm)

1030 mm

(730 mm)

woody board B (2)

500 mm

(370 mm)

1000 mm
(700 mm)

Fig. 6-1-5

2) Apply black mat paint to one side of woody board A and B.

3) Attach backgr ound paper (J-2501-130-A) to woody board C.

4) Assemble so that the black sides and the background paper
side of woody board A, B and C are internal. (Fig 6-1-6)

1026 mm

(513 mm)

woody board A

woody board C (1)

1000 mm

(700 mm)

1000 mm
(700 mm)

woody board B

woody board B

woody board C

Fig. 6-1-6

woody board A

6-6

COVER

COVER

DSC-V1

1-2. INITIALIZATION OF 0E, 2F, 4F, 6F PAGE

DAT A

1-2-1. Initialization of 0E, 2F, 4F, 6F Page Data

1. Initializing 0E, 2F, 4F, 6F Page Data
Note 1: Initialize the data every page of 0E, 2F, 4F, and 6F.
Note 2: If the 4F page data has been initialized, the following

adjustments need to be performed again.

1) Video system adjustment

2) LCD system adjustments

Note 3: If the 6F page data has been initialized, the following

adjustments need to be performed again.

1) Camera system adjustments

Adjusting Page 0E
Adjusting Address 00 to FF
Adjusting Page 2F
Adjusting Address 00 to 7F
Adjusting Page 4F
Adjusting Address 00 to FF
Adjusting Page 6F
Adjusting Address 00 to FF

Initializing Method:

1) Select page: 00, address: 01 and set data: 01.

2) Click [Page Edit] on the SEUS screen to display the SEUS
PAGE EDIT screen.

3) Click [Page], and then enter the page to be initialized.

4) Click

5) For page 0E, enter Set ID = “00” and read the initializing data

6) For page 2F, 4F and 6F, enter Set ID = “09” and read the ini-

7) On the SEUS PAGE EDIT screen, change the data at “Fixed

8) Confirm that the data at respective adjustment addresses are

9) Click [Write] to write the initializing data to the set.

10) Click [Close] to close the SEUS PAGE EDIT screen.

Processing after Completing Initializing

Order Page

Note: At this time, the set is reset and the power is turns off once

[Preset Data Read] to display the Set ID input screen.

on the SEUS PAGE EDIT screen.

tializing data on the SEUS PAGE EDIT screen.

data-2” address given in the table on the page to be initialized.
Note: New data for change are not listed in the table. If the

data are to be changed, read and copy the data from the
same model. Copying the data from different models
may cause an operation failure.

the initial values (adjustment initial values) gi v en in the table.
If different, change to the adjustment initial values.

Address

1200029 [set]
2200129 [Write] (Note)

and then on again. Accordingly, the message “Receive
Packet Error” is displayed on the SEUS screen, and the
SEUS goes in “disconnect” state, but this is not a trouble.

[Connect] on the SEUS screen to restore the “con-

Click
nected” state. (In case that the power does not turn on again,
press the power button.)

Data Procedure

2. 0E Page table
Note 1: Fixed data-1: Initialized data.

(Refer to step 5 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Note 2: Fixed data-2: Modified data.

(Refer to step 7 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Address Initial value Remark

00 to FF Fixed data-1 (Initialized data)

3. 2F Page table
Note 1: Fixed data-1: Initialized data.

(Refer to step 6 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Note 2: Fixed data-2: Modified data.

(Refer to step 7 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Address Initial value Remark

00 to 20 Fixed data-1 (Initialized data)

21 00 Test mode

22 to 7F Fixed data-1 (Initialized data)

4. 4F Page table
Note 1: Fixed data-1: Initialized data.

(Refer to step 6 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Note 2: Fixed data-2: Modified data.

(Refer to step 7 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Address Initial value Remark

00 to 81 Fixed data-1 (Initialized data)

82 90 VCO adj. (NTSC mode)
83 9B VCO adj. (PAL mode)
84 91 V-COM adj.
85 B2 Bright adj.
86 2D Black limit adj.
87 Fixed data-1 (Initialized data)
88 84
89 66

8A 3F Contrast adj.

8B to 9F Fixed data-1 (Initialized data)

A0 80 Composite video level adj.

A1 to A7 Fixed data-1 (Initialized data)

A8
A9

AA to FF Fixed data-1 (Initialized data)

White balance adj.

Fixed data-2

6-7

DSC-V1

5. 6F Page Table
Note 1: Fixed data-1: Initialized data.

(Refer to step 6 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Note 2: Fixed data-2: Modified data.

(Refer to step 7 of “ 1. Initializing of 0E, 2F , 4F, 6F Page
Data”)

Address Initial value Remark

00 to 0F Fixed data-1 (Initialized data)

10 58
11 FF
12 FF Hologram AF data input
13 FF
14 00

15 to 17 Fixed data-1 (Initialized data)

18 4C

19 0F
1A AC
1B CA
1C 10
1D 00

1E 00
1F 00
20 00
21 00
22 00
23 00
24 20
25 20
26 64
27 46
28 0A

29 00 Flange back adj.
2A 00
2B 00
2C 00
2D 00

2E 00

2F 00

30 00

31 00

32 00

33 00

34 00

35 00

36 00

37 00

38 00

39 00
3A 00
3B 00

Address Initial value Remark

3C 00
3D 00 Flange back adj.

3E FF
3F Fixed data-1 (Initialized data)
40 00
41 00
42 00
43 00
44 00
45 00
46 00
47 00
48 00

49 00 Flange back adj.
4A 00
4B 00
4C 00
4D 00

4E 00

4F 00

50 00

51 00

52 00

53 00

54 00 Hologram AF data input

55 to 5F Fixed data-1 (Initialized data)

60 00

61 00

62 00 F No. compensation

63 00

64 00

65 30

66 FE Light value adj.

67 6D

68 to 6A Fixed data-1 (Initialized data)

6B FF
6C 00
6D 00

6E 00

6F 00

70 29

71 83

72 1F

73 DF

74 29

75 0C

76 22

77 6D

F No. compensation
Mechanical shutter adj.

Mixed color cancel adj.

AWB 3200K standard data input

6-8

6F Page Table

Address Initial value Remark

78 00

79 00
7A 00
7B 00
7C 00
7D 00
7E 00

7F 00

80 00

81 00

82 00

83 00

84 00

85 00

86 00

87 00

88 19

89 66
8A 30
8B 6E
8C 19
8D A7
8E 32

8F FB

90 00

91 00

92 00

93 00

94 00

95 00 AWB 5800K standard data input

96 00

97 00

98 00

99 00
9A 00
9B 00
9C 00
9D 00
9E 00

9F 00
A0 2A
A1 7E
A2 5F
A3 81
A4 03
A5 E9
A6 63
A7 83

AWB 3200K standard data input

Color reproduction adj.

Address Initial value Remark

A8 D5

A9 FE
AA 73
AB 45
AC 63
AD 83
AE 03
AF E9

B0 00 AWB 3200K standard data input

B1 00 AWB 5800K standard data input

B2 00 AWB 3200K standard data input

B3 00 AWB 5800K standard data input

B4 00 AWB 3200K standard data input

B5 Fixed data-1 (Initialized data)

B6 28

B7 6E

B8 10

B9 6B
BA 0F
BB F6
BC 0F
BD F7
BE 0F

BF F2

C0 0F

C1 F7

C2 00

C3 00

C4 00

C5 00

C6 00

C7 30 Mechanical shutter adj.

C8 1B

C9 12
CA 0D
CB 08
CC 80
CD 88
CE 98

CF 90

D0 88

D1 00

D2 00

D3 00

D4 00

D5 00

D6 00

D7 14

Color reproduction adj.

Strobe adj.

DSC-V1

6-9

DSC-V1

6F Page Table

Address Initial value Remark

D8 FF
D9 FF
DA FF
DB 00

DC 00
DD 00
DE 00

DF 00

E0 00
E1 00
E2 00
E3 00 Strobe adj.
E4 00
E5 00
E6 00
E7 00
E8 00
E9 00

EA 00

EB 00

EC 00
ED 00

EE 00

EF 00

F0 to FF Fixed data-1 (Initialized data)

6-10

COVER

COVER

1-3. VIDEO SYSTEM ADJUSTMENTS

1. Composite Video Level Adjustment

Adjust the sync level of the composite video signal output and
check the burst level of the composite video signal output.

Mode PLAY
Signal Arbitrary
Measurement Point Video terminal of A/V OUT jack

(75 Ω terminated)
Measuring Instrument Oscilloscope
Adjustment Page 4F
Adjustment Address A0
Specified Value Sync level:

A = 286 ± 5 mV (NTSC mode)

A = 300 ± 5 mV (PAL mode)

Burst level:

B = 286 ± 30 mV (NTSC mode)

B = 300 ± 30 mV (PAL mode)

Adjusting method:

Order Page

1000101 [Set]
22F2108 [Write]
34F0F01 [Write]
44F0203 [Write]
560C1[Read] Check the data is “01”.
640F104 [Set]

74FA0

84FA0[Write] Write this data.
9

Address

Data Procedure

Change the data and set
the sync level (A) to the
specified value.

Check the burst level (B)
to the specified value.

DSC-V1

Processing after Completing Adjustments:

Order Page

140F100 [Set]
22F2100 [Write]
34F0200 [Write]
44F0F00 [Write]
5000100 [Set]

B

Address

Data Procedure

H

Fig. 6-1-7

A

6-11

DSC-V1

COVER

COVER

1-4. CAMERA SYSTEM ADJUSTMENTS

Before perform the camera system adjustments, check that the
specified values of “VIDEO SYSTEM ADJUSTMENTS” are sat­isfied.
Note: For “CAMERA SYSTEM ADJUSTMENTS”, perform in

order of item numbers.

Data setting during camera system adjustments

Perform the following data setting before the camera system ad­justments.
It is not necessary to perform the following data setting ev ery time
when you perform some items of camera system adjustments con­tinuously unless the power is turned off. Only when the power is
turned off during this adjustments, perform the data setting again,
then continue the adjustments.

Set up setting:

1) VIDEO OUT of SET UP setting............... NTSC (NTSC mode)

(This adjustment must be performed in NTSC mode, so don't
set the SET UP setting to “PAL”)

Data setting method

Order Page

1000101 [Set]
24F0120 [Write]
37F6800 [Write]
4750A04 [Write]
5200029 [Set]
6200129 [Write] (Note 1)
7000101 [Set]
84F0F01 [Write]

92F210B [Write]
10 60 C1 [Read]
11 4F 02 03 [Set]

12 60 6C 01 [Set]
13 Wait for 1 second.

Note 1: At this time, the set is reset and the power is turned off

Note 2: Repeat the “Data setting method”, if the power was turned

Address

once and then on again. Accordingly, the message “Re­ceive Packet Error” is displayed on the SEUS screen, and
the SEUS goes in “disconnect” state, but this is not a
trouble. Click
the “connected” state. (In case that the power does not
turn on again, press the power button.)

off and on during the “CAMERA SYSTEM ADJUST­MENTS”.

Data Procedure

Check the data changes
to “02”.

[Connect] on the SEUS screen to restore

After completing the camera system adjustments, release the
data setting:

1) Click

2) Click

3) Click

4) Enter Set ID = “00” and read the initializing data on the SEUS

5) Check that all the data is “FF”.

6) Click [Write] to write the initializing data to the set.

7) Click [Close] to close the SEUS PAGE EDIT screen.

8) Release the data setting which has been executed before ad-

Order Page

[Page Edit] on the SEUS screen to display the SEUS

PAGE EDIT screen.

[Page], and then enter the page “0E”.
[Preset Data Read] to display the Set ID input screen.

PAGE EDIT screen.

justment.

Address

14F0100 [Write]
27F6840 [Write]
3750A00 [Write]
4606C00 [Set]
54F0200 [Set]
62F2100 [Write]
74F0F00 [Write]
8000100 [Set]

Data Procedure

6-12

DSC-V1

Color bar chart picture frame

Monitor TV picture frame

E=F

V

EF

Picture Frame Setting

Mode CAMERA
Subject Color bar chart

(Standard picture frame with the
zoom lens at WIDE end)

Measurement Point Video terminal of A/V OUT jack

(75 Ω terminated)
Measuring Instrument Oscilloscope and monitor TV
Specified value A=B, C=D, E=F

Switch setting:

1) FOCUS button .............................. AUTO

2) MACRO (Control button)............. ON

Setting method:

Order Page

Address

Data Procedure

Shoot the color bar chart

1

with the zoom WIDE
end.

2608C30 [Set]

Enter the output of
VIDEO OUT to the

3

monitor TV, and move
the position as shown in
Fig. 6-1-10.

Horizontal width of one
color (B, C) and that of

4

black (A, D) on the color
bar chart should be same.
(See Fig. 6-1-8)

With vertical width of
black (E, F) set in same,

5

the color bar chart
should come to the
center of monitor TV.
(See Fig. 6-1-9)

Check that the color bar

6

on the monitor TV is
focused.

Read the data.

71044

[Read]

Note down the data, and
this is named YH data.

Read the data.

81045

[Read]

Note down the data, and
this is named YL data.

Processing after Completing Adjustments:

Order Page

1608C00

Address

Data Procedure

[Set]

How to reset the zoom and focus when they deviated:

Order Page

Address

Data Procedure

1602C01 [Set]
2609000 [Set]
3609100 [Set]
46092YL [Set] (Note)
56093YH [Set] (Note)
6600179 [Write]

76007[Read]
8600100

[Write]

Check the data changes
to “01”.

Note: The data noted down at step 7 and 8 of “Setting method”.

Check on the oscilloscope

1. Horizontal period

A=B

B

A

C=D

C

D

Fig. 6-1-8

2. Vertical period

Fig. 6-1-9

Check on the monitor TV

Fig. 6-1-10

6-13

DSC-V1

1. Flange Back Adjustment
(Using the minipattern box)

The flange back of inner focus lens is adjusted automatically. If
shifted, the auto focus is disordered.

Mode CAMERA
Subject Siemens star chart with ND filter

for minipattern box (Note 1)

Measurement Point Data of page: 6F, address: 24 and

3E
Adjustment Page 6F
Adjustment Address 18 to 3E, 40 to 53
Specified value 1 00
Specified value 2 0A to 40

Note 1: Dark Siemens star chart.
Note 2: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Preparations before adjustments:

1) The minipattern box is installed as shown in the following fig­ure.

Note 3: The attachment lenses are not used.
Note 4: Take care not to hit the minipattern box when ex-

tending the lens.

2) Install the minipattern box so that the distance between it and
the front of lens of camera is less than 3 cm.

3) Make the height of minipattern box and the camera equal.

4) Check the output voltage of the regulated power supply is the
specified voltage ± 0.01 Vdc.

5) Check that the center of Siemens star chart meets the center of
shot image screen with the zoom lens at TELE end and WIDE
end respectively.

Specified voltage:The specified voltage varies according to the

minipattern box, so adjustment the power sup­ply output voltage to the specified voltage writ­ten on the sheet which is supplied with the mini­pattern box.

Adjusting method:

Order Page

Address

Data Procedure

Perform “Data setting

1

during camera system
adjustment”.

(Refer to page 6-12)
2600113 [Write]
3600127 [Write] (Note 5)

46002

[Read]

Check the data changes

to “01”.

Check that the data
56F3E

[Read]

satisfied the specified

value 1.

Check that the data
66F24

[Read]

satisfied the specified

value 2.
7600100 [Write]
8600125 [Write]
9Wait for 3.5 seconds.

Note 5: The adjustment data will be automatically input to page:

6F, address: 18 to 3E and 40 to 53.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1600100 [Write]

Release “ Data setting
2

during camera system

adjustment”.

(Refer to page 6-12)
3

Perform “Flange Back

Check”.

Minipattern box

Output voltage : Specified voltage ± 0.01 Vdc

Red (+)

Black (–)
Yellow (SENS +)
White (SENS –)

Black (GND)

Below 3 cm

Camera

Camera

table

Regulated power supply

Output current : more than 3.5 A

Need not connected

Fig. 6-1-11

6-14

DSC-V1

2. Flange Back Check

Mode CAMERA
Subject Siemens star

(1.0 m from the front of the lens)

(Luminance: 200 to 400 lux)
Measurement Point Check operation on monitor TV
Measuring Instrument
Specified value Focused at the TELE end and

WIDE end

Checking method:

Order Page

1

2

3

4608C30 [Set]
55F3D50 [Set]

6

7
8602C01 [Set]

97B9894 [Set]

10

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-12)

Place the Siemens star

1.0 from the front of the
lens.

To open the IRIS,
decrease the luminous
intensity to the Siemens
star up to a point before
noise appear on the
image.

Set the zoom lens to the
TELE end then set the
center of the Siemens
star chart in the center of
the TV monitor.

Check that the lens is
focused.

While observe the TV
monitor, change the
zoom to the WIDE end
and check that the lens is
focused.

3. F No. Compensation

Compensate the unevenness of the iris meter sensitivity.

Mode CAMERA
Subject Clear chart

(Standard picture frame with the

zoom lens at WIDE end)
Measurement Point Data of page: 6F, address: 6B
Adjustment Page 6F
Adjustment Address 60 to 64, 6B to 6D
Specified value 00

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Adjusting method:

Order Page

1

2

36001BB [Write] (Note 2)
46002

56F6B

Note 2: The adjustment data will be automatically input to page:

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

Address

6F, address: 60 to 64 and 6B to 6D.

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

[Read]

[Read]

Data Procedure

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

Processing after Completing Adjustments:

Order Page

15F3D

27B98
3608C00 [Set]

4

Address

Data Procedure

[Read]

[Read]

The data reverts back to
the first.

The data reverts back to
the first.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

6-15

DSC-V1

4. Mechanical Shutter Adjustment

Adjust the period which the mechanical shutter is closed, and com­pensate the exposure.

Mode CAMERA
Subject Clear chart

(Standard picture frame with the

zoom lens at WIDE end)
Measurement Point Data of page: 6F, address: 6B
Adjustment Page 6F
Adjustment Address 6B to 6D, B8 to D7
Specified value 00

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Adjusting method:

Order Page

1 Perform “Data setting

2

36001AD [Write] (Note 2)
46002

56F6B

Note 2: The adjustment data will be automatically input to page:

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

Address

6F, address: 6B to 6D and B8 to D7.

Address

Data Procedure

during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

[Read]

[Read]

Data Procedure

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

5. Light Value Adjustment

Adjust the standard light value.

Mode CAMERA
Subject Clear chart

(Standard picture frame with the
zoom lens at WIDE end)

Measurement Point Data of page: 10, address: 0C and

0D (2byte data) (Note 2)

Data of page: 6F, address: 65
Adjustment Page 6F
Adjustment Address 65 to 67
Specified value 1 0FE0 to 1020
Specified value 2 30 to 50

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Note 2: 2byte data is upper 1byte data and lower 1 byte data.
XX XX
Lower 1byte data (Page: 10, address: 0D)

Upper 1byte data (Page: 10, address: 0C)

Adjusting method:

Order Page

1

2

360010D [Write] (Note 3)
46002

5100C

6100D

7

86F65

Note 3: The adjustment data will be automatically input to page:

Address

[Read]

[Read]

[Read]

[Read]

6F, address: 65 to 67.

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “01”.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

Check that the 2byte
data (Note 2) satisfied
the specified value 1.

Check that the data
satisfied the specified
value 2.

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

Address

Data Procedure

6-16

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

DSC-V1

6. Mixed Color Cancel Adjustment

Correct the dispersion of Gr/Gb filter on CCD imager

Mode CAMERA
Subject Color bar chart

(Standard picture frame with the

zoom lens at WIDE end)
Measurement Point Data of page: 6F, address: B5
Adjustment Page 6F
Adjustment Address 6E and 6F
Specified value 00

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Adjusting method:

Order Page

1

2

36FB5FF [Write]
46001D7 [Write]
5Wait for 3 seconds.
66001D5 [Write] (Note 2)

76002

86FB5

Note 2: The adjustment data will be automatically input to page:

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

Address

Data Procedure

[Read]

[Read]

6F, address: 6E and 6F

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

7. AWB 3200K Standard Data Input

Adjust the white balance reference at 3200K.

Mode CAMERA
Subject Clear chart

(Standard picture frame with the

zoom lens at WIDE end)
Measurement Point Data of page: 6F, address: B5
Adjustment Page 6F
Adjustment Address 70 to 87, B0, B2 and B4
Specified value 00

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Adjusting method:

Order Page

1

2

36FB5FF [Write]
460010B [Write] (Note 2)

56002

66FB5

Note 2: The adjustment data will be automatically input to page:

Processing after Completing Adjustments:

Order Page

1600100 [Write]
2

Address

6F, address: 70 to 87, B0, B2 and B4.

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

[Read]

[Read]

Data Procedure

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Perform “AWB 5800K
Standard Data Input”.

6-17

DSC-V1

8. AWB 5800K Standard Data Input

Adjust the white balance reference at 5800K.

Mode CAMERA
Subject Clear chart

(Standard picture frame with the
zoom lens at WIDE end)

Filter Filter C14 for color temperature

correction
Measurement Point Data of page: 6F, address: B5
Adjustment Page 6F
Adjustment Address 88 to A3, B1 and B3
Specified value 00

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Note 2: Perform this check after “AWB 3200K Standard Data

Input” without a break.

Adjusting method:

Order Page

1

2
36FA02A [Write]

46FA17E [Write]
56FA25F [Write]
66FA381 [Write]
76FB5FF [Write]
86001A5 [Write] (Note 3)

96002

10 6F B5

Note 3: The adjustment data will be automatically input to page:

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

3

Address

6F, address: 88 to A3, B1 and B3.

Address

Data Procedure

“AWB 3200K Standard
Data Input” is com­pleted.

Place the C14 filter on
the lens.

[Read]

[Read]

Data Procedure

Check the data changes
to “01”.

Check that the datasatis­fied the specified value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

Remove the C14 filter
on the lens.

9. AWB 5800K Check

Mode CAMERA
Subject Clear chart

(Standard picture frame with the
zoom lens at WIDE end)

Filter Filter C14 for color temperature

correction
Measurement Point Data of page: 6F, address: B5
Specified value 00

Note: Check that the data of page: 60, address: 02 is “00”. If not,

press the RESET switch using a thin and long pin.

Checking method:

Order Page

1

2

3

46FB5FF [Write]
560013F [Write]

66002[Read]

76FB5

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

3

Address

Address

Data Procedure

Place the C14 filter on
the lens.

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “01”.

Check that the data

[Read]

Data Procedure

satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

Remove the C14 filter
on the lens.

6-18

DSC-V1

10. AWB 3200K Check

Mode CAMERA
Subject Clear chart

(Standard picture frame with the

zoom lens at WIDE end)
Measurement Point Data of page: 6F, address: B5
Specified value 00

Note: Check that the data of page: 60, address: 02 is “00”. If not,

press the RESET switch using a thin and long pin.

Checking method:

Order Page

1

2

36FB5FF [Write]
460010F [Write]

56002 [Read]

66FB5

Processing after Completing Adjustments:

Order Page

1600100 [Write]

2

Address

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “01”.

Check that the data

[Read]

Data Procedure

satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

11. CCD Linearity Check

Check that CCD output keep being straight even ISO sensiti vity is
changed.

Mode CAMERA
Subject Clear chart

(Standard picture frame with the

zoom lens at WIDE end)
Specified value 1 97 to 103 (Decimal)
Specified value 2 96 to 104 (Decimal)

Note: 2byte data is upper 1byte data and lower 1byte data.

XX XX

Lower 1byte data
(Page: 10, address: 81 or 83)
Upper 1byte data
(Page: 10, address: 80 or 82)

Checking method:

Order Page

1

2

3750904 [Set]
477F600 [Set]
577F742 [Set]
677F282 [Set]
7601490 [Set]
860129F [Set]

9600516 [Set]
10 75 21 88 [Set]
11 75 22 00 [Set]
12 75 23 BB [Set]
13 75 24 1B [Set]
14 75 25 24 [Set]
15 Wait for 2 seconds.
16 60 01 F9 [Write]

17 60 E1 [Read]

18 10 80

19 10 81

20

21 10 82

22 10 83

23
24 60 01 00 [Write]

25 60 E1 00 [Set]

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “08”.

[Read]

[Read]

[Read]

[Read]

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note) is
named D1.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note) is
named D2.

6-19

DSC-V1

Order Page

Address

Data Procedure

26 77 72 54 [Set]
27 Wait for 2 seconds.
28 60 01 F9 [Write]

29 60 E1 [Read]

30 10 80

31 10 81

[Read]

[Read]

32

33 10 82

34 10 83

[Read]

[Read]

35

Check the data changes
to “08”.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note) is
named D3.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note) is

named D4.
36 60 01 00 [Write]
37 60 E1 00 [Set]
38 60 12 A2 [Set]
39 77 72 09 [Set]
40 Wait for 2 seconds.
41 60 01 F9 [Write]

42 60 E1 [Read]

43 10 80

44 10 81

[Read]

[Read]

45

46 10 82

47 10 83

[Read]

[Read]

48

Check the data changes

to “08”.

Read the data

(Upper 1byte).

Read the data

(Lower 1byte).

This 2byte data (Note) is

named D5.

Read the data

(Upper 1byte).

Read the data

(Lower 1byte).

This 2byte data (Note) is

named D6.
49 60 01 00 [Write]
50 60 E1 00 [Set]
51 60 12 00 [Set]
52 60 14 00 [Set]

53 75 09 [Read]

54 77 F6

55 77 F7

56 77 F2

57 77 72

[Read]

[Read]

[Read]

[Read]

The data reverts back to

the first.

The data reverts back to

the first.

The data reverts back to

the first.

The data reverts back to

the first.

The data reverts back to

the first.
58 60 05 00 [Set]

59 75 21 [Read]

The data reverts back to

the first.

Order Page

60 75 22

61 75 23

62 75 24

63 75 25

Address

Data Procedure

[Read]

[Read]

[Read]

[Read]

The data reverts back to
the first.

The data reverts back to
the first.

The data reverts back to
the first.

The data reverts back to
the first.

Convert D

64

D5, D6 to decimal
notation, and obtain D1’,
D2’, D3’, D4’, D5’ D6’.

Calculate S
using following
equations.

65

(Decimal calculation)
S1 = (D3’ ÷ D1’) × 100
S2 = (D4’ ÷ D2’) × 100
S3 = (D5’ ÷ D1’) × 100
S4 = (D6’ ÷ D2’) × 100

Check that the S

66

satisfies the specified
value 1.

Check that the S

67

satisfies the specified
value 2.

Processing after Completing Adjustment:

Order Page

Address

Data Procedure

Release “Data setting

1

during camera system
adjustment”
(Refer to page 6-12)

, D2, D3, D4,

1

, S2, S3, S

1

and S

1

and S

3

4

2

4

6-20

DSC-V1

12. Color Reproduction Adjustment

Adjust the color separation matrix coefficient so that proper color
reproduction is produced.

Mode CAMERA
Subject Color bar chart

(Standard picture frame with the
zoom lens at WIDE end)

Measurement Point Video terminal of A/V OUT jack

(75 Ω terminated)

Data of page: 6F, address: B5
Measuring Instrument Vectorscope
Adjustment Page 6F
Adjustment Address A4 to AF
Specified value 00

Menu setting:

1) VIDEO OUT of SET UP menu

................................. NTSC (NTSC mode)

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Adjusting method:

Order Page

1

2

37F6800 [Set]
46FB5FF [Write]
56001AB [Write]
6601280 [Write]
7Wait for 1 seconds.
8601200 [Write]
9Wait for 2 seconds.

10 60 01 A9 [Write] (Note 2)
11 60 02

12 6F B5

13

Note 2: The adjustment data will be automatically input to page:

Address

Data Procedure

[Read]

[Read]

6F, address: A4 to AF.

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Check the each color
luminance point is in
each color reproduction
frame.

Processing after Completing Adjustments:

Order Page

1600100 [Write]
27F68[Read]

3

Address

Data Procedure

The data reverts back to
the first.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

R-Y

M

Y

E

Burst position

R

G

W

G

C

Y

Fig. 6-1-12

B-Y

B

6-21

DSC-V1

13. CCD White Defect Compensation

Mode CAMERA
Subject Not required
Measurement Point Data of page: 60, address: 55

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Note 2: The “CCD White Defect Compensation” should be made

when the set warms up at certain duration after the power
was turned on, as it is affected with the temperature.

Adjusting method:

Order Page

1

27D641E [Set]
37D6918 [Set]
460018B [Write]

56002[Read]

66055

7600100 [Write]
87D640F [Set]
97D6960 [Set]

10 60 01 87 [Write]
11 60 02 [Read]

12 60 55

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Check the data changes
to “01”.

Check the data.

[Read]

[Read]

00 to 7F: Normal
80 to FF: Defective

Check the data changes
to “01”.

Check the data.
00 : Normal
01 to FF: Defective

Processing after Completing Adjustments:

Order Page

1600100 [Write]
27D640F [Set]
37D6943 [Set]

4

Address

Data Procedure

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

6-22

DSC-V1

14. CCD Black Defect Compensation

Mode CAMERA
Subject Clear chart

(Standard picture frame with the
zoom lens at WIDE end)

Measurement Point Data of page: 60, address: 55

Note 1: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Note 2: Check that there are no dust, no dirt and reflection of the

clear chart.

Note 3: Any subject other than the clear chart should be in the

screen.

Adjusting method:

Order Page

1

2

37D654C [Set]
4609000 [Set]
5609103 [Set]
6609200 [Set]
7609300 [Set]
8600179 [Write]

9603008 [Set]
10 60 07 [Read]
11 60 01 8D [Write]
12 60 02 [Read]

13 60 55 [Read]

14 60 01 00 [Write]
15 7D 65 5A [Set]
16 60 01 89 [Write]

17 60 02 [Read]

18 60 55

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Perform “Picture frame
setting”
(Refer to page 6-13)

Check the data changes
to “01”.

Check the data changes
to “01”.

Check the data.
00: Proceed to “Process­ing after Completing
Adjustment”
00 to 14 : Normal
15 to FF : Defective

Check the data changes
to “01”.

Check the data.

[Read]

00 : Normal
01 to FF : Defective

Processing after Completing Adjustments:

Order Page

1600100 [Write]
2609100 [Set]
3603000 [Set]
47D654C [Set]

5

Address

Data Procedure

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

6-23

DSC-V1

15. Strobe Adjustment

Adjust the light value and white balance when strobe light flashed.

Mode CAMERA
Subject Flash adjustment box (Note 2)

(50 cm from the front of lens)

Measurement Point Data of page: 6F, address: DC

and B5
Adjustment Page 6F
Adjustment Address B6, B7 and D8 to EF
Specified value 1 03 to 0E
Specified value 2 00

Note 1: Perform this adjustment in the Flash adjustment box.
Note 2: Refer to “4. Preparing the Flash adjustment box”. (See

page 6-6)

Note 3: “Strobe Adjustment” is available only once after the

power is turned on. If the adjustment is retried, press the
RESET switch using a thin and long pin.

Note 4: Check that the data of page: 60, address: 02 is “00”. If

not, press the RESET switch using a thin and long pin.

Switch setting:

1) FLASH (Control button) .................... ON

Adjusting method:

Order Page

1

2602C01 [Set]
3609000 [Set]
4609100 [Set]
56092FF [Set]
66093FF [Set]
7600179 [Write]

86007[Read]
96FB5FF [Write]

10 60 01 B9 [Write]

11 60 02
12 6F D8 [Read] Check the data is “00”.

13 60 01 00 [Write]
14 60 ED [Read]
15 60 01 E7 [Write] Check the flashing.
16 60 02
17 6F D8 [Read] Check the data is “00”.

18 6F DC [Read]

19 6F B5

Note 5: The adjustment data will be automatically input to page:

Address

6F, address: B6, B7 and D8 to EF.

Data Procedure

Perform “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

Check the data changes
to “01”.

Check the flashing.
(Note 5)

[Read]

[Read]

[Read]

Check the data changes
to “01”.

Check the data changes
to “02”.

Check the data changes
to “01”.

Check that the data
satisfied the specified
value 1.

Check that the data
satisfied the specified
value 2.

Processing after Completing Adjustments:

Order Page

1600100 [Write]
2609200 [Set]
3609300 [Set]
4602C00 [Set]

5

Address

Data Procedure

6-24

Release “Data setting
during camera system
adjustment”.
(Refer to page 6-12)

16. Hologram AF Data Input

Set the data for laser output of the hologram AF.

Mode CAMERA
Adjustment Page 6F
Adjustment Address 10 to 14 and 54

Input method:

Order Page

1000101 [Set]
26F1091 [Write]
36F1100 [Write]
46F1200 [Write]
56F1300 [Write]
66F1400 [Write]
76F5400 [Write]

Processing after Completing Input:

Order Page

1000100

Address

Address

Data Procedure

Data Procedure

[Set]

DSC-V1

6-25

DSC-V1

17. Hologram AF Angle Check

Check a deviation of optical axis between hologram AF and cam­era image.

Mode CAMERA
Subject Flash adjustment box (Note 2)

(1 m from the front of lens)
Measurement Point Check operation on monitor TV
Measuring Instrument
Specified value All luminance points should

settle within specification frame.

Note 1: Perform this adjustment in the Flash adjustment box.

Restrict external light to enter the Flash adjustment box
as less as possible.

Note 2: Refer to “4. Preparing the Flash adjustment box”. (See

page 6-6)

Note 3: Perform checking by making the shooting surface of the

Flash adjustment box perpendicular to the optical axis of
the camera.

Preparation

1) Take a reduced or enlarged copy on the clear sheet so that a
rectangular frame of the sheet for auxiliary light is suitable for
the effective image size of the monitor.

2) Stick the copied sheet for auxiliary light on the monitor screen.

Checking method:

Order Page

1

2603006 [Set]
35F3D50 [Set]
4602C01 [Set]
5609000 [Set]
6609100 [Set]
7609200 [Set]
8609340 [Set]

9600179 [Write]
10 60 07 [Read]
11 60 01 00 [Write]

12 60 22 05 [Set]
13 60 23 0A [Set]

14

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-12)

Check the data changes
to “01”.

Check that the hologram
patterns are all within the
specification frame.
(None of the hologram
patterns are completely
out of the frame)

Specification frame

Fig. 6-1-13

Processing after Completing Adjustment:

Order Page

15F3D

2602300 [Set]

3602C00 [Set]

4603000 [Set]

5609300 [Set]

6

Address

Data Procedure

[Read]

The data reverts back to
the first.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-12)

6-26

COVER

COVER

DSC-V1

1-5. LCD SYSTEM ADJUSTMENTS

Note 1: Taken an extreme care not to destroy the liquid crystal

display module by static electricity when replacing it.

Note 2: Set the LCD BRIGHTNESS (SET UP setting) to the

NORMAL.

1. LCD Initial Data Input

Mode PLAY
Signal Arbitrary
Adjustment Page 4F
Adjustment Address 80 to 8A, 8F, 91 to 93, 95, A3, A4

Note: “Memory Stick” must be inserted.

Input method:

1) Select page: 00, address: 01, and set data: 01.

2) Select page: 4F, and write the da ta given in the follo wing table.

Address Data Remark

80 5F
81 EF
82 90 VCO adjustment (NTSC mode)
83 9B VCO adjustment (PAL mode)
84 91 V-COM adjustment
85 B2 Bright adjustment
86 2D Black Limit adjustment
87 41 Fixed value
88 84
89 66
8A 3F Contrast adjustment
8F B2
91 40
92 2E
93 0E Fixed value
95 1F
A3 24
A4 12

Processing after Completing Input:

1) Select page: 00, address: 01, and set data: 00.

Fixed value

White Balance adjustment

2. VCO Adjustment (SY-089 Board)

Set the VCO free-run frequency. If deviated, the LCD screen will
be blurred.

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 40, address: 4F
Adjustment Page 4F
Adjustment Address 82 (NTSC mode)

83 (PAL mode)

Specified value 00

Menu setting:

1) VIDEO OUT of SET UP menu

................................. NTSC (NTSC mode)

(This adjustment must be performed in NTSC mode, so don’t set
the menu setting to “PAL”)

Adjusting method:

Order Page

1000101 [Set]
24F991D [Write]
3404F01 [Set]
4404E01 [Set] (Note)

5404F

64F82

7

84F83D

Note: The adjustment data will be automatically input to

page: 4F, address: 82.

Processing after Completing Adjustments:

Order Page

1000100

Address

Address

Data Procedure

Check that the data

[Read]

[Read]

[Write]

83

Data Procedure

satisfied the specified
value.

Read the data and this
data is named D82.

Calculate D
following equations.
(hexadecimal calcula­tion)
D

= D

+ 0B

83

82

[Set]

using

83

6-27

DSC-V1

3. Bright Adjustment (SY-089 Board)

Set the amplitude of the RGB decoder for driving the LCD to the
specified value.
If deviated, the LCD screen image will be blackish or saturated
(whitish).

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 40, address: 4F
Adjustment Page 4F
Adjustment Address 85
Specified value 00

Adjusting method:

Order Page

1000101 [Set]
24F8FB1 [Write]
3404F02 [Set]
4404E01 [Set] (Note)

5404F

Note: The adjustment data will be automatically input to

page: 4F, address: 85.

Processing after Completing Adjustments:

Order Page

1000100

Address

Address

Data Procedure

Check that the data

[Read]

Data Procedure

satisfied the specified
value.

[Set]

4. Contrast Adjustment (SY-089 Board)

Set the level of the VIDEO signal for driving the LCD to the speci­fied value.
If deviated, the LCD screen image will be blackish or saturated
(whitish).

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 40, address: 4F
Adjustment Page 4F
Adjustment Address 8A
Specified value 00

Note 1: Perform “Bright Adjustment” before this adjustment.

Adjusting method:

Order Page

1000101 [Set]
24F9140 [Write]
3404F03 [Set]
4404E01 [Set] (Note 2)

5404F

Note 2: The adjustment data will be automatically input to

Processing after Completing Adjustments:

Order Page

1000100

Address

Data Procedure

[Read]

page: 4F, address: 8A.

Address

Data Procedure

Check that the data
satisfied the specified
value.

[Set]

6-28

DSC-V1

5. Black Limit Adjustment (SY-089 Board)

Set the black limit voltage of LCD panel to the specified value.
If deviated, the LCD screen image will be blackish or saturated
(whitish).

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 40, address: 4F
Adjustment Page 4F
Adjustment Address 86
Specified value 00

Adjusting method:

Order Page

1000101 [Set]
24F9FBD [Write]
3404F04 [Set]
4404E01 [Set] (Note)

5404F

Note: The adjustment data will be automatically input to

page: 4F, address: 86.

Processing after Completing Adjustments

Order Page

1000100

Address

Address

Data Procedure

Check that the data

[Read]

Data Procedure

satisfied the specified
value.

[Set]

6. V-COM Adjustment (SY-089 Board)

Set the DC bias of the common electrode drive signal of LCD to
the specified value.
If deviated, the LCD display will be move, producing flicker and
conspicuous vertical lines.

Mode PLAY
Signal Arbitrary
Measurement Point Check on the LCD screen
Measuring Instrument
Adjustment Page 4F
Adjustment Address 84
Specified value The brightness difference between

the section-A and section-B is
minimum

Adjusting method:

Order Page

1000101 [Set]
240F182 [Set]

34F84

44F84

Processing after Completing Adjustments:

Order Page

140F100 [Set]
2000100 [Set]

Address

Address

Data Procedure

Change the data so that
brightness of the section
A and section B is equal.

[Write]

Data Procedure

Subtract 6 from the data,
and write this data.

A

B

A

B

A

B

A

B

Fig. 6-1-14

6-29

DSC-V1

7. White Balance Adjustment (SY-089 Board)

Correct the white balance.
If deviated, the LCD screen color cannot be reproduced.

Mode PLAY
Signal Arbitrary
Measurement Point Check on the LCD screen
Measuring Instrument
Adjustment Page 4F
Adjustment Address 88, 89
Specified value LCD screen must not be colored

Note 1: Check the white balance only when replacing the fol-

lowing parts. If necessary, adjust them.

1. LCD901 PANEL UNIT

2. IC801

Adjusting method:

Order Page

1000101 [Set]
240F10A [Set]

34F8884 [Write]

44F8966

5

64F

Address

88
89 colored, and write this

Data Procedure

Write the data.
(Initial value)

[Write]

[Write]

Write the data.
(Initial value)

Check that the LCD
screen is not colored. If
not colored, proceed to
“Processing after
Completing Adjust­ments”.

Change the data so that
the LCD screen is not

data.

Processing after Completing Adjustments:

Order Page

140F100 [Set]
2000100 [Set]

Address

Data Procedure

6-30

COVER

COVER

DSC-V1

6-2. SERVICE MODE

2-1. APPLICATION FOR ADJUSTMENT (SEUS)

The application for adjustment (SEUS) is used to change the coef­ficient for calculating the signal processing or EVR data. The SEUS
performs two-way communication between PC and set through
the USB terminal. The two-way communication result data can be
written to the nonvolatile memory.

2-1-1. Using Method of SEUS

1. Connection

1) Connect the HASP key to the USB terminal of the PC.

2) Connect the PC and set with the USB cable.

3) Confirm that the set starts in the USB mode.

4) Start the SEUS on the PC.

5) Click [Connect] on the SEUS screen. If the connection is nor­mal, the SEUS screen will be as shown in Fig. 6-2-1, indicat­ing the

“connected” state.

Note: The SEUS will go in

turned off (for instance, by resetting the set). In such a
case, click [Connect] on the SEUS screen to restore
the

“connected” state.

“disconnect" state, if the set is

2. Operation

•Page change
To change the page, click [Page] on the SEUS screen and enter
the page to be changed. The page is displayed in hexadecimal
notation.

• Address change
To change the address, click [Address] on the SEUS screen and
enter the address to be changed. The address is displayed in
hexadecimal notation.

• Data change
To change the data, click [Set] on the SEUS screen and enter
the data. The data is displayed in hexadecimal notation.
This operation does not write the data to the nonvolatile memory .

• Data writing
To write the data to the nonvolatile memory, click [Write] on
the SEUS screen and enter the data to be written.

• Data reading
The data displayed on the SEUS screen are the data values at
the time when the pages and addresses were set, and they are
not updated automatically. To check the data change, click

[Read] on the SEUS screen and update the displayed data.

2-1-2. Precaution on Use of SEUS

Wrong SEUS operation could clear correct adjustment data. To
prevent the data clear by mistake, it is recommended to save all
adjustment data by clicking [Page Edit] on the SEUS screen be­fore starting the adjustment.

Fig. 6-2-1

6-31

DSC-V1

COVER

COVER

2-2. DATA PROCESS

In some adjustment items, the calculation of SEUS displayed data
(hexadecimal) is needed to check the specified data or to acquire
the adjustment data. In such a case, prepare a computer capable of
calculating hexadecimal numbers.
Also, the data at two addresses are read, which are treated as 2
bytes of upper 1 byte and lower 1 byte (4-digit hex. number), to
check the specified data.

XX XX

Displayed data at lower 1 byte address
Displayed data at upper 1 byte address

2-3. SERVICE MODE

1. Setting the Test Mode

Page 2F Address 21

Data Function

00 Normal
01 Forced S (shutter speed) mode
02 Forced A (aperture) mode
03 Forced M (manual) mode
04 Forced SCN (scene selection) mode
05 Forced MOVIE mode
08 Forced PLAY mode

09 Forced SET UP mode
0A Forced CAMERA (auto) mode
0B Forced P (program) mode

• Before setting the data, select page: 00, address: 01, and set
data: 01.

• In the case of page 2F, writing the data by clicking [Write] on
the SEUS screen causes the data to be written to the nonvolatile
memory. In this case, the Test mode is not released even if the
set is turned off, thus requiring extreme care.

• After the adjustment/repair finished, be sure to return the data
to “00” to restore the Normal mode. Also, select page: 00, ad­dress: 01, and set data: 00.

6-32

DSC-V1

2. Bit V alue Discrimination

In the following items, the bit values must be discriminated from
the data displayed on the SEUS. Whether bit values are “1” or “0”
can be discriminated from the table shown below.

Data displayed on SEUS

0 0

bit 3 to bit 0 discriminated
bit 7 to bit 4 discriminated

Bit values

Display on the bit3 bit2 bit1 bit0

SEUS or or or or

bit7 bit6 bit5 bit4

00000
10001
20010
30011
40100
50101
60110
70111

A

B

Example: If the displayed data is “8E”, bit 7 - bit 4 values can be

81000

91001
A1010
B1011
C1100
D1101
E1110
F1111

discriminated from block (A), and also bit 3 - bit 0 val­ues from block (B).

3. LED Check

Page 20 Address 04 Data 02

Using method:

1) Select page: 20, address: 04, set data: 02.

2) Check that all LED (SELF TIMER, POWER, SELF TIMER/
RECODING, AE/AF LOCK, FLASH/CHG, MS ACCESS) are
lit.

3) Select page: 20, address: 04, set data: 00.

4. Jog Dial Check

Page 20 Address 81

Using method:

1) Set the mode dial to any position other than “SET UP’”.

2) Select page: 20, address: 81.

3) By discriminating the upper digit of read data, the rotation of
the control dial can be discriminated.

Jog dial
(MODE-51470 block S106)

When rotated upward.
When rotated downward.

5. Switch Check (1)

Page 20 Address 80

Bit Function

POWER SW

0

(MODE-51470 block

S104)
1
2

Shutter button

(XSHTR ON)
3

(MODE-51470 block

S103)

Shutter button

(XAE LOCK ON)
4

(MODE-51470 block

S103)

MEMORY STICK
5

IN SW

(MS Socket)

Upper digit of the data

...

→ 1 → 5 → D → 9 → 1 →

...

→ 1 → 9 → D → 5 → 1 →

When bit value=1 When bit value=0

OFF ON

OFF ON

OFF ON

IN OUT

...
...

Using method:

1) Select page: 20, address: 80.

2) By discriminating the bit value of read data, the state of the
switches can be discriminated.

6-33

DSC-V1

6. Switch Check (2)

Page 20 Addresses 91 to 95

Using method:

1) Select page: 20, addresses: 91 to 95.

2) By discriminating the read data, the pressed key can be dis­criminated.

Address

91 MENU

(KEY AD0) (GL-51470 block) (GL-51470 block) (GL-51470 block) (GL-51470 block) No key input

(IC402 tg) (S251) (S252) (S253) (S254)

92 CONTROL UP CONTROL SET CONTROL LEFT

(KEY AD1) (GL-51470 block) (GL-51470 block) (GL-51470 block) (GL-51470 block) No key input

(IC402 th) (S255) (S256) (S257) (S258)

93

(KEY AD2)

(IC402 tj) (S106) (S259) (S260) (S261)

94 ZOOM DOWN ZOOM UP NIGHT SHOT

(KEY AD3)

(IC402 tk) (S101) (S105) (S102) (S102)

95

(KEY AD4) (SW-395 flexible) No key input

(IC402 tl) (S101)

7. Mode Dial Check (1)

00 to 0C 0D to 27 28 to 48 49 to 73 74 to DC DD to FF

CONTROL DOWN

EXECUTE EXPOSURE/

(JOG DIAL) INDEX

(MODE-51470 block)

(MODE-51470 block) (MODE-51470 block) (MODE-51470 block) (MODE-51470 block)

(GL-51470 block) (GL-51470 block) (GL-51470 block) No key input

IMAGE SIZE/

DELETE

FOCUS AE LOCK

Data

CONTROL RIGHT

DISPLAY/LCD

ON/OFF

NIGHT FLAMING

No key input

LENS ADAPTOR

DETECT

Page 20 Address 80, 81

Address Bit Function

80 1 PLAY others PLAY
81 4 SET UP others SET UP

Using method:

1) Select page: 20, address: 80 and 81.

2) By discriminating the bit value of read data, the state of the
switches can be discriminated.

When bit When bit

value=1 value=0

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8. Mode Dial Check (2)

Page 20 Addresses 90, 96

Using method:

1) Select page: 20, addresses: 90 and 96.

2) By discriminating the read data, the pressed key can be discriminated.

DSC-V1

Address

90 S (shutter speed) A (aperture) M (manual)

(MODE DIAL) (MODE-51470 block) (MODE-51470 block) (MODE-51470 block) (MODE-51470 block) (MODE-51470 block)

(IC402 tf) (S108) (S108) (S108) (S108) (S108)

96 CAMERA (auto) P (program)

(MODE DIAL 2)

(IC402 y;) (S108) (S108)

9. Self Diagnosis Code

Display Code

C:32:ss

C:13:ss

E:61:ss

E:91:ss

00 to 0C 0D to 27 28 to 48 49 to 73 74 to DC DD to FF

(MODE-51470 block) (MODE-51470 block)

Countermeasure

Turn the power off and on again.

Format the “Memory stick”.
Insert a new “Memory Stick”.

Checking of lens drive circuit.

Checking of flash unit or replacement
of flash unit.

Trouble with hardware.

Unformatted memory stick is inserted.
Memory stick is broken.

When failed in the focus and zoom
initialization.

Abnormality when flash is being
charged.

Data

SCN (scene selection)

Cause

MOVIE

Caution Display During Error

SYSTEM ERROR

FORMAT ERROR
MEMORY STICK ERROR

others

others

—

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DSC-V1

AF ILLUMINATION CHECK

Take a reduced or enlarged copy on the clear sheet so that a
rectangular frame of the SHEET FOR AUXILIARY LIGHT
is suitable for the effective image size of the monitor.

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✄

FOR CAMERA COLOR REPRODUCTION ADJUSTMENT

DSC-V1

Take a copy of CAMERA COLOR
REPRODUCTION FRAME with a
clear sheet for use.

For NTSC mode

R-Y

M

R

Y

E

G

W

B-Y

B

G

C

Y

✄

DSC-V1

✄

6-37E

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