SONY DSC-U30 Service Manual L3 V1.0

http://servis-manual.com/

DSC-U30

1-3. 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.

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 initialization.

Abnormality when flash is being
charged.

Caution Display During Error

SYSTEM ERROR

FORMAT ERROR
MEMORY STICK ERROR

—

1-2E

COVER

COVER

3. BLOCK DIAGRAMS

Link

Link

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

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

DSC-U30

OVERALL BLOCK DIAGRAM (2/2)

OVERALL BLOCK DIAGRAM (2/2)

POWER BLOCK DIAGRAM (2/2)

POWER BLOCK DIAGRAM (2/2)

DSC-U30

COVER

COVER

SECTION 3

BLOCK DIAGRAMS

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

CD-425 FLEXIBLE BOARD TY-20 BOARD (1/2)

10

12

RG, H1, H2

16
17

V1, V2A, V2B,

1

V2C, V3A, V3B,

ı

4
6

ı

9

18

CCD OUT

V3C, V4

VSHT

CN903

(1/2)

13
16

14
15

11

12

22

ı

25

17

21

IC101

4

CAMERA

1

MODULE

ı

(2/2)

3

5

ı

11
57

61

−

HALL+,

−

BIAS+,

−

DRIVE

+

DRIVE

FOCUS A, A, B, B

XFC RST SENS

LENS TEMP

H

IC302

CCD

IMAGER

(1/2)

SL-59 FLEXIBLE
BOARD

3
6

4
5

1

2

12

ı

15

7

11

ST-79 BOARD

CL601

CL531

ı

CL533

CL536,
537

T502

Q505 − 508

FLASH
DRIVE

Q504

FLASH

CHARGE

DETECT

XE A(H)

CHARGING

CAPACITOR

XE K (L)

05

ı

CL603

CL606,

607

LENS

FOCUS

MOTOR

FOCUS

SENSOR

LENS BLOCK

(SHUTTER)

IRIS

METER

M

LENS TEMP

SENSOR

IRIS

M

FLASH

UNIT

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

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

12

ı

CA AD00 − AD11

23

34
35
38
39

33

26

CAM SO, XCAM_SCK

27

IC202 IC206

(3/4)

HALL AMP,
HALL BIAS CONTROL,
HALL GAIN CONTROL

IRIS DRIVE

IC204

(3/4)

SHUTTER

DRIVE

FOCUS MOTOR

DRIVER

B+

SWITCH

CL501

CL507

CL526

CL516

CL508

Q501, 502

CA HD
CA FD

MCK

TG CLK

XCAM RESET

CL616

ı

CL622

CL641

CL631

CL623

CN902

19

ı

CA AD00 − AD11

30

8

9
13
11

7

15

CAM SO, XCAM_SCK

16

HALL AD

HALL GAIN

HALL OFFSET

IRIS CONT1

CAM DD ON, MSHUT ON

PE EN0, PE DIR0A, PE DIR0B

ı

ST UNREG

10

8

4

CA HD
CA FD

MCK

TG CLK

XCAM RESET

CN903 (2/2)

STRB ON

XSTB FULL

STB CHARGE

OVERALL (2/2)

(PAGE 3-4)

135 − 139
141 − 143

147 149
151 152

130
127
126
125

227

252
253

39

35

36

33

109
228

119
122
123

124
202

41

107

1

2

CAMERA DSP,

100

IC602 (1/2)

MAIN CPU

(1/4)

CAM SO, XCAM_SCK

167

218

242
243
245

261 − 263
265 − 267
270 − 275
277 − 279
281

18 19 50 51
53 − 55 57 − 59
61 − 63 65 − 67
70 71 73 74

213

OVERALL (2/2)
(PAGE 3-4)

XRST SYS
USB CLK EN

PANEL R

PANEL G

99

PANEL B

98

88

86

87

44
45
46
47

EEPROM TXD,

RXD, SCK

EEPROM RST

MC D00 − D15

27

48MHz

OVERALL (2/2)

(PAGE 3-4)

VR
VG
VB
VP

MC A01 − A20

X601

2

ı

4

6219

3

IC604

EEPROM

(2/4)

XRST SYS

D 1.5V

F3 F6 G3 − G7
H2 H3 H6 H7
J2 − J4 J6 J7

B2 B6 B7
C1 C2 C6 − C8
D1 − D3 D6 D7
E1 − E3 E6 E7
F1 F8

C4

CN904

XHD

XVD

TG CLK

XCS LCD

FP-533
FLEXIBLE
BOARD (1/2)

(1/2)

19

20

21

13
14

16

15

10

12

17 17

25
26
24
23
32 2

IC603

16M

FLASH ROM

(2/4)

X603

27MHz

163

162

PD-174 BOARD (1/2)

CN401

(1/2)

PANEL R

15

PANEL G

14

PANEL B

13

20

CAM SO, XCAM_SCK

21

XHD

18

XVD

19

TG CLK

24

XCS LCD

22

XRST SYS

VR

9

VG

8

VB

10

VP

11

FL+VO

IC602 (2/2)

CAMERA DSP,

MAIN CPU

(1/4)

22
23

255
258
259

257

134

90
26
30

31
166
214
247

50

23

51

19
45

48

67

47

78

20

D902

(MS ACCESS)

IC401

LCD

DRIVE

13

41 − 43

63 64

72 76 77

PANEL 2.8V

USB SUSPEND

VR

61

VG

7

VB

8

62

32

65

15

5

Q461

USB D

OVERALL (2/2)

(PAGE 3-4)

MS DIO, MS BS, MS SCLK

MS INT

USB JACK IN

SYS V

USB HOLD

USB VBUS

XMC NMI

XMC HELP

XCS MC

Q403 − 406

PSIG

DRIVE

Q402

5

Q401

FL−VO

4

USB JACK IN

OVERALL (2/2)
(PAGE 3-4)

CN402

RGT, HCK1, HCK2,

HST, WIDE, DWN,

EN, VCK, VST

Q462

BACKLIGHT

4

DRIVE

IC461

BACKLIGHT

CONTROL

1

3

US-7 FLEXIBLE
BOARD

CN907 CN050

5

USB D

6

USB 5V

2
3

1

SW-376 FLEXIBLE

CN906

BOARD (1/2)

(1/2)

15
18

MS DIO, MS BS, MS SCLK

20

MS INT

19 6

VCC

PANEL UNIT

R

7

G

8

B

6

PSIG

9

COM

26

5
10
11
15
16
22

ı

25

LED A

1

LED K

3

2

3

1

LCD901

COLOR

LCD

D901

BACKLIGHT

(USB)

(MS CONNECTOR)

2
4
8

MEMORY

STICK

249

ı

251

FR SI , FR SO, XFR SCK

3-1 3-2

A : VIDEO SIGNAL

DSC-U30

COVER

COVER

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

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

SW-376 FLEXIBLE
BOARD (2/2)

S001

PLAY STILL MOVIE

OP-17 FLEXIBLE BOARD

D102

(SELF TIMER)

S101

(LENS COVER OPEN)

S003

(SHUTTER)

S002

POWER

D001

(POWER )

CN001

1

3

XSELF TIMER LED

XLENS CAP OPEN

RS-85 FLEXIBLE BOARD

METAL DISC

RESET

XSHUTTER

XAE LOCK SW

MODE DIAL

XPOWER ON

XPOWER LED

TY-20 BOARD (2/2)

CN906 (2/2)

11

10

12

9

6

3

5

CN908

XRESET SW ON

1

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

34
46

77
74

6

9

32
65
33
61

80
36
26

23

ı

25

Q401

INVERTER

Q403

INVERTER

FR SI, FR SO, XFR SCK

Q402 (1/2)

LED

DRIVE

4

5

54

IC401

1

17

19

3

HI CONTROL

(4/4)

XSTB FULL

STB CHARGE

XRST SYS

XRST SYS

USB CLK EN

MS INT

USB JACK IN

SYS V

USB HOLD

USB SUSPEND

USB VBUS

XMC NMI

XMC HELP

XCS MC

OVERALL (1/2)

1

(PAGE 3-1)

OVERALL (1/2)

3

(PAGE 3-1)

OVERALL (1/2)

2

(PAGE 3-1)

OVERALL (1/2)

5

(PAGE 3-2)

PD-174 BOARD (2/2)

BT480
LITHIUM
BATTERY

D481

S480

MENU

S481

SCENE

S482

S483

EXEC

FP-533 FLEXIBLE

CN401 (2/2)

BOARD (2/2)

28

27 7

29

VL 3V

XCHARGE LED

KEY AD0

EVER 4.0V

CN904 (2/2)

6

5

7

INITIAL RESET,

BACK UP VCC

3

IC402

(4/4)

Q402 (2/2)

LED

DRIVE

5
4

8

6

EVER 3.0V

BACKUP VCC

10MHz

X403

32.768kHz

X401

DD-209 BOARD

FP-532 FLEXIBLE

79

73
31

14
53
62
63

16

55

29

28

51

52

20

ı

UNREG SO, UNREG SCK, XCS DDCON, SYS DD ON

22
76

Q404, 405

MODULATOR

OVERALL (1/2)

(PAGE 3-2)

BUZZER

4

BOARD

50

41

ı

44

48
49

CN001CN901

BUZZER

2

EVER 4.0V

PANEL 2.8V

CAM 15V

PANEL 13.5V

BUZZER 15V

CAM −7.5V

EVER 3.0V

8

ı

UNREG SO, UNREG SCK, XCS DDCON, SYS DD ON

11

USB 5VUSB 5V

3
4

D 1.5V
D 2.8V
A 2.8V

M 5V

FL −VO

IC001

DC/DC

CONTROL

(2/2)

44

ı
46
57

BATT UNREG

ACV UNREG

ST UNREG

CN002

+

–

BZ901

BUZZER

BT901

BATTERY

TERMINAL

1

05

3-3 3-4

COVER

COVER

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

DSC-U30

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

DD-209 BOARD (1/2)

CN001 (1/2)

USB 5V

3
4

Q001, 004, 018

(USB)

BT901

BATTERY

TERMINAL

+

–

US-7
FLEXIBLE
BOARD

CN050

VCC

1

2
3

F005

BATT UNREG/+

BATT GND/–

IC002

VOLTAGE DETECT

(1/2)

TY-20 BOARD
(1/2)

CN901 (1/2)

CN907

USB 5V

USB UNREG SW

FAST CHARGE

Vout 1Vin2

49
48

FP-532
FLEXIBLE
BOARD
(1/2)

Q002, 006

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

F004

D001

L018 L019

IC004

(1/2)

D008

DC/DC

CONVERTER

SWITCH

SWITCH

Q007

Q011

Q010

EMERGENCY

DETECT

Q003, 005

D002

Q008, 009

IC001

DC/DC CONTROL

(2/2)

OUT1p

VCC2

F001

F002

F003

D009 D005

36
37OUT1n
55VIN1–

41

L001

Q013, 016

SWITCHING

D004

L008 L010

Q015, 017

L002 L009

SWITCHING

L012

L013

L014

ST UNREG

ACV UNREG

BATT UNREG

DD CON SENS

EVER 4.0V

D 1.5V

D 2.8V

A 2.8V

PANEL 2.8V

A

POWER (2/2)

(PAGE 3-7)

EVER 3.0V

UNREG SO
UNREG SCK
XCS DDCON
SYS DD ON

56

VCC1
47 RST
48 LDON

45

DATA
46

CLK
44 XCS
57 CONT

RT

7

CT1

6
8 CT2

OUT4p

SCPIN

30
31OUT4n
53VIN4–

39OUT5n
38OUT5p
43OUT5S
52VIN5–

D012

42VCC3
20VCC5

29OUT6n
28OUT6p
18OUT6s
50VIN6–

19VCC4

23OUT9

1SCP9

80IN9–

22OUT10

4AMPIN
5AMPOUT
3IN10–

10

L007

L005

Q020, 022

SWITCHING

Q021, 023

SWITCHING

Q012

EMERGENCY

DETECT

Q024

Q025

Q014

SWITCHING

L003

Q019

SWITCHING

D006, 007

L015

13.5V/15V/–7.5V REG

7

3

1

VCC

VEE

STB

IC003

(1/2)

REG2

REG1

REG3

L017

BUZZER 15V

M 5V

Q026, 027

6

L016

8

4

CAM 15V

PANEL 13.5V

CAM –7.5V

FL –VO

CAM DD ON

B

POWER (2/2)

(PAGE 3-7)

05

3-5 3-6

DSC-U30

COVER

COVER

3. BLOCK DIAGRAMS

3. BLOCK DIAGRAMS

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

TY-20 BOARD (2/2)DD-209 BOARD (2/2)

CN901 (2/2)

3

ST UNREG

ı

1

M 5V

17
16

CAM DD ON

15

BUZZER 15V

51

D 2.8V

19
18

CAM 15V

7
6

CAM –7.5V

9
8

A 2.8V A 2.8V

14
13

B

POWER (1/2)

(PAGE 3-6)

CN001 (2/2)

ST UNREG

M 5V

CAM DD ON

BUZZER 15V

D2.8V

CAM 15V

CAM –7.5V

A 2.8V

FP-532 FLEXIBLE
BOARD (2/2)

49

ı

51
35

36

37

1

33
34

45
46

43
44

38
39

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

SL-59 FLEXIBLE BOARD

BUZZER 15V

(MS ACCESS)

IC605

USB 1.5V REG

(2/4)

2

VIN

IC606

USB 3.1V REG

(2/4)

2

VIN

5

CE

D902

VOUT

VOUT

L202

FB202

D 2.8V

MS PWR ON

228
107
234

IC206

IRIS DRIVE,

HALL AMP

(3/4)

Q901

CAM DD ON

IC202

IRIS DRIVE,

HALL BIAS/GAIN

CONTROL

(3/4)

L201

D 2.8V

FB602

FB603

3

L604

L602

USB 1.5V

3

USB 3.1V

L601

L605

IC603

16M FLASH ROM

(2/4)

IC604

EEPROM

(2/4)

IC602

CAMERA DSP,

MAIN CPU

(1/4)

CAM DD ON

STRB ON

MS PWR ON

IC204

SHUTTER DRIVE,

FOCUS DRIVE

(3/4)

ST UNREG

STB CHARGE

XSTB FULL

Q201

F SENS VCC

L903

L902

L904

Q902

CAM –7.5V

FB902

D901

ST UNREG

CN903

1

ı

3

M 5V

9

STRB ON STRB ON

CN902

CAM 15V

FE3V

DRV3V

TG3V

CL636, 637 CL521, 522

10

4
8

18

CD-425 FLEXIBLE BOARD

2

3

4

5

6

CL501

CL616

ı

CL507

CL622

CL641 CL526
CL623 CL508
CL631 CL516

SW-376 FLEXIBLE BOARD OP-17 FLEXIBLE BOARD

CN906 CN001

D 2.8V

4

D 2.8V

7

MS VCC

21
22

ST-79 BOARD

L501

ı

M 5V

IC101

CAMERA
MODULE

(2/2)

D 2.8V

D001

(POWER)

VCC

Q501, 502

2

(MS CONNECTOR)

9

Q505 - 507

FLASH
DRIVE

L301

FB301

Q503

TRANS

DRIVE

MEMORY

STICK

STB CHARGE

XSTB FULL

IC302

CCD IMAGER

(1/2)

D102

(SELF TIMER)

2

1
3

4

T502
PS

F

C601

CHARGING

D502

5

Q508

Q504

CL531

CL533

CL536, 537

F SENS VCC

CAPACITOR

XE A(H)

CL601

ı

ı

CL603

+

XE K(L)

CL606, 607

LENS BLOCK

8

FOCUS

SENSOR

FLASH

UNIT

POWER (1/2)

(PAGE 3-5)

05

40

D 1.5V

ı

42

FL –VO

EVER 4.0V

EVER 3.0V

28

29
30

31
32

13
14

15
16
17

10

9

11

8

6
7

12

PANEL 13.5V

PANEL 2.8V

DD CON SENS

BATT UNREG

ACV UNREG

UNREG SO
UNREG SCK
XCS DDCON

SYS DD ON

A

FAST CHARGE

USB UNREG SW

12

D 1.5V

ı

10

FL –VO

24

PANEL 13.5V

23
22

PANEL 2.8V

21
20

EVER 4.0V

39
38

DD CON SENS

37

BATT UNREG

36

ACV UNREG

35

UNREG SO

42

UNREG SCK

43

XCS DDCON

41

SYS DD ON

44

FAST CHARGE

46

USB UNREG SW

45

EVER 3.0V

40

66 DD CON SENS

BATT SENS

67
68 ACV SENS

20 UNREG SO
21 UNREG SCK
22 XCS DDCON
76 SYS DD ON

48
72 USB UNREG SW

USB PWR ON

FAST CHARGE

STB CHG

XSTB FULL

IC401

HI CONTROL

(4/4)

78

STB CHARGE

46
34

BackUp Vcc

XSTB FULL

D 1.5V

EVER 4.0V

3.3V REG

2

VIN

4

CE

INITIAL RESET, BACK UP VCC

L401

6

VOUT

8

VRO

IC403

(4/4)

IC402

(4/4)

VOUT

VIN

VBAT

FP-533 FLEXIBLE
BOARD

CN904

32

33

3

D402

7
3

30
29

28
27

6

D 2.8V

FL +VO

FL –VO

PANEL 13.5V

PANEL 2.8V

VL 3V

268

28

2

1

4
5

6
7

CN401

L401

LITHIUM

BATTERY

BT480

D481

IC461

BACKLIGHT

CONTROL

POFF E3

IC401

LCD DRIVER

4

Q408, 409

59

Q462

BACKLIGHT

DRIVE

Q410

REF VOLTAGE

GEN.

D402

CN402

LED A

1

LED K

3

CRext

12

REF

14

VDDG

19

VDD

21

PANEL UNIT

D901

BACKLIGHT

LCD901

COLOR

LCD

PD-174 BOARD

3-7 3-8 E

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-U30

FRAME SCHEMATIC DIAGRAM

A

B

C

D

E

F

BZ901

BUZZER

BATTERY

TERMINAL

BT901

5

CN002

1 BUZZER

2 GND

76

2P

81410

DD-209 BOARD PD-174 BOARD

51P

CN001

BUZZER_15V2BUZZER3USB_5V4USB_5V5REG_GND6FAST_CHARGE7USB_UNREG_SW8SYS_DD_ON9UNREG_SCK10UNREG_SO11XCS_DDCON12EVER_3.0V13EVER_4.0V14EVER_4.0V15DD_CON_SENS16BATT_UNREG17ACV_UNREG18REG_GND19REG_GND20REG_GND21REG_GND22REG_GND23REG_GND24REG_GND25REG_GND26REG_GND27REG_GND28FL_-VO29PANEL_13.5V30PANEL_13.5V31PANEL_2.8V32PANEL_2.8V33D_2.8V34D_2.8V35M_5V36M_5V37CAM_DD_ON38A_2.8V39A_2.8V40D_1.5V41D_1.5V42D_1.5V43CAM_-7.5V44CAM_-7.5V45CAM_15V46CAM_15V47REG_GND48REG_GND49ST_UNREG50ST_UNREG51ST_UNREG

1

FP-532 FLEXIBLE BOARD FP-533 FLEXIBLE BOARD

4

6

8

10

13

15

16

18

20

21

22

23

24

25

M_5V17M_5V

A_2.8V14A_2.8V

PANEL_2.8V

PANEL_13.5V

PANEL_2.8V

D_2.8V19D_2.8V

CAM_DD_ON

FL_-VO

REG_GND26REG_GND27REG_GND28REG_GND29REG_GND30REG_GND31REG_GND32REG_GND33REG_GND34REG_GND

PANEL_13.5V

D_1.5V11D_1.5V12D_1.5V

CAM_15V7CAM_15V

REG_GND5REG_GND

CAM_-7.5V9CAM_-7.5V

51P

CN901

50

51

BUZZER

BUZZER_15V

35

36

37

38

40

41

42

43

44

45

46

47

48

USB_5V49USB_5V

REG_GND

FAST_CHARGE

USB_UNREG_SW

UNREG_SCK

SYS_DD_ON

UNREG_SO

XCS_DDCON

EVER_3.0V

EVER_4.0V39EVER_4.0V

BATT_UNREG

DD_CON_SENS

ACV_UNREG

12

29P

CN401

1

33P

ST_UNREG2ST_UNREG3ST_UNREG

CN904

139

FL_-VO2FL_+VO3REG_GND4PANEL_13.5V5PANEL_13.5V6PANEL_2.8V7PANEL_2.8V8VG9VR10VB11VP12REG_GND13PANEL_B14PANEL_G15PANEL_R16REG_GND17XRST_SYS18XHD19XVD20LCD_SO21XLCD_SCK22XCS_LCD23REG_GND24TG_CLK25REG_GND26D_2.8V27XCHARGE_LED28VL_3V29KEY_AD0

1

14

15

16

17

18

19

21

22

PANEL_2.8V

23VP24VB25VR26VG27

XVD

XHD

REG_GND

PANEL_B

LCD_SO

PANEL_R20PANEL_G

REG_GND

XRST_SYS

33

FL_-VO

32

FL_+VO

31

REG_GND

29

30

PANEL_13.5V

PANEL_13.5V

28

PANEL_2.8V

13

XLCD_SCK

12

XCS_LCD

11

REG_GND

10

TG_CLK

9

REG_GND

8

D_2.8V

6

7

VL_3V

XCHARGE_LED

16

4

5

KEY_AD0

MODE_DIAL (N.C.)

1

2

3

XPOWER_ON (N.C.)

XPOWER_LED (N.C.)

XRESET_SW_ON (N.C.)

LED_A

LED_K

174

27PCN402

1

N.C.

2

3

TEST2

4

RGT

5

B

6

R

7

G

8

PSIG

9

HCK1

10

HCK2

11

CRext

12

DSUT

13

REF

14

HST

15

WIDE

16

CS

17

VSSG

18

VDDG

19

VSS

20

VDD

21

DWN

22

EN

23

VCK

24

VST

25

COM

26

TEST

27

183 15 19 201 112

PANEL UNIT

LCD901

1inch

COLOR LCD

D901

LED BACKLIGHT

31PCN902

CD_GND

1

CAM_15V

G

H

IC101

CAMERA MODULE

I

(CH-124 BOARD) BOARD

CD-425

FLEXIBLE

J

K

L

M

CCD

LENS

N

2

CAM_-7.5V

3

FE3V

4

DRV3V

5

TG3V

6

XCAM_RESET

7

CA_HD

8

CA_FD

9

CD_GND

10

TG_CLK

11

CD_GND

12

MCK

13

CD_GND

14

XCAM_SCK

15

CAM_SO

16

XCAM_CS

17

XTG_CS

18

CA_AD0

19

CA_AD4

20

CA_AD8

21

CA_AD1

22

CA_AD5

23

CA_AD9

24

CA_AD2

25

CA_AD6

26

CA_AD10

27

CA_AD3

28

CA_AD7

29

CA_AD11

30

CD_GND

31

XFC_RST_SENS

F_SENS_VCC

F_SENS_GND

LENS TEMP

FOCUS_B

FOCUS_A

FOCUS_B

FOCUS_A

DRIVE-

DRIVE+

HALL-

BIAS+

HALL+

23PCN906

XAE_LOCK_LED (N.C.)

XTALLY_LED (N.C.)

XSELF_TIMER_LED

CN050

XLENS_CAP_OPEN

5P

TY-20 BOARD

25PCN903

ST_UNREG2ST_UNREG3ST_UNREG4STB_CHARGE5REG_GND6REG_GND7REG_GND8XSTB_FULL9M_5V10STRB_ON11DRIVE-12DRIVE+13HALL-14BIAS+15BIAS-16HALL+17XFC_RST_SENS18F_SENS_VCC19F_SENS_GND20N.C.21LENS_TEMP22FOCUS_B23FOCUS_A

1

15P

1

2

3

4

BIAS-

5

6

7

SL-59

8

FLEXIBLE

9

N.C.

10

BOARD

11

12

13

14

15

ST-79

BOARD

FLASH UNIT

FOCUS_B25FOCUS_A

24

C601

CHARGING
CAPACITOR

6PCN908

XRESET_SW_ON2REG_GND3XCPC_IN (N.C.)4EVER_4.0V (N.C.)5LANC_IN (N.C.)6LANC_OUT (N.C.)

1

RS-85

FLEXIBLE

BOARD

8PCN907

USB_JACK_IN2USB_5V3USB_5V4REG_GND (N.C.)5USB_D+6USB_D-7USB_GND8USB_GND

1

US-7

FLEXIBLE BOARD

XPOWER_LED

XPOWER_ON

XAE_LOCK_SW

XSHUTTER

MODE_DIAL

MS_VSS

MS_VCC (N.C.)

MS_VCC (N.C.)

MS_DIO

MS_INT

MS_SCLK

MS_VCC

MS_VCC

MS_VSS

1VCC

2D-

3D+

4ID

5GND

D_2.8V

D_2.8V

MS_BS

1

2

3

4

5

6

7

GND

8

9

10

11

12

GND

13

14

15

16

17

18

19

20

21

22

23

SW-376

FLEXIBLE

(USB)

BOARD

CN001

XSELF_TIMER_LED

XLENS_CAP_OPEN

STATIC_GND

D_2.8V

6P

1

2

3

GND

4

5

N.C.

6

MS CONNECTOR

10P

VSS

1

BS

2

VCC (N.C.)

3

DIO4

5

N.C

6

INT

7

N.C

SCLK

8

VCC

9

VSS

10

OP-17

FLEXIBLE

BOARD

10

MEMORY

STICK

MEMORY STICK

1

05

4-1 4-2

FRAME

COVER

COVER

4-2. SCHEMATIC DIAGRAMS

Link

Link

CD-425 FLEXIBLE BOARD (1/2)

CD-425 FLEXIBLE BOARD (1/2)

(CCD IMAGER)

(CCD IMAGER)

US-7 FLEXIBLE BOARD

US-7 FLEXIBLE BOARD

DSC-U30

(USB CONNECTOR)

(USB CONNECTOR)

CD-425 FLEXIBLE BOARD (2/2)

CD-425 FLEXIBLE BOARD (2/2)

(CAMERA MODULE)

(CAMERA MODULE)

SL-59 FLEXIBLE BOARD

SL-59 FLEXIBLE BOARD

(CHARGING CAPACITOR, FLASH UNIT)

(CHARGING CAPACITOR, FLASH UNIT)

ST-79 BOARD

ST-79 BOARD

COMMON NOTE FOR SCHEMATIC DIAGRAMS WAVEFORMS

COMMON NOTE FOR SCHEMATIC DIAGRAMS WAVEFORMS

(FLASH DRIVE)

(FLASH DRIVE)

OP-17 FLEXIBLE BOARD

OP-17 FLEXIBLE BOARD

(LENS COVER DETECT)

(LENS COVER DETECT)

SW-376 FLEXIBLE BOARD

SW-376 FLEXIBLE BOARD

(CONTROL SWITCH, MS CONNECTOR)

(CONTROL SWITCH, MS CONNECTOR)

RS-85, FP-532, FP-533 FLEXIBLE BOARD

RS-85, FP-532, FP-533 FLEXIBLE BOARD

COVER

COVER

For Schematic Diagram

• Refer to page 4-37 for printed wiring board.

• Refer to page 4-57 for waveform.

4-2. SCHEMATIC DIAGRAMS CD-425 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS CD-425 FLEXIBLE BOARD

DSC-U30

1

32

4

56

7

8

9

CD-425 FLEXIBLE BOARD (1/2)

A

B

C

D

CCD IMAGER(CCD1 BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE
P:PB MODE

1

(2/2)

V3B

CAM_-7.5V

V3C

V2C

V3A

V2B

V2AV4V1

VSHT

GND

H1RGH2

GND

CCD_OUT

GND

CAM_15V

GND

L301

100uH

1

3

1

6

Q302

2SC4250(T5LSONY1)

BUFFER

R311

R11.8/P0

C311

0

XX

CH

R308

5.6k

R15.1/P0

R11.1/P0

C312

CH

C309

0.1u
16V

XX

V42V3A

Note:The voltage and

waveform of IC302
cannot be measured,
because it is mounted
by the side of lens.

V3B4V3C5VHOLD

E

D301

MA111-(K8).S0

R303

0

R304

0

0

C314

R302

C305

0.22u

R301

C313

100k

0.01u

10u

F

C301

0.22u
25V

FB301
HS601

C302

C315

1.5u

G

SIGNAL PATH

VIDEO

SIGNAL

1.5u
35V

35V

C303

10u

Y/CHROMA

REC

25V

R306

φ SUB

18

0

C307

2200p

IC302

CCD IMAGER

IC302

ICX454JQF-13

GND15VL16H117H2

14

V2A7V2B8V2C9V1

VDD

GND

10

11

12RG13

C306

0.1u
16V

R307

3.9k

VOUT

C310

0.1u
16V

Precautions for Replacement of CCD Imager

•The CD-425 flexible board mounted as a repair part is not
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.

• As the CCD imager may be damaged by static electricity from

H

its structure, handle it carefully like for the MOS IC.
In addition, ensure that the receiver is not covered with dusts
nor exposed to strong light.

05

4-7 4-8

CD-425 (1/2)

DSC-U30

COVER

COVER

For Schematic Diagram

• Refer to page 4-37 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS CD-425 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS CD-425 FLEXIBLE BOARD

1

2

5 12

89674

10

113

:Voltage measurment of the CSP ICs

CD-425 FLEXIBLE BOARD(2/2)

A

B

C

D

E

F

CAMERA MODULE(CH BLOCK)

TY-20

(2/4)

CN902

(PAGE 4-14)

LND101

31

LND102

LND103

LND104

LND105

LND106

LND107

LND108

LND109

LND110

LND111

LND112

LND113

LND114

LND115

LND116

LND117

LND118

LND119

LNC120

LND121

LND122

LND123

LND124

LND125

LND126

LND127

LND128

LND129

LND130

1

LND131

CD_GND

CA_AD11

CA_AD7

CA_AD3

CA_AD10

CA_AD6

CA_AD2

CA_AD9

CA_AD5

CA_AD1

CA_AD8

CA_AD4

CA_AD0

XTG_CS

XCAM_CS

CAM_SO

XCAM_SCK

CD_GND

MCK

CD_GND

TG_CLK

CD_GND

CA_FD

CA_HD

XCAM_RESET

TG3V

DRV3V

FE3V

CAM_-7.5V

CAM_15V

CD_GND

TG3V

DRV3V

FE3V

D11

D10

D7

D3

D6

D2

D9

D5

D1

D8

D4

D0

XCAM_SO

26

XCAM_SCK

27

D1

28

D0

29

GND

30

CLPOB

31

CLPDM

32

XCAM_RESET

33

CA_HD

34

CA_FD

35

GND

36

GND

37

MCK

38

TG_CLK

39

HVDD

40

GND

41

CAM_-7.5V

42

CAM_15V

TG3V

FE3V

DRV3V

43

TG3V

44

WEN

45

FE3V

46

DRV3V

47

GND

48

GND

49

GND

50

and the Transistors with mark,are
not possible.

D6

D7

D8

D9

D10

D11

24

25

D1021D1122D1223D13

XTG_CS

XGCAM_CS

D5

D3

D4

IC101

CAMERA MODULE

(CH-124 BOARD)

D0

D1

D2

IC101

V3C

V3B

V3A

V2A

10V411

12D213D314D415D516D617D718D819D920

VSHT

V2BV4V2C

5

7V28

V3A9V3B

V1A6V1B

RG

3RG4

CCD_OUT

H2

H1

CCD_OUT

1

H12H2

CAM_-7.5V

V3C

V2C

V4

V3A

V3B

V1

V2A

V2B

VSHT

GND

RG

H1

H2

GND

CCD_OUT

GND

CAM_15V

GND

1

(1/2)

DRV3V

(XCAM_SO)

(D13)

GND

GND

(D1)

(D5)

(D9)

GND

GND

GND

GND

V3C

V2C

V4

V3A

V3B

V1

95

93 94

RG

H1

H2

85 86 87 88 89 90 91 92

84

83

82

81

80

79

78

77

76

V2A

V2B

VSHT

G

H

05

CD-425 (2/2)

SIGNAL PATH

REC

VIDEO

SIGNAL

Y/CHROMA

GND52GND53GND54GND55GND56GND57V158GND59GND60GND61SUB62GND63GND64GND65GND66GND67GND68GND69GND70GND71GND72GND73GND74GND75GND

51

VSHT

V1

4-9 4-10

Schematic diagrams of the TY-20, PD-174 and DD-209 boards are not shown.
Pages from 4-11 to 4-24 are not shown.

DSC-U30

COVER

COVER

For Schematic Diagram

• Refer to page 4-45 for printed wiring board. (SL-59 FLEXIBLE BOARD)

• Refer to page 4-47 for printed wiring board. (ST-79 BOARD)

3 151 112

SL-59 FLEXIBLE BOARD

A

CHARGING CAPACITOR,FLASH UNIT

4

(Including ST-79 board)

B

CL622

CL621

CL620

C

D

LND601

ST_UNREG

1

E

F

TY-20 (3/4)

CN903

G

(PAGE4-15)

H

I

05

25

LND602

ST-UNREG

LND603

ST_UNREG

LND604

STB_CHARGE

LND605

REG_GND

LND606

REG_GND

LND607

REG_GND

LND608

XSTB_FULL

LND609

M_5V

LND610

STRB_ON

LND611

DRIVE- DRIVE-

LND612

DRIVE+

LND613

HALL-

LND614

BIAS+

LND615

BIAS-

LND616

HALL+

LND617

XFC_RST_SENS

LND618

LND619

F_SENS_GND F_SENS_GND

LND620

NC

LND621

LENS_TEMP

LND622

FOCUS_B

LND623

FOCUS_A

LND624

FOCUS_B

LND625

FOCUS_A

CL619

CL618

CL617

CL616

CL623

CL658

CL657

CL656

CL655

CL654

CL630

CL629

CL628

CL627

CL626

CL631

CL637

CL636
CL641

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

5

ST-79 BOARD

FLASH DRIVE(ST BLOCK)

XX MARK:NO MOUNT

Q502

MCH3306-TL

B+ SWITCH

L501

10uH

CL507

CL506

CL501

CL502

CL503

CL505

CL504

CL508

CL554

CL556

CL555

CL558

CL557

CL514

CL513

CL512

CL511

CL516

CL521

CL522
CL526

R501
4700

R502
100k

Q501

DTC144EHT2L

SWITCHING

0

2.4

R503

10k

0.3

2.4

C503

2.4

CL559

SL-59 FLEXIBLE BOARD ST-79 BOARD

SL-59 FLEXIBLE BOARD ST-79 BOARD

76

81410

12

139

NO MARK:REC/PB MODE

R:REC MODE
P:PB MODE

C504

10u

10u

0.3

D505

XX

CPH3205-SONY-TL-E

R514

0

0.3

Q503

TRANS DRIVE

LND629

LND630

DRIVE+
LND631

HALL­LND632

BIAS+
LND633

BIAS­LND634

HALL+
LND635

XFC_RST_SENS
LND636

F_SENS_VCCF_SENS_VCC
LND637

LND638

NC
LND639

LENS_TEMP
LND640

FOCUS_B
LND641

FOCUS_A
LND642

FOCUS_B
LND643

FOCUS_A

R513
2200

R505

0

D501

MA111-(K8).S0

R506

470

C506

0.22u

D504

XX

1

LENS

BLOCK

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

15

T502

CHARGE TRANS

PFS

2

1

3

4

D502

RN1902FE(TPL3)

FLASH CHARGE

0

2

D503

XX

R5/P0

0

2

Q504

DETECT

6

1

R5/P0

HAU160C030TP

R507
4700

2.8

3

4

0

6

1

5

0

3

4

0

C508

1u

Q506

DTA114EHT2L

B+ SWITCH

R5/P0

R508

0

5

Q505

RN1902FE(TPL3)

SWITCHING

C509

0.047u

1k

0

2SD2216J-QR(K8).SO

FLASH DRIVE

R509

0

Q507

CL531

R512

CL532

4.7M
CL533

CL552

CL551

CL553

CL541

Q508

CY25AAJ-8-T13

208

FLASH SWITCH

8

7

65

IGBT

R510

47

4

1

23

0

R511

1M

150

C511

47000pF

250V

CL537

CL536

CL603

CL602

CL601

CL653

CL652

CL651

CL611

CL606

CL607

C601

42u

330V

CHARGING
CAPACITOR

L601

LND626

TRIGGER

LND627

XE_A(H)

LND628

XE_K(L)

FLASH UNIT

5

0

C507

0.1u

SL-59, ST-79

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

4-25 4-26

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

DSC-U30

COVER

COVER

For Schematic Diagram

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

US-7 FLEXIBLE BOARD

A

B

C

USB CONNECTOR

XX MARK:NO MOUNT

R051

XX

MAZT082H08S0

D050

312

RB001

RB002

D051

MA8082-(K8).S0

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

US-7 FLEXIBLE BOARD OP-17 FLEXIBLE BOARD

US-7 FLEXIBLE BOARD OP-17 FLEXIBLE BOARD

For Schematic Diagram

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

4

5

SIGNAL PATH

VIDEO

SIGNAL

6

OP-17 FLEXIBLE BOARD

A

LENS COVER DETECT

Y/CHROMA

R053

R052

330k

100k

FB050

PB

B

0

0

FB051

XX

R054

0

USB

USB

F005

(0.5A/50V)

VCC

1

D-

2

D+

3

4ID

5

GND

6

5PCN050

(USB)

SW-376

FLEXIBLE

CN001

(PAGE 4-29)

1

LND102

LND103

LND104

LND105

LND106

STATIC_GND

GND

XLENS_CAP_OPEN

D_2.8V

XSELF_TIMER_LED

N.C.

LND101

C

05

312

S101

(LENS COVER OPEN)

1

D101

MAZS051008SO

2

4

R101

680

5

D102

SML-310LTT86

(SELF TIMER)

D

E

D052

XX

LND058

STATIC GND

USB_JACK_IN

USB_5V

USB_5V

REG_GND (N.C.)

USB

USB_D+

USB_D-

USB

USB_GND

05

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

USB_GND

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

LND050

LND051

LND052

LND053

LND054

LND055

LND056

LND057

1

TY-20 (4/4)

(PAGE 4-18)

8

CN907

4-27

4-28

US-7, OP-17

DSC-U30

COVER

COVER

For Schematic Diagram

• Refer to page 4-53 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS SW-376 FLEXIBLE BOARD

4-2. SCHEMATIC DIAGRAMS SW-376 FLEXIBLE BOARD

A

B

C

D

E

F

312

SW-376 FLEXIBLE BOARD

CONTROL SWITCH,MS CONNECTOR

CN001

6P

1XSELF_TIMER_LED

OP-17

FLEXIBLE

LND101-106

(PAGE 4-28)

TY-20 (4/4)

CN906

(PAGE 4-18)

1

23

LND022

LND021

LND020

LND019

LND018

LND017

LND016

LND015

LND014

LND013

LND012

LND011

LND010

LND009

LND008

LND007

LND006

LND005

LND004

LND003

LND002

LND001

XTALLY_LED (N.C.)

XSELF_TIMER_LED

D_2.8V

XLENS_CAP_OPEN

XPOWER_LED

D_2.8V

GND

XPOWER_ON

XAE_LOCK_SW

XSHUTTER

MODE_DIAL

GND

MS_VSS

MS_BS

MS_VCC (N.C.)

MS_VCC (N.C.)

MS_DIO

MS_INT

MS_SCLK

MS_VCC

MS_VCC

MS_VSS

XAE_LOCK_LED (N.C.)

LND023

2D_2.8V

3XLENS_CAP_OPEN

4GND

5STATIC_GND

6N.C.

SML-310MTT86

MS MS

D006

MAZS051008SO

R001

470

D001

(POWER)

4

5

76

8

9

SIGNAL PATH

VIDEO SIGNAL

LND024

STATIC_GND

LND025

STATIC_GND

REC

Y/CHROMA

PB

D005

D004

D007

(SHUTTER)

2

1

D003

MAZS051008SO

S003

LND026

LND027

LND028

LND029

LND030

LND031

LND032

LND033

LND034

LND035

MAZS051008SO

4

3

1

10

MAZS051008SO

R004

0

MS

CONNECTOR

MEMORY

STICK

MEMORY STICK

PLAY MOVIESTILL

S001

R002
1500

2

4

POWER

R003

S002

D002

MAZS051008SO

MA2S111-(K8),SO

1k

1

3

VSS

BS

VCC (N.C.)

DIO

N.C.

INT

N.C.

SCLK

VCC

VSS

SW-376

05

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

4-29 4-30

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

COVER

LND001

ST_UNREG

LND002

ST_UNREG

LND003

ST_UNREG

LND004

REG_GND

LND006

CAM_15V

LND007

CAM_15V

LND008

CAM_-7.5V

LND005

REG_GND

LND010

D_1.5V

LND014

A_2.8V

LND015

CAM_DD_ON

LND011

D_1.5V

LND013

A_2.8V

LND012

D_1.5V

LND009

CAM_-7.5V

LND033

REG_GND

LND027

REG_GND

LND031

REG_GND

LND032

REG_GND

LND036

BATT_UNREG

LND028

REG_GND

LND030

REG_GND

LND037

DD_CON_SENS

LND038

EVER_4.0V

LND039

EVER_4.0V

LND040

EVER_3.0V

LND035

ACV_UNREG

LND029

REG_GND

LND034

REG_GND

LND026

REG_GND

LND018

D_2.8V

LND016

M_5V

LND017

M_5V

LND021

PANEL_2.8V

LND022

PANEL_13.5V

LND023

PANEL_13.5V

LND024

FL_-VO

LND025

REG_GND

LND020

PANEL_2.8V

LND019

D_2.8V

LND048

USB_5V

LND047

REG_GND

LND043

UNREG_SCK

LND044

SYS_DD_ON

LND045

USB_UNREG_SW

LND046

FAST_CHARGE

LND050

BUZZER

LND049

USB_5V

LND042

UNREG_SO

LND041

XCS_DDCON

LND051

BUZZER_15V

LND127

REG_GND

LND108

CAM_-7.5V

LND125

REG_GND

LND147

REG_GND

LND118

D_2.8V

LND130

REG_GND

LND134

REG_GND

LND150

BUZZER

LND126

REG_GND

LND135

ACV_UNREG

LND141

XCS_DDCON

LND122

PANEL_13.5V

LND102

ST_UNREG

LND106

CAM_15V

LND146

FAST_CHARGE

LND121

PANEL_2.8V

LND140

EVER_3.0V

LND129

REG_GND

LND107

CAM_15V

LND131

REG_GND

LND111

D_1.5V

LND119

D_2.8V

LND103

ST_UNREG

LND145

USB_UNREG_SW

LND133

REG_GND

LND123

PANEL_13.5V

LND143

UNREG_SCK

LND144

SYS_DD_ON

LND105

REG_GND

LND132

REG_GND

LND112

D_1.5V

LND148

USB_5V

LND128

REG_GND

LND142

UNREG_SO

LND124

FL_-VO

LND113

A_2.8V

LND139

EVER_4.0V

LND138

EVER_4.0V

LND114

A_2.8V

LND117

M_5V

LND137

DD_CON_SENS

LND136

BATT_UNREG

LND115

CAM_DD_ON

LND110

D_1.5V

LND104

REG_GND

LND151

BUZZER_15V

LND120

PANEL_2.8V

LND116

M_5V

LND149

USB_5V

LND109

CAM_-7.5V

LND101

ST_UNREG

TY-20 (2/4)

CN901

(PAGE 4-13)(PAGE 4-22)

DD-209 (1/2)

CN001

(PRINTED WIRING BOARD is omitted.)

51

1

511

D

E

312

F

FP-532 FLEXIBLE BOARD

4

C

B

76

05

A

G

5

COVER

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

DSC-U30

312

4

5

RS-85 FLEXIBLE BOARD

A

B

C

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

A

B

C

D

E

RS-85 FLEXIBLE BOARD is replaced as a block,
so that PRINTED WIRING BOARD is omitted.

METAL DISC

RESET

RESET_SW

LND009

RESET_SW

LND008

05

FP-533 FLEXIBLE BOARD

(PRINTED WIRING BOARD is omitted.)

PD-174

CN401

(PAGE 4-19)

05

LND001

29

LND002

LND003

LND004

LND005

LND006

LND007

LND008

LND009

LND010

LND011

LND012

LND013

LND014

LND015

LND016

LND017

LND018

LND019

LND020

LND021

LND022

LND023

LND024

LND025

LND026

LND027

LND028

LND029

1

KEY_ADO

VL_3V

XCHARGE_LED

D_2.8V

REG_GND

TG_CLK

REG_GND

XCS_LCD

XLCD_SCK

LCD_SO

XVD

XHD

XRST_SYS

REG_GND

PANEL_R

PANEL_G

PANEL_B

REG_GND

VP

VB

VR

VG

PANEL_2.8V

PANEL_2.8V

PANEL_13.5V

PANEL_13.5V

REG_GND

FL_+VO

FL_-VO

6

N.C.

N.C

N.C.

N.C.

REG_GND

XRESET_SW_ON

Les composants identifiés par une marque 0 sont

LND001

LND002

LND003

LND004

LND005

LND006

TY-20 (4/4)

1

CN908

(PAGE 4-18)

critiques pour la sécurité. Ne les remplacer que
par une piéce portant le numéro spécifié.

N.C.

N.C.

N.C.

N.C.

KEY_ADO

VL_3V

XCHARGE_LED

D_2.8V

REG_GND

TG_CLK

REG_GND

XCS_LCD

XLCD_SCK

LCD_SO

XVD

XHD

XRST_SYS

REG_GND

PANEL_R

PANEL_G

PANEL_B

REG_GND

VP

VB

VR

VG

PANEL_2.8V

PANEL_2.8V

PANEL_13.5V

PANEL_13.5V

REG_GND

FL_+VO

FL_-VO

5

LND130

LND131

LND132

LND133

LND101

LND102

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

312

4

4-31

1

33

SIGNAL PATH

REC

TY-20 (2/4)

CN904

(PAGE 4-14)

6

PB

VIDEO SIGNAL

CHROMA

7

4-32

RS-85, FP-532, FP-533

COVER

COVER

Link

Link

TY-20 BOARD (1/4)

TY-20 BOARD (1/4)

(CAMERA DSP, MAIN CPU)

(CAMERA DSP, MAIN CPU)

4-2. SCHEMATIC DIAGRAMS

PD-174 BOARD

PD-174 BOARD

(LCD DRIVE, CONTROL SWITCH)

(LCD DRIVE, CONTROL SWITCH)

DSC-U30

TY-20 BOARD (2/4)

TY-20 BOARD (2/4)

TY-20 BOARD (3/4)

TY-20 BOARD (3/4)

TY-20 BOARD (4/4)

TY-20 BOARD (4/4)

COMMON NOTE FOR SCHEMATIC DIAGRAMS WAVEFORMS

COMMON NOTE FOR SCHEMATIC DIAGRAMS WAVEFORMS

(MEMORY, CONNECTOR)

(MEMORY, CONNECTOR)

(LENS DRIVE)

(LENS DRIVE)

(HI CONTROL)

(HI CONTROL)

DD-209 BOARD (1/2)

DD-209 BOARD (1/2)

DD-209 BOARD (2/2)

DD-209 BOARD (2/2)

(DC IN, REGULATOR)

(DC IN, REGULATOR)

(DC/DC CONVERTER)

(DC/DC CONVERTER)

COVER

COVER

For Schematic Diagram

• Refer to page 4-39 for printed wiring board.

• Refer to page 4-58 for waveforms.

1

TY-20 BOARD (1/4)

A

CAMERA DSP, MAIN CPU (TRS BLOCK 1/2)

B

C

D

E

Q601

UNRL11300AS0

4

1

X601

48MHz

XDP_PULL_UP

3

2

USB_CLK_EN

C614

0.1u

R601

0

F

G

H

I

J

K

L

M

N

O

LND601

LND602

LND603

LND604

LND605

LND606

LND607

LND608

LND609

RTCK

TCK

TDO

TDI

TMS

XTRST

XRESET_JTAG

232C_TXD

232C_RXD

P

05

MC_A01

MC_A02

USB_D-

USB_D+

R612

1k

USB_HOLD

USB_SUSPEND

USB_VBUS

IRIS_CONT1

HALL_GAIN

HALL_OFFSET

HALL_AD

LENS_TEMP

VR

VG

VB

VP

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

R604

1k

R605

1k

R607

R608

1k

R609

R610

1k

C609

XX

SIGNAL PATH

REC

PB

32

C613

0.1u

C611

0.1u

USB

R617

USB

R618

C616

0.1u

C602

0.1u

R616

C603

0.1u

C605

1k

XX

XX

C606

1k

XX

C607

C608

XX

XX

C601

VIDEO SIGNAL

CHROMA

Y/CHROMA

DSC-U30

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

56 11

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

MC_XRD

MC_XCS0

MC_CE1R

MC_XWE1

303304

NC

DACK

DREQ

PIPESTAT[1]

VDD

VDDQ

PIPESTAT[0]

TRACEPKT[7]

VSS

TRACEPKT[6]

TRACEPKT[5]

TRACEPKT[4]

TRACEPKT[3]

TRACEPKT[2]

TRACEPKT[1]

VDDQ

TRACEPKT[0]

TRACESYNC

TRACECLK

VDD

A0

A1

A2

VSS

AVDD(USB 3.1V)

D-

D+

AVSS

VDDQ(USB 3.1V)

HOLD

UCLK

VSS

VDD(USB_1.5V)

SUSPEND

VBUS

AVDD

IRIS_CONT1

IRIS_CONT2

HALL_GAIN

HALL_OFFSET

AVSS

AVSS

HALL_AD

NC

LENS_TEMP

CCD_TEMP

AN[3]

VR

VG

VB

VP

AVDD

VDD

A3

A4

VSS

A5

A6

A7

VDDQ

A8

A9

A10

VDD

A11

A12

A13

VSS

A14

A15

A16

NC

VDDQ

A17

A18

NC

A19

A20

A21/PK[3]

A22/PK[4]

PIPESTAT[2]

VSS

VDDQ

A25/PK[7]

A23/PK[5]

A24/PK[6]

79

77 78

80 81 82 83 84 85 86 87 88 89 90 91 92

C617

0.1u

12345678

910111213141516171819202122

27

0.5%

2324252627282930313233343536

27

0.5%

CL601

CL602

CL603

R615

47k

47k

4351 4250 4149 4048 3947 3846 3745

44

52

53545556575859606162636465

6667686970717273747576

SDRAM_XCAS

SDRAM_XRAS

(AU_LRCK)

(IRIS_CONT)

NC

MC_XWE0

VDD

TO0/PE[2]

PANEL_V

MC_XWE1

PANEL_V

LCD_CK

VSS

VDDQ

CS4/PJ[2]

LCD_CKHDEXTPAL

HDD

SYS_V

289290291292293294295296297298299300301302

CS5A/PJ[3]

SRRAM_XCS

VSS

SYS_V

0R625

R627

22k

0.5%

3

BS

MC_XCS0

IRF1

VRF

93 94 95 96

0

R688

0.5%

33k

R626

C651

0.1u

2

C619

0.1u

RD

SDRAM_RDXWR

AVSS

IRF0

0R689

R628

27k

0.5%

1

813184

MC_D00

MC_D01

MC_D02

C620

0.1u

D1

D2

D0

VDD

VDDQ

WAIT

SDRAM_CKO

SDRAM_CKE

AVDDQ

CV_OUTBOROGOSTRB_AD

97 98 99 100 101 102103 104 105106 107

AVSS

AVDDQ

C621

0.1u

R690
1500

0.5%

R691

R692

9

MC_D03

MC_D04

MC_D05

MC_D06

MC_D07

MC_D08

MC_D09

274275276277278279280281282283284285286287288

D4

D3

VSS

VSUB_CNT

VDD

VSS

0

R633

STRB_ON

1500

1500

D7

D8

D9

D5

D6

VDDQ

STRB_ON

VDDQ

MSHUT_ON

DIR2A

EN2

DIR2B

108109 110 111112 113 114115 116 117118 119 120121

MSHUT_ON

0.5%

0.5%

MC_D10

MC_D11

NC

D10

IC602

CAMERA DSP

MAIN CPU

IC602

CXD3159GA-T6

XOVF_RST_SENS

DIR1B

PANEL_B

PANEL_G

MS_BS

MC_D12

D11

DIR1A

PANEL_R

MS_DIO

MC_D13

MC_D14

MC_D15

MS_SCLK

MS MS

22

XX

R637

R636

260261262263264265266267268269270271272273

D15

D14

D13

D12

VSS

VDD

MSDIO

MSSCLK

DIR0BNCEN0

VSS

VDD

DIR0A

EN1

XZM_RST_SENS

122123 124 125126 127 128129 130 131132 133 134135

PE_EN0

PE_DIR0A

PE_DIR0B

FB601

100

R639

VDDQ

ACCESS_LED

XFC_RST_SENS

CKTGO

XFC_RST_SENS

TG_CLK

22

R642

RXD1

MSBS

CCDFD

CKTGI

MCK

CA_FD

127 15

LND610

FR_SI

FR_SO

XCAM_SCK

0

R646

CAM_SCK

VSS

CA_HD

XX

R681

TXD_TO_FR

RXD_FROM_FR

CCDHD

DUMCLP

XFR_SCK

XCS_MC

EEPROM_RXD

246247248249250251252253254255256257258259

VSS

FR_SCK

XCS_MC

CTS5/PO[6]

VDD

OPBCLP

CAMVDI

ADIN[11]

136137 138 139140 141 142143 144

CA_AD10

CA_AD11

VDDR

EEPROM_RXD

ADIN[10]

ADIN[9]

CA_AD09

EEPROM_TXD

EEPROM_SCK

EEPROM_SCK

ADIN[8]

CA_AD07

CA_AD08

EEPROM_RXD

R647

RXD4/PO[0]

EEPROM_TXD

VSS

ADIN[7]

232C_RXD

XX

TXD4/PO[0]

ADIN[6]

CA_AD06

232C_TXD

EEPROM_TXD

R648

XX

CTS4/PO[3]

ADIN[5]

CA_AD04

CA_AD05

RTS4_SCK4/PO[2]

ADIN[4]

MC_CE2R

VDDQ

USB_D+PULLUP

STRB_PHOTO_ON

VDD

145146 147 148149 150

0.1u

C622

C623

0.1u

CAM_SO

CAM_SO

VDDQ

1410 19

MS_POWER_ON

D902
SML-310LTT86
(MS ACCESS)

R908

330

229230

231232233234235236237238239240241242243244245

VSS

VDDR

TG_WEN

AMP_ON

MSHUT_EN

MS_PWR_ON

CAM_DD_ON

XCAM_RST

XFE_CS

XTG_CS

NC

BB_PS

XEEPROM_CS

VDDQ

221222 223 224225 226 227228

NC

EEPROM_RST

XLCD_TG_CS

VSS

VDDR

XLENS_RST_LED

XMC_HELP

XSYS_RESET

TREQB

TREQA

SCAN_ENABLE

TMODE

AE_LOCK_LED

CA_AD03

ADIN[3]

(XAU_LINE_MUTE)

(USB_D+PULLUP)

VSS

NCNCVDDQ

ADIN[2]

ADIN[1]

151152

CA_AD01

CA_AD02

(CAM_DD_ON1)

EEPROM_BUSY

XZM_RST_SENS

XFC_RST_SENS

NTSC/PAL

SC/PN[6]

RDY/PN[7]

XWP/PN[5]

XRE/PN[4]

XWE/PN[3]

ALE/PN[2]

CLE/PN[1]

XCE/PN[0]

FD0/PC[0]

FD1/PC[1]

FD2/PC[2]

FD3/PC[3]

FD4/PC[4]

FD5/PC[5]

FD6/PC[6]

FD7/PC[7]

INT3/PF[3]

INT2/PF[2]

WAKEUP

PLLMD[2]

PLLMD[1]

PLLMD[0]

ADIN[0]

CA_AD00

207208 209 210211 212 213214 215 216217 218 219220

VSS

VDDR

RTCK

TCK

VDDQ

TDO

TDI

TMS

193194 195 196197 198 199200 201 202203 204 205206

NC

TRST

VSS

VDDQ

VDDR

178179 180 181182 183 184185 186 187188 189 190191 192

VSS

VDDR

(SYSV)

VDDQ

164165 166 167168 169 170171 172 173174 175 176177

OSCO

OSCI

VSS

PVSS

PVDD

PVSS

PVDD

PVSS

PVDD

153154 155 156157 158 159160 161 162163

16

C629

C625

0.1u

0.1u

0R657

0R658

0R659

R687

1k

C632

0.1u

C628

0.1u

C627

XX

C630

0.1u

C626

C631

XX

XX

4-11 4-12

XCAM_RESET

XGCAM_CS

XCS_EEPROM

EEPROM_RST

XCS_PANEL_TG

XLENS_RST_LED

XMC_HELP

EEPROM_BUSY

XFC_RST_SENS

XMC_NMI

R663

XTG_CS

4

17

USB_3.1V

MS MS USB

R666

0

XRESET_JTAG

XRST_SYS

R667 2200

R685

47k

CL604

LND612

LND613

RTCK

TCK

TDO

TDI

TMS

XTRST

L604
10uH

0

R665

1M

X603

27MHZ

C633

5p

C634

7p

C650

C649

22u

0.1u
4V

USB_1.5V

1

D_1.5V_1

D_1.5V_2

D_2.8V_1

A_2.8V_1

CAM_DD_ON

REG_GND

D_2.8V

1

(2/4)

2

(2/4)

TY-20 (1/4)

DSC-U30

For Schematic Diagram

• Refer to page 4-39 for printed wiring board.

COVER

COVER

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

1

TY-20 BOARD (2/4)

A

MEMORY, CONNECTOR(TRS BLOCK 2/2,CN BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

1

3 16

MS MS

B

1

C

D

E

F

G

H

I

J

K

L

05

(1/4)

FP-532

FLEXIBLE

LND101-151
(PAGE 4-32)

SIGNAL PATH

REC

PB

7

(4/4)

VIDEO SIGNAL

CHROMA

A_2.8V_1

USB_3.1V

USB_1.5V

D1.5V_1

D1.5V_2

D2.8V_1

CAM_DD_ON

EVER_4.0V

EVER_3.0V

Y/CHROMA

LND611

VL_3V

CN901

BUZZER_15V

FAST_CHARGE

USB_UNREG_SW

SYS_DD_ON

UNREG_SCK

UNREG_SO

XCS_DDCON

EVER_3.0V

EVER_4.0V

EVER_4.0V

DD_CON_SENS

BATT_UNREG

ACV_UNREG

PANEL_13.5V

PANEL_13.5V

PANEL_2.8V

PANEL_2.8V

CAM_DD_ON

CAM_-7.5V

CAM_-7.5V

ST_UNREG

ST_UNREG

ST_UNREG

BUZZER

USB_5V

USB_5V

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

FL_-VO

D_2.8V

D_2.8V

A_2.8V

A_2.8V

D_1.5V

D_1.5V

D_1.5V

CAM_15V

CAM_15V

REG_GND

REG_GND

51P

51

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

M_5V

17

M_5V

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

USB

BUZZER_15V

BUZZER

USB_5V

FAST_CHARGE

USB_UNREG_SW

SYS_DD_ON

UNREG_SCK

UNREG_SO

XCS_DDCON

DD_CON_SENS

BATT_UNREG

ACV_UNREG

R906

XX

4

52

IC603

16M FLASH ROM

IC603

MB84VD2139

3

(4/4)

R905

XX

LND901

STATIC_GND

R907

XX

R909

0

FB902

C901

10u

6.3V

10uH

CAM_DD_ON

ST_UNREG

C908
10u

6.3V

C902

C903

22u

3.3u

16V

35V

L903

10uH

4

(3/4)

L904

C904

10u

10uH

6.3V

L902

6

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

R669

47k

MC_A08

MC_XWE1

MC_A09

MC_A12

MC_A04

MC_A07

XRST_SYS

MC_CE2R

MC_A20

MC_A13

MC_A16

MC_A03

MC_A06

MC_A19

MC_A10

MC_A14

MC_A02

MC_A05

MC_A18

MC_11

MC_A15

MC_A01

MC_A17

MC_XRD

7118

NC

A8

A7

B2

LB

B3

WP/ACC

B4

WE

B5

A8

B6

A11

B7

A3

C1

A6

C2

UB

C3

RESET

C4

CE2r

C5

A19

C6

A12

C7

A15

C8

A2

D1

A5

D2

A18

D3

RY/BY

D4

NC

D5

A9

D6

A13

D7

NC

D8

A1

E1

A4

E2

A17

E3

A10

E6

A14

E7

NC

E8

A0

F1

9

NC

K8

NC

K1

DQ14

J7

DQ5

J6

NC

J5

DQ11

J4

DQ2

J3

DQ8

J2

Vss

H8

DQ7

H7

DQ12

H6

Vccr

H5

Vccf

H4

DQ10

H3

DQ0

H2

CE1r

H1

Vccf

G8

DQ15

G7

DQ13

G6

DQ4

G5

DQ3

G4

DQ9

G3

OE

G2

CEf

G1

A16

F8

NC

F7

DQ6

F6

DQ1

F3

Vss

F2

C637

0.1u

MC_D14

MC_D05

MC_D11

MC_D02

MC_D08

MC_D07

MC_D12

C635

0.1u

MC_D10

MC_D00

MC_CE1R

MC_D15

MC_D13

MC_D04

MC_D03

MC_D09

47kR670

MC_XCS0

MC_D06

MC_D01

C638

10u

6.3V

IC605

USB_1.5V REG

IC605

S-817A15ANB-CUE-T2

NC

4

VOUT

3

1.5 3.1

C636

10u

6.3V

XCS_EEPROM

EEPROM_SCK

EEPROM_TXD

EEPROM_RXD

EEPROM_RST

EEPROM_BUSY

10

FB602

C643

22u

4V

C641

L605

0.1u

4.7uH

L601

C640

22u

FB603

4V

R673

XX

2.9

1

2.9

2

0R671

3

4

R672

0

1

VSS

2

VIN

C642

0.1u

C644

10uH

22u

4V

IC604

EEPROM

IC604

AK6417CH-E2

EEPROM_BUSY

VCC

RST

GND

CS

SCK

2.9

DI

1

DO

C645

10u

6.3V

12 18

C646

2.9

0.1u

8

2.9

7

6

5

3

2.9

45

100k

R674

C639

L602

22u
4V

10uH

C647

123

0.1u

4

3.1

D_2.8V

REG_GND

13

265

(1/4) (4/4)(3/4)

IC606

USB_3.1V REG

IC606

RN5RZ31BA-TL-FA

A_2.8V

M_5V

8

(3/4)

USB_PWR_ON

14

USB_SUSPEND

USB_PWR_ON

USB_CLK_EN

USB_HOLD

USB_VBUS

FR_SI

FR_SO

XFR_SCK

XCS_MC

XMC_HELP

XDP_PULL_UP

SYS_V

XMC_NMI

XRST_SYS

MS_POWER_ON

MS_SCLK

MS_DIO

MS_BS

USB_D-

USB_D+

CA_AD11

CA_AD7

CA_AD3

CA_AD010

CA_AD6

CA_AD2

CA_AD9

CA_AD5

CA_AD1

CA_AD8

CA_AD4

CA_AD0

XTG_CS

XCAM_CS

CAM_S0

XCAM_SCK

MCK

TG_CLK

CA_FD

CA_HD

XCAM_RESET

XRESET_SW_ON

XPWR_LED

XPWR_ON

MODE_DIAL

KEY_AD0

XCHARGE_LED

TG_CLK

XCS_LCD

XVD

XHD

XRST_SYS

PANEL_R

PANERL_G

PANEL_B

VP

VB

VR

VG

15

10

(4/4)

CN902

31

CD_GND

30

CA_AD11

29

CA_AD7

28

CA_AD3

27

CA_AD10

26

CA_AD6

25

CA_AD2

24

CA_AD9

23

CA_AD5

22

CA_AD1

21

CA_AD8

20

CA_AD4

19

CA_AD0

18

XTG_CS

XCAM_CS

17

16

CAM_SO

15

XCAM_SCK

CD_GND

14

MCK

13

12

CD_GND

TG_CLK

11

CD_GND

10

CA_FD

9

CA_HD

8

XCAM_RESET

7

6

TG3V

DRV3V

5

FE3V

4

CAM_-7.5V

3

2

1

CN904

XRESET_SW_ON (N.C.)

1

XPOWER_LED (N.C.)

2

XPOWER_ON (N.C.)

3

MODE_DIAL (N.C.)

4

KEY_AD0

5

VL_3V

6

XCHARGE_LED

7

D_2.8V

8

REG_GND

9

TG_CLK

10

REG_GND

11

XCS_LCD

12

XLCD_SCK

13

LCD_SO

14

XVD

15

XHD

16

XRST_SYS

17

REG_GND

18

PANEL_R

19

PANEL_G

20

PANEL_B

21

REG_GND

22

23

VP

24

VB

25

VR

26

VG

PANEL_2.8V

27

PANEL_2.8V

28

PANEL_13.5V

29

PANEL_13.5V

30

REG_GND

31

FL_+VO

32

FL_-VO

33

CAM_15V

CD_GND

31P

33P

HALL_AD

HALL_OFFSET

IRIS_CONT1

HALL_GAIN

XFC_RST_SENS

XLENS_RST_LED

PE_EN0

PE_DIR0B

PE_DIR0A

MSHUT_ON

STRB_ON

LENS_TEMP

XRESET_SW_ON

XPWR_LED

XPWR_ON

MODEL_DIAL

KEY_AD0

XCHARGE_LED

USB_SUSPEND

USB_PWR_ON

USB_CLK_EN

USB_HOLD

USB_VBUS

FR_SI

FR_SO

XFR_SCK

XCS_MC

XMC_HELP

XDP_PULL_UP

SYS_V

XMC_NMI

XRST_SYS

MS MS

USB

USB_D-

USB_D+

USB

MS_POWER_ON

MS_SCLK

MS_DIO

MS_BS

15

(4/4)

CL901

9

(4/4)

17

HALL_AD

HALL_OFFSET

IRIS_CONT1

HALL_GAIN

XFC_RST_SENS

XLENS_RST_LED

PE_EN0

PE_DIR0B

PE_DIR0A

MSHUT_ON

STRB_ON

LENS_TEMP

XRESET_SW_ON

XPWR_LED

XPWR_ON

MODEL_DIAL

KEY_AD0

XCHARGE_LED

CD-425

FLEXIBLE

LND101-131

(PAGE 4-9)

FP-533

FLEXIBLE

LND101-133
(PAGE 4-31)

11

(3/4)

12

(3/4)

13

(4/4)

(2/2)

TY-20 (2/4)

4-13 4-14

COVER

COVER

For Schematic Diagram

• Refer to page 4-39 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

DSC-U30

1

TY-20 BOARD (3/4)

A

LENS DRIVE(LD BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

R:REC MODE
P:PB MODE

B

C

D

E

F

G

H

I

J

D201

1SS401(TE85L)

D202

MA4L11100AS0

R253

0

14

3

C231

1u

105

1

2

3

4

5

R901

6

7

22k

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

B3_ZA

32

R219

330

0.5%

18

PGND

R208

Q204

1

4

16

17

B4_ZB

3

R213

10k

0.5%

C206

1u

1k

R212

100k

C205

0.1u

0.9

12

13

14

OUT

IN(-)

R1/P0.1

R0.9/P1.1

OUT2IN(-)3IN(+)4VCC5IN(+)6IN(-)7OUT

1

0.7

0.1

R222

22k

13

14

15

IN3

IN4

EN3

EN4

0.5%

11

IN(+)

0.1

R228

12k

R227
1200

R211
4700

0.5%

0.9

0.9

9

10

GND

IN(-)

IN(+)

2.9

0.9

XX

C213

R232

10k

IC204

SHUTTER DRIVE,

FOCUS DRIVE

IC204

WTGA-UPD16877W

67

1200R233

R220

R234

150k

0.5%

R229
1200

0.5%

R215

47k

0.5%

R231
180k

0.5%

C212

0.001u

0.9

8

OUT

0.9

1.1

C214

0.01u

IC206

IRIS DRIVE,

HALL AMP

IC206

LMV324MTX

R242

24k

0.5%

R241

C237

10k

0.1u

0.5%

R254

0

C238

10u

C233

0.1u

13

14

0.9

0.9

OUT

IN(-)

R0.8/P1.5

OUT1IN(-)2IN(+)3VCC4IN(+)5IN(-)6OUT

1

0.9

0.9

C208

0.033u

R214

100k

0.5%

C207

3300p

3

2

1

Q201

2SB1462L0AS0

D_2.8V SWITCH

L202

R239

220

12

R226

1k

16k

0.5%

C211

0.01u

0.5%

R230

180k

R224

22k

0.5%

C218 0.022u

9

10

11

GND

IN(-)

IN(+)

IN(+)

R0.8/P2.7

R0.8/P1.7

R0.9/P2.9

2.9

R0.8/P2.9

R0.8/P2.9

R0.8/P2.9

0.1u

C217

4

10uH

C215

0.5%

0.1u

R223

100k

0.5%

R225

100k

0.5%

C210

0.022u

8

OUT

7

C216

XX

R205

56k

4700R206

FB202

24 9

Q202

2SD2216L0AS0

IRIS DRIVE

2

3

1

4

C203

0.022u

R207

10

IC202

IRIS DRIVE,

HALL BIAS CONTROL,

HALL GAIN CONTROL

IC202

NJM12902V(TE2)

2SD2216L0AS0

R255

0

GAIN CONTROL

C209

0.1u

2

19

20

21

22

23

24

VDD

PGND

B2_FB

B1_FA

VM2_3

VM12A1_FA3PGND4A2_FB5A3_ZA6PGND7A4_ZB8VM49IN110EN111IN212EN2

1

8

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

L201
10uH

C219

10u

6.3V

Q901
RN4983FE(TPLR3)
M_5V SWITCH

R0/P5

5

4

3

R5/P05

6

1

R0/P5

2

R2.9/P0

A_2.8V

M_5V

D_2.8V

REG_GND

HALL_AD

HALL_OFFSET

HALL_GAIN

IRIS_CONT1

XFC_RST_SENS

XLENS_RST_LED

PE_EN0

PE_DIR0B

PE_DIR0A

MSHUT_ON

CAM_DD_ON

ST_UNREG

ST_UNREG

ST_UNREG

ST_UNREG

STB_CHARGE

REG_GND

REG_GND

REG_GND

XSTB_FULL

M_5V

STRB_ON

DRIVE-

DRIVE+

HALL-

BIAS+

BIAS-

HALL+

XFC_RST_SENS

F_SENS_VCC

F_SENS_GND

N.C.

LENS_TEMP

FOCUS_B

FOCUS_A

FOCUS_B

FOCUS_A

11

12

8

(2/4)

5

(2/4)

11

(2/4)

4

(2/4)

25PCN903

SL-59

FLEXIBLE

LND601-625
(PAGE 4-25)

K

05

LENS_TEMP

STB_ON

XSTB_FULL

STB_CHARGE

4-15 4-16

12

(2/4)

14

(4/4)

TY-20 (3/4)

DSC-U30

For Schematic Diagram

• Refer to page 4-39 for printed wiring board.

• Refer to page 4-58 for waveforms.

COVER

COVER

1

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

4-2. SCHEMATIC DIAGRAMS TY-20 BOARD

2

4 14

5

8

9

10

11

12

13

15 173

1667

TY-20 BOARD (4/4)

A

HI CONTROL(FR BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

B

BUZZER_15V

BUZZER

USB_5V

FAST_CHARGE

USB_UNREG_SW

SYS_DD_ON

3

UNREG_SCK

13

(2/4)

(2/4)

14

(3/4)

(2/4)

9

UNREG_SO

XCS_DDCON

DD_CON_SENS

BATT_UNREG

ACV_UNREG

XRESET_SW_ON

XPWR_LED

XPWR_ON

MODE_DIAL

KEY_AD0

XCHARGE_LED

STB_CHARGE

XSTB_FULL

USB_SUSPEND

USB_PWR_ON

USB_CLK_EN

USB_HOLD

USB_VBUS

XFR_SCK

XCS_MC

XMC_HELP

XDP_PULL_UP

XMC_NMI

XRST_SYS

C

D

E

F

G

H

I

US-7

FLEXIBLE

LND050-057
(PAGE 4-27)

J

15

(2/4)

REG_GND (N.C.)

USB_D+

USB_D-

K

EVER_3.0V

7

EVER_4.0V

(2/4)

REG_GND

L

6

(2/4)

FR_SI

FR_SO

SYS_V

VL_3V

D_2.8V

CN907

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

SIGNAL PATH

VIDEO SIGNAL

Y/CHROMA

REC

PB

6PCN908

RS-85

FLEXIBLE

LND001-006

(PAGE 4-31)

MS_POWER_ON

MS MS

MSMS

MS_SCLK

MS_DIO

MS_BS

23

MS_VSS

22

MS_VCC

21

MS_VCC

20

MS_SCLK

19

MS_INT

18

MS_DIO

17

MS_VCC (N.C.)

16

MS_VCC (N.C.)

15

MS_BS

14

MS_VSS

13

GND

12

MODE_DIAL

XSHUTTER

11

10

XAE_LOCK_SW

9

XPOWER_ON

8

GND

7

D_2.8V

6

XPOWER_LED

5

XLENS_CAP_OPEN

4

D_2.8V

3

XSELF_TIMER_LED

2

XTALLY_LED (N.C.)

1

XAE_LOCK_LED (N.C.)

23PCN906

10

(2/4)

SW-376

FLEXIBLE

LND001-023
(PAGE 4-29)

BUZZER

C407

0.47u

2

BUZZER

FAST_CHARGE

USB_UNREG_SW

SYS_DD_ON

UNREG_SCK

UNREG_SO

XCS_DDCON

DD_CON_SENS

BATT_UNREG

ACV_UNREG

XRESET_SW_ON

XPWR_LED

XPWR_ON

MODE_DIAL

KEY_AD0

XCHARGE_LED

STB_CHARGE

XSTB_FULL

USB_SUSPEND

USB_PWR_ON

USB_CLK_EN

USB_HOLD

USB_VBUS

FR_SI

FR_SO

XFR_SCK

XCS_MC

XMC_HELP

XDP_PULL_UP

SYS_V

XMC_NMI

XRST_SYS

8P

8USB_GND

7USB_GND

6USB_D-

5USB_D+

4

3USB_5V

2USB_5V

1USB_JACK_IN

USB

USB

XPWR_ON

XLENS_CAP_OPN

XSHTR_ON

XAE_LOCK_SW

Q401

SSM3K03FE(TPL3)

INVERTER

XTALLY_LED

XCHARGE_LED

XPWR_LED

XSELF_TIMER_LED

UNREG_SO

XRESET_SW_ON

R402

470k

Q403

2SD2216L0AS0

INVERTER

2.8

R401

R460

1k

0

0

0

1

4

2

5

6

3

RN1904FE(TPLR3)

1.9

1.8

0

Q402

LED DRIVE

R406

1k

C401

4.7u
10V

R404
470k

3

2

1

4

470kR403

C403

4700p

C402

4.7u
10V

470k

R405

XRESET

R409

470k

R411

1M

R408

1k

470k

470k

470k

470k

R407

R410

R458

R414

47k

C404

10u

6.3V

R412

C406

0.1u

C422

10u

6.3V

R418

33k

Q404

2SD2216L0AS0

MODULATOR

R415

R461

R416

1k

R417

C405 0.1u

R413

470

L401
47uH

3

1

4

UNRL21300AS0

MODULATOR

1k

1k

1k

3

3

4

3

1234567891011121314151617181920

5678

CS

RESET

VOUT

VBAT

VCH

VIN

VRO

VSS

XMC_NMI

R419
100k

3

4

Q405

XPWR_ON

XPB_ON

XLENS_CAP_OPN

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/STB_LED

XPWR_LED_ON

XLANC_ON

SELF_TIMER_LED

UNREG_SO

USB_PWR_ON

R421

XX

2

1

470kR425

MELODY

USB_PWR_ON

MC_WAKE_UP

FR_SI

XCS_DDCON

UNREG_SCK

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

5

R423

R424

470

470

R420
100k

XCS_DDCON

UNREG_SCK

FR_SI

FR_SO

IC402

INITIAL RESET,

R422

100k

1234

BACK UP VCC

BD4201FV-E2

3

2.9

R428

33

C408

C423

0.1u

3300p

XRST_SYS

XRST_SYS

FR_SO

XFR_SCK

IC402

SYS_DD_ON

0

R426

SYS_DD_ON

XFR_SCK

XCS_MC

R429

330

XRESET

USB_CLK_EN

USB_UNREG_SW

XRESET

USB_CLK_EN

XSTB_PWRSAVE

IC401

HI CONTROL

MB89097LGA-G-136-ER

MOD0

10MHz_IN

XCS_MC

R430

1M

X401

10MHz

D402

MA2SD24008S0

R433

1M

0.5%

C410

0.1u

(AN13)

DRY_BATT_IN1

USB_UNREG_SW

IC401

10MHz_OUT

BATT_IN

MOD1

C409

0.1u

ACV_UNREG

0.5%

1MR431

DEW_SENS

SYS_V

470k

R432

SYS_V

USB_SUSPEND

USB_UNREG_SW

BATT_UNREG

DD_CON_SENS

C411 0.47u

0.5%

1M

R434

ACV_SENS

BATT_SENS

XSTB_FULL

USB_SUSPEND

1kR437

470k

R435

XSTB_FULL

USB_HOLD

R436

1M

0.5%

1k

R438

0.01u

C412

AVss

USB_HOLD

DD_CON_SENS

XMC_HELP

XSETUP_ON

Program_Dial_A

470k

R439

XMC_HELP

3.3

3

0

4

C413

0.1u

AVREF

Program_Dial_B

LANC_IN

VOUT

CE

USB_VBUS

6162636465666768697071727374757677787980

AVCC

USB_VBUS

ZOOM_AD_KEY

KEY_AD4

KEY_AD3

KEY_AD2

KEY_AD1

KEY_AD0

MODE_DIAL

BACK_UP_VCC

32kHz_IN

32kHz_OUT

XDP_PULL_UP

FAST_CHARGE

INIT_CHARGE

STB_CHG

XSTB_POPUP

XCS_LCD

BATT_SI

BATT_SO

(RESERVED)

LANC_OUT

LANC_IN

470k

R442

LANC_OUT

IC403

3.3V REG
IC403

RQ5RW33AA-TR-FA

1 XRESET_SW_ON

2 REG_GND

3 XCPC_IN (N.C.)

4 EVER_4.0V (N.C.)

5 LANC_IN (N.C.)

6 LANC_OUT (N.C.)

6

10k

R453

10k

R454

10k

XXC418

C419

R443

XX

10M

51 52 53 54 55 56 57 58 59 60

GND

50

41 42 43 44 45 46 47 48 49

4

2

VIN

GND

1

X403

150k

32.768kHz

R444

C909

22u

4V

R902

2200

R455

KEY_AD0

10k

R451

1kR449

1kR450

C420

9p

C421

9p

C907

0.47u

2.9

MODE_DIAL

10k

R452

R459

10k

XDP_PULL_UP

FAST_CHARGE

STB_CHARGE

MS_SCLK

MS_DIO

MS_BS

D901

MA4L11100AS0

R904
470k

2.9

3

1

6

Q902

SSM6E01TU

B+ SWITCH

2

45

14

C905

3

22u

2.9

4V

0

2

R903
3300

MS_SCLK

MS_DIO

MS_BS

C906

0.1u

MODE_DIAL

XSHTR_ON

XAE_LOCK_SW

XPWR_ON

XPWR_LED

XLENS_CAP_OPN

XSELF_TIMER_LED

XTALLY_LED

TY-20 (4/4)

05

4-17 4-18

COVER

COVER

For Schematic Diagram

• Refer to page 4-41 for printed wiring board.

• Refer to page 4-59 for waveforms.

4-2. SCHEMATIC DIAGRAMS PD-174 BOARD

4-2. SCHEMATIC DIAGRAMS PD-174 BOARD

DSC-U30

PD-174 BOARD

LCD DRIVE,CONTROL SWITCH

A

(RGB/TG BLOCK,
SWITCH BLOCK)

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

:Voltage measurment of the CSP ICs

B

and the Transistors with mark,are
not possible.

(Note)Resistors are mounted to the location
where L402 and L403 are printed.

C

CN401

29P

D

E

FP-533

FLEXIBLE

LND001-029
(PAGE 4-31)

F

G

H

I

J

K

XCHARGE_LED

PANEL_13.5V

PANEL_13.5V

BT480

LITHIUM BATTERY

SECONDARY

KEY_AD0

VL_3V

D_2.8V

REG_GND

TG_CLK

REG_GND

XCS_LCD

XLCD_SCK

LCD_SO

XVD

XHD

XRST_SYS

REG_GND

PANEL_R

PANEL_G

PANEL_B

REG_GND

VP

VB

VR

VG

PANEL_2.8V

PANEL_2.8V

REG_GND

FL_+VO

FL_-VO

R480

680

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

STATIC GND

LND480

R401

22k

0.5%

SML-310YTT86

R402

12k

0.5%

4

D482

MAZR082H0AS0

3

5

76 16

81410

12

8

R412

TG59

0

TG43

TG42

TG41

139

SIGNAL PATH

VIDEO SIGNAL

174

183 151 112

CHROMA

XHD

XHI_SO

REC

PB

L403

0

D481

XCS_LCD

XHI_SCK

XHI_SO

XVD

XHD

XRST

R406

82k

0.5%

R407

82k

47k

R408 82k

R405

22k

0.5%

R403

22k

0.5%

S480

S481

R481

1k

1

R482
1500

S482

2

S483
R483
3300

4

D480

XX

3

VP

VB

0.5%
VR

0.5%R404

VG

0.5%

10uH

C401

22u
4V

MENU

SCENE

EXEC

1

C480

2

XX

(Note)

C413

4.7u

C415

0.1u

59

60

RPD F3

POFF E3

61

VR G3

62

TG63

L402

0

(Note)

XVD

R414

XX

R415

82k

0.5%

XCS_LCD

R409

0

L401

C402

0.1u

TG64

TG65

TG72

C404

0.01u

TG76

TG77

R416

0

0.5%

R410

0.01u

XX

C403

VP G4

63

EN G5

64

HCK2 G6

65

TRON G7

66

DETIN F7

67

XVD E7

68

LPF_ADJ D7

69

NONEG C7

70

N.C. C6

71

BIAS C5

72

RGT C4

73

N.C. D4

74

N.C. E4

75

LED F4

76

VCK F5

77

HST F6

78

XCS E6

79

TRAP_ADJ D6

80

TST1 D5

81

N.C. E5

N.C. A12VDD B13COM_IN C14GND D15BL E16VR_DC_DET F17VG G18VB H19N.C. J110VCC2 J211VP_DC_DET J312XVP.SAVE J413WIDE J514N.C. J615EXT_DA J716C-BG J817N.C. J918VDD H919XSCK G920XCLR F9

1

C409

0.1u

58

VCC3 D3

5

57

OSCI C3

56

VCO B3

C420

R430

55

1u

100

3

54

TEST2 B4

53

OPIN+ B5

C406

52

VDO B6

TST0 B7

IC401

LCD DRIVER

CXA3617GG-T4

R429
100

470k

R413

C408

0.01u

51

B_IN B8

IC401

0.01u

R418

15k

44

45

46

47

48

49

50

SI H8

HD E8

SO G8

R_IN C8

CLKIN F8

TEST3 D8

C417

1u

6

C410

0.01u

TG13

UNRL11300AS0

BACKLIGHT

CONTROL

43

HCK1 H6

R_INJECT H7

Q461

42

0

R417

XHI_SCK

41

DWN H5

0

R411

1

VSTA H4

VG_DC_DET H2

VB_DC_DET G2

COM_OUT C2

COM_DC A2

XSH.SAVE A8

XRST

1

R461

47k

R462

47k

GND H3

GND2 F2

PWM E2

VREF D2

OSCO B2

OPOUT A3

TEST1 A4

OPIN- A5

HDO A6

TSTEN A7

N.C. A9

GND B9

G_IN C9

XWRT D9

VCC1 E9

C405

XX

2

40

1uC418

39

38

C419

1u

37

36

35

34

33

32

31

30

29

28

27

R440

26

R441

25

XX

24

23

22

21

R424

1M

100k

4.7u

R439

C422

0

C407

0.01u

2

2

3

4

Q401

UNRL21300AS0

R438

R437

XX

XX

4

3

R463

150k

R464
120k

IC461

TA75S01F(TE85R)

-3.1 2.9

VCC

123

-8

-3.1 0

BACKLIGHT CONTROL

IC461

0

45

1

UNRL21300AS0

C461

0.01u

SWITCHSWITCH

0.8

3

4

Q402

2

R465

47

0.5%

2SB1218A-QRS-TX

-1.7

1

Q462

BACKLIGHT

DRIVE

47

R431
100

Q405

2SD2216L0AS0

R428

100

Q403-406

PSIG DRIVE

2SB1462L0AS0

R443

XX

R444

47k

1

2

C423

XX
16V

Q403

1

2

4

3

4

3

4

2

2SB1462L0AS0Q406

VB

Q404

2SD2216L0AS0

R445

47k

3

3

1

VR

C424

XX

TG65

2

1

4

VG

VP

R446
470k

TG59

TG41

TG76

TG63

TG42

TG13

TG77

TG64

TG43

TG72

Q408

MCH3310-TL-E

VDD SWITCH

0

1

RD3.3UM-T1B

13.513.5

C425

0.01u

3

2

D402

C426

0.1u

C427

1u

R447

1M

4

Q409

UNRL21300AS0

SWITCH

R450

150k

R449

820k

1

R448

2

68k

Q410

2SB1462L0AS0

REF VOLTAGE GEN.

C428

0.1u

C429

0.1u

4

3

27PCN402

27

TEST

26

COM

25

VST

24

VCK

23

EN

DWN

22

21

VDD

20

VSS

19

VDDG

18

VSSG

17

CS

16

WIDE

HST

15

14

REF

13

DSUT

12

CRext

11

HCK2

10

HCK1

9

PSIG

8

G

7

R

6

B

5

RGT

TEST2

4

LED_K

3

N.C.

2

LED_A

1

PANEL UNIT

LCD901

1inch

COLOR LCD

D901

BACKLIGHT

05

4-19

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

4-20

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

PD-174

DSC-U30

DD-209 (1/2)

COVER

COVER

For Schematic Diagram

• Refer to page 4-43 for printed wiring board.

DD-209 BOARD (1/2)

A

DC IN,REGULATOR

XX MARK:NO MOUNT

B

C056

0.1u

(0)

<3>

Q002

JL001

JL002

R008

C002

0.047u

0.022u

(2.4)
<0>

1M

R061

R007

C003

0

BATT_UNREG/+

BATT_GND/-

0

0

Q004

MCH3306-TL-E

(0)<2.4>

R010

330k

(0)
<2.4>

Q018

SSM3K03FE(TPL3)

R003

330k

2.5

LND001

R001

R002

470k

1M

STATIC_GND

Q001,004,018

SWITCH

(2.4)

<0>
(0)
<3>

Q001

SSM3K03FE(TPL3)

Q002,006

SWITCH

SSM3K03FE(TPL3)

BT901

BATTERY

TERMINAL

C

D

E

F

G

UNREG_1

UNREG_2

REG_GND

1

EVER_3.0V

(2/2)

EVER_4.0V

H

I

J

K

05

4-2. SCHEMATIC DIAGRAMS DD-209 BOARD

4-2. SCHEMATIC DIAGRAMS DD-209 BOARD

3 151 112

Q005
CPH6311-TL
USB_UNREG

SWITCH

(0)<4.8>

R011

470k

R009

10k

0

UN9213J-(TX).SO

SWITCH

(2.6)<2.9>

2.5

2.5

0

MCH3306-TL-E

D014 XX

R005

100k

R006

1M

C009
1500p

Q006

Q003

R022

10k

D015 XX

4

NO MARK:REC/PB MODE,BATTERY/USB POWER SUPPLY

R:REC MODE

P:PB MODE

( ):BATTERY POWER SUPPLY

< >:USB POWER SUPPLY

5

(0)<4.8>

6
1

4

2

3

0

R020

470k

R021

10k

(0)<3.7>

Q007

SSM3K03FE(TPL3)

SWITCH

D010

MA2SD24008S0

D002

CRG01(TE85L)

Q008

ECH8603-TL-E

(2.5)

<3.8>

D003

XX

(-3.9)<3.5>

C010

(2.7)<0>

5

(2.5)

<3.7>

(-3.9)

<3.7>

2

1

7
8

6
5

3

4

2.5

XX

R024

1M

2.5

1

2.5

2

R027

10k

Vout

Vin

(2.5)
<3.7>

(-3.9)
<3.7>

5
6

8
7

<-8>

IC002

VOLTAGE DETECT

4

2

(-3.9)<3.7>

(-8)

<3.7>

2

(3)

R030

1M

XC61CC1502NR

IC002

(2.5)
<3.8>

3

1

6

1

-8

ECH8603-TL-E

Q009

Q008,009

SWITCH

(3)<-8>

3

4

3

C014

XX

(2.7)
<0>

Q011

SSM3K03FE(TPL3)

SWITCH

Vss

NC

RN4983FE(TPLR3)

EMERGENCY

5

(0)<3>

(0)<3>

R031

10k

4

3

76 16

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

Q010

DETECT

FAST_CHARGE

USB_UNREG_SW

1.5V

1

2.8V

5V

15.4V

2

(2/2)

-8.0V

81410

F001

(2A/32V)

F002

(2A/32V)

F003

(2A/32V)

F004

(2A/32V)

D005

MA2SD24008S0

C048

10u
10V

R2.9/P0 13.5

33uH

L018

R-7.4/

(2.4)<2.9>

L012
1uH

L013
1uH

L014

100uH

-8

P0

MA2S111-(K8),SO

RB160M-30TR

IC004

DC/DC CONVERTER

IC004

S-8321ADMP-DND-T2

45

C042

10u

6.3V

IC003

1

STB

2

GND

3

VEE

4

REG3

IC003

13.5V/15V/-7.5V REG

R050

0

C045

XX

D001

D008

123

C057

BA3986FV-E2

12

L019

10uH

(4.1)

(4.1)
<4.2>

10u

6.3V

<4.2>

(STB2)

REG1

REG2

VCC

C052

4.7u

D009

C050

33u
10V

C058

10u

6.3V

8

7

6

5

MA2SD24008S0

L010

10uH

C040

10u

6.3V

L015

1uH

C059

4.7u

L017
10uH

XX

R060

R058

15.2

15.1

0

R057

10V

0.1u

C039

L016

0

XX

R059

0

C053

0.022u

R052

4.7uH

47k

R054

47k

C046

4.7u

3

2

1

4

Q026

2SB1462L0AS0

CAM_15V SWITCH

C062

3.3u
20V

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

C001

4.7u
10V

3

4

139

Q027

UNRL21300AS0

2

SWITCH

1

CN001

51P

51 ST_UNREG

50 ST_UNREG

49 ST_UNREG

48 REG_GND

REG_GND

47

46 CAM_15V

45 CAM_15V

44 CAM_-7.5V

43 CAM_-7.5V

42 D_1.5V

41 D_1.5V

40 D_1.5V

39 A_2.8V

38 A_2.8V

37 CAM_DD_ON

36 M_5V

35 M_5V

34 D_2.8V

33 D_2.8V

32 PANEL_2.8V

31 PANEL_2.8V

30 PANEL_13.5V

29 PANEL_13.5V

28 FL_-VO

27 REG_GND

26 REG_GND

25 REG_GND

24 REG_GND

23 REG_GND

22 REG_GND

21 REG_GND

20 REG_GND

19 REG_GND

18 REG_GND

17 ACV_UNREG

16 BATT_UNREG

15 DD_CON_SENS

14 EVER_4.0V

13 EVER_4.0V

XCS_DDCON

UNREG_SO

UNREG_SCK

SYS_DD_ON

USB_UNREG_SW

FAST_CHARGE

C063

1u

35V

R055

0

C054

0.1u

12 EVER_3.0V

11 XCS_DDCON

10 UNREG_SO

9 UNREG_SCK

8 SYS_DD_ON

7 USB_UNREG_SW

6 FAST_CHARGE

5 REG_GND

4 USB_5V

3 USB_5V

2 BUZZER

1 BUZZER_15V

2P

CN002

1 BUZZER

2 GND

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

BZ901

BUZZER

FP-532

FLEXIBLE

LND001-051
(PAGE 4-32)

4-21 4-22

COVER

COVER

For Schematic Diagram

• Refer to page 4-43 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS DD-209 BOARD

4-2. SCHEMATIC DIAGRAMS DD-209 BOARD

DSC-U30

DD-209 BOARD (2/2)

A

DC/DC CONVERTER

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

C004

R015

0.033u

2200

E

F

G

R016

R017
4700

R018

4700

R019

C005

6800p

22k

C006

0.033u

C007

0.033u

C008

47k

0.033u

31 112

4

1

(1/2)

UNREG_SO

SYS_DD_ON

R037

XX

C013

0.033u

0

IC001

DC/DC CONTROL

FA3692Q-D-TE2

0R040

50

VIN6-51VIN7-52VIN5-53VIN4-54VIN3-55VIN1-

IC001

0R036

R039

56

57

58

59

60

FB2

IN2-

61

IN2+

62

FB1

63

IN1-

64

FB3

65

IN3-

66

FB4

67

IN4-

68

FB5

69

IN5-

70

FB7

71

IN7-

72

IN7+

73

FB6

74

IN6-

75

IN61-

76

FB8

77

IN8-

78

IN8+

79

FB9

80

IN9-

CH2UP

CONT

VCC1

UNREG_SCK

470

R044

470

R046

45

46

47

48

49

CLK

RST

LDON

DATA

VIN8-

UNREG_1

UNREG_2

REG_GND

EVER_3.0V

EVER_4.0V

XCS_DDCON

470

R048

43

44

XCS

OUT5S

5

D011

015AZ6.2-Z(TPL3)

0.022u

41

VCC242VCC3

C064

PGND3

OUT5n

OUT5p

OUT1n

OUT1p

OUT2n

OUT2p

OUT3n

OUT3p

OUT4n

OUT4p

OUT6n

OUT6p

OUT7n

OUT7p

OUT8n

OUT8p

OUT9

OUT10

PGND2

D004

MA2SD24008S0

C022

0.033u

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

015AZ6.2-Z(TPL3)

D012

MA2S111-(K8),SO

R049

0

D013

76

810

L001

4.7uH

1.7

C024

1u

MCH5801-TL-E

L002

4.7uH

2.1

C029

1u

L007
10uH

C025

10u

Q020

MCH3406-TL-E

Q013

MCH3317-TL-E

1

Q016

Q015

MCH3317-TL-E

1.4

Q020,022

SWITCHING

2.5

9

2.4

1.6

1.6

4.9

3

33

1

2

MCH5801-TL-E

2.4

5

213

5

Q017

4.9

Q013,016

SWITCHING

L008
22uH

1.6

4

Q015,017

SWITCHING

L009
22uH

4

3

Q022

CPH5802-TL-E

5

4

3.3

12

1.5V

C031

4.7u

1

2.8V

C034

4.7u

Q024

MCH3306-TL-E

2.4

1

2

3

4.92.4

C037

4.7u

SWITCH

4.94.9

0

2

(1/2)

C026

Q021,023

SWITCHING

L005
10uH

10u

2.4

2.5

Q021

MCH3406-TL-E

Q023

CPH5802-TL-E

2.4 5.1 5.1 5.1

5

4

5.1

2.4

1

2

3

3.3

C038

4.7u

Q025

MCH3306-TL-E

SWITCH

0

5V

SCP92FB103IN10-4AMPIN5AMPOUT6CT17RT8CT29CS10SCPIN11CP12TLOFF13GND14VREG(2.2V)15DT216DT117PGND118OUT6s19VCC420VCC5

1

C030

2.2u

H

R014
8200

0.5%

R012

22k

0.5%

I

R013

100k

0.5%

05

C012

0.033u

R029

R032

0.5%

0.1u

100p

100p

R038

R035

22k

47k

10k 0.5%

R033

0.5%

R034

C015

82k

0

5%

EMERGENCY DETECT

27k

C016

C017

3

4

Q012

2SD2216L0AS0

C023

C027

1u

R047

47k

47k

0.1u

C020

R045

C019

0.1u

R041
4700

2

1

R042

R043

33k

68k

L003
33uH

4.9

1u

1

2

L006

100uH

51

1.5

CPH5803-TL-E

SWITCHING

3

2.6

4.9

24

3

Q019

-80

5

4

5.1

Q014

CPH5802-TL-E

SWITCHING

7.7

4-23

D007

RB161M-20TR

D006

RB161M-20TR

C033

4.7u

C035

15.4V

C036

2.2u

-8.0V

4.7u

4-24

DD-209 (2/2)

DSC-U30

COVER

COVER

4-4. WAVEFORMS

TY-20 BOARD

TY-20 BOARD

TY-20 BOARD

1

2

3

470 mVp-p

H

R692 (IC602 <z// ) REC/PB

390 mVp-p

H

R691 (IC602 ol) REC/PB

6

630 mVp-p

32.768 kHz

R443 (IC401 ts) (X403) REC/PB

350 mVp-p

H

R690 (IC602 ok) REC/PB

4

2.0 Vp-p

27 MHz

R665 (IC602 <znx ) (X603) REC/PB

5

2.4 Vp-p

TY-20

10 MHz

R430 (IC401 wk) (X401) REC/PB

4-58

COVER

COVER

PD-174 BOARD

PD-174 BOARD

PD-174 BOARD

DSC-U30

1

2

3

370 mVp-p

H

C408 (IC401 t;) REC/PB

350 mVp-p

H

C407 (IC401 wd) REC/PB

6

8.2 Vp-p

2H

R429 (IC401 8) REC/PB

7

5.0 Vp-p

2H

R428 (IC401 ys) REC/PB

8

4

5

390 mVp-p

H

C406 (IC401 ta) REC/PB

8.1 Vp-p

2H

R431 (IC401 ya) REC/PB

8.0 Vp-p

2.8 Vp-p

6.75 MHz

R412 (IC401 rj) REC/PB

2H

R430 (IC401 7) REC/PB

4-59

PD-174

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-U30

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 tha t is going to be repaired. 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)

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.)

PC

(Machine to be repaired)

Download the data.

6-1

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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.

Block Mounted parts Board

replacement replacement replacement

Replaced parts

Adjustment section Adjustment

Initialization of 2F,
4F, 5F, 6F, page data

Camera Hall adj.

LCD LCD initial data input

Initialization of 2F, 4F, 5F, 6F page data

Flange back adj.
F No. compensation
Mechanical shutter adj.
Light value adj.
Mixed color cancel data input & check
AWB 3200K standard data input
AWB 5800K standard data input
Color reproduction data input & check
CCD linearity check
Strobe adj.

VG center adj.
Bright adj.
PSIG adj.
Contrast adj.
V-COM adj.
White balance adj.

(LCD panel)

(Backlight)

(CCD imager)

(Camera DSP)

LCD901

D901

IC302

IC602

Lens block assy

LCD block

LCD block

CD-425 board

TY-20 board

zzz

zz zz

zz zz

zz zz

zz zzz

zz zzz

zz zzz

zz zzz

zz zzz

zzz zz

zzzzz z

zzzzz

zzzzz

zzzzz

zzzzz

zzzzz

zz z z zz

(LCD drive)

Flash unit

IC401

(COMPLETE)

(COMPLETE)

SL-59 flexible board

PD-174 board

CD-425 board

TY-20 board

zz

zz

EEPROM

(COMPLETE)

(COMPLETE)

IC604

SL-59 flexible board

PD-174 board

TY-20 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

• Calculating machine capable of calculating hexadecimal numbers.

Ref. No. Name Parts Code Usage

J-1 Filter for color temperature correction (C14) J-6080-058-A
J-2 Pattern box PTB-450 J-6082-200-A

J-3 Color bar chart for pattern box J-6020-250-A
J-4 Clear chart for pattern box J-6080-621-A

J-5 Personal computer
J-6 USB cable 1-823-932-11 For connecting the camera to PC

HASP key and application for adjustment

J-7

(SEUS)

J-8 Background paper J-2501-130-A For adjusting the strobe

Auto white balance adjustment/check
White balance adjustment/check

OS: Windows 98/98SE/Me/2000/XP Home/XP Pro
USB connector × 2

Contact our service headquarter of each area how to
get the application for adjustment (SEUS) and HASP
key

DSC-U30

J-1 J-5J-2

J-6 J-7

J-3 J-4

J-8

and application for
adjustment (SEUS)

Fig. 6-1-1

6-3

DSC-U30

1-1-2. Preparations

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

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

Note 1: Setting the “Forced Power ON Mode”

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

2) Select page: 2F, address: 11, and write data: E0.

3) Select page: 2F, address: 12, and write data: AC.

4) Select page: 20, address: 00, and set data: 29.

5) Select page: 20, address: 01, and set data: 29.
At this time, the set is reset and the power is turns
off 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 [Connect] on
the SEUS screen to restore the “connected” state.

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

7) Select page: 2F, address: 21, and write the follow­ing data.

01: MOVIE mode
02: CAMERA mode
03: PLAY mode

Pattern box

L

Front of the lens

L = About 30 cm

Fig. 6-1-2

The above procedure will enable the camera power to
be turned on. After completing adjustments, be sure to
exit the “Forced Power ON Mode”.

Note 2: Exiting the “Forced Power ON Mode”

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

2) Select page: 2F, address: 21, and write data: 00.

3) Select page: 2F, address: 12, and write data: 2C.

4) Select page: 2F, address: 11, and write data: 60.

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

1

*

:Set the mode switch

to PLAY

PC with USB connectors (x 2)

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

DSC-U30*

To USB connector

Insert the Memory Stick

1

and the Batteries*

LOCK

2

:Size AAA

*

Nickel Metal Hydride
batteries (x 2)

2

.

To USB connector

To USB connector

USB cable

(1-823-932-11)

HASP Key

Fig. 6-1-3

6-4

1-1-3. Precautions

1. Setting the Switch

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

1. FOCUS (Menu setting)...................... AUTO

2. P.EFFECT (Menu setting) ................. OFF

3. USB (Menu setting)........................... NORMAL

2. Order of Adjustments

Basically carry out adjustments in the order given.

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.

3) Chart for flange back adjustment
Join together a piece of white A0 size paper (1189mm × 841
mm) and a piece of black paper to make the chart shown in
Fig. 6-1-5.

Note: Use a non-reflecting and non-glazing vellum paper. The

size must be A0 or larger and the joint between the white
and black paper must not have any undulations.

DSC-U30

Color bar chart (Standard picture frame)

AB

C

C=D

D

Fig. (Picture on LCD screen)

Adjust the camera direction to obtain the
picture on LCD screen shown in Fig.

A=B

Yellow

Cyan

Green

White

Magenta

BA

Red

Blue

Black

Fig. 6-1-4

White

841 mm

1189 mm

Fig. 6-1-5

6-5

DSC-U30

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.

woody board A (2)

400 mm

513 mm 513 mm 700 mm

woody board B (2)

Fig. 6-1-6

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

3) Attach background 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. 6-1-7)

370 mm

700 mm730 mm

woody board A

woody board C (1)

700 mm

woody board B

woody board A

woody board B

woody board C

Fig. 6-1-7

6-6

COVER

COVER

DSC-U30

1-2. INITIALIZATION OF 2F, 4F, 5F, 6F PAGE

DAT A

1-2-1. Initialization of 2F, 4F, 5F, 6F Page Data

1. Initializing of 2F, 4F, 5F, 6F Page Data
Note 1: Initialize the data every page of 2F, 4F, 5F and 6F.
Note 2: If the 4F page data has been initialized, the following

adjustments need to be performed again.

1) 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 2F
Adjusting Address 10 to 73
Adjusting Page 4F
Adjusting Address 00 to FF
Adjusting Page 5F
Adjusting Address 00 to FF
Adjusting Page 6F
Adjusting Address 00 to FF

Initializing Method:

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

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

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

4) Enter Set ID = “5” and read the initializing data on the SEUS
PAGE EDIT screen.

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

6) Confirm that the data at respective adjustment addresses are
the initial values (adjustment initial values) gi v en in the table.
If different, change to the adjustment initial values.

7) Click

8) 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

[Write] to write the initializing data to the set.

Address

16F0020 [Write]
2200029 [Set]
3200129 [Set] (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.
Click

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

nected” state.

Data Procedure

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

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

Note 2: Fixed data-2: Modified data.

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

Address Initial value Remark

10 to 20 Fixed data-1 (Initialized data)

21 00 Test mode

22 to 73 Fixed data-1 (Initialized data)

3. 4F Page table
Note 1: Fixed data-1: Initialized data.

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

Note 2: Fixed data-2: Modified data.

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

Address Initial value Remark

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

20
21

22 to 81 Fixed data-1 (Initialized data)

82 9C V-COM adj. (LCD)
83 B0 Bright adj. (LCD)
84 Fixed data-1 (Initialized data)
85 3D PSIG adj. (LCD)
86 84
87 78
88 5C Contrast adj. (LCD)

89 35 VG center adj. (LCD)
8A 90
8B 7C

8C to A7 Fixed data-1 (Initialized data)

A8 Fixed data-2

A9 to FF Fixed data-1 (Initialized data)

4. 5F Page table
Note 1: Fixed data-1: Initialized data.

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

Note 2: Fixed data-2: Modified data.

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

Address Initial value Remark

00 to FF Fixed data-1 (Initialized data)

Fixed data-2

White balance adj. (LCD Light ON)
(LCD)

White balance adj. (LCD Light OFF)
(LCD)

6-7

DSC-U30

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

(Refer to step 4 of “1. Initializing of 2F , 4F, 5F, 6F Page

Data”)

Note 2: Fixed data-2: Modified data.

(Refer to step 5 of “1. Initializing of 2F , 4F, 5F, 6F Page

Data”)

Address Initial value Remark

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

10 10
11 00
12 10
13 00
14 00
15 FF

16, 17 Fixed data-1 (Initialized data)

18 10

19 00
1A 10
1B 00
1C 10
1D 1D

1E, 1F Fixed data-1 (Initialized data)

20 00

21 00

22 00

23 00

24 20

25 20 Flange back adj.

26 00

27 02

28 02

29 00
2A 00
2B 00

2C to 3D Fixed data-1 (Initialized data)

3E FF Flange back adj.

3F to 51 Fixed data-1 (Initialized data)

52 00

53 00

54 to 57 Fixed data-1 (Initialized data)

58 44

59 A9
5A 15
5B 5B
5C 79
5D 5D

5E 13

5F 42

60 00

61 00

Flange back check

Flange back adj.

Flange back adj.

Hall adj.

F No. compensation

Address Initial value Remark

62 00
63 00 F No. compensation
64 00
65 3E
66 00 Light value adj.
67 A3
68 10 Hall adj.

69 to 6F Fixed data-1 (Initialized data)

70 31
71 00
72 1E AWB 3200K standard data input
73 80
74 2F

75 to 7B Fixed data-1 (Initialized data)

7C 1D
7D 00

7E 31
7F 00

80 to 87 Fixed data-1 (Initialized data)

88 00

89 00
8A 00
8B 00
8C 00
8D 00

8E 00

8F 00

90 to 99 Fixed data-1 (Initialized data)

9A 00
9B 00

9C to 9F Fixed data-1 (Initialized data)

A0 2B
A1 30
A2 5E
A3 00
A4 F4
A5 F1
A6 6A
A7 88
A8 FC
A9 FF

AA 7A

AB 6C

AC to AF Fixed data-1 (Initialized data)

B0 00
B1 00
B2 00 AWB 3200K standard data input
B3 00 AWB 5800K standard data input

AWB 5800K standard data input

CCD linearity check

CCD linearity check

AWB 5800K standard data input

Color reproduction data input & check

Mixed color cancel data input & check

6-8

DSC-U30

6F Page table

Address Initial value Remark

B4 00 AWB 3200K standard data input
B5 Fixed data-1 (Initialized data)
B6 28
B7 6E
B8 09
B9 39
BA 06
BB 6A
BC 06
BD 03
BE 00
BF 00
C0 00
C1 00
C2 00
C3 00
C4 00
C5 00
C6 00
C7 44 Mechanical shutter adj.
C8 5B
C9 69
CA 00
CB 00
CC 80
CD 88
CE 98
CF 90
D0 88
D1 00
D2 00
D3 00
D4 00
D5 00
D6 00
D7 14

D8 to D9 Fixed data-1 (Initialized data)

DA 00
DB 00

DC 00
DD 00
DE 00

DF 00 Strobe adj.

E0 00

E1 00

E2 00

E3 00

E4 00

Strobe adj.

Address Initial value Remark

E5 00
E6 00
E7 00
E8 00

E9 00
EA 00 Strobe adj.
EB 00
EC 00
ED 00

EE 00

EF 00

F0 to FF Fixed data-1 (Initialized data)

6-9

DSC-U30

COVER

COVER

1-3. CAMERA SYSTEM ADJUSTMENTS

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 item of camera system adjustment 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 adjustment.

Data setting method:

Order Page

1000101 [Set]
22F11E0 [Write]
32F12AC [Write]
4200029 [Set]
5200129 [Set] (Note)
6000101 [Set]
72F2102 [Write]

860E1[Read]
94F020C

Address

Data Procedure

Check the data changes
to “02”.

[Set]

Picture Frame Setting

Mode CAMERA
Subject Color bar chart

(Standard picture frame)

(30 cm from the front of lens)
Measurement Point Picture on LCD screen
Specified value A=B, C=D

Setting method:

Order Procedure

Adjust the camera direction, and set the specified

1

position.
Adjust the picture frame to this position in following

2

adjustment using “Standard picture frame”.

Check on LCD screen

AB

C

A=B

BA

Note: At this time, the set is reset and the power is turns off 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 [Connect] on the SEUS screen to restore the “con­nected” state.

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

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

2) Click [Page], and then enter the page “0E”.

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

4) Enter Set ID = “5” and read the initializing data on the SEUS
PAGE EDIT screen.

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 ad­justment.

Order Page

14F0200 [Set]
22F2100 [Write]
32F122C [Write]
42F1160 [Write]
5000100 [Set]

Address

Data Procedure

C=D

D

Yellow

Cyan

Fig. 6-1-8

Green

White

Magenta

Red

Blue

6-10

1. HALL Adjustment

For detecting the position of lens iris, adjust the hall AMP gain
and offset.

Mode CAMERA
Subject Not required
Measurement Point Data of page: 10, address: 06
Adjustment Page 6F
Adjustment Address 58 to 5D and 68
Specified value 1 12 to 1A
Specified value 2 80 to 88

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

Adjusting method:

Order Page

1

260016D [Write] (Note 2)

36002
4600100

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

[Read]

Check the data changes
to “01”.

[Write]

DSC-U30

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

6F, address: 58 to 5D and 68.

Checking method:

Order Page

1600101 [Write]

21006[Read]

3600100 [Write]
4600103 [Write]

51006[Read]

Processing after Completing Adjustment:

Order Page

1600100 [Write]

2

Address

Address

Data Procedure

Check that the data
satisfied the specified
value 1.

Check that the data
satisfied the specified
value 2.

Data Procedure

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

6-11

DSC-U30

2. Flange Back Adjustment

The inner focus lens flange back adjustment is carried out auto­matically. In whichever case, the focus will be deviated during
auto focusing/manual focusing.

Preparations before adjustments:

1) Check that the center of Flange back adjustment chart meets
the center of shot image screen.

2-1. Flange Back Adjustment

Mode CAMERA
Subject Flange back adjustment chart

(2.0 m from the front of lens)
(Luminance: 300 to 400 lux)

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

3E
Adjustment Page 6F
Adjustment Address 18 to 1D, 20 to 2B, 3E, 52 and 53
Specified value 1 00
Specified value 2 0A to 7F

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

Adjusting method:

Order Page

1

2600113 [Write]
3600115 [Write] (Note 2)

46002

56F3E

66F24

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

[Read]

[Read]

[Read]

Check the data changes
to “01”.

Check that the data
satisfied the specified
value 1.

Check that the data
satisfied the specified
value 2.

2-2. Flange Back Check

Mode CAMERA
Subject Flange back adjustment chart

(2.0 m from the front of lens)

(Luminance: 300 to 400 lux)
Measurement Point Data of page: 6F, address: 15
Adjustment Page 6F
Adjustment Address 10 to 15
Specified value 00

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

Checking method:

Order Page

1
2000101 [Set]

36001DD [Write] (Note 2)

46002

56F15

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

Processing after Completing Adjustment:

Order Page

1600100 [Write]

2

Address

[Read]

[Read]

6F, address: 10 to 15.

Address

Data Procedure

“Flange Back Adjust­ment” is completed.

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Data Procedure

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

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

6F, address: 18 to 1D, 20 to 2B, 3E, 52 and 53.

Processing after Completing Adjustment:

Order Page

1600100 [Write]
2200029 [Set]
3200129 [Set] (Note 3)
4Wait for 4 seconds.

5

Note 3: At this time, the set is reset and the power is turns off

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 [Connect] on the SEUS screen to restore
the “connected” state.

Data Procedure

Perform “Flange Back
Check”.

6-12

DSC-U30

3. F No. Compensation

Adjust the dispersion of the lens iris every F number , and com­pensate the exposure.

Mode CAMERA
Subject Clear chart

(Standard picture frame)
Adjustment Page 6F
Adjustment Address 5E to 64

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

Adjusting method:

Order Page

1

2

36001BB [Write] (Note 2)

46002

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

Processing after Completing Adjustment:

Order Page

1600100 [Write]
2 Release “Data setting

Address

[Read]

6F, address: 5E to 64.

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

Check the data changes
to “01”.

Data Procedure

during camera system
adjustment”
(Refer to page 6-10)

4. Mechanical Shutter Adjustment

Adjust the close time and loss time every F number of mechanical
shutter, and compensate the exposure.

Mode CAMERA
Subject Clear chart

(Standard picture frame)
Measurement Point Data of page: 60, address: AB
Adjustment Page 6F
Adjustment Address 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 at the bottom of the set us­ing a thin and long pin.

Adjusting method:

Order Page

1

2

36001AD [Write] (Note 2)

46002

560AB

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

Processing after Completing Adjustment:

Order Page

1600100 [Write]

2

Address

Data Procedure

[Read]

[Read]

6F, address: B8 to D7.

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

6-13

DSC-U30

5. Light Value Adjustment

Adjust the standard light value.

Mode CAMERA
Subject Clear chart

(Standard picture frame)

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 38 to 48

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

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

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

[Read]

[Read]

[Read]

[Read]

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.

6. Mixed Color Cancel Data Input & Check

Correct the dispersion of Gr/Gb filter on CCD imager

Mode CAMERA
Subject Color bar chart

(Standard picture frame)
Adjustment Page 6F
Adjustment Address B0 and B1

Input method:

Order Page

1000101 [Set]
26FB000 [Write]
36FB135 [Write]
4000100 [Set]

Checking method:

Order Procedure

1 Shoot the color bar chart.

2

3

Address

Capture the shot picture into the PC, and display the
picture on the PC screen.

Confirm that no line (horizontal streak) is present in
blue, red and magenta portions of the picture of color
bar chart displayed.

Data Procedure

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

6F, address: 65 to 67.

Processing after Completing Adjustment:

Order Page

1600100 [Write]

2

Address

Data Procedure

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

6-14

DSC-U30

7. AWB 3200K Standard Data Input

Adjust the white balance reference at 3200K.

Mode CAMERA
Subject Clear chart

(Standard picture frame)
Adjustment Page 6F
Adjustment Address 70 to 74, B2 and B4

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

Adjusting method:

Order Page

1

2

3603702 [Set]
460010B [Write] (Note 2)

56002

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

Processing after Completing Adjustment:

Order Page

1600100 [Write]
2603700 [Set]

3

Address

6F, address: 70 to 74, B2 and B4.

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

[Read]

Data Procedure

Check the data changes
to “01”.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

8. AWB 3200K Check

Mode CAMERA
Subject Clear chart

(Standard picture frame)

Measurement Point Data of page: 10, address: 08 and

09 (2byte data) (Note 2)
Data of page: 10, address: 0A and

0B (2byte data) (Note 2)

Specified value 3F60 to 40A0

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

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

XX XX

Lower 1byte data
(Page: 10, address: 09 or 0B)
Upper 1byte data
(Page: 10, address: 08 or 0A)

Checking method:

Order Page

1

2

360370E [Set]
460010F [Write]

56002[Read]

61008

71009

8

9100A

10 10 0B

11

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

Check the data changes
to “01”.

[Read]

[Read]

[Read]

[Read]

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

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

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

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

Processing after Completing Adjustment:

Order Page

1600100 [Write]
2603700 [Set]

3

Address

Data Procedure

6-15

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

DSC-U30

9. AWB 5800K Standard Data Input

Adjust the white balance reference at 5800K.

Mode CAMERA
Filter Filter C14 for color temperature

correction

Subject Clear chart

(Standard picture frame)
Adjustment Page 6F
Adjustment Address 7C to 7F, A0 to A3 and B3

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

Adjusting method:

Order Page

1

2

3

46FA02B [Write]
56FA130 [Write]
66FA25E [Write]
76FA300 [Write]
8796E[Read] Note down the data.

9796E80 [Write]
10 60 37 08 [Set]
11 60 01 A5 [Write] (Note 2)

12 60 02

Address

Data Procedure

Place the C14 filter on
the lens.

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

[Read]

Check the data changes
to “01”.

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

6F, address: 7C to 7F, A0 to A3 and B3.

Processing after Completing Adjustment:

Order Page

1600100 [Write]

2603700 [Set]

3796E[Write]

4

5

Address

Data Procedure

Write the data noted
down at step 8.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Remove the C14 filter
on the lens.

6-16

DSC-U30

10. AWB 5800K Check

Mode CAMERA
Filter Filter C14 for color temperature

correction

Subject Clear chart

(Standard picture frame)

Measurement Point Data of page: 10, address: 08 and

09 (2byte data) (Note 2)
Data of page: 10, address: 0A and

0B (2byte data) (Note 2)
Specified value 1 2A90 to 2BD0
Specified value 2 5D60 to 5EA0

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

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

XX XX

Lower 1byte data
(Page: 10, address: 09 or 0B)
Upper 1byte data
(Page: 10, address: 08 or 0A)

Checking method:

Order Page

1

2

3

4796E[Read] Note down the data.
5796E80 [Write]
6603714 [Set]
760013F [Write]

86002[Read]

91008

10 10 09

11

12 10 0A

13 10 0B

14

Address

Data Procedure

Place the C14 filter on
the lens.

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

Check the data changes
to “01”.

[Read]

[Read]

[Read]

[Read]

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

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

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

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

Processing after Completing Adjustment:

Order Page

1600100 [Write]
2603700 [Set]

3796E[Write]

4

5

Address

Data Procedure

Write the data noted
down at step 4.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Remove the C14 filter
on the lens.

6-17

DSC-U30

11. Color Reproduction Data Input & Check

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

Mode CAMERA
Subject Color bar chart

(Standard picture frame)
Adjustment Page 6F
Adjustment Address A4 to AB

Input method:

Order Page

1000101 [Set]
26FA4F5 [Write]
36FA5F2 [Write]
46FA666 [Write]
56FA775 [Write]
66FA8FD [Write]
76FA9F9 [Write]
86FAA72 [Write]
96FAB6A [Write]

10 00 01 00 [Set]

Address

Data Procedure

Checking method:

Order Procedure

1 Shoot the color bar chart.

Capture the shot picture into the PC, and display

2

the picture on the PC screen.
Confirm that no color is shifted by comparing the

3

displayed color bar chart with real color bar chart.

6-18

DSC-U30

12. CCD Linearity Check

Check that CCD output keeps being straight even ISO sensitivity
is changed.

Mode CAMERA
Subject Clear chart

(Standard picture frame)

Measurement Point Data of page: 10, address: 08 and

09 (2byte data) (Note 2)
Data of page: 10, address: 0A and

0B (2byte data) (Note 2)
Adjustment Page 6F
Adjustment Address 88 to 8F, 9A and 9B
Specified value 1 000 to 300
Specified value 2 000 to 500

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

not, press the RESET switch at the bottom of the set us­ing a thin and long pin.

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

XX XX

Lower 1byte data
(Page: 10, address: 09 or 0B)
Upper 1byte data
(Page: 10, address: 08 or 0A)

Checking method:

Order Page

1

2

379F3[Read] Note down the data
479F366 [Write]
579EB[Read] Note down the data
679EBFF [Write]
7603725 [Set]
860010F [Write]

96002[Read]

10 10 08

11 10 09

12

13 10 0A

14 10 0B

15
16 60 01 00 [Write]

17 75 9A [Read] Note down the data.
18 75 9A 84 [Write]

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Perform “Picture frame
setting”
(Refer to page 6-10)

Check the data changes
to “01”.

[Read]

[Read]

[Read]

[Read]

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data
(Note 2) is named D1.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data
(Note 2) is named D2.

Order Page

19 60 37 23 [Set]
20 60 01 0F [Write]

21 60 02 [Read]

22 10 08

23 10 09

24

25

26

27 10 0A

28 10 0B

29

30

31

32 60 01 00 [Write]
33 75 10 [Read] Note down the data.
34 75 10 FF [Write]
35 79 70 [Read] Note down the data.
36 79 70 53 [Write]
37 60 37 24 [Set]
38 60 01 0F [Write]

39 60 02 [Read]

40 10 08

41 10 09

42

43

Address

Data Procedure

Check the data changes
to “01”.

[Read]

[Read]

[Read]

[Read]

[Read]

[Read]

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data
(Note 2) is named D3.

Calculate S1 using
following equations.
(hexadecimal calcula­tion)
S1 = D1 – D3
(S1: absolute value)

Check that the S1
satisfies the specified
value 1.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data
(Note 2) is named D4.

Calculate S2 using
following equations.
(hexadecimal calcula­tion)
S2 = D2 – D4
(S2: absolute value)

Check that the S2
satisfies the specified
value 1.

Check the data changes
to “01”.

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data
(Note 2) is named D5.

Calculate S3 using
following equations.
(hexadecimal calcula­tion)
S3 = D1 – D5
(S3: absolute value)

6-19

DSC-U30

Order Page

44

45 10 0A

46 10 0B

47

48

49

50 60 01 00 [Write]
51 79 70 70 [Write]
52 60 37 24 [Set]
53 60 01 0F [Write]

54 60 02 [Read]

55 10 08

56 10 09

57

58

59

60 10 0A

61 10 0B

62

63

64

Address

Data Procedure

[Read]

[Read]

[Read]

[Read]

[Read]

[Read]

Check that the S3

satisfies the specified

value 1.

Read the data

(Upper 1byte).

Read the data

(Lower 1byte).

This 2byte data

(Note 2) is named D6.

Calculate S4 using

following equations.

(hexadecimal calcula-

tion)

S4 = D2 – D6

(S4: absolute value)

Check that the S4

satisfies the specified

value 1.

Check the data changes

to “01”.

Read the data

(Upper 1byte).

Read the data

(Lower 1byte).

This 2byte data

(Note 2) is named D7.

Calculate S5 using

following equations.

(hexadecimal calcula-

tion)

S5 = D1 – D7

(S5: absolute value)

Check that the S5

satisfies the specified

value 2.

Read the data

(Upper 1byte).

Read the data

(Lower 1byte).

This 2byte data

(Note 2) is named D8.

Calculate S6 using

following equations.

(hexadecimal calcula-

tion)

S6 = D2 – D8

(S6: absolute value)

Check that the S6

satisfies the specified

value 2.

Processing after Completing Adjustment:

Order Page

1759A

27510

37970
4603700 [Set]

5600100 [Write]
679F3[Write]

779EB

8

Address

Data Procedure

[Write]

[Write]

[Write]

[Write]

Write the data noted
down at step 17.

Write the data noted
down at step 33.

Write the data noted
down at step 35.

Write the data noted
down at step 3.

Write the data noted
down at step 5.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

6-20

DSC-U30

13. 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: DA,

E8 and EA
Adjustment Page 6F
Adjustment Address B6, B7 and DA to EF
Specified value 07 to 0F

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 a vailable only once after the power

is turned on. If the adjustment is retried, press the RE­SET switch at the bottom of the set 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 at the bottom of the set us­ing a thin and long pin.

Switch setting:

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

Adjusting method:

Order Page

1

2602C01 [Set]
36092FF [Set]
46093FF [Set]
5600179 [Write]

66007[Read]
7600167 [Write] Check the flashing.
86002

96FE8

10 60 01 00 [Write]
11 60 E1 [Read]
12 60 01 67 [Write] Check the flashing.
13 60 02
14 60 01 00 [Write]
15 60 E1 [Read]

16 60 01 B9

17 60 02
18 60 01 00

Address

Data Procedure

Perform “Data setting
during camera system
adjustment”
(Refer to page 6-10)

Check the data changes
to “01”.

[Read]

[Read]

[Read]

[Write]

[Read]

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Check the data changes
to “02”.

Check the data changes
to “01”.

Check the data changes
to “02”.

Check the flashing.
(Note 5)

Check the data changes
to “01”.

[Write]

Order Page

19 60 E1
20 60 01 E7 [Write] Check the flashing.
21 60 02
22 60 01 00 [Write]

23 6F DA [R

24 6F EA

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

Processing after Completing Adjustment:

Order Page

1609200 [Set]
2609300 [Set]
3602C00 [Set]

4

Checking method:

Order Procedure

1 Set the FLASH (Control button) to AUTO.
2 Shoot the Flash adjustment box.

3

4

Address

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

Address

Capture the shot picture into PC, and display the
picture on the PC screen.

Make sure that white balance is adjusted by checking
the background paper in the Flash adjustment box.

Data Procedure

[Read]

[Read]

ead]

[Read]

Data Procedure

Check the data changes
to “02”.

Check the data changes
to “01”.

Check that the data
satisfied the specified
value.

Check that the data
satisfied the specified
value.

Release “Data setting
during camera system
adjustment”
(Refer to page 6-10)

6-21

DSC-U30

COVER

COVER

1-4. LCD SYSTEM ADJUSTMENTS

Data Setting During LCD System Adjustments

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

Data setting method:

Order Page

1000101 [Set]
22F11E0 [Write]
32F12AC [Write]
4200029 [Set]
5200129 [Set] (Note)
6000101 [Set]
72F2103 [Write]
84F020C [Set]

Note: At this time, the set is reset and the power is turns off 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 [Connect] on the SEUS screen to restore the “con­nected” state.

Address

Data Procedure

1. LCD Initial Data Input

Mode PLAY
Signal Arbitrary
Adjustment Page 4F
Adjustment Address 80, 82 to 8B

Input method:

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

2) Select page: 4F , and write the data giv en in the following table.

Address Data Remark

80 9D Fixed value
82 9C V-COM Adjustment
83 B0 Bright Adjustment
84 00 Fixed value
85 3D PSIG Adjustment
86 84
87 78
88 5C Contrast Adjustment

89 35 VG Center Adjustment
8A 90
8B 7C

Processing after Completing Input:

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

White Balance Adjustment
(LCD Light ON)

White Balance Adjustment
(LCD Light OFF)

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

Order Page

14F0200 [Set]
22F2100 [Write]
32F122C [Write]
42F1160 [Write]
5000100 [Set]

Address

Data Procedure

6-22

DSC-U30

2. VG Center Adjustment

Set the center of VG signal for driving the LCD to the specified
value.

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 50, address: 82, 83,

8A and 8B (2byte data) (Note 1)
Adjustment Page 4F
Adjustment Address 89
Specified Value VG = 1FC to 204

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

XX XX

Lower 1byte data
(Page: 50, address: 83 or 8B)
Upper 1byte data
(Page: 50, address: 82 or 8A)

Adjusting method:

Order Page

1

2408904 [Set]
34F8935 [Write]
4509001 [Set]
5509000 [Set]

65082[Read]

75083

8

9508A

10 50 8B

11

12

13

Address

[Read]

[Read]

[Read]

Data Procedure

Perform “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note

1) is named VG1.
Read the data

(Upper 1byte).
Read the data

(Lower 1byte).
This 2byte data (Note

1) is named VG2.
Calculate VG using

following equations.
(hexadecimal calcula­tion)

VG = (VG1 + VG2) ÷ 2
Check that the VG

satisfies the specified
value. (Note 2)

Note 2: When VG does not satisfy the specified value, select page:

4F, address: 89, and write the different data (refer to the
following table), then retry the procedure from 4 to 13.
The data of page: 4F, address: 89 should be “00” to “7F”.

VG is smaller than the specified value Increase the data
VG is larger than the specified value Decrease the data

Processing after Completing Adjustment:

Order Page

1408900 [Set]

2

Address

Data Procedure

Release “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

6-23

DSC-U30

3. Bright Adjustment

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: 50, address: 82, 83,

8A and 8B (2byte data) (Note 1)
Adjustment Page 4F
Adjustment Address 83
Specified Value VG = 1DC to 1E4

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

XX XX

Lower 1byte data
(Page: 50, address: 83 or 8B)
Upper 1byte data
(Page: 50, address: 82 or 8A)

Adjusting method:

Order Page

1

2408904 [Set]
34F83B0 [Write]
4509001 [Set]
5509000 [Set]

65082[Read]

75083

8

9508A

10 50 8B

11

12

13

Address

[Read]

[Read]

[Read]

Data Procedure

Perform “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note

1) is named VG1.
Read the data

(Upper 1byte).
Read the data

(Lower 1byte).
This 2byte data (Note

1) is named VG2.
Calculate VG using

following equations.
(hexadecimal calcula­tion)

VG = VG1 – VG2
(VG: absolute value)
Check that the VG

satisfies the specified
value. (Note 2)

Note 2: When VG does not satisfy the specified v alue, select page:

4F, address: 83, and write the different data (refer to the
following table), then retry the procedure from 4 to 13.

VG is smaller than the specified value Increase the data
VG is larger than the specified value Decrease the data

Processing after Completing Adjustment:

Order Page

1408900 [Set]

2

Address

Data Procedure

Release “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

6-24

DSC-U30

4. PSIG Adjustment

Set the amplitude of the pre-charge pulse for driving the LCD to
the specified value.

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 50, address: 86, 87,

8E and 8F (2byte data) (Note 1)
Adjustment Page 4F
Adjustment Address 85
Specified Value VP = 147 to 14F

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

XX XX

Lower 1byte data
(Page: 50, address: 87 or 8F)
Upper 1byte data
(Page: 50, address: 86 or 8E)

Adjusting method:

Order Page

1

2408904 [Set]
34F853D [Write]
4509001 [Set]
5509000 [Set]

65086[Read]

75087

8

9508E

10 50 8F

11

12

13

Note 2: When VP does not satisfy the specified value, select page:

Address

4F, address: 85, and write the different data (refer to the
following table), then retry the procedure from 4 to 13.
The data of page: 4F, address: 85 should be “00” to “7F”.

Data Procedure

Perform “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

Read the data
(Upper 1byte).

[Read]

[Read]

[Read]

Read the data
(Lower 1byte).

This 2byte data (Note

1) is named VP1.
Read the data

(Upper 1byte).
Read the data

(Lower 1byte).
This 2byte data (Note

1) is named VP2.
Calculate VP using

following equations.
(hexadecimal calcula­tion)

VP = VP1 – VP2
(VP: absolute value)
Check that the VP

satisfies the specified
value. (Note 2)

VP is smaller than the specified value Increase the data
VP is larger than the specified value Decrease the data

Processing after Completing Adjustment:

Order Page

1408900 [Set]

2

Address

Data Procedure

Release “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

6-25

DSC-U30

5. Contrast Adjustment

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: 50, address: 82, 83,

8A and 8B (2byte data) (Note 1)
Adjustment Page 4F
Adjustment Address 88
Specified Value VG = 7B to 83

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

XX XX

Lower 1byte data
(Page: 50, address: 83 or 8B)
Upper 1byte data
(Page: 50, address: 82 or 8A)

Adjusting method:

Order Page

1

2408901 [Set]
34F885C [Write]
4509001 [Set]
5509000 [Set]

65082[Read]

75083

8

9508A

10 50 8B

11

12

13

Address

[Read]

[Read]

[Read]

Data Procedure

Perform “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note

1) is named VG1.
Read the data

(Upper 1byte).
Read the data

(Lower 1byte).
This 2byte data (Note

1) is named VG2.
Calculate VG using

following equations.
(hexadecimal calcula­tion)

VG = VG1 – VG2
(VG: absolute value)
Check that the VG

satisfies the specified
value. (Note 2)

Note 2: When VG does not satisfy the specified v alue, select page:

4F, address: 88, and write the different data (refer to the
following table), then retry the procedure from 4 to 13.
The data of page: 4F, address: 88 should be “00” to “7F”.

VG is smaller than the specified value Decrease the data
VG is larger than the specified value Increase the data

Processing after Completing Adjustment:

Order Page

1408900 [Set]

2

Address

Data Procedure

Release “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

6-26

6. V-COM Adjustment

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 LCD screen

Measuring Instrument
Adjustment Page 4F
Adjustment Address 82
Specified Value The brightness difference

between the section-A and
section-B is minimum

Note: Perform “Bright Adjustment”, “Contrast Adjustment” and

“PSIG Adjustment” before this adjustment.

Adjusting method:

Order Page

Address

Data Procedure

Perform “Data setting

1

during LCD system
adjustment”
(Refer to page 6-22)

2408942 [Set]

Change the data so that
brightness of the

34F82

section A and section
B is equal.
(The data should be
“80” to “BF”)

Subtract 3 from the

44F82

[Write]

data, and write this
data.

DSC-U30

Processing after Completing Adjustment:

Order Page

Address

Data Procedure

1408900 [Set]

Release “Data setting

2

during LCD system
adjustment”
(Refer to page 6-22)

A

B

A

B

A

B

A

B

Fig. 6-1-9

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7. White Balance Adjustment (LCD Light OFF)

Correct the white balance.
If deviated, the LCD screen color cannot be reproduced.
Note: Check the white balance only when replacing the follow-

ing parts. If necessary, adjust them.

1. LCD901 (LCD panel)

2. IC401

7-1. White Balance Adjustment (LCD Light OFF (VR))

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 50, address: 80, 81,

88 and 89 (2byte data) (Note 1)
Adjustment Page 4F
Adjustment Address 8A
Specified Value VR = 106 to 10E

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

XX XX

Lower 1byte data
(Page: 50, address: 81 or 89)
Upper 1byte data
(Page: 50, address: 80 or 88)

Adjusting method:

Order Page

1

2408903 [Set]
3408A01 [Set]
44F8A90 [Write]
5509001 [Set]
6509000 [Set]

75080[Read]

85081

9

10 50 88

11 50 89

12

13

14

Address

[Read]

[Read]

[Read]

Data Procedure

Perform “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note

1) is named VR1.
Read the data

(Upper 1byte).
Read the data

(Lower 1byte).
This 2byte data (Note

1) is named VR2.
Calculate VR using

following equations.
(hexadecimal calcula­tion)
VR = VR1 – VR2
(VR: absolute value)

Check that the VR
satisfies the specified
value. (Note 2)

Note 2: When VR does not satisfy the specified value, select page:

4F, address: 8A, and write the dif ferent data (refer to the
following table), then retry the procedure from 5 to 14.

VR is smaller than the specified value Decrease the data
VR is larger than the specified value Increase the data

Processing after Completing Adjustment:

Order Page

1408900 [Set]
2408A00 [Set]

3

Address

Data Procedure

Release “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

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7-2. White Balance Adjustment (LCD Light OFF (VB))

Mode PLAY
Signal Arbitrary
Measurement Point Data of page: 50, address: 84, 85,

8C and 8D (2byte data) (Note 1)
Adjustment Page 4F
Adjustment Address 8B
Specified Value VB = 117 to 11F

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

XX XX

Lower 1byte data
(Page: 50, address: 85 or 8D)
Upper 1byte data
(Page: 50, address: 84 or 8C)

Adjusting method:

Order Page

1

2408903 [Set]
3408A01 [Set]
44F8B7C [Write]
5509001 [Set]
6509000 [Set]

75084[Read]

85085

9

10 50 8C

11 50 8D

12

13

14

Address

[Read]

[Read]

[Read]

Data Procedure

Perform “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

Read the data
(Upper 1byte).

Read the data
(Lower 1byte).

This 2byte data (Note

1) is named VB1.
Read the data

(Upper 1byte).
Read the data

(Lower 1byte).
This 2byte data (Note

1) is named VB2.
Calculate VB using

following equations.
(hexadecimal calcula­tion)
VB = VB1 – VB2
(VB: absolute value)

Check that the VB
satisfies the specified
value. (Note 2)

Note 2: When VB does not satisfy the specif ied value, select page:

4F , address: 8B , and write the dif f erent data (refer to the
following table), then retry the procedure from 5 to 14.

VB is smaller than the specified value Decrease the data
VB is larger than the specified value Increase the data

Processing after Completing Adjustment:

Order Page

1408900 [Set]
2408A00 [Set]

3

Address

Data Procedure

Release “Data setting
during LCD system
adjustment”
(Refer to page 6-22)

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8. White Balance Adjustment (LCD Light ON)

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

Mode PLAY
Signal Arbitrary
Measurement Point
Measuring Instrument
Adjustment Page 4F
Adjustment Address 86, 87
Specified Value LCD screen must not be colored

Note: Check the white balance only when replacing the follow-

ing parts. If necessary, adjust them.

1. LCD901 (LCD panel)

2. IC401

Adjusting method:

Order Page

1

2408905 [Set]
34F8684 [Write]
44F8778 [Write]

5

64F

Address

86
87

Check on LCD screen

Data Procedure

Perform “Data setting

during LCD system

adjustment”

(Refer to page 6-22)

Check that the LCD

screen is not colored.

If not colored, proceed

to “Processing after

Completing Adjust-

ments”.

Change the data so that

[Write]

the LCD screen is not

colored, and write this

data.

Processing after Completing Adjustment:

Order Page

1408900 [Set]

2

Address

Data Procedure

Release “Data setting

during LCD system

adjustment”

(Refer to page 6-22)

6-30

COVER

COVER

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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

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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 MOVIE mode
02 Forced CAMERA mode
03 Forced PLAY 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

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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

81000

91001
A1010
B1011
C1100
D1101
E1110
F1111

3. Switch Check (1)

Page 20 Address 80

Bit Function

POWER SW

0 (SW-376 flexible) OFF ON

(S002)

1

LENS COVER SW

2 (OP-17 flexible) CLOSE OPEN

(S101)
SHUTTER button

(XAE LOCK SW)

3

(SW-376 flexible)
(S003)

SHUTTER button
(XSHUTTER)

4

(SW-376 flexible)
(S003)

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.

When bit value=1 When bit value=0

OFF ON

OFF ON

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

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

6-33

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4. Switch Check (2)

Page 20 Addresses 90, 91

Using method:

1) Select page: 20, addresses: 90 and 91.

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

Address

90 MOVIE STILL PLAY

(MODE DIAL) (SW-376 flexible) (SW-376 flexible) (SW-376 flexible)

(IC401 tf) (S001) (S001) (S001)

91 MENU SCENE (DOWN) FLASH (UP) EXEC/PB ZOOM

(KEY AD0) (PD-174 board) (PD-174 board) (PD-174 board) (PD-174 board) No key input

(IC401 tg) (S480) (S481) (S482) (S483)

5. LED Check

Page 20 Address 04 Data 02

Using method:

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

2) Check that all LED (MS ACCESS, POWER, FLASH, SELF

TIMER) are lit.

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

6. Self Diagnosis Code

Display Code

00 to 09 0A to 21 22 to 42 43 to 6D 6E to FF

Countermeasure

Data

Cause

Caution Display During Error

C:32:ss

C:13:ss

E:61:ss

E:91:ss

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 initialization.

Abnormality when flash is being
charged.

SYSTEM ERROR

FORMAT ERROR
MEMORY STICK ERROR

—

6-34E

6-34