SONY DSC-T1 SHEMATICS

http://servis-manual.com/

DSC-T1

• NOTE FOR REPAIR

SELF-DIAGNOSIS FUNCTION

Make sure that the flat cable and flexible board are not cracked of
bent at the terminal.
Do not insert the cable insufficiently nor crookedly.

Cut and remove the part of gilt
which comes off at the point.
(Take care that there are
some pieces of gilt left inside)

When remove a connector, don't pull at wire of connector.
Be in danger of the snapping of a wire.

When installing a connector, don't press down at wire of connector.
Be in danger of the snapping of a wire.

[Discharging of the FLASH unit’s charging capacitor]

The charging capacitor of the FLASH unit is charged up to the
maximum 300 V potential.
There is a danger of electric shock by this high voltage when the
capacitor is handled by hand. The electric shock is caused by the
charged voltage which is kept without discharging when the main
power of the DSC-T1 is simply turned off. Therefore, the remaining
voltage must be discharged as described below.

Preparing the Short Jig

To preparing the short jig. a small clip is attached to each end of a
resistor of 1 kΩ /1 W (1-215-869-11)
Wrap insulating tape fully around the leads of the resistor to prevent
electrical shock.

Discharging the Capacitor

Short circuits between the positive and the negative terminals of
charged capacitor with the short jig about 10 seconds.

1 kΩ/1 W

Wrap insulating tape.

ST-86 B0ARD

Shorting jig
(1kΩ / 1w)

Capacitor

— 4 —

[Description on Self-diagnosis Display]

Self-diagnosis display

• C: ss: ss

The contents which can be handled
by customer, are displayed.

• E: ss: ss

The contents which can be handled
by engineer, are displayed.

DSC-T1

Display Code

C:32:01

C:13:01

E:91:01

E:61:00 *1

E61:10 *1

Note : The error code is cleared if the battery is removed, except defective flash unit.

*1: The error display is given in two ways.

Turn off the main power then back on.

Replace the memory stick.
Format the memory stick with the DSC-T1.

Checking of flash unit or replacement of
flash unit.

Checking of lens drive circuit

Countermeasure

Trouble with hardware.

• The type of memory stick that cannot be

used by this machine, is inserted.

• Data is damaged.

• Unformatted memory stick is inserted.

Abnormality when flash is being
charged.

When failed in the focus initialization.

Cause

Caution Display During Error

SYSTEM ERROR

MS ERROR

Flash LED
Flash display
Flashing at 3.2 Hz

—

— 5 —

4-2. SCHEMATIC DIAGRAMS

COMMON NOTE FOR SCHEMATIC DIAGRAMS

COMMON NOTE FOR SCHEMATIC DIAGRAMS

Link

Link

SY-95 BOARD (1/8)

SY-95 BOARD (1/8)

(CAMERA A/D CONVERTER, TIMING GENERATOR)

(CAMERA A/D CONVERTER, TIMING GENERATOR)

SY-95 BOARD (2/8)

SY-95 BOARD (2/8)

(CAMERA DSP, LENS CONTROL)

(CAMERA DSP, LENS CONTROL)

SY-95 BOARD (3/8)

SY-95 BOARD (3/8)

(CAMERA SYSTEM CONTROL)

(CAMERA SYSTEM CONTROL)

SY-95 BOARD (7/8)

SY-95 BOARD (7/8)

SY-95 BOARD (8/8)

SY-95 BOARD (8/8)

MS-148 BOARD (1/2)

MS-148 BOARD (1/2)

(DC/DC CONVERTER)

(DC/DC CONVERTER)

(CONNECTOR)

(CONNECTOR)

(MS I/O)

(MS I/O)

DSC-T1

SY-95 BOARD (4/8)

SY-95 BOARD (4/8)

SY-95 BOARD (5/8)

SY-95 BOARD (5/8)

SY-95 BOARD (6/8)

SY-95 BOARD (6/8)

(HI CONTROL)

(HI CONTROL)

(AUDIO I/O)

(AUDIO I/O)

(FLASH DRIVE)

(FLASH DRIVE)

MS-148 BOARD (2/2)

MS-148 BOARD (2/2)

LD-140 BOARD

LD-140 BOARD

(LENS DRIVE)

(LENS DRIVE)

(LCD PANEL DRIVE)

(LCD PANEL DRIVE)

DSC-T1

4-2. SCHEMATIC DIAGRAMS

1

SY-95 BOARD(1/8)

CAMERA A/D CONVERTER,TIMING GENERATOR(BLOCK)

A

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

:Voltage measurement of the CSP IC
and the Transistors with mark and
the IC with mark ,is not possible.

B

C151

0.22u

C

D

E

F

G

H

I

J

K

L

TO
CD-463 BOARD

(PAGE 4-7
of LEVEL2)

16

Q153

UNRL21300AS0

SWITCH

1

33PCN702

33CAM_15V_CD

32POWER_SAVE

31REG_GND

30CCD-OUT

29REG_GND

28REG_GND

27RG

26REG_GND

25H2B

24H2A

23REG_GND

22H1B

21H1A

20REG_GND

19SHT

18VSUB_CONT

17CAM_-8.0V_CD

16REG_GND

15V1A

14V1B

13V2

12V3A

11V3B

10VST

9V4

8V5A

7V5B

6VHLD

5V6

4V7A

3V7B

2V8

1REG_GND

D151

MA2S111-(K8).SO

C153

4.7u

C190

4.7u

R152

1M

34

2

B

1

2

R151

100k

C152

0.22u
B

2012

R160

100k

R153

0

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

CL151

D0

D1

XTG_CS

CAM_SO

XCAM_SCK

XFE_CS

L151

100uH

±10%

D2

C155

0.01u
B

D3

C156

0.1u
B

D4

D5

D6

C157

0.01u

D7

D8

D9

D10

D11

D12

D13

VSUB_CONT

R155

10

R156

10

10

R157

10R158

10

R159

B

C158

0.1u
B

C159

0.1u
B

L155
10nH

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

124

125V6126

SEN

TSDATA

CSP(CHIP SIZE PACKAGE)IC

XX

B

11

C160

0.1u
B

118

119

120

121V8122VL123

V7A

SDL

TRESET

IC151

CAMERA A/D CONVERTER,

TIMING GENERATOR

IC151

CXD3433GA-T4

C189

XX
B

FB158

FB159

0uH

0uH

9

127

128

129

130

131

132

133

134D0135

136

D1

ID/EXP

TSEN

WEN/FLD

NC

1

D2

2

3

RST

D3

4

VMM

5

D4

6

Vhld

7

VDD4

8

D5

9

V1A

10

Vst

11

D6

12

V1B

13

VHH

14

D7

15

VLL

16

V3A

17

D8

18

SUB

19

V3B

20

D9

21

DLLSL

22

AVD1

23

D10

24

SNCSL

25

SSGSL

26

D11

27

AVD2

28

TEST1

29

D12

30

VSS1

31

D13

32

RG

33

NC

34

NC36DRVDD37H1A38DRVSS39AVD340DVSS141VSS242H1B43ADCCK44ADCLKT45AVD446DVDD147VDD148H2A49HD50VSS351H2B52VSS53AVD554VSS555CLPOBIt56VSS457AVD658SHPt59XSHPT60VSS661SHDt62XSHDT63VDD264CLPDMIt65CLPDMT66VD67P4968AVD7

35

C177

0.1u
B

C186

C187

XX

B

FB156

0uH

SSI

SCK

VSS9

AVD9

TSCLK

R167

100

C178

0.1u
B

XX

B

C188

FB157

0uH

12

R161

0

R162

220

C161

0.01u
B

116VH117

V7B

AVSS3

R172

C162

0.1u
B

113V2114

115

V5A

V5B

VDDA2

R183

XX

220

C165

C163

C164

0.1u

1u

1u

B

B

B

103NC104CM105HR106

107

108

109V4110VM111NC112

REFP

REFN

TRST

LME

VR

AVSS2

MCKO

LMO

VSS8

AVD8

VDDA1

OSCI

CKO

LP2E

OSCO

VDD3

LP2O

PBLK

VSS7

CCDIN

TEST3

CKI

NC

TEST2

AVSA/B

L

AVDA/B

P38

LP1E

CLPOB

P50

VDDD

P6

LP1O

DLLRST

AVSS1

NC

R184

XX

R173

220

C166
120p

CH

102

101

100

99

98

97

96

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

CH

120pC167

C169

18p

CH

C170

18p

CH

R165

0

C173

1u

B

C174

0.47u
B

R181

XX

C176

0.47u
B

R163

220

R164

FB151

100

C168

0.1u
B

R166

100

C172

0.01u
B

C175

0.1u
B

FB153

0uH

XCAM_RST

CA_HD

CAM_F

0uH

C171

0.1u
B

MCKG

R185

XX

TG_CLK

R186

0

R187

0

X151

54MHz

3

4
1

2

C192

0.1u
B

C194
22u

6.3V

1825 15 16

IC152

CLOCK GEN.

FB160

0uH

5Q6

7

8

xPR

VCC

xCLR

C193

0.1u
B

GND

1CK2D3xQ4

C191

1u

B

RN2907FE(TPLR3)

C180

4.7u

16V

B

R178

0

C181

R179

22u

100k

16V

TA

B

C183
100u

6.3V

C184

100u

6.3V

C185
100u

6.3V

IC152

TC7WH74FK(TE85R)

Q151

SWITCH

R177

0

Q152

RN1907FE(TPLR3)

SWITCH

L152
10uH
±20%

FB152

0uH

L153
10uH
±20%

L154

10uH

±20%

19144 1763

D0

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

CA_HD

CAM_F

CL_POB

R190

CLP_DM

0

MCKTG

TG_CLK

R191

220

VSUB_CONT

CAM_F

CAM_SO

XCAM_SCK

XFE_CS

XTG_CS

XCAM_RST

15.0

4

1

3.7

5

3

6

14.9

-7.9

0.1

6

3

5

1

4

-8.0

20810 13 217

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

CA_HD

CAM_F

CLP_OB

CLP_DM

MCKTG

TG_CLK

VSUB_CONT

CAM_F

CAM_SO

XCAM_SCK

XFE_CS

XTG_CS

XCAM_RST

VER_EXT_CLK

CAM_DD_ON

CAM_-0.5V

CAM_15.0V

C179

0.1u
B

2.7

2

R174

82k

2.83.6

2

CL152

CAM_-8.0V

D_2.8V

A_2.8V

A_3.1V

REG_GND

(2/8)

1

(3/8)

2

(7/8)

3

SIGNAL PATH

CLPOB

CLPDM

REC

PB

CHROMA

VIDEO SIGNAL

Y/CHROMAY

4-15 4-16

SY-95 (1/8)

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

SY-95 BOARD(2/8)

CAMERA DSP,LENS CONTROL(KIW BLOCK)

A

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

( ) MARK:WHEN CONNECTED CRADLE and TV MONITOR.

:Voltage measurement of
the CSP IC and
the Transistors with
mark,is not possible.

B

AMP_OUT_ON

C

R310

R311
2200

Q302

EC3101C-PM-TL

R305

68

VIDEO SIGNAL

2200

2

1

4

3

EC3101C-PM-TL

2

1

4

3

0(2.8)

C322

100u

1

4V

C332

22u

6.3V

TA

Power Save

0.3(0.9)

2

Vout

0.3(0.9)

3

Vsag

P

Y/CHROMA

PANEL_G

D

PANEL_B

PANEL_R

E

F

V_OUT

HR_EN0

G

4

H

HR_DIR0A

HR_DIR0B

XZM_RST_SENS1

XFC_RST_SENS

(8/8)

HR_EN2

HR_DIR2A

HR_DIR2B

HR_EN3

HR_DIR3A

HR_DIR3B

I

PANEL_V

HD0

J

K

XZM_RST_LED

XFC_RST_LED

L

5

6

M

XRST_SYS

AU_AOUT

(5/8)

AU_AIN

STRB_ON

(6/8)

REC

N

PB

O

16

Q303

IC302

R312
2200

VIDEO AMP

AUDIO

SIGNALYCHROMA

3

NJM2578KJ1(TE3)IC302

2

C359

XX

R352

0

UNRL21300AS0

R304

Q302-304
BUFFER

1

4

R302

R303

GND

AU_AOUT

STRB_ON

Q305,306
SWITCH

UNRL11400AS0

3

4

4

1

Q305

XX

Q304

EC3101C-PM-TL

XX

XX

VIDEO_AMP_ON

Vcc

Vin

AU_AIN

AMP_OUT_ON

Q306

1

3

2

2.8

6

5

0(0.2)

4

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

VDDI_8

OPBCLP

HD0

CLP_DM

HD

DUMCLP

CL302

CA_HD

(NC)LCDCK

CCDHD

CL303

CAM_F

NTVDO

CCDFD

VDDE_15

VDDE_5

XXC328

11

(NC)DQ16

CLKTGI

AC16AC15AA17

CL304

MCKTG

9

Note:Resistor is mounted to the location FB306 is printed.

FB306

0

Note

L301

2

C302

C306

C307

R331

±0.5%

C308

0.1u

C360

4700p

10kR332

±0.5%

560R324

±0.5%

±0.5%

R326

560

±0.5%

R315 150

±0.5%

R316

2700

±0.5%

C361

0.022u

R317

±0.5%

C305

0.1u

C304

10u

B

PLLBYPASS

MC_CKIO

PANEL_V

HD0

XRST_SYS

R319 27k
±0.5%

18k

FB302

0uH

FB303

0uH

C315

10u

47uH

C362

4.7u

C357

4V

100u

1u

1uC303

0.1u

1u

18k

R334

27k

±0.5%

C310

XX

560R325

C311

0.1u

C317

0.1u

C318

0.1u

C319

XX

C312

0.1u

XXC313

CL301

C320

C314

10u

XX

R327

0

C316

XX

R318

C309

1k

0.1u

SDRAM_VSS0

A1

SDRAM_VDD0

A2

SDRAM_VSS1

M1

SDRAM_VDD1

N1

SDRAM_VSSQ0

A23

SDRAM_VDDQ0

A22

SDRAM_VSSQ1

M23

SDRAM_VDDQ1

N23

VREF1

B23E22D21C23E20D23F22E23G22E21F23H22G23H23J23F20G20F21H20J22G21H21J20K23K22K20L22J21R23T23U23V23U20R22R21V20T21W23Y23

VR01

VAVD0

G0

VAVS0

B0

VAVS1

R0

VAVD1

VAVS2

Y0

VAVD2

VR02

VREF2

VDDE_0

SENS0

SENS1

SENS2

SENS3

FG0A

FG0B

FG1A

FG1B

VDDI_0

GND_0

EN0

DIROA

DIROB

EN1(NC)

DIR1A(NC)

DIR1B(NC)

EN2

DIR2A

DIR2B

EN3

DIR3A

L21P22 N21T20 N20P23 M20R20 M21N22 L20L23 K21P20 M22P21

DIR3B

IRIS_COM(NC)

VDDE_1

PLLCKOUT(NC)

XRSTMON

VDDI_1

RSTX

GND_1

PLLGND1

CLKI

PLLVDI1

VDDE_2

PIO14(NC)

PIO13(NC)

PIO12(NC)

PIO11(NC)

PIO10(NC)

GND_2

PLLVDI2

CLKTGEXT

AA23AB23AC23

PLLGND2

VDDE_3

PIO09(NC)

U21T22V21U22V22W20W22Y20

PIO08(NC)

PIO07

PIO06

PIO05(NC)

PIO04(NC)

PIO03(NC)

PIO02(NC)

GND_3

AC22

PIO01(NC)

W21

Y22 Y21

C321

0.1u

GND_16

(NC)F_D1

(NC)F_D0

(NC)FCK27

PLLMD2

(NC)VOEN

PLLMD3

VDDE_4

C323

FB304

(NC)F_D2

CLKTGO

PLLGNDTG

PLLVDETG

10u

10u

C324

XX

0uH

R307

TG_CLK

(NC)F_VD

(NC)F_HD

(NC)F_FLD

PLLMD1

PIO00(NC)

PLLMD0

AA22

AB22AA21AB21 AC21AC20AB20 AC19AA20 AA19 Y19 AB19AC18 Y18 AA18 Y17AB18 AC17

0

R3530R3540R3550R356

PANEL_V

LCDVD

(NC)F_D4

(NC)F_D6

(NC)F_D3

(NC)F_D5

(NC)F_D7

MD0

VDDI_2

PLLVDITG

MD2

GND_4

MD1

0uH

FB305

XX

C326

CLP_OB

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

C330

0.1u

VDDE_14

(NC)DQ27

(NC)DQ26

CAMERA DSP, LENS CONTROL

CSP(CHIP SIZE PACKAGE)IC

ADIN04

ADIN03

ADIN02

CA_AD01

CA_AD02

CA_AD03

(NC)DQ29

(NC)DQ28

IC301

(KI(5M SA)BOARD)

ADIN00

ADIN01

XX

C331

CA_AD00

13

(NC)DQ30

VDDE_6

(NC)DQ31

IC301

CKADI

(NC)DQM0

NTVDI

(NC)DQM1

PLLGND3

VDDI_7

AUCKEXT

C334

XX

(NC)DQM2

PLLVDI3

(NC)DQM3

AVS_2

AU_AIN

GND_14

AOUT

C343

0.1u

A10B10

C10

D10D11C11A11B11D12A12D13B12C12A13B13C13A14B14C14A15D14B15C15A16B16D15B17C16A17B18A18D16C17C18A19D17B19C19D18A20B20C20D19B21A21C21B22D20C22D22

XCS0

VDDE_13

(NC)XCASVR

(NC)XRAS

(NC)QCLKE

SDRAM_CS0

SDRAM_CS1

AVS_1

AIN

VRL

AVDD_1

VRH

TRST

AC9 AB9 AC8 Y9 AA10 Y8 AA9 AB8 Y7 AA8 AC7 AC6 Y6 AB7 AA7 AC5 AC4 AC3 AA6

±0.5%

±0.5%

0.1u

0.1u

0.1u

10k

C341

C340

C342

R344

AU_AOUT

0.1u

C335

(NC)XCS3

VRN

0.1u

C336

(NC)XCS2

VRP

(CN)XCS1

AVDD_2

12

C327

C329

0.1u

XX

GND_15

(NC)DQ25

(NC)DQ20

ADIN11

CA_AD10

(NC)DQ21

ADIN10

CA_AD09

ADIN09

CA_AD08

(NC)DQ22

ADIN08

CA_AD07

(NC)DQ23

ADIN07

CA_AD06

(NC)DQ24

ADIN06

CA_AD05

ADIN05

CA_AD04

(NC)DQ19

(NC)DQ18

(NC)DQ17

ADIN13

GND_5

ADIN12

AA16AB16 Y16 AA15AA14AB15 Y15 AB14AA13 Y14 AB13 Y13AC14 Y12AA12AB12 Y11AC13 AB11AC12 AC11AC10 Y10AA11 AB10

AB17

CA_AD11

CA_AD12

CA_AD13

R345
5600

(NC)QCLK

TMS(NC)

GND_13

TCK(NC)

(NC)XWE

GND_6

(NC)AQ00

TDI(NC)

C345

0.1u

C346

0.1u

(NC)AQ01

TDO(NC)

(NC)AQ02

VDDI_3

(NC)AQ03

AUCK64(NC)

R346

10k

±0.5%

(NC)AQ04

XPWAD(NC)

VDDE_12

XPWDA(NC)

C348

XX

VDDI_6

AUCK

(NC)AQ05

VDDE_7

(NC)AQ07

(NC)AQ08

(NC)AQ09

(NC)AQ06

SOA(NC)

ADCK(NC)

SIA

SCLK(NC)

Y5 AB6 AB5 AA5 AB4 AB3 AA4 AC2

(NC)AQ10

GND_7

GND_12

APBD

C358

XX

(NC)AQ11

SHUTTER(NC)

STRB_ON

(NC)AQ12

STROBE1

CL305

(NC)BA1

(NC)BA0

STROBE3(NC)

STROBE2(NC)

A3C3B4A4B5A5B6B7C4D4C7D5A6A7C5D6C6D7D8D9A8B8C8A9B9C9

(NC)DQ00

SUBCNTL(NC)

VSUB_CONT

182 225 15 16

(NC)DQ01

(NC)DQ02

(NC)DQ03

(NC)DQ04

(NC)DQ05

(NC)DQ06

(NC)DQ07

(NC)DQ08

(NC)DQ09

(NC)DQ10

VDDE_11

(NC)DQ11

(NC)DQ12

(NC)DQ13

(NC)DQ14

(NC)DQ15

XWAITIN2

XWAITIN1

CSXRAM

RD_XWR

VDDE_10

GND_11

GND_10

VDDI_5

VDDE_9

VDDI_4

VDDE_8

XWAIT

WRHX

WRLX

GND_9

GND_8

XRST_SYS

AMP_OUT_ON

VIDEO_AMP_ON

PLLBYPASS

MC_CKIO

CL311

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

TG_CLK

CLP_OB

CLP_DM

CA_HD

CAM_F

MCKTG

VSUB_CONT

20810

19144 1763

CL310

C349

XX

C350

IRQ

CSX

BSX

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

A25

D0

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

XX

C351

1u

C352

1u

C353

XX

Y2 Y4 Y1 W4 W2 V4 W1 V2 V1 V3 U4 U1 U3 U2 T4 T2 R4 T1 T3 R2 R3 R1 P3 P4 P1 N4 P2 N3 N2 M3 M4 M2 L3 K3 L1 L4 L2 J3 K1 K4 J4 K2 H3 J1 J2 H4 G3 H1 H2 G4 G1 G2 F3 F1 F4 F2 E1 E3 E2 E4 D2 D3 D1 C2C1B2B1B3

AA1

W3

C354

0.1u

AB2 AC1 AA3 Y3 AB1 AA2

C337

0.1u

217

A_2.8V

D_2.8V

D_1.2V

AU_2.8V

REG_GND

SYS_V

XRST_SYS

AMP_OUT_ON

VIDEO_AMP_ON

PLLBYPASS

MC_CKIO

MC_XWAIT

IRQ_IMG

MC_XCS_IC301SDRAM

MC_XCS_IC301REG

MC_XBS

MC_XWE1

MC_XWE0

MC_RDXWR

MC_A1

MC_A2

MC_A3

MC_A4

MC_A5

MC_A6

MC_A7

MC_A8

MC_A9

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

MC_D0

MC_D1

MC_D2

MC_D3

MC_D4

MC_D5

MC_D6

MC_D7

MC_D8

MC_D9

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

AU_LRCK

CA_AD00

CA_AD01

CA_AD02

CA_AD03

CA_AD04

CA_AD05

CA_AD06

CA_AD07

CA_AD08

CA_AD09

CA_AD10

CA_AD11

CA_AD12

CA_AD13

TG_CLK

CLP_OB

CLP_DM

CA_HD

CAM_F

MCKTG

VSUB_CONT

(7/8)

7

(3/8)

8

(4/8)

8

(3/8)

9

(1/8)

1

SY-95 (2/8)

4-17 4-18

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

L501

C509

22u
4V

R503

100

C503

XX

100R504

C504

XX

R543

R515

22

10uH

NO MARK:REC/PB MODE

:Voltage measurement of
the CSP IC and
the Transistors with
mark,is not possible.

R566

XX

R510

22

CL512

L502
10uH

C512

B

10u

C513

10u

B

22

R512

R513

22

0

C502

22u
4V

SY-95 BOARD(3/8)

CAMERA SYSTEM CONTROL(EVR BLOCK)

A

XX MARK:NO MOUNT

B

C

D

E

F

G

H

I

J

K

L

M

N

A_2.8V

D_1.8V

A_3.1V

(7/8)

10

D_2.8V

D_1.2V

O

REG_GND

P

16

C505

C506

C507

0.1u
B

XX

XX

C510

XX

LENS_TEMP

VER_EXT_CLK

MC_CKIO

SYS_SI

CAM_SO

MC_MSD2

MC_XCS_IC301REG

MC_XCS_FLASH

MC_XWE0

C511

XX

SYS_SO

XCAM_SCK

FR_SI

MC_MSBS

MC_MSDIO

MC_XBS

XAU_HGL_SEL

AU_LRCK

XSYS_SCK

XFR_SCK

MC_MSD1

MC_XCS_IC301SDRAM

XACCESS_LED

XCAM_RST

R518
100k

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

11

CL504

CL509

XBEEP_MUTE

XAU_SP_MUTE

XAU_POWER_SAVE

47k

MC_JTAG_RTCK

R565

TMS

(NC)

(NC)TRACEPKT3

(NC)TRACEPKT4

AVRB(DA)

D9

H21 H22 H23 H24

MC_D9

MC_D4

RTCK

(NC)PIPESTAT2

D4

D17

SELF_TIMER_LED

C534

XX

VSS

PT[4]

(XAU_POWER_SAVE)

VMH

VDDQ

J1 J2 J3 J4

PT[6]

(NC)RTS5/SCK5

(XBEEP_MUTE)

ADGND(PHY)

ANOUT[3](NC)

PT[0]

(XAU_SP_MUTE)

AVDD1(PHY)_33

J21 J22 J23 J24

C533

TDO

VSS_F

(NC)RxD4

AVSS(DA2)

CAM_DD_ON

PU[6]

AVSS(PLL2)

(NC)PU[2]

D27(NC)

AMP_OUT_ON

(NC)PQ[4]

(NC)SCL(O/D)

D14

D19

MC_D14

XTG_CS

MC_D7

9

PQ[2]

D7

SP_VOL

XSTRB_FULL

TI2B

(SP_VOL)

ANOUT[2]

(NC)TO2

(NC)INT8

DACK3(NC)

ANOUT[1](NC)

CAM_F

INT2

AVSS(PLL3)(NC)

(NC)PIPESTAT1

(NC)TRACEPKT5

(NC)TRACEPKT2

(NC)TRACEPKT7

(NC)TRACEPKT0

IC501

CAMERA SYSTEM CONTROL

IC501

JSCIS001BF00GA-T6

CSP(CHIP SIZE PACKAGE)IC

D23

VSS

D12

D21

CK_F

G21 G22 G23 G24

H1 H2 H3 H4

PLLBYPASS

MC_CKIO

MC_D12

BL_MODE

CL503

7

C521

C519

C518

R507

XX

XX

100k

STRB_CHG

VSS

PU[0]

R508
47k

R511
100k

C501
22u

6.3V

TEST2

(NC)PU[4]

(NC)RTS4/SCK4

AN[5]

A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18A19A20A21A22A23B1B2B3B4B5B6B7B8B9

AN[1](NC)

AVSS(AD)

XTAL(NC)

EXTAL

CKIO

VSSQ

VSS

TxD3(NC)

RxD2

TxD1

VDD

DREQ0(NC)

MSDATA2

VSSQ

CS5A

CS0

WE0/DQMLL

VDDQ

RD

VDD

D30(NC)

AN[11](NC)

AN[9](NC)

AN[3](NC)

AD/EXT(NC)

TEND(NC)

DREQ3(NC)

VDDQ

AVDD(PLL2)_12

AVDD(PLL1)_12

SCK3(NC)

B10B11B12B13B14

TxD2

SCK1

TxD0

DREQ1(NC)

MSBS

MSDATA0/MSDIO

B16B24 B15B23

CS6(NC)

B17

CS3(NC)

B18

WE2/DQMUL/ICIORD(NC)

B19

RAS(NC)

B20

A0(NC)

B21

BS

B22

D20

(XAU_HGL_SEL)

VSSQ

AN[7](NC)

C1

AVSS(PLL1)

C2

AN[2](NC)

C3

AVDD(AD)_30

C4

AN[0](NC)

C5

DACK2(NC)

C6

TCLK

C7C8C9

DREQ2(NC)

MD1

RxD3(NC)

C10C11C12C13C14C15C16C17C18C19C20C21C22C23C24

SCK2

RxD1(NC)

MSDIR

MSDATA1

CS5B(NC)

CS7/CE1(NC)

CS4

WE3/DQMUU/AH/ICIOWR(NC)

CAS(NC)

D26(NC)

D24

D22

VSSQ

AN[6](NC)

D1D2D3D4D5D6D7D8D9

ADRWCLK(NC)

AN[10](NC)

END(NC)

AN[8](NC)

AN[4](NC)

MD2

MD0

AVDD(PLL3)_12

DACK1(NC)

RxD0

DACK0(NC)

RST

SCS0

D10 D11 D12 D13 D14 D15 D16D17 D18 D19 D20 D21D22 D23 D24

R522

R521

22

1k

FR_SO

XSYS_RST

XCS_MC

C523

0.1u

MS_PWR_ON

SDA(O/D)

MSDATA3

MC_MSD3

VDDQ

MSSCLK

R548

15

FB523

0uH

MC_MSCLK

XPANEL_TG_CS

PQ[0]

CS2(NC)

MC_XWE1

C520

0.1u

MELODY

TO0

VDD

VDD

WE1/DQMLU/ICWE

CKE(NC)

RD/WR

MC_RDXWR

(NC)INT4

D18

VIDEO_AMP_ON

C522

XX

0.1u

FR_INT

INT0

VSSQ

VDDQ

RDY_F

D29(NC)

D31(NC)

E1 E2

CL507

CL502

VSS

ADVDD1(PHY)_33

TCK

VDD

VSSQ

VDDQ

VSSQUTMI

VDDQUTMI_30

(NC)PIPESTAT0

AVRT(DA)_30

C524

0.1u

VCC_F_18

D28(NC)

AVDD(DA2)_30

D25(NC)

AVSS(DA0)

D15

E3 E4 E21 E22 E23E24 F1 F2 F3 F4 F21F22 F23 F24 G1 G2 G3 G4

MC_D15

PRELAMP_AF_CONT

C530

C529

10u

B

0.1u

C527

XX

CL508

TEST1

ANOUT[0]

RxD5

AVDD(DA0)_30

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

12

CL510

MC_UPDATE

XXC556

XX

R562

TxD5

PT[2]

(NC)TI3A

(NC)PT[3]

(NC)PQ[6]

VMF

VIO_F_30

D5

VSSQ

D6

K1 K2 K3 K4

MC_D6

MC_D5

C535

0.1u

XX

R558

(NC)CTS4

XRESET_F

XSHTR_ON

1k

INT6

AGND1(PHY)

XCAM_DR_PS

XSTRB_PWR_ON

PU[5]

DVDD1(PHY)_12

K21 K22 K23 K24

MC_D8

C536

0.1u

13

100kR551

CL505

IRQ_IMG

XAE_LOCK_ON

XX

1u

XX

1k

XX

R559

C557

C538

C537

TO1

INT3

INT7

(NC)TO3

(NC)TRACECLK

(NC)TRACEPKT1

VSSIO_F

VBUSOTG0

VBUSCHG(NC)

VPH

DGND1(PHY)

D0

L21 L22 L23 L24 M1 M2 M3 M4 M21M22 M23 M24

L1 L2

L3 L4

MC_D0

R530

0

MC_JTAG_XTRST

TRST

D16(NC)

AB1AB2AB3AB4AB5AB6AB7AB8AB9

MD3

VDDQ

TEST0

MC_D13

(NC)PT[5]

(NC)STATUS0

SUSPENDN(NC) (NC)IOIS16

VSSUSBHS

AVDD31(PHY)_33

D13

A24

VPF

MC_A24

C539

0.1u

VCC_F_18

D1

MC_D1

R561

AB10AB11AB12AB13AB14AB15AB16AB17AB18AB19AB20AB21AB22AB23AB24AC1AC2AC3AC4AC5AC6AC7AC8AC9AC10AC11AC12AC13AC14AC15AC16AC17AC18AC19AC20AC21AC22AC23AC24AD2AD3AD4AD5AD6AD7AD8AD9AD10AD11AD12AD13AD14AD15AD16AD17AD18AD19AD20AD21AD22AD23

PU[1]

(NC)PQ[5]

(NC)PQ[1]

D11

D8

D3

MC_D11

MC_D3

XAU_LINE_MUTE

AA16AA17AA18AA19AA20AA21AA22AA23AA24

PT[1]

(NC)CTS5

AVDD(OTGCH0)_33

A15

D10

MC_A15

MC_D10

(NC)TRACESYNC

(NC)TRACEPKT6

VDDUSBOTG_12

MC_D2

R553
2700

MELODY

(NC)

(NC)TxD4

(NC)PU[7]

(NC)PU[3]

VDDQ

(NC)PQ[7]

INT5

PQ[3]

INT1

(NC)TI3B

(NC)TI2A

(NC)INT9

TDI

(NC)

(NC)

WAIT

MD4

(NC)CE2

(NC)STATUS1

VSSUSBOTG

(NC)CKIO2

VSS_F

A5

A7

VDD

(NC)

RPU

DMOTGCH0

VSSQ

A3

A1

A2

VSS

RREF

(NC)

DPOTGCH0

A21

A19

A6

A18

(NC)

(NC)

XCE_F

USBXTAL

A23

A25

A8

A16

AVSS(OTGCH0)

MD5

ACC_F

USBEXTAL

VSSQ

A9

A4

A14SCK0

VBUSHS

XWP_F

(NC)UCLK

VSSQUSB

A17

A13

A11

A12

HOLD

VDDUSB_12

(NC)VBUSEN

(NC)CIDOTG0

VDDQ

A22

A20

A10

VDDQUSB_30

VSSUSB

VBUSOTG1

VDDUSBHS_12

D2

R527

XX

R525 33

10

R528

33

10

R529

SIGNAL PATH

REC

PB

C552

3.3u

6.3V
P

AA10AA11AA12AA13 AA14AA15

CL506

Y21 Y22 Y23 Y24 AA1 AA2 AA3 AA4 AA5AA6 AA7 AA8 AA9

Y1 Y2 Y3 Y4

W21W22 W23W24

1.5k

±5%

R535

W1 W2 W3 W4

V21 V22 V23 V24

R550

U1 U2 U3 U4 U21U22 U23U24 V1 V2 V3 V4

XX

T21 T22 T23 T24

R557

XX

T1 T2 T3 T4

R21 R22 R23 R24

R1 R2 R3 R4

P21 P22 P23 P24

N1 N2 N3 N4 N21N22 N23N24 P1 P2 P3 P4

±0.5%

R533

±5%R531

XX

±0.5%

R532

XX

±5%

VIDEO SIGNAL

R554

10k

0

0

DTC144EMT2L

R536

0

YCHROMA Y/CHROMA

R555
4700

Q501

MOD.

C553

0.001u

VER_DMOTGCH0

VER_DPOTGCH0

MC_XCS_FLASH

Q502

DTA144EMT2L

VER_DPOTGCH0

VER_DMOTGCH0

B

INV.

USBPHY_D+

MC_XWAIT

R560

100k

USBPHY_D-

XFE_CS

MC_A21

MC_A19

MC_A18

MC_A23

MC_A25

MC_A16

MC_A14

MC_A17

MC_A13

MC_A11

MC_A12

MC_A22

MC_A20

MC_A10

1825 15 16

C540

XX

SYS_V

MC_A5

MC_A7

C543

XX

R552

XX

MC_A3

MC_A1

MC_A2

R538

510
±5%

MC_A6

C545

XX

MC_A8

R549

0

MC_A9

MC_A4

R539

XX

C546

XX

C547

0.1u
B

C548

0.1u

AUDIO

SIGNAL

XBEEP_MUTE

SP_VOL

XAU_HGL_SEL

XAU_POWER_SAVE

XAU_LINE_MUTE

XAU_SP_MUTE

VIDEO_AMP_ON

AMP_OUT_ON

MC_D0

MC_D1

MC_D2

MC_D3

MC_D4

MC_D5

MC_D6

MC_D7

MC_D8

MC_D9

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

MC_A1

MC_A2

MC_A3

MC_A4

MC_A5

MC_A6

MC_A7

MC_A8

MC_A9

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

MC_XBS

MC_RDXWR

MC_XWE0

MC_XWE1

MC_XWAIT

MC_XCS_IC301REG

MC_XCS_IC301SDRAM

MC_CKIO

AU_LRCK

IRQ_IMG

PLLBYPASS

XRST_SYS

SYS_V

XFR_SCK

FR_SI

XCS_MC

FR_SO

FR_INT

MC_UPDATE

XFE_CS

XTG_CS

XCAM_SCK

CAM_SO

XCAM_RST

VER_EXT_CLK

CAM_F

CAM_DD_ON

LENS_TEMP

XCAM_DR_PS

USBPHY_D+

USBPHY_D-

XAE_LOCK_ON

XSHTR_ON

BL_MODE

XPANEL_TG_CS

XACCESS_LED

MS_PWR_ON

MC_MSD1

MC_MSD2

MC_MSD3

MC_MSCLK

MC_MSBS

MC_MSDIO

SYS_SO

XSYS_SCK

SYS_SI

STRB_CHG

XSTRB_FULL

CAM_DD_ON

PRELAMP_AF_CONT

SELF_TIMER_LED

XSTRB_PWR_ON

19144 1763

20810

BEEP

XBEEP_MUTE

SP_VOL

XAU_HGL_SEL

XAU_POWER_SAVE

XAU_LINE_MUTE

XAU_SP_MUTE

VIDEO_AMP_ON

AMP_OUT_ON

MC_D0

MC_D1

MC_D2

MC_D3

MC_D4

MC_D5

MC_D6

MC_D7

MC_D8

MC_D9

MC_D10

MC_D11

MC_D12

MC_D13

MC_D14

MC_D15

MC_A1

MC_A2

MC_A3

MC_A4

MC_A5

MC_A6

MC_A7

MC_A8

MC_A9

MC_A10

MC_A11

MC_A12

MC_A13

MC_A14

MC_A15

MC_A16

MC_A17

MC_A18

MC_A19

MC_A20

MC_A21

MC_A22

MC_A23

MC_A24

MC_A25

MC_XBS

MC_RDXWR

MC_XWE0

MC_XWE1

MC_XWAIT

MC_XCS_IC301REG

MC_XCS_IC301SDRAM

MC_CKIO

AU_LRCK

IRQ_IMG

PLLBYPASS

XRST_SYS

SYS_V

XFR_SCK

FR_SI

XCS_MC

FR_SO

FR_INT

MC_UPDATE

VER_XUSB_JACK_IN

XFE_CS

XTG_CS

XCAM_SCK

CAM_SO

XCAM_RST

VER_EXT_CLK

CAM_F

CAM_DD_ON

LENS_TEMP

XCAM_DR_PS

USBPHY_D+

USBPHY_D-

XAE_LOCK_ON

XSHTR_ON

BL_MODE

XPANEL_TG_CS

XACCESS_LED

MS_PWR_ON

MC_MSD1

MC_MSD2

MC_MSD3

MC_MSCLK

MC_MSBS

MC_MSDIO

SYS_SO

XSYS_SCK

SYS_SI

STRB_CHG

XSTRB_FULL

CAM_DD_ON

PRELAMP_AF_CONT

SELF_TIMER_LED

XSTRB_PWR_ON

(5/8)

11

(2/8)

9

(2/8)

8

(4/8)

8

(4/8)

12

(1/8)

2

(8/8)

13

(6/8)

14

4-19 4-20

SY-95 (3/8)

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

25 15

SY-95 BOARD(4/8)

A

B

C

D

E

F

G

H

I

HI CONTROL(FR BLOCK)

XX MARK:NO MOUNT

(7/8)

15

VER_XUSB_JACK_IN

(3/8)

12

(2/8)

8

(3/8)

8

XMULTI_JACK_IN

XPOWER_LED_ON

XCHARGE/XSTRB_LED

(8/8)

16

BATT_UNREG

D_1.2V

D_2.8V

EVER_3.0V

BACK_UP_VCC

ACV_UNREG

REG_GND

BATT_IN

BATT_SIG

SYS_DD_ON

DDCON_SO

DDCON_SCK

XCS_DDCON

FAST_CHARGE

INIT_CHARGE

XRSTX

XCS_MC

MC_UPDATE

FR_INT

FR_SO

XFR_SCK

XSYS_RST

SYS_V

BATT/XEXT

USB_JACK_IN

AV_JACK_IN

KEY_AD0

KEY_AD1

KEY_AD2

MODE_DIAL0

XMS_IN

XPWR_ON

XRESET_SW

SYS_DD_ON

DDCON_SO

DDCON_SCK

XCS_DDCON

FAST_CHARGE

INIT_CHARGE

VER_XUSB_JACK_IN

MC_UPDATE

FR_SI

XMULTI_JACK_IN

USB_JACK_IN

AV_JACK_IN

XPOWER_LED_ON

XCHARGE/XSTRB_LED

MODE_DIAL0

XRESET_SW

NO MARK:REC/PB MODE

( ) MARK:WHEN ATTACHED BATTERY PACK.

:Voltage measurement of the CSP IC
and the Transistors with mark,is
not possible.

BATT_IN

BATT_SIG

XRSTX

XCS_MC

XMS_IN

UNR32A600LS0

R401

1M

0

Q404

INV.

FR_INT

FR_SI

FR_SO

XFR_SCK

XSYS_RST

SYS_V

BATT/XEXT

KEY_AD0

KEY_AD1

KEY_AD2

XMS_IN

XPWR_ON

R403

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

810 137

1234567

470k

XX

8

RB401

XPWR_ON

R453

BATT/XEXT

XX

2.9

R452

XX

Q409

XX

Q411

XX

XLENZ_CAP_ON

AV_JACK_IN

XSYS_RST

XMULTI_JACK_IN

0

R454

XX

R709

XX

Suffixed -14

R405

R448

R411

XX

XX

R409
470k

CL401

R413
470k

R412

R408

R415

100k

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

11

XRSTX

R496

R432

CL412

CL414

CL413

RB402

1kX4

1

2
4

3

6

5
7

8

1M

1k

C401

0.1u

Q405

XX

R406

0

XRESET_SW

XPOWER_ON

B8A8B7A7B6A6C6B5B4C4A3B3A4A5A2A1

XLANC_PWR_ON

BATT/XEXT

MS_IN

UDRIVE_IN

XCS_LCD

USB_CLK_EN

LANC_JACK_IN

XMULTI_IN

AV_JACK_IN

XRST_SYS

GND

BACK_UP_VCC

USB_UNREG_SW

XLANC_IC_ON

FAST_CHARGE

R497

1k

0R499

B2 B1 C2 C1 D3 D1 D2 E1 E2 H3 J3 J2 G4 A9 B9 C8

Q408

XX

R407

0

INIT_CHARGE

INIT_CHARGE

FAST_CHARGE

DDCON_SI XRSTX

XCHARGE/XSTB_LED

XPWR_LED_ON

XX

R410

R450

470k

47k

R420

0

±0.5%

C402

XX

100k

R429

USB_VBUS

USB_HOLD

DD_CON_SENS

IC491

MB89083LGA-G-105-ERE1

CSP(CHIP SIZE PACKGE)IC

MB89083LGA-G-107-ERE1

FR_SI

DDCON_SCK

DDCON_SO

100k

±0.5%

C407

0.1u

AVss

ACV_SENS

HI CONTROL

IC491

FR_SO

FR_SCK

0.1u

C403

AVCC

XCS_MC

0

R492

C492

0.1u

R433

100k

±0.5%

BATT_SENS

MOD0

±0.5%

1800

R495

R430
100k

±0.5%

MODE_DIAL1

VCI

CL402

CL403

C408

0.1u

KEY_AD4

MODE_DIAL0

(SUFFIXED-13)

(SUFFIXED-14)

MOD1

CPO

7.5k

±0.5%

R494

C491

0.01u

CL404

CL405

KEY_AD2

MODE_DIAL0

8

KEY_AD2

KEY_AD3

BATT_IN

SYS_V

KEY_AD1

KEY_AD0

1234567

H6G6J7H7J8J9H8H9G9G8F8F9F7D7J1H2

KEY_AD1

BACK_UP_VCC

32kHz_OUT

XCS_DDCON

USB_PWR_ON

SYS_DD_ON

MC_WAKE_UP

MC_UPDATE

USB_SUSPEND

XUSB_JACK_IN

R437

470k

R438

0

DTC115TMT2L

RB406

1kX4

KEY_AD0

32kHz_INXLENZ_CAP_OPN

BATT_SI

BATT_S0

BATT_SIO

LANC_SO

LANC_SI

CL411

47k

Q406

INV.

129

1234567

VSS

2.8

14463

8

RB408
10kX4

1

CL408

CL409

CL410

R424
10M

R425
330k

Q407

HN1L02FU(TE85R)

BATT SIG I/F

(0.1)

R428

47k

CL407

CL406

C9 D8 D9 E8 E9 F3 F2 F1 G1 G2 H1 H5 J5 J4 H4 J6

R439
470k

30.5 µs

X402

32.768kHz

2

700 mVp-p

C404

10p

CH

C405

10p

(3.1)

(0.1)

3

6

1

4

(2.8)

C406

0.1u
B

XCS_DDCON

R434

0

(2.8)

5

R431

D402

47k

MA4L11100AS0

R446

XX

4

3

1

2

D403

DF3A8.2C(TPL3)

R461

XX

BATT_SIG

SYS_DD_ON

FR_INT

MC_UPDATE

REG_GND

J

16

SY-95 (4/8)

DDCON_SCK

(LENS COVER OPEN)

XLENZ_CAP_ON

S401

XPOWER_LED_ON

XCHARGE/XSTRB_LED

DDCON_SO

FR_SI

FR_SO

XFR_SCK

XCS_MC

BATT_IN

SYS_V

USB_JACK_IN

VER_XUSB_JACK_IN

4-21 4-22

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

SY-95 BOARD(5/8)

AUDIO I/O(AU BLOCK)

A

XX MARK:NO MOUNT

B

C

D

C627

E

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

463

:Voltage measurement of the CSP IC
and the Transistors with mark,is
not possible.

C606

15000p

B

C611

0.022u
B

H5

J5

H6

J6

H7

J7

H8

J8

D2

NC

LPF2B

AGC_OUT

NC(HK)

J9

NC(HN)

C602

R601

4.7u

B

47k

C601

1u

C604

B

0.015u

C628

0.015u

XX

B

B

B

R610

R602

0

33k

C605

0.1u
B

G7

STBY

H9

LPF_SEL

G8

AGC_DET

G9

WHPF_OUT

F8

WHPF_BIAS

F9

WHPF_IN

E8

GAIN_SET

E9

MIC_OUT

D8

GND

D9

LINE_MUTE

C8

MIC_OFF

C9

MIC_IN

B8

NC

B3

LPF1A

LPF1B

LPF2A

LPF_OUT

REC_AMP_IN

IC601

AUDIO AMP/ADC

IC601

AN12908A-VB

CSP(CHIP SIZE PACKAGE)IC

H4

J4

AGND

REC_OUT

C614

0.47u
B

C616

J3

PB_IN

1u

B

H3

VOL_CTL

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

R611

10k

G3

J1

NC(HK)

NC(HN)

SPAGC_SW

SPAGC_DET

XAUDIO_MUTE

SP_LPF_0

BEEP_OUT

BEEP_MIX_IN

XBEEP_MUTE

VREF_SP

SP_OUT-

SP_GND

SP_OUT+

NC(HN)

NC(HK)

AGND

BEEP

NC

C2

J2

H1

H2

G1

G2

F1

F2

E1

E2

D1

C1

A2

C3

A1

R605

C617

0.47u
B

R606

R607

47k

C620

C623

0.001u

0

0

1u

B

C619

4.7u
B

B

1uC618

C621

0.047u

C622

0.047u

C624

10u

6.3V

8107

R613
2700

R614

68k

C629

0.47u
B

B

925

AU_AOUT

AU_AIN

XAU_POWER_SAVE

XAU_HGL_SEL

SP_VOL

XBEEP_MUTE

BEEP

5

11

(2/8)

(3/8)

F

G

16

17

(8/8)

MIC_IN

AU_OUT

SP+

SP-

NC(HK)C7NC(HN)B9MIC_SPYA8MIC_2VB7MIC_REBA7VREFB6VCCA6MUTE_TMGB5GNDA5MUTE_DRVRB4LINE_OUTA4VCC_SPA3VCC_SPB2SP_SAVE

A9

C615

B

10u

C607

B

1u

C608

B

1u

C610

B

0.1u

C603

B

1u

C613

1u

B

L602

10uH

XAU_SP_MUTE

XAU_LINE_MUTE

AU_2.8V

ST_5V

REG_GND

SIGNAL PATH

AUDIO

SIGNAL

REC

PB

4-23 4-24

18

(7/8)

SY-95 (5/8)

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

SY-95 BOARD(6/8)

FLASH DRIVE(ST BLOCK)

A

XX MARK:NO MOUNT

M_5V

(7/8)

19

B

ST_UNREG

ST_5V

REG_GND

STRB_CHG

C

XSTRB_FULL

D

(3/8)

14

CAM_DD_ON

E

NO MARK:REC/PB MODE

L651

3.6

2.2uH

R651
4700

DTA114EMT2L

DTC144EMT2L

R652

100k

Q651

DTC144EMT2L

SWITCH

0

Q656

SWITCH

4.9

Q655

SWITCH

R653

10k

4

3.6

UPA650TT-E1-A

6
5

2
1

3

C651

0.1u
B

3.5

0.1

4.8

0.1

2.8

Q652

SWITCH

0

C652

22u

C

TND721MH5-S-TL-E

0

4.8

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

463

R654
4700

0

2.9

6

1

45

0

3

5

4

IC651

IGBT DRIVE

2

22

C654

0.1u
B

IC651

123

Q653

RN1902FE(TPLR3)

FLASH CHARGE
DET

C655

1u

B

XSTRB_PWR_ON

SELF_TIMER_LED

PRELAMP_AF_CONT

R708

100k

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

8107

FP-690

XSTRB_PWR_ON

FP-690 FLEXIBLE is replaced as a block.
So that this PRINTED WIRING BOARD is omitted.

D701

MA2SD32008S0

2

0

R701

47

3.4

6

3

1

4

00

R703

R702

1k

47

1 STB_UNREG

2 STB_UNREG

3 STB_UNREG

4 STB_UNREG

5 STB_UNREG

6 STB_UNREG

7 REG_GND

8 REG_GND

9 REG_GND

10 REG_GND

11 REG_GND

12 REG_GND

13 REG_GND

14 REG_GND

15 XSTRB_PWR_ON

16 STB_FULL

17 IGBT_ON

18 AF_LED_5V

19 AF_LED_K

R705

10k

5

0

R704

10k

19PCN703

Q701

XP4501

LED DRIVE

STB_UNREG

STB_UNREG

STB_UNREG

STB_UNREG

STB_UNREG

STB_UNREG

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

REG_GND

STB_FULL

IGBT_ON

AF_LED_5V

AF_LED_K

FLEXIBLE

CL001

CL002

CL003

CL004

CL005

CL006

CL007

STB_UNREG

REG_GND

XSTRB_PWR_ON

STB_FULL

IGBT_ON

AF_LED_5V

AF_LED_K

11

TO
ST-86 BOARD

(PAGE 4-11
of LEVEL2)

12925

F

6

16

SY-95 (6/8)

(2/8)

XSTRB_PWR_ON

SELF_TIMER_LED

PRELAMP_AF_CONT

STRB_ON

XSTRB_PWR_ON

SELF_TIMER_LED

PRELAMP_AF_CONT

4-25 4-26

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

SY-95 BOARD(7/8)

DC/DC CONVERTER(DD BLOCK)

A

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

:Voltage measurement of
the CSP IC and
the Transistors with
mark,is not possible.

B

BT901

BATTERY
TERMINAL

BATT_UNREG

BATT_SIG

C

BATT_GND

C

D

E

VL_3V

F

SYS_DD_ON

XRSTX

BATT_IN

G

H

I

BL_LEV

J

BATT_SIG

BL_THH

INIT_CHARGE

K

16

CL016

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

810 137

F002

2A/32V

F003
2A/32V

D015

L001

C029

10u

C10

VCH8A

C031
10u

D10

C11

D11

VCH8B

GND8A

0.01uC033

MA2SD32008S0

L002

C036

10uH

10u

6.3V
B

F11

E10

E11

E9

VCH2

BOOT2

OUT8BD9OUT8A

GND8B

IC001

DC/DC CONVERTER

IC001

CXA8133GF

CSP(CHIP SIZE PACKAGE)IC

±0.5%

22

R052

1uC034

GND2

L005

10uH

C035

0.01u

6.3V

C037

1u

G11

F10

F9

VCC2

OUT2

4.7uH

L004

C040

0.1u

G9

G10

VCC1B

VCC1A

D025

MA2SD32008S0

VCC1C

C042

1u

C041

0.01u

H10

H11

OUT11AG8BOOT11

10R053

C076

4.7u

D013

MA2S111-(K8).S0

4V

100u

4.7uC009

10u

A10

ODP_SW

VLDO3

A11

0.001u

C028

VLDO1

10uH

C001

B11

B10

VCC8

VODP

C016

C9

B9

VLDO2

GND_REGE5MARKD4BATTD3CSKPD2ICHGD1VDCINE4CHG_SWE3FCHGE2ROSCE1CSCPF4GND_LOGF3GND6F2GND6G4FB6G3FB6G2ICH6F1OUT6G1VCH6H1VCC_GDH2VCH3SH3VCH3C(FB6)H4VCH3BJ1VCH3A(FB3)J2OUT3CK1OUT3BJ3OUT3AL1GND3CK2GND3B

C1

DRAIN1

SOURCE1

SOURCE1

GATE1

C018

C019

C021

C020

C008

C013

C010

R010

R012

±0.5%

R087

47k

±0.5%

D035

D036

FDW2508P/NQ002

SOURCE2

SOURCE2

F001

2A/32V

4.7u

33

4.7u

0.1u

0.01u

0.01uC017

0.01u

0.01u

0.01u

0.01u

0.1u

0.022uC012

0.022u

0.01uC022

1u

0.1u

47k

XX

0.01u

R095

8200

DRAIN2

GATE2

MA2SD32008S0

R030

470

C026

0.01u

0.1uC014

3.6

8

3.6

7

6

-2.3

5

D011

GND_LDOA

A9

LDO5SS

F8

CPSW

E8

VBCK

D8

VLDO4

C8

VLDO5

B8

BGR

A8

USB_PWR_ON

D7

SYSDDON

C7

XRESET

B7

CS

A7

ERR8

D6

ERR8

C6

ERR2

B6

ERR1

A6

ERR4

D5

SS_SYNC

C5

CBG

B5

GND_ANA

A5

ERR7

C4

SS5

B4

ERR5

A4

MODE7

B3

ERR3

B2

SS3

A2

ERR6

A1

REF6

B1

SS6

C3

SS2

C2

R045

150k

±0.5%

3.6

1

3.6

2

D009

RD12SB2

-2.3

4700p

C006
10u

6.3V

C067

4700p

C007

6.3V

3

4

C015

C027

C011

C023

C024

C005

C025

MA2SD32008S0

MA2SD32008S0

R009

470k

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

11

IC007

+1.8V REG

DDCON_SO

DDCON_SCK

XCS_DDCON

D023

MA2SD32008S0

C049

10u

33uHL009

C051

1u

C077

4.7u

C053

10u

L006

10uH

J11

OUT11B

L11

OUT12A

OUT11C

D017

RB161M-20TR

C043

9

C044

0.01u

K10

H8

BOOT12J9OUT12C

OUT12B

10u

10V

GND1A

GND1B

GND1C

VCH1A

VCH1B

VCH1C(FB4)

ROMWR

ROMWR

GND_GD

VOS72

VOS73

VOS71

GND3A

L007

10uH

MA2SD32008S0

DIN

DOUT

CLK

LD

TEST

TEST

TLD

GND4

OUT4

VCH4

OUT5

VCC5

VCH5

VCH7

VCC7

D026

H9

J10

K11

L10

C048

22u

K9

L9

L8

CL001

L7

K8

K7

J8

H7

J7

H5

H6

L6

L008

4.7uH

K6

J6

L5

K5

J5

L4

K4

D021

MA2SD32008S0

L3

K3

J4

A3

L2

C045
10u

B

12

IC007

2.9

12

LE

GND

XCS_DDCON

DDCON_SO

DDCON_SCK

R097

33k

±0.5%

IC003

R096

0.1

±0.5%

56k

1234

0

-8.0

Note :

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

OUT1

IN1-

IN1+

VCC-

IC003

CAM_-0.5V REG

TL082CPWR

R1114Q181D-TR-FA

VOUT

VCC+

OUT2

IN2-

5678

IN2+

,Q001

144 1763

L003
10uH

CL021 CL033

R028

47k

C080

4.7u

C002

10u

C030

L010

22u

10uH

4V

P

2.9

VDD

1.8

34

CL032

2.9

0-0.5

Q001

MCH3406-TL-E

Note :

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

C003
10u

ACV_UNREG0

ST_UNREG

ACV_UNREG

FAST_CHARGE

BATT_UNREG

PANEL_13.5V

BACK_UP_VCC

EVER_3.0V

A_3.1V

D_1.2V

D_1.8V

AU_2.8V

D_2.8V

INIT_CHARGE

SYS_DD_ON

BATT_IN

BL_LEV

XCS_DDCON

DDCON_SO

DDCON_SCK

CAM_-0.5V

A_2.8V

CAM_15.0V

CAM_-8.0V

BATT_SIG

BL_THH

VL_3V

XRSTX

M_5V

ST_5V

LED_A

LED_K

A_3.1V

A_2.8V

D_2.8V

CAM_15.0V

CAM_-8.0V

CAM_-0.5V

A_2.8V

D_2.8V

D_1.2V

AU_2.8V

A_3.1V

A_2.8V

D_2.8V

D_1.8V

D_1.2V

D_2.8V

D_1.2V

EVER_3.0V

ACV_UNREG

BATT_UNREG

BACK_UP_VCC

BATT_IN

BATT_SIG

SYS_DD_ON

DDCON_SO

DDCON_SCK

XCS_DDCON

FAST_CHARGE

INIT_CHARGE

XRSTX

AU_2.8V

ST_5V

M_5V

ST_5V

ST_UNREG

D_2.8V

PANEL_13.5V

M_5V

VL_3V

EVER_3.0V

ACV_UNREG0

BL_THH

BL_LEV

LED_K

LED_A

A_3.1V

A_2.8V

D_2.8V

CAM_15.0V

CAM_-8.0V

CAM_-0.5V

REG_GND

A_2.8V

D_2.8V

D_1.2V

AU_2.8V

REG_GND

A_3.1V

A_2.8V

D_2.8V

D_1.8V

D_1.2V

REG_GND

D_2.8V

D_1.2V

EVER_3.0V

ACV_UNREG

BATT_UNREG

BACK_UP_VCC

BATT_IN

BATT_SIG

SYS_DD_ON

DDCON_SO

DDCON_SCK

XCS_DDCON

FAST_CHARGE

INIT_CHARGE

XRSTX

REG_GND

AU_2.8V

ST_5V

REG_GND

M_5V

ST_5V

ST_UNREG

REG_GND

D_2.8V

PANEL_13.5V

M_5V

VL_3V

EVER_3.0V

ACV_UNREG0

BL_THH

BL_LEV

LED_K

LED_A

REG_GND

1825 15 16

(1/8)

3

(2/8)

7

(3/8)

10

(4/8)

15

(5/8)

18

(6/8)

19

(8/8)

20

4-27 4-28

SY-95 (7/8)

DSC-T1

For Schematic Diagram

• Refer to page 4-47 for printed wiring board.

1

25 15

SY-95 BOARD(8/8)

CONNECTOR(CN,FP BLOCK)

A

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

PANEL_13.5V

PANEL_2.8V

REG_GND

BL_LEV

B

C

THROUGH THE
FP-691 FLEXIBLE

()

(PAGE 4-32)

D

E

TO
MS-148 BOARD

BL_THH

LED_K

LED_A

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

SYS_SI

XPANEL_TG_CS

XSYS_SCK

SYS_SO

BL_MODE

PANEL_V

HD0

XACCESS_LED

D_2.8V

MS_PWR_ON

MSCLK

MS_IN

MS_DIO

MSDS

MSD3

MSD2

MSB1

MS_REG_GND

MODE_DIAL

SP+

SP-

F

G

MIC_IN

REG_GND

XPOWER_LED_ON

EVER_3.0V

TO

H

CONTROL SWITCH BLOCK
(PW-125)
CN001

THROUGH THE
FP-693 FLEXIBLE

()

(PAGE 4-13
of LEVEL2)

I

XPOWER_ON

REG_GND

XAE_LOCK_ON

XHTR_SW

XRESET_SW

XCHARGE/XSTRB_LED

EVER_3.0V

KEY_AD0

KEY_AD1

KEY_AD2

REG_GND

NC

SIGNAL PATH

J

16

CHROMA SIGNALY/CHROMAY

REC

PB

CL901

CL902

CL903

CL904

CL905

CL906

CL907

CL908

CL909

CL910

CL911

CL912

CL913

CL914

CL915

CL916

CL917

CL918

CL919

CL920

CL921

CL922

CL923

CL924

CL928

CL927

CL926

CL925

CL929

CL931

CL934

CL935

CL961

CL962

CL957

CL955

CL960

CL956

CL954

CL952

CL951

CL968

CL969

CL953

CL949

CL950

CL970

VIDEO SIGNAL

XPANEL_TG_CS

XACCESS_LED

MS_PWR_ON

AUDIO

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

SYS_SI

XSYS_SCK

SYS_SO

BL_MODE

PANEL_V

HD0

MC_MSCLK

MC_MSDI0

MC_MSDS

MC_MSD3

MC_MSD2

MC_MSB1

XAE_LOCK_ON

XSHTR_ON

4-2. SCHEMATIC DIAGRAMS

4-2. SCHEMATIC DIAGRAMS

SYS_SI

XPANEL_TG_CS

XSYS_SCK

SYS_SO

BL_MODE

XACCESS_LED

MS_PWR_ON

MC_MSCLK

MC_MSDIO

MC_MSD1

MC_MSD2

MC_MSD3

MC_MSBS

XSHTR_ON

XAE_LOCK_ON

LENS_TEMP

XCAM_DR_PS

USBPHY_D-

USBPHY_D+

AU_OUT

USB_JACK_IN

XMULTI_JACK_IN

BATT/XEXT

AV_JACK_IN

810 137

REG_GND

M_5V

PANEL_13.5V

D_2.8V

BL_LEV

BL_THH

LED_K

LED_A

EVER_3.0V

ACV_UNREG

VL_3V

SYS_SI

XPANEL_TG_CS

XSYS_SCK

SYS_SO

BL_MODE

XACCESS_LED

MS_PWR_ON

MC_MSCLK

MC_MSDIO

MC_MSD1

MC_MSD2

MC_MSD3

MC_MSBS

XSHTR_ON

XAE_LOCK_ON

LENS_TEMP

XCAM_DR_PS

USBPHY_D-

USBPHY_D+

SP+

SP-

MIC_IN

AU_OUT

USB_JACK_IN

XMULTI_JACK_IN

BATT/XEXT

AV_JACK_IN

XMS_IN

MODE_DIAL0

XPOWER_LED_ON

XPWR_ON

XRESET_SW

XCHARGE/XSTRB_LED

KEY_AD0

KEY_AD1

KEY_AD2

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

SY-95 BOARD SIDE A SY-95 BOARD SIDE B

11

HR_EN0

HR_DIR0B

HR_DIR0A

HR_EN2

HR_DIR2B

HR_DIR2A

HR_EN3

HR_DIR3B

HR_DIR3A

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

PANEL_V

HD0

2.8 0

R706

68k

R707

68k

HD0

DTA143TMT2L

2.9

AU_OUT

20

13

17

16

(7/8)

(3/8)

(5/8)

(4/8)

HR_EN0

HR_DIR0B

HR_DIR0A

HR_EN2

HR_DIR2B

HR_DIR2A

HR_EN3

HR_DIR3B

HR_DIR3A

XFC_RST_LED

XFC_RST_SENS

(2/8)

4

XZM_RST_LED

XZM_RST_SENS1

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

PANEL_V

V_OUT

Q702

SWITCH

2.9

Q703

DTA143TMT2L

SWITCH

USB_JACK_IN

XMULTI_JACK_IN

BATT/XEXT

AV_JACK_IN

129

LENS_TEMP

HR_EN0

USBPHY_D-

USBPHY_D+

HR_DIR0B

HR_DIR0A

HR_EN2

HR_DIR2B

HR_DIR2A

HR_EN3

HR_DIR3B

HR_DIR3A

XCAM_DR_PS

FB704

0

Note

FB703

0

Note

Note:Resestor is mounted to the location
FB703 and FB704 are printed.

FB702

0uH

C702

0.1u

C701

FB701

0uH

0.1u

02.8

14463

21PCN701

1 M_5V

2 M_5V

3 D_2.8V

4 REG_GND

5 REG_GND

6 REG_GND

7 F_RST_VCC

8 XFC_RST_SENS

9 LENS_TEMP

10 Z_RST_VCC

11 XZM_RST_SENS

12 HR_EN0

13 HR_DIR0B

14 HR_DIR0A

15 HR_EN2

16 HR_DIR2B

17 HR_DIR2A

18 HR_EN3

19 HR_DIR3B

20 HI_DIR3A

21 XCAM_DR_PS

19PCN704

1 REG_GND(AU)

2 V_OUT

3 REG_GND(AU)

4 AU_OUT

5 REG_GND(AU)

6 REG_GND(USB)

7 REG_GND(USB)

8 USBPHY_D-

9 USBPHY_D+

10 REG_GND(USB)

11 VL_3V

12 VBUS

13 VBUS

14 VBUS

15 XMULTI_IN

16 NC

17 BATT/XEXT

18 XAV_JACK_IN

19 NC

6P

CN705

1 ACV_GND

2 ACV_GND

3 ACV_GND

ACV_UNREG0

4

ACV_UNREG0

5

ACV_UNREG0

6

TO
LD-140 BOARD

THROUGH THE
FP-695 FLEXIBLE

(PAGE 4-36)

TO
CN-198 BOARD

(PAGE 4-9
of LEVEL2)

TO
CN-198 BOARD

(PAGE 4-9
of LEVEL2)

)(

SY-95 (8/8)

4-29 4-30

For Schematic Diagram

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

4-2. SCHEMATIC DIAGRAMS MS-148 PRINTED WIRING BOARD

4-2. SCHEMATIC DIAGRAMS MS-148 PRINTED WIRING BOARD

DSC-T1

1

MS-148 BOARD(1/2)

MS I/O(CN BLOCK)

A

XX MARK:NO MOUNT

NO MARK:REC/PB MODE

B

MEMORY
STICK
DUO
CONNECTOR

C

D

REC

E

SDIO/DATA0

SIGNAL PATH

VIDEO SIGNAL

CHROMA

PB

CN101

SCLK

DATA3

DATA2

DATA1

GND

VCC

GND

Y

(2/2)

MSCLK

MS_IN

MS_DIO

MSBS

MSD3

MSD2

MSD1

8107

PANEL_13.5V

PANEL_2.8V

REG_GND

BL_LEV

LED_K

LED_A

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

SYS_SI

XPANEL_TG_CS

XSYS_SCK

SYS_SO

PANEL_V

HDO

925

CL101

CL102

CL103

CL104

CL105

CL106

CL107

CL108

CL109

CL110

CL111

CL112

CL113

CL114

CL115

CL116

CL117

CL118

CL119

CL120

CL121

CL122

CL123

CL124

CL125

CL143

CL144

CL145

CL126

CL128

CL131

CL132

CL158

CL157

PANES_13.5V

PANEL_2.8V

REG_GND

BL_LEV

BL_THH

LED_K

LED_A

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

SYS_SI

XPANEL_TG_CS

XSYS_SCK

SYS_S0

BL_MODE

PANEL_V

HD0

XACCESS_LED

D_2.8V

MS_PWR_ON

MSCLK

MS_IN

MS_DI0

MSBS

MSD3

MSD2

MSD1

MS_REG_GND

MODE_DIAL

SP+

SP-

11

TO
SY-95 BOARD
(8/8)

THROUGH
THE FP-691
FLEXIBLE

(PAGE 4-29)

SP901

(SPEAKER)

463

C103

0.1u
B

R104

220k

10P

10

R107

9

8

7

INT

6

5

4

3

2

BS

1

0

D101

XX

MSCLK

MSD3

MS_IN

MSD2

MS_DIO

MSD1

MSBS

SSM6E01TU

SWITCH

C101

XX

B

Q101

2.9

2.9

2

2.9

2.9

1

4

5

D102

MA2SD32008S0

3

6

0

R101
3300

2.9

S101

(MODE SW)

R106

2200

C102

22u

6.3V

R108

2.9

0

R105

820

SML-310LTT86

A

LND101

XX

AUDIO

Y/CHROMA SIGNAL

R102

1500

R103

1200

DTA144EMT2L

LED DRIVE

2.9

D103

(ACCESS)

STATIC_GND

Q102

1

16

4-31 4-32

MS-148 (1/2)

DSC-T1

For Schematic Diagram

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

4-2. SCHEMATIC DIAGRAMS MS-148 PRINTED WIRING BOARD

4-2. SCHEMATIC DIAGRAMS MS-148 PRINTED WIRING BOARD

1

MS-148 BOARD(2/2)

LCD PANEL DRIVE(PD BLOCK)

A

XX MARK:NO MOUNT

PANEL_13.5V

PANEL_2.8V

B

C

(1/2)

1

D

E

XPANEL_TG_CS

F

G

H

16

REG_GND

LED_A

LED_K

PANEL_B

PANEL_G

PANEL_R

XRST_SYS

SYS_SI

XSYS_SCK

SYS_SO

PANEL_V

BL_LEV

810 137

11

12925 15

14463

NO MARK:REC/PB MODE

:Voltage measurement of the CSP IC
and the Transistors with mark,is
not possible.

Q801

BUFFER

XPOFF

RGT

HCK1

HCK2

REF

HST

WIDE

DWN

EN

VCK

VST

Q802

UP04601008S0

BUFFER

R815

10k

7.0

2

13.5

6

WIDE

HCK2

SYS_SO

E3SIE4

E5

E6

E7

SCK

VDD

WIDE

HCK2

GND1

IC803

RGB DRIVE,

TIMING GENERATOR

IC803

CXA3622GG

CSP(CHIP SIZE PACKAGE)IC

DWN

XPANEL_TG_CS

E1

E2

XCS

VCC1

XPOFF

D6VRD7

D5

GND2

XPOFF

TEST

D3

XVD

D2

HDO

HD

D1

VG

C7

VB

C6

N.C

C5

PWM

VCK

Gin

Rin

COM

VCC2

C819

EN

0.01u

CL801

C4

C3

C2

C1

B7

B6

RB801

10X4

CL802

VCK

UP04601008S0

R831

22k

2.8

1

C810

2.2u
25V

HCK1

F3

REF

F4

XCLR

F5

Filter1

F6

HST

F7

CLK/XWRT

G1

RGT

G2

HDO

G3

OP_OUT

G4

OP_IN

G5

Filter2

G6

VSS

G7

C805

2

02.8

Q805

UP04601008S0

LPF

TA

A

SYS_SI

XSYS_SCK

F1

F2

SO

VDDA2VSTA3DWNA4F_BACKA5EXTDAA6VCC3A7VPB1BinB2VSSB3ENB4BLDETB5XLED

A1

B

0.01u

VST

C820

C808

0.1u
B

47u

6.3V

R809

10k

C822

HCK1

REF

HST

RGT

R826

82k

±0.5%

C823

150p

CH

C812

R827

82k

±0.5%

560p

R821

C824
220p

CH

CH

±0.5%

XX

1/16W

0

CL803

0.1u

C811

R808

68k

R810
100k

±0.5%

1/16W

R830

10k

2.8

R828

46

4700

±0.5%

5

3

R829

10k

L802
47uH

LED_A

LED_K

SYS_SI

XPANEL_TG_CS

XSYS_SCK

SYS_SO

HDO

HDO

R820

100k

5

7.0

1

R832

SSM3J09FU(TE85L)

C814

0.1u

R818

10k

4

3

6.4

3

5

4

7.0

XX

C821

0.01u

Q803

REG,

LED_A

LED_K

BL_THH

BL_THL

CREXT

REG_GND

VDDG

REG_GND

N.C.

RGT

PSIG

HCK1

HCK2

REF

HST

WIDE

VDD

DWN

VCK

VST

COM

VB

VR

VG

EN

FLEXIBLE

CL401

CL402

CL403

CL404

CL405

CL406

CL407

CL408

CL409

CL410

CL411

CL412

CL413

CL414

CL415

CL416

CL417

CL418

CL419

CL420

CL421

CL422

CL423

CL424

CN402

25P

LED_A1

N.C.2

LED_K3

BL_THH4

BL_THL5

RGT6

VB7

VR8

VG9

PSIG10

HCK111

HCK212

CREXT13

REF14

HST15

WIDE16

REG_GND17

VDDG18

VSS19

VDD20

DWN21

EN22

VCK23

VST24

COM25

ND901
BACK
LIGHT

LCD901

2.5INCH
COLOR LCD
UNIT
(ACX500EN-J)

FP-694

LED_A

LED_K

R819

B

13.5

6

2

1

7.0

150k

7.6

C817

MA8036-TX

C816

C813

4.7u

D801

B

0.1u

1u B

B

CL804

CL805

CL806

CL807

CL808

CL809

CL810

CL811

CL812

CL813

CL814

CL815

CL816

CL817

CL818

CL819

CL820

CL821

CL822

CL823

CL824

CL825

CL826

CL827

SIGNAL PATH

VIDEO SIGNAL

CHROMA Y/CHROMAY

REC

PB

MS-148 (2/2)

4-33 4-34

For Schematic Diagram

• Refer to page 4-45 for printed wiring board.

4-2. SCHEMATIC DIAGRAMS LD-140 PRINTED WIRING BOARD

4-2. SCHEMATIC DIAGRAMS LD-140 PRINTED WIRING BOARD

DSC-T1

1

LD-140 BOARD

A

LENS DRIVE

XX MARK:NO MOUNT

B

LENS
UNIT
(LSV-850A)

C

D

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

:Voltage measurement of
the CSP IC and
the Transistors with
mark,is not possible.

CN002

21P

1Z_RST_GND

2Z_RST_SENS

3Z_RST_VCC

4F_RST_GND

5F_RST_SENS

6F_RST_VCC

7N.C

FOCUS_A

8FOCUS_A

FOCUS_B

9FOCUS_B

FOCUS_A

10FOCUS_A

FOCUS_B

11FOCUS_B

ZOOM_A

12ZOOM_A

ZOOM_A

13ZOOM_A

ZOOM_B

14ZOOM_B

ZOOM_B

15ZOOM_B

16TEMP_OUT

17TEMP_GND

18IRIS_A

19IRIS_A

20IRIS_B

21IRIS_B

IRIS_A

IRIS_A

IRIS_B

IRIS_B

R002

IRIS_A

IRIS_A

IRIS_B

IRIS_B

8107463 11925

CL001

CL002

XZM_RST_SENS

220

220R001

Z_RST_VCC

XFC_RST_SENS

F_RST_VCC

LENS_TEMP

C009

F_RST_VCC

XFC_RST_SENS

LENS_TEMP

Z_RST_VCC

XZM_RST_SENS

HR_EN0

HR_DIR0B

HR_DIR0A

HR_EN2

HR_DIR2B

HR_DIR2A

HR_EN3

HR_DIR3B

HR_DIR3A

C008

XX

22u
10V

HR_DIR3B

CL003

CL004

CL005

CL006

CL007

CL008

CL009

CL010

CL011

CL012

CL013

CL014

CL015

CL016

CL017

CL018

M_5V

M_5V

D_2.8V

REG_GND

REG_GND

REG_GND

F_RST_VCC

XFC_RST_SENS

LENS_TEMP

Z_RST_VCC

XZM_RST_SENS

HR_EN0

HR_DIROB

HR_DIR0A

HR_EN2

HR_DIR2B

HR_DIR2A

HR_EN3

HR_DIR3B

HR_DIR3A

XCAM_DR_PS

TO
SY-95 BOARD
(8/8)
CN701

THROUGH
THE FP-695
FLEXIBLE

(PAGE 4-30)

E4H1H2G3H3G4F4H4H5G5F5H6G6H7G7F6

PS

E

NC

E5H8G8F7F8E6E7E8D8D7D6C8C7B8B7C6

VLIM

VREF

EN7

F

HR_EN2HR_EN2

HR_DIR2A

G

HR_DIR2B

IN7

VM4

OUT7A

RNFS

RNF

OUT7B

VM4

EN3

IN3

EN4

IN4

NC

NC

NC

NC

D5 A8 A7 B6 A6 C5 B5 A5 A4 C4 B4 A3 B3 A2 B2 C3

VM1

DGND

OUT2B

OUT2A

PGND1

IC001

FOCUS/ZOOM MOTOR DRIVE,

IRIS DRIVE

M50237WG-DF0T

CSP(CHIP SIZE PACKAGE)IC

VM2

OUT3A

VCC

PGND2

OUT3B

IC001

PGND2

PGND1

OUT1B

OUT4A

VM2

VM1

OUT1A

OUT4B

PGND1

PGND2

IN2

EN5

H

C001

16

0.1u

EN2

IN5

NC

EN6

NC

NC

IN1

EN1

BR6

PGND3

OUT6B

VM3

OUT6A

PGND3

OUT5B

VM3

OUT5A

PGND3

BR5

IN6

NC

D4 A1 B1 C2 C1 D3 D2 D1 E1 E3 E2 F1 F2 G1 G2 F3

NC

HR_DIR3A

HR_EN3

ZOOM_B

ZOOM_B

ZOOM_A

ZOOM_A

HR_DIR0B

HR_EN0

HR_DIR0A

FOCUS_A

FOCUS_A

FOCUS_B

FOCUS_B

4-35 4-36

LD-140

1. 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. Do wnload the saved data after a board
is replaced.

(Machine before starting repair)

SECTION 6

ADJUSTMENTS

PC PC

DSC-T1

(Machine after a board is replaced)

Save the EVR data
to a personal computer.

Download the saved
data to a machine.

Procedure 2

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

Remove the EEPROM and install it.

(Former board)

(New board)

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 do wnload it.

(Machine to be repaired) (Machine to be repaired)

PC

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.)

Download the data.

6-1

DSC-T1

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

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

Replaced parts Board

Block replacement

Parts replacement

replacement

EEPROM
replacement

Adjustment
Section

Initialization of data
Video

Camera

LCD

Adjustment

Initialization of data
Video output level adj.
Wide limit Adj.
Flange back adj.
F No. compensation
Mechanical shutter adj.
Light value adj.
AWB 3200K standard data input
AWB 5800K standard data input
CCD linearity check
Color reproduction adj.
CCD white defect compensation check
CCD black defect compensation check
Strobe adj.
Auto focus illumination check
LCD initial data input
VCO adj.
Bright adj.
Contrast adj.
V COM adj.
White balance adj. (1)
White balance adj. (2)

Table. 6-1-1.

IC803 (RGB drive, Timing.gen.) (LCD)

IC151 (Timing gen. S/H, AGC A/D con v.)

CCD block

Lens device

Xenon tube

LCD block LCD unit (LCD901)

LCD block Back light unit

MS-148 board

ST-86 board D003 (AF Illumination LED)

SY-95 board

SY-95 board IC301 (Camera DSP)

SY-95 board IC302 (Video amp.)

MS-148 board (COMPLETE)

ST-86 board (COMPLETE)

SY-95 board (COMPLETE)

SY-95 board IC501 (Camera system control)

(With built-in flash memory)

zz

zz z z

zzz
zz z z
zz z z z
zz z z z
zz z z z
zz z z z
zz z z z
zz z z z
zz z z z
zz z z z
zz z z z
zzz z z z
zzzzzz

zz
zzzz
zzzz
zzzzz

zz zzz
zzz z z z
zzz z z z

6-2

6-1. ADJUSTMENT

1-1. PREPARATIONS BEFORE ADJUSTMENT

1-1-1. List of Service Tools

• Oscilloscope • Color monitor • Vectorscope • AC power adapter

• Calculator which can hexadecimal calculation.

DSC-T1

J-1 J-2 J-3

Filter for color
temperature correction
(C14)
J-6080-058-A

J-4

J-7 J-8

Clear chart for
pattern box

For PTB-450:
J-6080-621-A

For PTB-1450:
J-6020-560-A

Cradle
1-817-742-11

J-5

Pattern box PTB-450
J-6082-200-A
or
Pattern box PTB-1450
J-6082-557-A

J-6

Siemens star chart
J-6080-875-A

J-9

Personal computer
with Windows98/
98SE/ME/2000/XP
installed and with
two USB ports

Clear chart for
pattern box

For PTB-450:
J-6020-250-A

For PTB-1450:
J-6020-559-A

Mini pattern box
J-6082-353-B

USB cable
1-823-073-11

J-10

Application for
adjustment (SEUS)
and HASP key
(Note)

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

J-11

Backgorund
paper
J-2501-130-A

Fig. 6-1-1.

6-3

DSC-T1

1-1-2. Preparations

1) Connect the equipment for adjustments according to Fig. 6-1-4.

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

Note1: Setting the “Forced Power ON Mode (Forced STILL Mode)”

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

2) Select page: 2F, address: 23, and write data: 01.

3) Save the data.

4) Wait for 3 sec.
The above procedure will enable the power (STILL mode) to
be turned on with POWER switch (Control switch block)
disconnected. After completing adjustments, be sure to exit the
“Forced Power ON Mode”.

Note2: Setting the “Forced Power ON Mode (Forced PLAY Mode)”

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

2) Select page: 2F, address: 23, and write data: 02.

3) Save the data.

4) Wait for 3 sec.
The above procedure will enable the power (PALY mode) to be
turned on with POWER switch (Control switch block)
disconnected. After completing adjustments, be sure to exit the
“Forced Power ON Mode”.

Note3: Exiting the “Forced Power ON Mode”

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

2) Select page: 2F, address: 23, and write data: 80.

3) Save the data.

4) Wait for 3 sec.

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

1-1-3. Discharging of the flashlight power supply

The capacitor which is used as power supply of flashlight is charged
with 200V to 300V voltage. When disassembling the unit, dischar ge
this voltage in order to protect service engineers from electric shock.

Pattern box

About 12cm (PTB-1450)
About 30cm (PTB-450)

Front of the lens

Fig. 6-1-2.

Discharge procedure

1. Remove the power supply (AC power adaptor or battery).

2. Fabricate the discharging jig as sho wn in Fig. 6-1-3 locall y by
yourself. Connect the discharging jig to the positive (+) and
negative (-) terminal of the flash v oltage charge capacitor . Allo w
ten seconds to discharge the voltage.

ST-86 BOARD

Shorting jig
(1kΩ / 1w)

Capacitor

Fig. 6-1-3.

6-4

Memory stick DUO

Cradle

Personal computer
(with two USB ports)

AC IN

DC IN

USB

USB1

USB2

HASP key

AC power
adaptor

[CONNECTION OF EQUIPMENT]

DSC-T1

Note: When performing “Flange Back Adjustment”, connect the cables after

disassembling the cradle. Unless the cradle is disassembled, the USB
cable and the power cable will interfere with the flange back adjustment
jig or mini pattern box, and thus the subject cannot be set correctly.

Fig. 6-1-4

6-5

DSC-T1

e

1-1-4. Precaution

1. Setting the Switch

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

Switch settings

1. Mode switch....................................................... STILL (

2. Lens cover...................................................................... Open

3. ZOOM.................................................................... WIDE end

2. Order of Adjustments

Basically carry out adjustments in the order given.

Color bar chart (Standard picture frame)

H

)

3. MACRO (

) .................................................................. ON

4. SCENE (Menu)............................................................... Auto

5. VIDEO OUT (SET UP of Menu) .................................NTSC

Yellow

Cyan

Green

AAB

B

A=

2

Fig. a

Video terminal

output waveform

White

Magenta

Red

Blue

CD

Enlargement

A

3. Subjects

1) Color bar chart (Standard picture frame)
When performing adjustments using the color bar chart, adjust
the picture frame as shown in Fig. 6-1-5. (Standard picture
frame)

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

C=D

V

Difference in level

Fig.6-1-5.

Cyan

White

Green

Yellow

LCD screen or under scan

Fig. b

monitor TV picture

Adjust the camera position and direction to
obtain the output wavef orm shown in Fig. a
and the LCD screen or the monitor TV
display shown in Fig. b.

Red

Blue

Magenta

Picture fram

6-6

4. Preparing the Flash Adjustment Box

m

A

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

1) Provide woody board A, B and C of 15 mm thickness.

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woody board A (2 sheets)

400 mm

513 mm 513 mm 700 m

woody board B (2 sheets)

370 mm

700 mm730 mm

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.)

woody board C (1 sheet)

700 mm

woody board A

woody board B

woody board

woody board B

woody board C

Fig. 6-1-7.

6-7

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1-2. INITIALIZATION OF DATA

1-2-1. INITIALIZATION OF DATA

1. Initializing All Pages Data

By performing the following procedure, data of all the pages will
be initialized.

Initializing Method:

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

2) Click [Sector Write] on the SEUS screen to display the SEUS
SECTOR WRITE screen.

3) Check that the SET ID is “04”.

4) Click [All] of the ALL SELECT buttons to select all pages.
(Fig. 6-1-8. A)

5) Click [Write] to write the initializing data to the EEPROM of
the camera.

6) Wait for 3 sec.

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

Modification of 4F, 8E Page Data

If all page data have been initialized, change the data of the “Fixed
data-2” address shown in the following tables by manual input.

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

2) Click [Page] on the SEUS screen, and input “4F” or “8E”.

3) Click [Address], and input the “Fixed data-2” address.

4) Click [Set], and input the new data.

Note: New data for changing are not shown in the table because they

are different in destination. When changing the data, copy the
data built in the same model. If copy the data built in the different
model, the camera may not operate.

5) Repeat steps 2 to 4 until all data of the “Fixed data-2” addresses
are changed.

6) Click [Save] to write the changed data to the EEPROM of the
camera.

7) Wait for 3 sec.

2. Initializing Single Page Data

By performing the following procedure, data of the page that you
want to initialize will be initialized.

Initializing Method:

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

2) Click [Sector Write] on the SEUS screen to display the SEUS
SECTOR WRITE screen.

3) Check that the SET ID is “04”.

4)

Click [All] of the option buttons of the target page. (Fig. 6-1-8. B)

5) Click [Write] to write the initializing data to the EEPROM of
the camera.

6) Wait for 3 sec.

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

Note: When 4F page or 8E page is initialized, perform “Modification of

4F, 8E Page Data”. (Refer to “1. Initializing All Pages Data”.)

Processing after Completing Initializing of data

Order Page

Address

Data Procedure

1 20 00 29 Set the data.
2 20 01 29 Set the data.
3 Check “Receive Paket Error” is

displayed on the SEUS screen.
4 Turn on the po wer of the camera.
5 Click [Connect] on the SEUS

screen.

B

Processing after Completing Initializing of data

Order Page

Address

Data Procedure

1 20 00 29 Set the data.
2 20 01 29 Set the data.
3 Check “Receive Paket Error” is

displayed on the SEUS screen.
4 Turn on the po wer of the camera.
5 Click [Connect] on the SEUS

screen.

A

Fig. 6-1-8.

6-8

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3. 2F Page Adjustment Address

Address Remark

Initial value

23 80 Test mode

Table. 6-1-2.

4. 4F Page Adjustment Address

Address Remark

46
47
88
94
95
96
97

A1

Initial value

00
00
00
00

Fixed data-2
Fixed data-2
Fixed data-2
Recording counter
(Refer to “Record of Use check” of
“SERVICE MODE”.)

Fixed data-2

Table. 6-1-3.

5. 6E Page Adjustment Address

Address Remark

00
01
02
03
04
05
06
07
08

09
0A
0B
0C
0D

0E

0F

10

11

12

13

14

15

16

17

18

19
1A
1B
1C
1D

1E

1F

20

21

Initial value

00
00
00
00
21
00

0C

00
20
00

0D

00
21
00

0C

00
20
00

0D

00
21
00

0C

00
20
00

0D

00
00
00
00
00
00
00

AWB 5800K standard data input

AWB 3200K standard data input

Address Remark

2A

2D

3A

3D

24
25
26
27
28
29

2B
2C

2E
2F
30
31
32
33
34
35
36
37
38
39

3B
3C

3E
3F
40
41
60
61
62
63
64
65
66
67
72
73
74
75

Initial value

13
00
13
00
13
00
15
00
13
00
13
00
13
00
15
00
13
00
13
00
13
00
15
00
00
00
00
00
00

00
F1
FB
5E

65
F8

06

69
5C

12

00

18

00

AWB 5800K standard data input

Color reproduction adj.

Strobe adj.

Table. 6-1-4.

6-9

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6. 6F Page Adjustment Address

Address Remark

10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E
1F
20
21
22
23
24
25
26
27
28
29
2A
2B
2C
2D
2E
2F
30
31
32
33
34
35
36
37
38
39
3A
3B
3C
3D
3E
3F
40
41
42
43
44
45
46

Initial value

FF
FF
FF
FF
FF
FF
FF
FF
1C
E8

20
A8
1D

88

00

00

00

00

00

00

20

20

80

46
0A

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00
FF
FF

00

00

00

00

00

00

00

AF illumination check

Wide limit adj./Flange back adj.

Flange back adj.

Wide limit adj/
Flange back adj
Flange back adj.

Address Remark

47
48
49
4A
4B
4C
4D
4E
4F
50
51
52
53
60
61
62
63
64
65
66
67
6B
6C
6D
B8

B9
BA
BB
BC
BD
BE

BF

C0

C1

C2

C3

C4

C5

C6

C7

C8

C9
CA
CB
CC
CD
CE

CF

D0

D1

D2

D3

D4

D5

D6

D7

Initial value

00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
30

FE
6D
FF

00

00

10
6B

0F

F6

0F

F7

0F

F2

0F

F7

00

00

00

00

00

30
1B

12
0D

08

80

88

98

90

88

00

00

00

00

00

00

14

Flange back adj.

F No. standard data input

Light value adj.

F No. standard data input/
Mechanical shutter adj.

Mechanical shutter adj.

6-10

6F page

Address Remark

DA
DB
DC
DD
DE
DF

EA
EB
EC
ED

D8
D9

E0
E1
E2
E3
E4
E5
E6
E7
E8
E9

EE
EF

Initial value

FF
FF
FF

00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00

Strobe adj.

7. 8E Page Adjustment Address

Address Remark

C8 Fixed data-2

Table. 6-1-6.

8. 8F Page Adjustment Address

Address Remark

2A

D0

23
24
25
28
29

2B
2C

Initial value

80

A2

91
80
80
80
80
45
80

VCO adj. (LCD)
V COM adj. (LCD)
Bright adj. (LCD)
White balance adj.(1) (LCD)
White balance adj.(2) (LCD)
White balance adj.(1) (LCD)
White balance adj.(2) (LCD)
Contrast adj. (LCD)
Video output level adj.

Table. 6-1-7.

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Table. 6-1-5.

6-11

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1-3. VIDEO SYSTEM ADJUSTMENTS

1. Video Output Level Adjustment (SY-95 board)

Adjust the sync level of the composite video signal output.

Mode PLAY ( )
Signal No signal
Measurement Point Video terminal of AV OUT jack

of the cradle (75Ω terminated)

Measuring Instrument Oscilloscope
Adjustment Page 8F
Adjustment Address D0
Specified Value Sync level:

A=286 ± 5mV (NTSC mode)
A=300 ± 5mV (PAL mode)
Burst level:
B=286 ± 30mV (NTSC mode)
B=300 ± 30mV (PAL mode)

Switch setting:

VIDEO OUT (SETUP 2)......................................... (NTSC mode)

............................................ (PAL mode)

Adjusting method:

Order Page

1 00 01 01 Set the data.
260C1
3 80 70 01 Set the data.
4 8F D0 Change the data and set the sync

5 Check that the burst level (B)

6 80 70 00 Write the data.
7 Save the data.
8 Wait for 3 sec.
9 00 01 00 Set the data.

A

Address

Data Procedure

Read the data, and check it is “01”.

level (A) to the specified value.

satisfies the specified value.

B

H

Fig. 6-1-8.

6-12

1-4. CAMERA SYSTEM ADJUSTMENTS

Before perform the camera system adjustments, check that the
specified values of “VIDEO SYSTEM ADJUSTMENT” are
satisfied.

1. Data Setting during Camera System Adjustments

Perform the following data setting before the camera system
adjustments.

Note: When the power is turned off, some data settings will be released.

So perform this data setting again when the power is turned off.

Order Page

1 00 01 01 Set the data.
2 4F B7 01 Set the data.
3 2F 23 01 Set the data.
4 60 C1 Read the data, and check it is “02”.
5 80 70 01 Set the data.
6 60 6C 01 Set the data.
7 60 2C 01 Set the data.

Address

Data Procedure

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

Order Page

1 00 01 01 Set the data.
2 4F B7 00 Set the data.
3 2F 23 80 Set the data.
4 Save the data.
5 Wait for 3 sec.
6 00 01 00 Set the data.

Address

Data Procedure

6-13

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2. Wide Limit Adjustment

Adjusted the dispersion of the wide-end of the inner focus lens.

Adjustment Page 6F
Adjustment Address 18, 19

2-1. Adjusting method when the lens device is replaced:

Adjusting method:

Order Page

Address

Data Procedure

1 00 01 01 Set the data.
2 6F 18 Set the data. (Note)
3 6F 19 Set the data. (Note)
4 7C 16 00 Set the data.
5 Save the data.
6 Wait for 3 sec.
7 Perform “Flange Back

Adjustment”.

Note: The data of the addresses 18 and 19, which must be set at Steps 2

and 3, are written on the lens device for service replacement. Four
digits hexadecimal number is written on the lens. Please set the upper
2 digits of the number to the address 18, and set the lower 2 digits to
the address 19.

2-2. Adjusting method when it is not necessary to

replace the lens device and when the SY-95 board
is replaced:

When the data of page: 6F, address: 18 and 19 can be
read from the defective board before replacing it. And
when both of the data are not “00”.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 00 01 01 Set the data.
2 6F 18 Set the read data.
3 6F 19 Set the read data.
4 7C 16 00 Set the data.
5 Save the data.
6 Wait for 3 sec.
7 Perform “Flange Back

Adjustment”.

When the data of page: 6F, address: 18 and 19 can be
read from the defective board before replacing it. And
when both of the data are “00”.

1) Replace the lens device and perform “2-1. Adjusting method when
the lens device is replaced.”

When the data of page: 6F, address: 18 and 19 cannot be
read from the defective board.

1) Replace the lens device and perform “2-1. Adjusting method

when the lens device is replaced.”

Fig.6-1-10.

Note: The data of address 16 of page 7C, set at Step 4 of the adjustment

method of 2-1 and 2-2, is “01” in the state of shipment of the factory.
However, it is “00” when it is adjusted according to the service
manual.

6-14

DSC-T1

3. Flange Back Adjustment

The inner focus lens flange back adjustment is carried out
automatically. In whiche v er case, the focus will be de viated during
auto focusing/manual focusing.

Mode STILL ( )
Subject Flange back adjustment jig or

minipattern box (Siemens star chart

with ND filter (Note1))
Measurement Point Data of page: 6F, address: 24, 3E, 3F
Measuring Instrument
Adjustment Page 6F
Adjustment Address 18 to 53
Specified value1 00
Specified value2 0A to 40

Note1: Dark siemens star chart.
Note2: If the data of page: 60, address: 02 is “01”, select page: 60, address:

01, and set data: 00.

Note3: When performing “Flange Back Adjustment”, connect the cables

after disassembling the cradle. Unless the cradle is disassembled,
the USB cable and the power cable will interfere with the flange
back adjustment jig or mini pattern box, and thus the subject cannot
be set correctly.

Preparations for the minipattern box:

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

Note: The attachment lenses are not used.

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

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

4) Check that the output voltage of the regulated power supply is
the specified voltage.

5) Check that at both the zoom lens TELE end and WIDE end,
the center of the siemens star chart and center of the exposure
screen coincide.

Specified voltage:

The specified voltage varies according to the minipattern box, so
adjust the power supply output voltage to the specified voltage
written on the sheet which is supplied with the minipattern box.

Below 3 cm

Minipattern box

Camera

Regulated power supply

Output voltage : Specified voltage ±0.01Vdc

Output current : more than 3.5A

Preparations for the flange back adjustment jig:

1) Install the flange back adjustment jig so that the distance
between it and the front of the lens of the camera is less than
3cm.

2) Adjust the illumination intensity to the chart of the flange back
adjustment jig. (300 to 400 lux)

Data setting when the lens device is replaced:

Note4: Perform this data setting only when the lens device is replaced.

Order Page

Address

Data Procedure

1 00 01 01 Set the data.
2 6F 3E FF Set the data.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting

during Camera System

Adjustments” is performed.
2 60 01 13 Set the data.
3 Wait for 1sec.

When the flange back

adjustment jig is used, check

that optimum image is obtained.
4 60 01 27 Set the data.
5 Wait until the movement of the

lens stops.
6 60 02 Read the data, and check it is “01”.

(Note5)
7 6F 3E Read the data, and check it

satisfies the specified value 1.
8 6F 3F Read the data, and check it

satisfies the specified value 1.
9 6F 24 Read the data, and check it

satisfies the specified value 2.

Note5: The adjustment data will be automatically input to page: 6F,

address: 18 to 53

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 Turn off the power and turn on

again.
3 Perform “Flange Back Check”.
4 If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

Red (+)

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

Black (GND)

Need not connected

Fig.6-1-11.

6-15

DSC-T1

4. Flange Back Check

Mode STILL ( )
Subject Siemens star

(1.0 m from the front of the lens)
(Luminance : 200 to 400 lux)

Measurement Point Check operation on TV monitor

(under scan mode)
Measuring Instrument
Specified Value The lens is focused.

Switch setting:

ZOOM ........................................................................... TELE end

MACRO ( ).........................................................................OFF

Checking method:

Order Page

1 Turn off the power and turn on

2 Place the siemens star 1.0 m from

3 Shoot the siemens star with the

4 60 8C 30 Set the data.
5 Observe the TV monitor and

6 60 2C 01 Set the data.
7 Press the ZOOM WIDE button

8 Shoot the Siemens star with the

9 Observe the TV monitor and

Address

Data Procedure

again

the front of the lens.

zoom TELE end.

check that the lens is focused.

and check that zoom operation is
normal.

zoom WIDE end.

check that the lens is focused.

Processing after Completing Adjustments:

Order Page

1 60 8C 00 Set the data.

Address

Data Procedure

6-16

5. Picture Frame Setting

E=F

V

EF

Color bar chart picture frame

Effective picture frame

ABC

Mode STILL ( )
Subject Color bar chart and clear chart

(Standard picture frame)
About 30cm (PTB-450) or 12cm
(PTB-1450) from the front of the lens

Measurement Point Video terminal of A/V OUT jack of

the cradle
Measuring Instrument Oscilloscope and TV monitor
Specified Value A=C=B/2, E=F

Switch setting:

ZOOM ........................................................................... WIDE end

MACRO ( ).......................................................................... ON

SCENE (Menu setting)........................................................ AUTO

Setting method:

Order Page

Address

Data Procedure

1 Turn off the power and turn on

again

2 Shoot the color bar chart with

the zoom WIDE end.

3 Adjust the direction and distance

between the pattern box and
camera, and set the picture frame
to the specified position.

4 Perform “1. Data Setting during

Camera System Adjustments”.

5 Remove the color bar chart and

set the clear chart.

6 Check that the whole of the screen

is white. If not, adjust the direction
and distance slightly.

7 10 44 Read the data, and this data named

YH.

8 10 45 Read the data, and this data named

YL.

9 Perform the following

adjustments.

How to reset the zoom and focus when they deviated:

If the zoom and focus deviated due to some reason reset them in the
following method.

Order Page

Address

Data Procedure

1 60 90 00 Set the data.
2 60 91 00 Set the data.
3 60 92 YL Set the data. Note
4 60 93 YH Set the data. Note
5 60 01 79 Set the data.
6 Wait until the movement of the

lens stops.
7 60 07 Read the data, and check it is “01”.
8 60 01 00 Set the data.

Check on an oscilloscope

1. Horizontal period

A

A = C =

B
2

B

C

Fig. 6-1-12.

2. V ertical period

Fig. 6-1-13.

Check on the monitor TV (Underscanned mode)

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Note: YH and YL are the data read in the “Setting method”.

Fig. 6-1-14.

6-17

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6. F No. Compensation

Adjusted the dispersion of the iris to every to every F number, and
compensate the exposure.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 6F, address: 6B
Measuring Instrument
Adjustment Page 6F
Adjustment Address 60 to 64, 6B to 6D
Specified value 00

Note1:If the data of page: 60, address: 02 is “01”, select page: 60, address:

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

Camera System Adjustments” is
performed.

2 Check the picture frame. If

deviated, perform “5. Picture

Frame Setting”.
3 60 01 BB Set the data.
4 Wait for 15 sec.
5 60 02 Read the data, and check it is “01”.

(Note2)
6 6F 6B Read the data, and check it

satisfies the specified value.

Note2: The adjustment data will be automatically input to page: 6F,

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

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

7. Mechanical Shutter Adjustment

Adjust the dispersion of the opening/closing time and the closing
loss rate of the mechanical shutter. and compensate the exposure.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 6F, address: 6B
Measuring Instrument
Adjustment Page 6F
Adjustment Address 6B to 6D, B8 to D7
Specified value 00

Note1: If the data of page: 60, address: 02 is “01”, select page: 60, address:

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

Camera System Adjustments” is
performed.

2 Check the picture frame. If

deviated, perform “5. Picture

Frame Setting”.
3 60 01 AD Set the data.
4 Wait until the movement of the

shutter stops.
5 60 02 Read the data, and check it is “01”.

(Note2)
6 6F 6B Read the data, and check it

satisfies the specified value.

Note2: The adjustment data will be automatically input to page: 6F,

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

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

6-18

DSC-T1

8. Light Value Adjustment

Adjust the standard LV value.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 10, address: 0C, 0D
Measuring Instrument Data of page: 6F, address: 65
Adjustment Page 6F
Adjustment Address 65 to 67
Specified value1 0FE0 to 1020
Specified value2 30 to 60
Specified value3 00 to 26

Note1: If the data of page: 60, address: 02 is “01”, select page: 60, address:

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

01, and set data: 00.

Order Page

1 Check that “1. Data Setting during

2 Check the picture frame. If

3 60 01 0D Set the data.
4 Wait for 2 sec.
5 60 02 Read the data, and check it is “01”.

6 10 0C Read the data, and this data is

7 10 0D Read the data, and this data is

8 Calculate DLV using the

9 Check that DLV satisfies the

10 6F 65 Read the data, and check it

11 60 01 00 Set the data.
12 Wait for 1 sec.
13 60 12 A2 Set the data.
14 60 13 A8 Set the data.
15 60 14 8A Set the data.
16 Wait for 1 sec.
17 10 0C Read the data, and this data is

18 10 0D Read the data, and this data is

19 Calculate DAE using the

20 77 5E 00 Set the data.
21 Wait for 1 sec.
22 10 0C Read the data, and this data is

Address

Data Procedure

Camera System Adjustments” is
performed.

deviated, perform “5. Picture
Frame Setting”.

(Note2)

named D0C.

named D0D.

following equation
(Hexadecimal calculation)

DLV = D0C × 100 + D0D

specified value1.

satisfies the specified value2.

named D0C.

named D0D.

following equation
(Hexadecimal calculation)

DAE = D0C × 100 + D0D

named D0C.

Order Page

23 10 0D Read the data, and this data is

24 Calculate DAE100 using the

25 Check that the difference of DAE

Note2: The adjustment data will be automatically input to page: 6F,

Processing after Completing Adjustments:

Order Page

1 60 01 00 Set the data.
2 60 12 00 Set the data.
3 60 13 00 Set the data.
4 60 14 00 Set the data.
5 77 5E 1E Set the data.
6 Save the data.
7 Wait for 3 sec.
8 Perform next adjustment. If finish

Address

address: 65 to 67.

Address

Data Procedure

named D0D.

following equation
(Hexadecimal calculation)

DAE100 = D0C × 100 + D0D

and DAE100 satisfies the specified
value3. (Hexadecimal).

Data Procedure

the camera system adjustments,
release the data setting. (See “1.
Data Setting during Camera
System Adjustments”.)

6-19

DSC-T1

9. Auto White Balance 3200K Standard Data Input

Adjust the white balance standard data at 3200K.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 6E, address: 4F
Measuring Instrument
Adjustment Page 6E
Adjustment Address 04 to 21
Specified value 00

Note1: If the data of page: 60, address: 02 is “01”, select page: 60, address:

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting

during Camera System
Adjustments” is performed.

2 Check the picture frame. If

deviated, perform “5. Picture

Frame Setting”.
3 6E 4F FF Set the data.
4 60 36 01 Set the data.
5 60 01 0B Set the data.
6 Wait for 5 sec.
7 60 02 Read the data, and check it is “01”.

(Note2)
8 6E 4F Read the data, and check it

satisfies the specified value.

Note2: The adjustment data will be automatically input to page: 6E,

address: 04 to 21.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 60 36 00 Set the data.
3 Wait for 1 sec.
4 60 37 Read the data, and check it is “00”.
5 Perform “Auto White Balance

5800K Standard Data Input”.

If finish the camera system

adjustments, release the data

setting. (See “1. Data Setting

during Camera System

Adjustments”.)

10.Auto White Balance 5800K Standard Data Input

Adjust the white balance standard data at 5800K.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Filter Filter C14 for color temperature

correction
Measurement Point Data of page: 6E, address: 4F
Measuring Instrument
Adjustment Page 6E
Adjustment Address 00 to 03, 24 to 41
Specified value 00

Note1: Before perform this adjustment, perform “Auto White Balance

Note2: If the data of page: 60, address: 02 is “01”, select page: 60, address:

3200K Standard Data Input”.

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Place the C14 filter for color

temperature correction on the lens.

2 Check that “1. Data Setting during

Camera System Adjustments” is
performed.

3 Check the picture frame. If

deviated, perform “5. Picture

Frame Setting”.
4 6E 00 00 Set the data.
5 6E 01 00 Set the data.
6 6E 02 00 Set the data.
7 6E 03 00 Set the data.
8 6E 4F FF Set the data.
9 60 36 02 Set the data.

10 60 01 A5 Set the data.
11 Wait for 5 sec.
12 60 02 Read the data, and check it is

“01”. (Note3)

13 6E 4F Read the data, and check it

satisfies the specified value.

Note3: The adjustment data will be automatically input to page: 6E,

address: 24 to 41.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 60 36 00 Set the data.
3 Wait for 1 sec.
4 60 37 Read the data, and check it is “00”.
5 Perform “Auto White Balance

5800K Check”.

If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

6-20

DSC-T1

11.Auto White Balance 5800K Check

Check that the white balance standard data at 5800K are inputted
properly.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Filter Filter C14 for color temperature

correction
Measurement Point Data of page: 6E, address: 4F
Measuring Instrument
Specified value 00

Note1: Before perform this adjustment, perform “Auto White Balance

Note2: If the data of page: 60, address: 02 is “01”, select page: 60, address:

5800K Standard Data Input”.

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Place the C14 filter for color

temperature correction on the lens.

2 Check that “1. Data Setting during

Camera System Adjustments” is
performed.

3 Check the picture frame. If

deviated, perform “5. Picture

Frame Setting”.
4 6E 4F FF Set the data.
5 60 36 04 Set the data.
6 60 01 3F Set the data.
7 Wait for 10 sec.
8 60 02 Read the data, and check it is “01”.
9 6E 4F Read the data, and check it

satisfies the specified value.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 60 36 00 Set the data.
3 Wait for 1 sec.
4 60 37 Read the data, and check it is “00”.
5 Remove the C14 filter.
6 Perform next adjustments.

If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

12.Auto White Balance 3200K Check

Check that the white balance standard data at 3200K are inputted
properly.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 6E, address: 4F
Measuring Instrument
Specified value 00

Note1: Before perform this adjustment, perform “Auto White Balance

Note2: If the data of page: 60, address: 02 is “01”, select page: 60, address:

3200K Standard Data Input”.

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

Camera System Adjustments” is
performed.

2 Check the picture frame. If

deviated, perform “5. Picture

Frame Setting”.
3 6E 4F FF Set the data.
4 60 36 03 Set the data.
5 60 01 0F Set the data.
6 Wait for 10 sec.
7 60 02 Read the data, and check it is “01”.
8 6E 4F Read the data, and check it

satisfies the specified value.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 60 36 00 Set the data.
3 Wait for 1 sec.
4 60 37 Check the data, and check it is

“00”.
5 Perform next adjustments.

If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

6-21

DSC-T1

13.CCD Linearity Check

Data picking is done to keep output linearity of the CCD imager,
even if the input level of CCD imager changes.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point
Measuring Instrument
Specified value1 97 to 103 (Note1)
Specified value2 94 to 106 (Note1)
Specified value3 92 to 108 (Note1)

Note1: Decimal number.
Note2: If the data of page: 60, address: 02 is “01”, select page: 60, address:

Note3: For the bit values, refer to “6-2. SERVICE MODE”, “2-2. 2. Bit

Switch setting:

ZOOM ........................................................................... WIDE end

Preparation:

01, and set data: 00.

value discrimination”.

Order Page

1 Check that “1. Data Setting during

2 Check the picture frame. If

3 75 09 Read the data, and memorize it.
4 75 09 04 Set the data.
5 77 F6 Read the data, and memorize it.
6 77 F6 Set Bit2 of the data to “0”. (Note3)
7 77 F7 Read the data, and memorize it.
8 77 F7 Set Bit6 of the data to “1”. (Note3)

9 77 F2 Read the data, and memorize it.
10 77 F2 Set Bit6 of the data to “0”. (Note3)
11 77 F2 Set Bit0 of the data to “0”. (Note3)
12 77 72 Read the data, and memorize it.
13 60 14 90 Set the data.
14 60 12 9F Set the data.
15 60 05 16 Set the data.
16 75 17 Read the data, and memorize it.
17 75 17 50 Set the data.
18 75 18 Read the data, and memorize it.
19 75 18 00 Set the data.
20 75 19 Read the data, and memorize it.
21 75 19 EC Set the data.
22 75 1A Read the data, and memorize it.
23 75 1A 27 Set the data.
24 75 1B Read the data, and memorize it.
25 75 1B 53 Set the data.
26 Wait for 2 sec.

Address

Data of page: 10, address: 80, 81, 82, 83

Data Procedure

Camera System Adjustments” is
performed.

deviated, perform “5. Picture
Frame Setting”.

Checking method:

Order Page

1 Perform “Preparation” before this

2 60 01 F9 Set the data.
3 Wait for 3 sec.
4 60 E1 Read the data, and check it is “08”.
5 10 80 Read the data, and this data is

6 10 81 Read the data, and this data is

7 Calculate DRG0 using the

8 10 82 Read the data, and this data is

9 10 83 Read the data, and this data is

10 Calculate DBG0 using the

11 60 01 00 Set the data.
12 60 E1 00 Set the data.
13 77 72 54 Set the data.
14 Wait for 2 sec.
15 60 01 F9 Set the data.
16 Wait for 3 sec.
17 60 E1 Read the data, and check it is “08”.
18 10 80 Read the data, and this data is

19 10 81 Read the data, and this data is

20 Calculate DRG1 using the

21 10 82 Read the data, and this data is

22 10 83 Read the data, and this data is

23 Calculate DBG1 using the

24 60 01 00 Set the data.
25 60 E1 00 Set the data.
26 77 72 0A Set the data.
27 60 12 A2 Set the data.
28 Wait for 2 sec.
29 60 01 F9 Set the data.
30 Wait for 3 sec.
31 60 E1 Read the data, and check it is “08”.
32 10 80 Read the data, and this data is

33 10 81 Read the data, and this data is

Address

Data Procedure

adjustment.

named D80.

named D81.

following equation
(Hexadecimal calculation)

DRG0 = D80 × 100 + D81

named D82.

named D83.

following equation
(Hexadecimal calculation)

DBG0 = D82 × 100 + D83

named D80.

named D81.

following equation
(Hexadecimal calculation)

DRG1 = D80 × 100 + D81

named D82.

named D83.

following equation
(Hexadecimal calculation)

DBG1 = D82 × 100 + D83

named D80.

named D81.

6-22

DSC-T1

Order Page

34 Calculate DRG2 using the

35 10 82 Read the data, and this data is

36 10 83 Read the data, and this data is

37 Calculate DBG2 using the

38 60 01 00 Set the data.
39 60 E1 00 Set the data.
40 77 72 0A Set the data.
41 Wait for 2 sec.
42 60 01 F9 Set the data.
43 Wait for 3 sec.
44 60 E1 Read the data, and check it is “08”.
45 10 80 Read the data, and this data is

46 10 81 Read the data, and this data is

47 Calculate DRG3 using the

48 10 82 Read the data, and this data is

49 10 83 Read the data, and this data is

50 Calculate DBG3 using the

51 Convert DRG0, DBG0, DRG1, DBG1,

52

53 Check that R/G ratio (1) satisfies

54 Check that B/G ratio (1) satisfies

Address

Data Procedure

following equation
(Hexadecimal calculation)

DRG2 = D80 × 100 + D81

named D82.

named D83.

following equation
(Hexadecimal calculation)

DBG2 = D82 × 100 + D83

named D80.

named D81.

following equation
(Hexadecimal calculation)

DRG3 = D80 × 100 + D81

named D82.

named D83.

following equation
(Hexadecimal calculation)

DBG3 = D82 × 100 + D83

DRG2, DBG2, DRG3 and DBG3 to
decimal number, and obtain
DRG0’, DBG0’, DRG1’, DBG1’, DRG2’,
DBG2’, DRG3’ and DBG3’.

Calculate R/G ratio (1), B/G ratio
(1),

R/G ratio (2), B/G ratio (2),
R/G ratio (3) and B/G ratio (3),
using the following equations
(Decimal calculation)

R/G ratio (1) = (DRG1’ / DRG0’) × 100
B/G ratio (1) = (DBG1’ / DBG0’) × 100
R/G ratio (2) = (DRG2’ / DRG0’) × 100
B/G ratio (2) = (DBG2’ / DBG0’) × 100
R/G ratio (3) = (DRG3’ / DRG0’) × 100
B/G ratio (3) = (DBG3’ / DBG0’) × 100

the specified value 1.
(Decimal number)

the specified value 1.
(Decimal number)

Order Page

55 Check that R/G ratio (2) satisfies

56 Check that B/G ratio (2) satisfies

57 Check that R/G ratio (3) satisfies

58 Check that B/G ratio (3) satisfies

Processing after Completing Adjustments:

Order Page

1 60 01 00 Set the data.
2 60 E1 00 Set the data.
3 60 12 00 Set the data.
4 60 14 00 Set the data.
5 75 09 Set the data memorized at

6 77 F6 Set the data memorized at

7 77 F7 Set the data memorized at

8 77 F2 Set the data memorized at

9 77 72 Set the data memorized at

10 60 05 00 Set the data.
11 75 17 Set the data memorized at

12 75 18 Set the data memorized at

13 75 19 Set the data memorized at

14 75 1A Set the data memorized at

15 75 1B Set the data memorized at

16 Save the data.
17 Wait for 3 sec.
18 Perform next adjustments.

Address

Address

Data Procedure

Linearity check of low
luminance

the specified value 2.
(Decimal number)

the specified value 2.
(Decimal number)

Linearity check of very low
luminance

the specified value 3.
(Decimal number)

the specified value 3.
(Decimal number)

Data Procedure

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

“Preparation”.

If finish the camera system
adjustments, release the data
setting.
(See “1. Data Setting during
Camera System Adjustments”.)

6-23

DSC-T1

14.Color Reproduction Adjustment

Adjust the color reproduction of yellow, red, blue and cyan so that
proper color reproduction is produced.

Mode STILL ( )
Subject Color bar chart

(Standard picture frame)

Measurement Point Video terminal of A/V OUT jack of

the cradle
Measuring Instrument NTSC vectorscope
Adjustment Page 6E
Adjustment Address 60 to 67
Specified value 1 Data of page: 6E, address: 4F is “00”
Specified value 2 Each center of all color luminance

points should settle within each color

reproduction frame.

Note1: If the data of page: 60, address: 02 is “01”, select page: 60, address:

Switch setting:

Adjusting method:

01, and set data: 00.

ZOOM....................................................................WIDE end

VIDEO OUT (SET UP of Menu) ................................. NTSC

Order Page

1 Install the color bar chart.
2 Check that “1. Data Setting during

3 Check the picture frame. If

4 7A 00 Read the data, and this data is

5 7A 00 00 Set the data.
6 6E 4F FF Set the data.
7 60 01 AB Set the data.
8 Wait for 1 sec.
9 60 01 A9 Set the data.

10 Wait until the color of the screen

11 60 02 Read the data, and check it is “01”.

12 6E 4F Read the data, and check it

13 Adjust the GAIN and PHASE of

14 Check that each center of all color

Address

Data Procedure

Camera System Adjustments” is
performed.

deviated, perform “5. Picture
Frame Setting”.

named D00.

stops changing.

(Note2)

satisfies the specified value 1.

the vectorscope so that the burst
luminance point is set at the
specified position.

luminance points is set in each
color reproduction frame.

Processing after Completing Adjustments:

Order Page

1 60 01 00 Set the data.
2 7A 00 Set the data memorized at

3 Save the data.
4 Wait for 3 sec.
5 Perform “Color Reproduction

Burst position

Address

Data Procedure

“Adjusting method”.

Check”. If finish the camera
system adjustments, release the
data setting.
(See “1. Data Setting during
Camera System Adjustments”.)

Fig. 6-1-15.

Note2: The adjustment data will be automatically input to page: 6E,

address: 60 to 67.

6-24

DSC-T1

15.CCD White Defect Compensation Check

The positions of the white defective pixel are detected, and check
that the pixels can be corrected.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 60, address: 55
Measuring Instrument
Specified value 1 00 to 40
Specified value 2 00

Note: If the data of page: 60, address: 02 is “01”, select page: 60, address:

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

1 Install the clear chart.
2 Check that “1. Data Setting during

3 Check the picture frame. If

4 7D 64 Read the data, and memorize the

5 7D 64 1E Set the data.
6 7D 69 Read the data, and memorize the

7 7D 69 28 Set the data.
8 60 01 8B Set the data.

9 Wait for 30sec.
10 60 02 Read the data, and check it is “01”.
11 60 55 Read the data, and check it

12 60 01 00 Set the data.
13 Wait for 1sec.
14 7D 64 0F Set the data.
15 7D 69 C0 Set the data.
16 60 01 87 Set the data.
17 Wait for 30sec.
18 60 02 Read the data, and check it is “01”.
19 60 55 Read the data, and check it

Address

Data Procedure

Camera System Adjustments” is
performed.

deviated, perform “5. Picture
Frame Setting”.

data.

data.

satisfies the specified value 1.

satisfies the specified value 2.

Processing after Completing Adjustments:

Order Page

1 60 01 00 Set the data.
2 7D 64 Set the data memorized at

3 7D 69 Set the data memorized at

4 Save the data.
5 Wait for 3 sec.
6 Perform next adjustments.

Address

Data Procedure

“Adjusting method”.

“Adjusting method”.

If finish the camera system
adjustments, release the data
setting.
(See “1. Data Setting during
Camera System Adjustments”.)

6-25

DSC-T1

16.CCD Black Defect Compensation Check

The positions of the black defective pixel are detected, and check
that the pixels can be corrected. And conf irms that there is no trash
in the surface of the CCD imager, the optical f ilter and the inside of
the lens.

Mode STILL ( )
Subject Clear chart (Standard picture frame)
Measurement Point Data of page: 60, address: 55
Measuring Instrument
Specified value 1 00 to 30
Specified value 2 00

Note1: Check that there are no dust, no dirt and no reflection on the clear

Note2: If the data of page: 60, address: 02 is “01”, select page: 60, address:

Adjusting method:

chart.

01, and set data: 00.

Order Page

1 Check that “1. Data Setting during

2 Check the picture frame. If

3 7D 65 Read the data, and memorize the

4 7D 65 0A Set the data.
5 60 90 00 Set the data.
6 60 91 03 Set the data.
7 60 92 00 Set the data.
8 60 93 00 Set the data.

9 60 01 79 Set the data.
10 60 30 08 Set the data.
11 60 07 Read the data, and check it is “01”.
12 Check that the whole of the screen

13 60 01 8D Set the data.
14 Wait for 30 sec.
15 60 02 Read the data, and check it is “01”.
16 60 55 Read the data, and check it

17 60 01 00 Set the data.
18 Wait for 1 sec.
19 7D 65 0E Set the data.
20 60 01 89 Set the data.
21 Wait for 30 sec.
22 60 02 Read the data, and check it is “01”.
23 60 55 Read the data, and check it

Address

Data Procedure

Camera System Adjustments” is
performed.

deviated, perform “5. Picture
Frame Setting”.

data.

is white.

satisfies the specified value 1.
If the data is “00”, proceed to
“Processing after Completing
Adjustments”

satisfies the specified value 2.

Processing after Completing Adjustments:

Order Page

1 60 01 00 Set the data.
2 Wait for 1 sec.
3 60 2C 00 Set the data.
4 60 30 00 Set the data.
5 60 91 00 Set the data.
6 7D 65 Set the data memorized at

7 Save the data.
8 Wait for 3 sec.
9 Perform next adjustments.

Address

Data Procedure

“Adjusting method”.

If finish the camera system
adjustments, release the data
setting.
(See “1. Data Setting during
Camera System Adjustments”.)

6-26

DSC-T1

17.Strobe Adjustment

Adjust the light level and white balance when the strobe light flashes.

Mode STILL ( )
Subject Background paper (J-2501-130-A)

(50cm from the front of the lens)

Measurement Point

Data of page 6F, address: DC
Measuring Instrument Data of page 6E, address: 4F
Adjustment Page 6F 6E
Adjustment Address D8 to EF 72 to 75
Specified Value1 03 to 09
Specified Value2 00

Note1: Perform this adjustment in the dark room or use the flash

Note2: Any light other than the strobe light should not light up the plate.
Note3: After the power is turned on, this adjustment can be done only

Note4: If the data of page: 60, address: 02 is “01”, select page: 60, address:

adjustment box.

once.

01, and set data: 00.

Switch setting:

ZOOM ........................................................................... WIDE end

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting

during Camera System

Adjustments” is performed.
2 60 2C 01 Set the data.
3 60 90 00 Set the data.
4 60 91 00 Set the data.
5 60 92 FF Set the data.
6 60 93 FF Set the data.
7 60 6C 01 Set the data.
8 60 01 79 Set the data.
9 Wait for 5 sec.

10 60 07 Read the data, and check it is “01”.
11 6E 4F FF Set the data.
12 60 01 B9 Set the data.
13 Check the flashing.
14 60 02 Read the data, and check it is “01”.

(Note5)

15 6F D8 Read the data, and check it is “00”.
16 60 01 00 Set the data.
17 Wait for 5 sec.
18 60 ED Read the data, and check it is “02”.
19 Wait for 1 sec.
20 60 01 E7 Set the data.
21 Check the flashing.
22 60 02 Read the data, and check it is “01”.
23 6F D8 Read the data, and check it is “00”.
24 6F DC Read the data, and check it

satisfies the specified value 1.

25 6E 4F Read the data, and check it

satisfies the specified value 2.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 60 2C 00 Set the data.
3 60 6C 00 Set the data.
4 60 90 00 Set the data.
5 60 91 00 Set the data.
6 60 92 00 Set the data.
7 60 93 00 Set the data.
8 If finish the camera system

adjustments, release the data
setting.
(See “1. Data Setting during
Camera System Adjustments”.)

Note5: The adjustment data will be automatically input to page: 6F,

address: D8 to EF and to page: 6E, address: 72 to 75.

6-27

DSC-T1

18.Auto Focus Illumination Check

Check the auto focus illumination optical axis.

Mode STILL ( )
Subject Background paper (J-2501-130-A).

(50cm from the front of the lens)
Measurement Point Monitor TV (under scan mode)
Measuring Instrument
Adjustment Page 6F
Adjustment Address 10 to 17
Specified Value 1 Center of luminance point should

settle within the specified frame.
Specified Value 2 Data of page: 6F, address: 10 is “00”.

Note1: Perform this adjustment in the dark room or use the flash

Note2: Any light other than the strobe light should not light up the plate.
Note3: If the data of page: 60, address: 02 is “01”, select page: 60, address:

adjustment box.

01, and write data: 00.

Switch setting:

SCENE (Menu) ................................................................... AUTO

Preparations:

1) Take a copy of the AF illumination axis frame with a clear
sheet. (Enlarge the frame in same size as the effective picture
frame of the monitor TV.)

Adjusting method:

Order Page

Address

Data Procedure

1 Turn off the power and turn on

again
2 00 01 01 Set the data.
3 AF 90 Read the data, and memorize it.
4 AF 90 Decrease the data from “5F”, and

stop it when the black frame just

appears on the monitor TV screen.
5 Attach the copied AF illumination

axis frame (transparent) on the

monitor TV screen. (The frame of

the AF illumination axis frame

and the gray frame of the monitor

TV screen must be agree.)
6 7B A9 06 Set the data.
7 60 01 EF Set the data.
8 Check that the AF illumination is

lit.
9 60 02 Read the data, and check it is “01”.

(Note4)

10 Check that center of the luminance

spot is set in the specified frame

of the AF illumination axis frame.

11 6F 10 Read the data, and check it

satisfies the specified value 2.

Fig. 6-1-16.

Processing after Completing Adjustments:

Order Page

Address

Data Procedure

1 60 01 00 Set the data.
2 AF 90 Set the data memorized at

“Adjusting method”.
3 Save the data.
4 Wait for 3 sec.
5 If finish the camera system

adjustments, release the data

setting.

(See “1. Data Setting during

Camera System Adjustments”.)

Note4: The adjustment data will be automatically input to page: 6F,

address: 10 to 17.

6-28

DSC-T1

1-5. LCD SYSTEM ADJUSTMENT

Note: When replacing the LCD unit, be careful to prev ent damages caused

by static electricity.

Switch setting:

LCD ON/OFF ........................................................................... ON

1. Data Setting during LCD System Adjustments

Perform the following data setting before the LCD system
adjustments.

Note: When the power is turned off, some data settings will be released.

So perform this data setting again when the power is turned off.

Order Page

1 00 01 01 Set the data.
2 80 70 01 Set the data.

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

Order Page

1 80 70 00 Set the data.
2 Save the data.
3 Wait for 3 sec.
4 00 01 00 Set the data.

Address

Address

Data Procedure

Data Procedure

2. LCD Initial Data Input (1)

Mode PLAY ( )
Signal Arbitrary
Adjustment Page 8F
Adjustment Address 20, 21, 23 to 2C

Adjusting method:

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

2) Select page: 8F, and set the data in the following table.

3) Save the data.

4) Wait for 3 sec.

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

Address

20
21
23
24
25
26
27
28
29

2A

2B
2C

Data

89
B8
B0
A2

91

3F

41

80

95

80

95

60

Remark

Fixed data
Fixed data
VCO adj.
Fixed data
Bright adj.
Fixed data
Fixed data
White balance adj. (1)
White balance adj. (2)
White balance adj. (1)
White balance adj. (2)
Contrast adj.

6-29

DSC-T1

3. VCO Adjustment (SY-95 board)

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

Mode PLAY ( )
Subject Arbitrary
Measurement Point Data of page: 80, address: 02
Measuring Instrument
Adjustment Page 8F
Adjustment Address 23
Specified Value 01

Note1: A memory stick DUO must be inserted.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

LCD System Adjustments” is

performed.
2 8F 34 32 Set the data.
3 80 00 00 Set the data.
4 80 01 00 Set the data.
5 80 00 01 Set the data.
6 Wait for 1 sec.
7 80 02 Read the data, and check it is “01”.

(Note2)
8 Wait for 1 sec.
9 If finish the LCD system

adjustments, release the data

setting.

(See “1. Data Setting during

LCD System Adjustments”.)

Note2: If the data is other than “01”, adjustment has errors. See the

following table.

Data of page: 80, Contents of adjustment error
address: 02

01 Normally finished
10 Reached an upper limit
20 Reached a lower limit
30 Time out
40 Out of adjustment range
50 Adjustment is impossible

4. Bright Adjustment (SY-95 board)

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

Mode PLAY ( )
Subject Arbitrary
Measurement Point Data of page: 80, address: 02
Measuring Instrument
Adjustment Page 8F
Adjustment Address 25
Specified Value 01

Note1: A memory stick DUO must be inserted.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

LCD System Adjustments” is

performed.
2 8F 38 A8 Set the data.
3 80 00 00 Set the data.
4 80 01 00 Set the data.
5 80 00 03 Set the data.
6 Wait for 1 sec.
7 80 02 Read the data, and check it is “01”.

(Note2)
8 Wait for 1 sec.
9 If finish the LCD system

adjustments, release the data

setting.

(See “1. Data Setting during

LCD System Adjustments”.)

Note2: If the data is other than “01”, adjustment has errors. See the

following table.

Data of page: 80, Contents of adjustment error
address: 02

01 Normally finished
10 Reached an upper limit
20 Reached a lower limit
30 Time out
40 Out of adjustment range
50 Adjustment is impossible

6-30

DSC-T1

5. Contrast Adjustment (SY-95 board)

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

Mode PLAY ( )
Subject Arbitrary
Measurement Point Data of page: 80, address: 02
Measuring Instrument
Adjustment Page 8F
Adjustment Address 2C
Specified Value 01

Note1: A memory stick DUO must be inserted.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

LCD System Adjustments” is

performed.
2 8F 39 28 Set the data.
3 80 00 00 Set the data.
4 80 01 00 Set the data.
5 80 00 05 Set the data.
6 Wait for 1 sec.
7 80 02 Read the data, and check it is “01”.

(Note2)
8 Wait for 1 sec.
9 If finish the LCD system

adjustments, release the data

setting.

(See “1. Data Setting during

LCD System Adjustments”.)

Note2: If the data is other than “01”, adjustment has errors. See the

following table.

6. V COM Adjustment (SY-95 board)

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

Mode PLAY ( )
Subject Arbitrary
Measurement Point Check on LCD display
Measuring Instrument
Adjustment Page 8F
Adjustment Address 24
Specified Value The brightness difference between the

section A and section B is minimum.

Note: A memory stick DUO must be inserted.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

LCD System Adjustments” is

performed.
2 80 71 76 Set the data.
3 8F 41 23 Set the data.
4 8F 24 Change the data so that the

brightness of the section A and

that of the section B is equal.
5 80 71 FF Set the data.
6 8F 41 21 Set the data.
7 Save the data.
8 Wait for 3 sec.
9 If finish the LCD system

adjustments, release the data

setting.

(See “1. Data Setting during

LCD System Adjustments”.)

Data of page: 80, Contents of adjustment error
address: 02

01 Normally finished
10 Reached an upper limit
20 Reached a lower limit
30 Time out
40 Out of adjustment range
50 Adjustment is impossible

B

A

B

A

Fig. 6-1-17.

A

B

A

B

6-31

DSC-T1

7. White Balance Adjustment (1) (SY-95 board)

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

Mode PLAY ( )
Subject Arbitrary
Measurement Point Check on LCD display
Measuring Instrument
Adjustment Page 8F
Adjustment Address 28, 2A
Specified Value The LCD screen should not be colored.

Note1: A memory stick DUO must be inserted.
Note2: Check the white balance only when replacing the following parts.

If necessary, adjust them.

1. LCD panel

2. Light induction plate

3. IC803 of MS-148 board.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

LCD System Adjustments” is

performed.
2 80 71 52 Set the data.
3 80 84 02 Set the data.
4 8F 28 80 Set the data.
5 8F 2A 80 Set the data.
6 8F 28 Check that the LCD screen is not

colored. If not colored, proceed to

step 10.
7 8F 28 Change the data so that the LCD

screen is not colored.
8 8F 2A Change the data so that the LCD

screen is not colored.
9 8F 2A If the LCD screen is colored,

repeat steps 7 to 9.

10 80 71 FF Set the data.
11 Save the data.
12 Wait for 3 sec.
13 If finish the LCD system

adjustments, release the data

setting.

(See “1. Data Setting during

LCD System Adjustments”.)

8. White Balance Adjustment (2) (SY-95 board)

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

Mode PLAY ( )
Subject Arbitrary
Measurement Point Data of page: 80, address: 02
Measuring Instrument
Adjustment Page 8F
Adjustment Address 29, 2B
Specified Value 01

Note1: A memory stick DUO must be inserted.

Adjusting method:

Order Page

Address

Data Procedure

1 Check that “1. Data Setting during

LCD System Adjustments” is

performed.
2 80 83 00 Set the data.
3 80 71 43 Set the data.
4 8F 3A 6C Set the data.
5 80 00 00 Set the data.
6 80 01 00 Set the data.
7 80 00 09 Set the data.
8 Wait for 1 sec.
9 80 02 Read the data, and check it is “01”.

(Note2)

10 Wait for 1 sec.
11 8F 3B 71 Set the data.
12 80 00 00 Set the data.
13 80 01 01 Set the data.
14 80 00 09 Set the data.
15 Wait for 1 sec.
16 80 02 Read the data, and check it is “01”.

(Note2)

17 Wait for 1 sec.
18 80 83 01 Set the data.
19 80 71 FF Set the data.
20 If finish the LCD system

adjustments, release the data

setting.

(See “1. Data Setting during

LCD System Adjustments”.)

Note2: If the data is other than “01”, adjustment has errors. See the

following table.

Data of page: 80, Contents of adjustment error
address: 02

01 Normally finished
10 Reached an upper limit
20 Reached a lower limit
30 Time out
40 Out of adjustment range
50 Adjustment is impossible

6-32

DSC-T1

6-2. SERVICE MODE

2-1. APPLICATION FOR ADJUSTMENT (SEUS)

The application for adjustment (SEUS) is used for changing the
calculation coefficient in signal processing, EVR data, etc. The SEUS
performs bi-directional communication between the personal
computer (PC) and the unit using the USB signal. The resultant
data of this bi-directional communication is written in the non­volatile memory.

2-1-1. Using Method of SEUS

1. Connection

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

2) Connect the camera to another USB port of the PC.

3) Insert a memory stick DUO to the camera.

4) Confirm that the camera starts in the USB mode.

5) Start the SEUS on the PC.

6) 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 “disconnect” state, if the camera is turned

off (for instance, by resetting the unit). In such a case, click
[Connect] on the SEUS screen to restore the “connected” state.

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

T o change the address, click [Address] on the SEUS screen and
enter the address to be changed. Or click [ B ] to increase the
address, click [ b ] to decrease the address. The address is
displayed in hexadecimal notation.

• Data change

T o change the data, click [Set] on the SEUS screen and enter the
data. Or click [ v ] to increase the data, click [ V ] to decrease
the data. The data is displayed in hexadecimal notation.
This operation does not write the data to the nonvolatile memory .
If you want to write the changed data, click [Save] to write it.

• Data saving

T o write the all changed data to the nonvolatile memory ,
click [Save] on the SEUS screen and wait for 3 sec.

• 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.

Fig. 6-2-1.

2-1-2. Precaution on Use of SEUS

Mishandling of the SEUS may erase the correct adjustment data at
times. To prevent this, it is recommended that all adjustment data
be saved before beginning adjustments.

1) Click [Page Edit] on the SEUS screen.

2) Click [Page], and enter the page number to be saved.

3) Click [Read] to read the data to be saved from the camera.

4) Click [File] and save the data to the PC.

6-33

DSC-T1

2-2. SERVICE MODE

1. Setting the Test Mode

Page 2F Address 23

Data Function

80 Normal
01 Forced STILL mode power ON
02 Forced PLAY mode power ON
00 Forced MOVIE mode power ON

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

01.

• For page 2F, the data set is recorded in the non-volatile memory
by saving data. In this case, take note that the test mode will not
be exited even when the main power is turned off.

• After completing adjustments/repairs, release the data setting .

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

2) Select page: 2F, address: 23, and set data: 80.

3) Save the data.

4) Wait for 3 sec.

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

2. Bit value discrimination

Bit values must be discriminated using the hexadecimal data for
following items. Use the table below to discriminate if the bit v alue
is “1” or “0”.

Hexadecimal data

bit3 to bit0 discrimination
bit7 to bit4 discrimination

Display on the

adjustment

remote

commander

A

A (A)
B (b)
C (c)
D (d)

B

E (E)
F (F)

bit3

or

bit7

0
1
2
3
4
5
6
7
8
9

0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1

Bit values

bit2

or

bit6

0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1

bit1

or

bit5

0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1

bit0

or

bit4

0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1

Examples: If the hexadecimal data is “8E”, the bit values for bit7 to bit4

are shown in the A column, and the bit values for bit3 to bit0
are shown in the B column.

6-34

3. Switch check (1)

Page 20 Address 80

DSC-T1

Bit

POWER switch (XPWER ON)

0

(Control switch block S001)
Lens cover open switch (XLENS CAP ON)

2

(SY-95 board S401)

Function

When bit value=1

OFF

Closed

When bit value=0

ON

Open

Using method:

1) Select page: 20, address: 80.

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

4. Switch check (2)

Page 20 Address 90 to 92, 95

Using method:

1) Select page: 20, address: 90 to 92, 95.

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

Address

90

(MODE AD0)

(IC491 J6 )

91

(KEY AD1)

(IC491

H6

)

92

(KEY AD2)

(IC491

G6

)

95

(MODE DIAL0)

(IC491

J8

)

00 to 0B

MENU

(Control switch block)

(S007)

Control button UP

(Control switch block)

(S006)

WIDE

(Control switch block)

(S003)

Mode switch MOVIE

(MS-148 board)

(S101)

0C to 26

Control button LEFT
(Control switch block)

(S005)

IMAGE SIZE/DELETE

(Control switch block)

(S009)

TELE

(Control switch block)

(S004)

Mode switch STILL

(MS-148 board)

(S101)

Data

27 to 47

DISPLAY/LCD BACK LIGHT

(Control switch block)

(S013)

Control button RIGHT
(Control switch block)

(S010)

Mode switch PLAY

(MS-148 board)

(S101)

48 to 72

Control button DOWN

(Control switch block)

(S011)

Control button SET

(Control switch block)

(S008)

73 to FF

No key input

No key input

No key input

5. Switch check (3)

Page 80 Address 13

Function

Shutter button (XAE LOCK SW)

When data = 00

Off

When data = 01

On

When data = 02

On

(Control switch block S002)
Shutter button (XSHTR ON SW)

Off

Off

On

(Control switch block S002)

Using method:

1) Select page: 80, address: 13.

2) Read the data. By discriminating the data, the state of the switches can be discriminated.

6-35

DSC-T1

6. LED check

Page 20 Address 04
Page 80 Address 12
Page 8E Address FE

Using method:

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

2) Select page: 8E, address: FE, set data: 20.

3) Select page: 80, address: 12, set data: 01.

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

5) Check that all LED (Power, Flash/Charge, MS access, AF illmination) are lit.

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

7) Select page: 80, address: 12, set data: 00.

8) Select page: 8E, address: FE, set data: 00.

9) Select page: 00, address: 01, set data: 00.

7. Record of Use check

Page 4F Address 94 to 97

Address

94
95
96
97

Using method:

1) The recording counter data is displayed at page: 4F, addresses: 94 to 97. These data are named D94, D95, D96 and D97 respectively.

2) Calculate the recording counter (N) using following equation. (Hexadecimal calculation)

N = D97 + D96 × 100 + D95 × 10000 + D94 × 1000000

8. Self Diagnostics Log check

Page 20 Address B0 to B8

Address

B0
B1
B2
B3
B4
B5
B6
B7
B8

Function

Recording counter
(Hexadecimal)

Initial value

00
00
00
00
00
00
00
00
00

“Repaired by” code (Occurred 1st time) *1
“Block function” code (Occurred 1st time)
“Detailed” code (Occurred 1st time)
“Repaired by” code (Occurred 2nd time) *1
“Block function” code (Occurred 2nd time)
“Detailed” code (Occurred 2nd time)
“Repaired by” code (Occurred 3rd time) *1
“Block function” code (Occurred 3rd time)
“Detailed” code (Occurred 3rd time)

Remarks

1000000-digit and 1000000-digit
1000000-digit and 10000-digit
1000-digit and 100-digit
10-digit and 1-digit

Function

*1: “C” t “01”, “E” t “03”

Using method:

1) The self diagnostics log is displayed at page: 20, addresses: B0 to B5.

Note: These data will be erased when the lithium battery (CN-198 board) is removed.

6-36

DSC-T1

〈FOR CAMERA COLOR REPRODUCTION ADJUSTMENT〉

〈AF ILLUMINATION FRAME〉

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

✂

6-38E

✂

1. 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.

(Machine before starting repair)

SECTION 6

ADJUSTMENTS

PC PC

DSC-T1

(Machine after a board is replaced)

Save the EVR data
to a personal computer.

Download the saved
data to a machine.

Procedure 2

Remove the flash memory from the board of the machine that is going to be repaired. Install the removed
flash memory to the replaced board.

Remove the flash memory and install it.

(Former board)

(New board)

Procedure 3

When the data cannot be saved due to defectiv e flash memory , or when the flash memory cannot be r emoved
or installed, save the data from the same model of the same destination, and download it.

(Machine to be repaired) (Machine to be repaired)

PC

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.)

Download the data.

6-1

DSC-T1

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.
Note: The automatic Adjustment Program does not support the “Initialization of data” and “Wide Limit Adjustment”. Perform them

manually.

Replaced parts

Block Mounted parts Board

replacement replacement replacement

Flash memory

replacement

Adjusting item Adjustment

(Note) Initialization of data
VIDEO adjustment Video output level adj.
(Note) Wide limit adj.
CAMERA adjustment 1 Flange back adj.
CAMERA adjustment 2 Flange back check

F No. compensation
Mechanical shutter adj.
Light value adj.
AWB 3200K standard data input
AWB 5800K standard data input

CAMERA adjustment 3

CAMERA adjustment 4

LCD adjustment

AWB 5800K check
AWB 3200K check
CCD linearity check
Color reproduction adj.
CCD white defect compensation check
CCD black defect compensation check
Strobe adj.
Auto focus illumination check
LCD initial data input
VCO adj.
Bright adj.
Contrast adj.
V-COM adj.
White Balance adj. (1)
White Balance adj. (2)

LCD unit

(RGB drive, Timing gen.) (LCD)

(AF illmination LED)

(Timing gen., S/H, AGC, A/D conv.)

(Camera DSP)

CCD block

Lens device

LCD901

Xenon tube

LCD block

Back light unit

IC803

D003

LCD block

MS-148 board

ST-86 board

(Video amp.)

IC151

IC301

IC302

SY-95 board

SY-95 board

SY-95 board

(COMPLETE)

(COMPLETE)

MS-148 board

ST-86 board

(Camera system control)

(With built-in flash memory)

(COMPLETE)

SY-95 board

IC501

SY-95 board

zz

zz z z

zzz
zz z z
zz z z

zz

zzz

zzz z zz zz

zzz zzz z

Table 6-1-1

6-2

6-1. ADJUSTMENT

Personal computer

OS: Windows98/98SE/
Me/2000/
XP Home/XP Pro
USB connector × 2

J-1

J-9

J-10

J-8

J-7

HASP key and application
for adjustment (SEUS)

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

J-2

USB cable
1-828-073-11

J-3

Pattern box PTB-450
J-6082-200-A
or
Small pattern box
PTB-1450
J-6082-557-A

J-4

Color bar chart

For PTB-450:
J-6020-250-A

For PTB-1450:
J-6082-559-A

J-5

Clear chart

For PTB-450:
J-6080-621-A

For PTB-1450:
J-6082-560-A

J-6

Minipattern box
J-6082-353-B

Siemens star chart
J-6080-875-A

Filter for color
temperature correction
(C14)
J-6080-058-A

Back ground paper
J-2501-130-A

Cradle
1-817-742-11

J-11

1-1. PREPARATIONS BEFORE ADJUSTMENT

1-1-1. List of Service Tools

• Oscilloscope • Color monitor • Vectorscope • AC power adapter

• Calculator which can hexadecimal calculation.

DSC-T1

Fig. 6-1-1

6-3

DSC-T1

1-1-2. Preparations

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

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

[CONNECTION OF EQUIPMENT]

Pattern box

About 30cm (PTB-450)
About 13cm (PTB-1450)

Front of the lens

Fig. 6-1-2

Personal computer
(with two USB ports)

Memory stick DUO

AC power
adaptor

USB

DC IN

Cradle (Note)

USB2

USB1

AC IN

Note: When performing “CAMERA Adjustment 1”, connect the cables after disassembling the cradle.

Unless the cradle is disassembled, the USB cable and the power cable will interfere with the mini pattern box, and thus the
subject cannot be set correctly.

Fig. 6-1-3

HASP key

6-4

e

1-1-3. Precaution

1. Setting the Switch

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

Switch settings

1. Mode switch....................................................... STILL (

2. Lens cover...................................................................... Open

3. ZOOM.................................................................... WIDE end

Color bar chart (Standard picture frame)

H

)

3. MACRO (

) .................................................................. ON

4. SCENE (Menu)............................................................... Auto

5. VIDEO OUT (SET UP of Menu) .................................NTSC

DSC-T1

Yellow

AAB

Video terminal

output waveform

Cyan

A=

Fig. a

White

Green

B

2

Magenta

Red

Blue

CD

Enlargement

A

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

C=D

V

Difference in level

Fig.6-1-4

Cyan

White

Green

Yellow

LCD screen or under scan

Fig. b

monitor TV picture

Adjust the camera position and direction
to obtain the output waveform shown in
Fig. a and the LCD screen or the monitor
TV display shown in Fig. b.

Red

Blue

Magenta

Picture fram

6-5

DSC-T1

m

A

3. Preparing the Flash Adjustment Box

A dark room is required to provide an accurate strobe 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 sheets)

400 mm

513 mm 513 mm 700 m

woody board B (2 sheets)

370 mm

700 mm730 mm

Fig. 6-1-5

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. 6-1-6)

woody board C (1 sheet)

700 mm

woody board A

woody board B

woody board

woody board B

woody board C

Fig. 6-1-6

6-6

DSC-T1

1-1-4. Using Method of 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.

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. 6-1-7, 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 saving
To write the all changed data to the nonvolatile memory, click

[Save] on the SEUS screen and wait for 3 sec.

• 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.

1-1-5. 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. 6-1-7

Saving Method:

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

PAGE EDIT screen.

2) Click [Page], and enter the page number to be saved.

3) Click [Page] to read the data to be saved from the camera.

4) Click [File] and save the data to PC.

Loading Method:

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

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

PAGE EDIT screen.

3) Click [File] and load the data from PC.

4) Click [Write] on the SEUS PAGE EDIT screen.

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

6) Click [Save] on the SEUS screen.

7) Wait for 3 sec.

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

6-7

DSC-T1

1-2. AUTOMATIC ADJUSTMENT

The DSC-T1 is adjusted with the Automatic Adjustment Program.
The Automatic Adjustment Program controls automatically the ad­justment operations that conventionally were entered manually on
the operation screen (however , partially some adjustments will re­quire manual operation on the SEUS operation screen).

1-2-1. Precautions When Using Automatic Adjust-

ment Program

1) The Automatic Adjustment Program writes the adjustment re­sults such as EVR data to the set through two-way communi­cation with the camera via the SEUS. Accordingly, the Auto­matic Adjustment Program must be used in the environment
where the SEUS operates.

2) The program run time may vary depending on the environ­ment of the personal computer used.

3) Even if the Automatic Adjustment Program is used without
starting the SEUS, the SEUS will start automatically when the
adjustment is executed. Howe ver, it may tak e time for the SEUS
to start, and therefore the Automatic Adjustment Program
should be used with the SEUS started in order to reduce the
program run time.

1-2-2. Start of Automatic Adjustment Program

Double-click the application file (DSC-T1 Auto-Adj
Ver_1.[]r

Note:[] (numeric value) of the file name var ies depending on the

[][]

.exe), and the Automatic Adjustment Program will start.

version of Automatic Adjustment Prog ram.

1-2-3. Function of Each Button on Main Menu Screen

When the Automatic Adjustment Program started, the Main Menu
screen in Fig. 6-1-8 will appear. On this screen, select each adjust­ment section.

1

2

3

4

Fig. 6-1-8

1 [VIDEO SYSTEM ADJUSTMENT] button

The “VIDEO SYSTEM ADJUSTMENT” screen appears.

2 [CAMERA SYSTEM ADJUSTMENT] button

The “CAMERA SYSTEM ADJUSTMENT” screen appears.

3 [LCD SYSTEM ADJUSTMENT] button

The “LCD SYSTEM ADJUSTMENT” screen appears.

4 [END] button

The Automatic Adjustment Program finishes.

6-8

DSC-T1

1-3. VIDEO SYSTEM ADJUSTMENTS

1-3-1. Function of Each Button on Video System

Adjustment Screen

Click the
Menu screen, and the “VIDEO SYSTEM ADJUSTMENT” screen
in Fig. 6-1-9 will appear.

1 [To Menu] button

2 [VIDEO Adjustment Start] button

[VIDEO SYSTEM ADJUSTMENT] button on the Main

1

2

43

Fig. 6-1-9

The Main Menu screen comes back.

“Video Adjustment” starts.

1-3-2. Adjustment Items of VIDEO System

Adjustment

The adjustment items of video system adjustment are as listed in
Table 6-1-2. The Automatic Adjustment Program ex ecutes the ad­justment items if the VIDEO Adjustment Start button is clicked.

Button
Name

VIDEO VIDEO Output
Adjustment Level Adj.

Adjustment Signal Page Address

Arbitrary 8F D0

Table 6-1-2

3 [Reset] button

This button functions same as the Reset button of the camera.

4 [Release Data Setting] button

The data setting at the adjustment is cancelled.
During the data setting, the button color changes from “white”
to “red”. When the data setting is cancelled, the button color
returns to “white”.
(Use this button when an error occurred in the video adjust­ment. If the adjustment completed successfully, the data set­ting is automatically cancelled and the button color returns to
“white”.)

6-9

DSC-T1

1-3-3. Adjusting Method

[Automatic Adjustment Program execution items and
sequence]

1. Data Setting during Video Adj.

2. Video Output Level Adj.

3. Release of Data Setting during Video Adj.

[Specified value of video output level adj.]

Measurement Point Video terminal of AV OUT jack of

the cradle (75Ω terminated)

Measuring Instrument Oscilloscope
Specified Value Sync level:

A = 286 ± 5 mV (NTSC mode)
A = 300 ± 5 mV (PAL mode)

Burst level:

B = 286 ± 30 mV (NTSC mode)
B = 300 ± 30 mV (PAL mode)

[Adjusting method]

1) Click the [VIDEO Adjustment Start] button.

2) The Automatic Adjustment Program e xecutes the “1. Data Set­ting during Video Adj.”.

3) If “1. Data Setting during V ideo Adj.” completed successfully,
the next message is displayed during the execution of “2. V ideo
Output Level Adj.”. Using the UP/DOWN key on the SEUS
Operation screen, adjust so that the sync level of the video
signals satisfies the specified value. After the adjustment, check
that the burst level of the video signals satisfies the specified
value, and click the [OK] button in the message.

SEUS operation screen

UP/DOWN key

Fig. 6-1-12

Check on the osilloscope

B

A

Fig. 6-1-10

4) If the [OK] button button is clicked, “3. Release of Data Set­ting during Video Adj.” will be executed.

5) Upon successful completion of all items of the VIDEO adjust­ment, the following message is displayed. Click the [OK] but-
ton.

Fig. 6-1-11

H

Fig. 6-1-13

6-10

1-4. CAMERA SYSTEM ADJUSTMENTS

1-4-1. Function of Each Button on Camera System

Adjustment Screen

Click the [CAMERA SYSTEM ADJUSTMENT] button on the Main
Menu screen, and the “CAMERA SYSTEM ADJUSTMENT”
screen in Fig. 6-1-14 will appear.

1

2

4

DSC-T1

Fig. 6-1-14

1 [To Menu] button

The Main Menu screen comes back.

2 Adjustment start buttons

• [CAMERA Adjustment 1 Start] button
“Camera Adjustment 1” starts.

• [CAMERA Adjustment 2 Start] button
“Camera Adjustment 2” starts.

• [CAMERA Adjustment 3 Start] button
“Camera Adjustment 3” starts.

• [CAMERA Adjustment 4 Start] button
“Camera Adjustment 4” starts.

3 [Reset] button

This button functions same as the Reset button of the camera.

4 [Release Data Setting] button

The data setting at the adjustment is cancelled.
During the data setting, the button color changes from “white”
to “red”. When the data setting is cancelled, the button color
returns to “white”.
(Use this button when an error occurred in the camera adjust­ment 1-4. If the adjustment completed successfully, the data
setting is automatically cancelled and the button color returns
to “white”.)

3

6-11

DSC-T1

1-4-2. Adjustment Items of Camera System Adjust-

ment

The adjustment items of camera system adjustment are as listed in
Table 6-1-3. The Automatic Adjustment Program divides the ad­justment items into four, camera adjustment 1-4. Clicking either
CAMERA Adjustment Start button allows the adjustment item
which corresponds to that button to be executed.
The adjustment conditions of the subject and filter vary depend­ing on which item is adjusted. The Adjustment Program displays
an instruction for the subject and filter as a message during the
adjustment.

Button Name Adjustment Subject

(Note 1) Wide Limit Adj. Not required 6F 18, 19
CAMERA Adjustment 1 Flange Back Adj.

CAMERA Adjustment 2 Flange Back Check. (1.0m from front the lens)

F No. Compensation 6F 60 to 64, 6B to 6D
Mechanical Shutter Adj.
Light Value Adj. 6F 65 to 67
AWB 3200K Data Input 6E 04 to 21

AWB 5800K Data Input

CAMERA Adjustment 3

CAMERA Adjustment 4 Flash adjustment box 6F D8 to EF

Note 1: The Automatic Adjustment Program does not support

“Wide Limit Adjustment”.

Note 2: Dark Siemens star chart.

AWB 5800K Check
AWB 3200K Check

CCD Linearity Check
Color Reproduction Adj.
CCD White Defect

Compensation Check
CCD Black Defect

Compensation Check
Strobe Adj.

Auto Focus Illumination Check 6F 10 to 17

Siemens star chart with ND filter
for minipattern box (Note 2)

Siemens star chart with ND filter

(Luminance: 200 to 400 lux)

Clear chart (Standard picture frame)

Clear chart (Standard picture frame)
Filter C14 for color temperature

correction
Clear chart (Standard picture frame)

Color ber chart
(Standard picture frame)

Clear chart (Standard picture frame)

Adjustment Adjustment

Page Address

6F 18 to 53

6F 6B to 6D, B8 to D7

6E 00 to 03, 24 to 41

6E 60 to 67

6E 72 to 75

Table 6-1-3

6-12

1-4-3. Adjusting Method

1. Wide Limit Adjustment

Adjustment to remove variations at the wide end of the inner fo­cus lens.

Adjustment Page 6F
Adjustment Address 18, 19

DSC-T1

1-1.Adjusting method when the lens is replaced:

Adjusting method:

Order Page

1 00 01 01 Set the data.
2 6F 18 Set the data. (Note)
3 6F 19 Set the data. (Note)
4 7C 16 01 t 00 Change the data.

5 Save the data.
6 Wait for 2 sec.
7 Perform “Flange Back

Note: The data of page: 6F , address: 18 and 19, that are set in the

Orders 2 and 3 as described above, are shown on the data
sheet supplied with the replacement lens for repair.
Set the upper single byte of the 2-byte data shown on the
sheet to address: 18, and the lower byte of the data to the
address: 19.

Address

Data Procedure

(The data is OK if it is “00”.)

Adjustment”.

1-2.Adjusting method when replacement of lens
is not required and the SY-95 board is replaced:

When the data of page: 6F, address: 18 and 19 can be
read from the defective SY-95 board before replace­ment, and both of the data are not “00”:

Adjusting method:

Order Page

1 00 01 01 Set the data.
2 6F 18 Set the previous data
3 6F 19 Set the previous data
4 7C 16 01 t 00 Change the data.

5 Save the data.
6 Wait for 2 sec.
7 Perform “Flange Back

When the data of the page: 6F, address: 18 and 19 can
be read out from the defective SY-95 board before
replacing it, and both of the data are “00”:

1) Replace the lens with the replacement lens and perform “1-1.
Adjusting method when the lens is replaced”.

Address

Data Procedure

(The data is OK if it is “00”.)

Adjustment”.

Data for
Page: 6F,
Address: 18

Fig. 6-1-15

When the data of page: 6F, address: 18 and 19 cannot
be read from the defective SY-95 board:

1) Replace the lens with the replacement lens and perform “1-1.
Adjusting method when the lens is replaced”.

Note: The data of page: 7C, address: 16, that is set in the Order 4

of the adjusting method of 1-1 or 1-2, is “01” when shipped
from the factory. Let the data remain “00” after comple-
tion of the service adjustment.

Data for
Page: 6F,
Address: 19

6-13

DSC-T1

2. CAMERA Adjustment 1
Note: When performing “CAMERA Adjustment 1”, connect the

cables after disassembling the cradle.
Unless the cradle is disassembled, the USB cable and the
power cable will interfere with the mini pattern box, and
thus the subject cannot be set correctly.

[Automatic Adjustment Program execution items and
sequence]

1. Data Setting during Camera Adj.

2. Flange Back Adj.

3. Release of Data Setting during Camera Adj.

[Adjusting method]

1) If the [CAMERA Adjustment 1 Start] button is clicked, the
following message is displayed.
If “Wide Limit Adjustment” is necessary, click the [Cancel]
button to interrupt the Adjustment Program, and perform “1.
Wide Limit Adjustment”.

Fig. 6-1-16

Preparation of Flange Back Adj.

1) The minipattern box is installed as shown in the following fig­ure.
Note: The attachment lenses are not used.

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

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

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

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

Specified voltage:The specified voltage varies according to the

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

Below 3 cm

Minipattern box

Camera

Regulated power supply

Output voltage : Specified voltage ± 0.01 Vdc

Output current : more than 3.5 A

2) If the [OK] button is clicked, the Automatic Adjustment Pro­gram executes “1. Data Setting during Camera Adj.”.

3) Upon successful completion of the “1. Data Setting during
Camera Adj.”, the follo wing message is displayed. Set the sub­ject by referring to “Preparation of Flange Back Adj.”.

Fig. 6-1-17

4) If the [OK] button is clicked, “2. Flange Back Adj.” and “3.
Release of Data Setting during Camera Adj. ” will be ex ecuted.

5) Upon successful completion of all items of the CAMERA
Adjustment 1, the following message is displayed. Click the

[OK] button.

Red (+)

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

Black (GND)

Need not connected

Fig. 6-1-19

Fig. 6-1-18

6-14

DSC-T1

3. CAMERA Adjustment 2

[Automatic Adjustment Program execution items and
sequence]

1. Data Setting during Camera Adj.

2. Flange Back Check

3. Release of Data Setting during Camera Adj.

[Adjusting method]

1) Click the [CAMERA Adjustment 2 Start] button.

2) The Automatic Adjustment Pr ogram executes “1. Data Setting
during Camera Adj.”.

3) Upon successful completion of the “1. Data Setting during
Camera Adj. ”, the following message is displayed. Set the sub­ject in accordance with the message.

Fig. 6-1-20

4) Click the [OK] button is clicked, “2. Flange Back Check” is
executed. The follo wing messages are displayed, and then op­erate the cameral to make a check in accordance with the mes­sages.

6) Upon successful completion of all items of the CAMERA
Adjustment 2, the following message is displayed. Click the

[OK] button.

Fig. 6-1-22

Fig. 6-1-21

5) Upon completion of “2. Flange Back Check”, “3. Release of
Data Setting during Camera Adj.” is executed.

6-15

DSC-T1

B

A

C

A = C =

B
2

E = F

V

EF

4. CAMERA Adjustment 3

[Automatic Adjustment Program execution items and
sequence]

1. Data Setting during Camera Adj.

2. Picture Frame Setting

3. F No. Compensation

4. Mechanical Shutter Adj.

5. Light Value Adj.

6. AWB 3200K Standard Data Input

7. AWB 5800K Standard Data Input

8. AWB 5800K Check

9. AWB 3200K Check

10. CCD Linearity Check

11. Color Reproduction Adj.

12. CCD White Defect Compensation Check

13. CCD Black Defect Compensation Check

14. Release of Data Setting during Camera Adj.

[Adjusting method]

1) Click the [CAMERA Adjustment 3 Start] button.

2) The Automatic Adjustment Program e xecutes the “1. Data Set­ting during Camera Adj.”.

3) Upon successful completion of “1. Data Setting during Cam­era Adj.”, “2. Picture Frame Setting” is executed. The follow-
ing message is displayed, and then referring to Fig. 6-1-25 to
Fig. 6-1-27, set the subject and click the [OK] button.

Check on the oscilloscope

Measurement Point:Video terminal of A/V OUT jack

(75Ω terminated)

1. Horizontal period

Fig. 6-1-23

After that, the next message is displayed. Then, change the chart
in accordance with the message.

Fig. 6-1-24

4) Click the [OK] button, and the items from “3. F No. Compen­sation” to “6. AWB 3200K Standard Data Input” will be ex­ecuted.

Fig. 6-1-25

2. Vertical period

Fig. 6-1-26

Check on the monitor TV

A = C =

ABC

B
2

E

E = F

F

Color bar chart picture frame

Effective picture frame

Fig. 6-1-27

6-16

DSC-T1

Burst position

5) Upon successful completion of the “AWB 3200K Check”, the
following message is displayed. Set the filter in accordance
with the message.

Fig. 6-1-28

6) Click the [OK] button, and the “7. AWB 5800K Standard Data
Input” and “8. AWB 5800K Check” will be executed.

7) Upon successful completion of the “AWB 5800K Check”, the
following message is displayed. Set the filter in accordance
with the message.

Fig. 6-1-29

8) Click the [OK] button, and the “9. AWB 3200K Check” and
“10. CCD Linearity Check” will be executed.

9) Upon successful completion of “10. CCD Linearity Check”,
the following message is displayed. Change the chart in ac­cordance with the message.

11) Upon successful completion of “11. Color Reproduction Adj. ”,
the following message is displayed. Change the chart in ac­cordance with the message.

Fig. 6-1-32

12) Click the [OK] button, and the “12. CCD White Defect Com­pensation Check”, “13. CCD Black Defect Compensation
Check” and “14. Release of Data Setting during Camera Adj.”
will be executed.

13) Upon successful completion of all items of the CAMERA
Adjustment 3, the following message is displayed. Click the

[OK] button.

Fig. 6-1-33

Fig. 6-1-30

10) Click the [OK] button, and “11. Color Reproduction Adj. ” will
be executed. The following messages are displayed in order,
and then operate the vectorscope to make a check with the
color reproduction frame in accordance with the message.

Fig. 6-1-31

Check on the vectorscope

Fig 6-1-34

6-17

DSC-T1

5. CAMERA Adjustment 4
Note: “CAMERA Adjustment 4” is available only once after the

power is turned on. If the adjustment is retried, turn off the
power and turn on again.

[Automatic Adjustment Program execution items and
sequence]

1. Data Setting during Camera Adj.

2. Strobe Adj.

3. Auto Focus Illumination Check

4. Release of Data Setting during Camera Adj.

[Adjusting method]

1) Click the [CAMERA Adjustment 4 Start] button.

2) The Automatic Adjustment Program executes the “1. Data
Setting during Camera Adj.”.

3) Upon successful completion of the “1. Data Setting during
Camera Adj.”, the follo wing message is displayed. Set the sub­ject in accordance with the message.
(For the Flash adjustment box, refer to “3. Preparing the Flash
Adjustment Box” (see page 6-6).)

6) Upon successful completion of “2. Strobe Adj.”, “3. Auto Fo-
cus Illumination Check” is executed. The following messages
are displayed, and then attach the AF illumination axis frame
to the monitor TV screen to make a check in accordance with
the messages.

Fig. 6-1-35

4) Press the [OK] button, and the “2. Strobe Adj.” will be ex-
ecuted.

5) During execution of “2. Strobe Adj.”, the following message
is displayed. After checking the flashing of strobe light, click
the [OK] button. (This message is displayed 2 times during
execution of adjustment.)

Fig. 6-1-36

Fig. 6-1-37

7) Upon successful completion of the “3. Auto Focus Illumina­tion Check”, the “4. Release of Data Setting during Camera
Adj.” will be executed successively.

8) Upon successful completion of all items of the CAMERA
Adjustment 4, the following message is displayed. Click the

[OK] button.

Fig. 6-1-38

Check on the monitor TV

6-18

Fig. 6-1-39

DSC-T1

1-5. LCD SYSTEM ADJUSTMENTS

1-5-1. Function of Each Button on LCD System

Adjustment Screen

Click the [LCD SYSTEM ADJUSTMENT] button on the Main
Menu screen, and the “LCD SYSTEM ADJUSTMENT” screen in
Fig. 6-1-40 will appear.

1

2

43

Fig. 6-1-40

1 [To Menu] button

The Main Menu screen comes back.

2 [LCD Adjustment Start] button

“LCD Adjustment” starts.

1-5-2. Adjustment Items of LCD System Adjustment

The adjustment items of LCD system adjustment are as listed in
Table 6-1-4. The Automatic Adjustment Program ex ecutes the ad­justment items if the LCD Adjustment Start button is clicked.

Button
Name

LCD
Adjustment

Adjustment Signal Page Address

LCD Initial Data
Input 23 to 2C

VCO adj. 8F 23
Bright adj. 8F 25
Contrast adj. Arbitrary 8F 2C
V-COM adj. 8F 24
White Balance adj.

(1)
White Balance adj.

(2)

20, 21,

8F

8F 28, 2A

8F 29, 2B

Table 6-1-4

3 [Reset] button

This button functions same as the Reset button of the camera.

4 [Release Data Setting] button

The data setting at the adjustment is cancelled.
During the data setting, the button color changes from “white”
to “red”. When the data setting is cancelled, the button color
returns to “white”.
(Use this button when an error occurred in the LCD adjust­ment. If the adjustment completed successfully, the data set­ting is automatically cancelled and the button color returns to
“white”.)

6-19

DSC-T1

1-5-3. Adjusting Method

[Automatic Adjustment Program execution items and
sequence]

1. LCD Initial Data Input

2. Data Setting during LCD Adj.

3. VCO Adj.

4. Bright Adj.

5. Contrast Adj.

6. V -COM Adj.

7. White Balance Adj. (1)

8. White Balance Adj. (2)

9. Release of Data Setting during LCD Adj.

[Adjusting method]

1) Click the [LCD Adjustment Start] button.

2) The Automatic Adjustment Program executes the items from
“1. LCD Initial Data Input” to “5. Contrast Adj.”.

3) Upon successful completion of the “5. Contrast Adj. ”, the fol­lowing message is displayed during execution in “6. V-COM
Adj.”. On the SEUS screen, operate the UP/DOWN key so
that the brightness of portions A and B on the LCD panel is
equal. After the adjustment, click the [OK] button.

SEUS operation screen

UP/DOWN key

Fig. 6-1-44

Check on the LCD screen (V-COM Adj.)

A

B

Fig. 6-1-41

4) Upon completion of “6. V-COM Adj. ”, “7. White Balance Adj.
(1)” is executed. The following message is displayed, and then
check that LCD screen is not colored.
If colored, change the data of page: 8F, address: 28 and 2A on
the SEUS Operation screen to adjust so that the LCD screen is
not colored.

Fig. 6-1-42

5) If the [OK] button is clicked, “8. White Balance Adj. (2)” and
“9. Release of Data Setting during LCD Adj. ” will be ex ecuted.

A

B

B

A

A

B

Fig. 6-1-45

Fig. 6-1-43

6-20

DSC-T1

This part indicates
the adjustment
item in which
an error occurred.

This part indicates
the adjustment
item in which
an error occurred.

1-6. ERROR

In case of an error during the execution of adjustment, the Auto­matic Adjustment Program interrupts the processing at that point,
and displays an error message, and then terminates the program
execution there.

1-6-1. Error Message

When an error message is displayed, perform the remedy given
below , and then retry adjustment. If the error message is displayed
though the remedy was performed, the circuits will be faulty.

1. Connect Error

Fig. 6-1-46

Symptom USB communication with the set is abnormal.
Cause • USB cable is not inserted tightly.

• Power supply is not installed correctly.

• Communication with SEUS is abnormal.

Remedy • Disconnect the USB cable once, and then re-

connect it tightly and check that the set is in

“USB Mode”.

• Install the power supply correctly.

• Start the SEUS and click the

check that the connection state is established.

2. RESET the CAMERA and Try Again

[Connect] to

3. Adjustment Time Out

Fig. 6-1-48

Symptom Adjustment does not finish within the specified

time.

Cause • Adjustment conditions are wrong.

• Data error exists in the camera.

Remedy • Check that the conditions such as a subject

are correct.

• Reset the camera.

4. Adjustment NG

Fig. 6-1-49

Symptom The adjusted data does not become the speci-

fied value.

Cause • Adjustment conditions are wrong.

• Data error exists in the camera.

Remedy • Check that the conditions such as a subject

are correct.

• Reset the camera.

Fig. 6-1-47

Symptom The camera is not ready for adjustment.
Cause • Data error exists in the camera.
Remedy • Reset the camera.

6-21

DSC-T1

5. Data Save Error

How to cancel the
data setting during
adjustment is
display here.

Fig. 6-1-50

Symptom data cannot be saved normally. (The data set-

ting during adjustment cannot be cancelled)

Cause • Data writing to the flash memory failed.

• Connection is faulty.

• Power supply is not installed correctly.

Remedy • On the SEUS Operation screen,

to the pages and addresses displayed in the
message, and [Save] them. (Cancel manu­ally the data setting during adjustment.)

• Check the connection.

• Install the power supply correctly.

[Set] the data

1-6-2. Precautions When an Error Occurred

The Automatic Adjustment Program sets the data for adjustment
before the adjustment starts. Accordingly, if the adjustment termi­nates by an error, the data during the adjustment may be left in the
camera.
Note 1: With this data left in the camera, the camera will not

operate normally.

In this case, the
“red” on the screen as shown in Fig. 6-1-51, 52 and 53. Click the

[Release Data Setting] button is displayed in

[Release Data Setting] button to cancel the data setting. When

the data setting is cancelled, the button color becomes “white”.
Note 2: When “Data Save Error” occurred, the [Release Data

Setting] button is displayed in “white”.

To cancel the data setting, perform it on the SEUS Op­eration screen. How to cancel the data setting is displayed
in the error message.

Video System Adjustment screen

Fig. 6-1-51

Camera System Adjustment screen

Fig. 6-1-52

LCD System Adjustment screen

6-22

Fig. 6-1-53

DSC-T1

1-7. INITIALIZATION OF DATA

1-7-1. INITIALIZATION OF DATA

1. Initializing All Pages Data

By performing the following procedure, data of all the pages will
be initialized.

Initializing Method:

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

2) Click [Sector Write] on the SEUS screen to display the SEUS
SECTOR WRITE screen.

3) Check that the SET ID is “04”.

4) Click [All] of the ALL SELECT buttons to select all pages.
(Fig. 6-1-54. A)

5) Click [Write] to write the initializing data to the flash memory
of the camera.

6) Wait for 3 sec.

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

Processing after Completing Initializing of data

Order Page

1 20 00 29 Set the data.
2 20 01 29 Set the data.
3 Check “Receive Paket Error” is

4 Turn on the power of the camera.
5 Click [Connect] on the SEUS

Address

Data Procedure

displayed on the SEUS screen.

screen.

2. Initializing Single Page Data

By performing the following procedure, data of the page that you
want to initialize will be initialized.

Initializing Method:

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

2) Click

3) Check that the SET ID is “04”.

4) Click “All” of the option buttons of the target page. (F ig. 6-1-54. B)

5) Click [Write] to write the initializing data to the flash memory

6) Wait for 3 sec.

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

Processing after Completing Initializing of data

Order Page

[Sector Write] on the SEUS screen to display the SEUS

SECTOR WRITE screen.

of the camera.

Address

1 20 00 29 Set the data.
2 20 01 29 Set the data.
3 Check “Receive Paket Error” is

4 Turn on the po wer of the camera.
5 Click [Connect] on the SEUS

Data Procedure

displayed on the SEUS screen.

screen.

B

6-23

A

Fig. 6-1-54

DSC-T1

6-2. SERVICE MODE

1. Setting the Test Mode

Page 2F Address 23

Data Function

80 Normal
01 Forced STILL mode power ON
02 Forced PLAY mode power ON
00 Forced MOVIE mode power ON

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

01.

• For page 2F, the data set is recorded in the non-v olatile memory
by saving data. In this case, take note that the test mode will not
be exited even when the main power is turned off.

• After completing adjustments/repairs, release the data setting .

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

2) Select page: 2F, address: 23, and set data: 80.

3) Save the data.

4) Wait for 3 sec.

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

2. Bit value discrimination

Bit values must be discriminated using the hexadecimal data for
following items. Use the table below to discriminate if the bit v alue
is “1” or “0”.

Hexadecimal data

bit3 to bit0 discrimination

bit7 to bit4 discrimination

Display on the

adjustment

remote

commander

0
1
2
3
4
5
6
7

A

B

8

9
A (A)
B (b)
C (c)
D (d)
E (E)

F (F)

bit3

or

bit7

0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1

Bit values

bit2

or

bit6

0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1

bit1

or

bit5

0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1

bit0

or

bit4

0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1

Examples: If the hexadecimal data is “8E”, the bit values for bit7 to bit4

are shown in the A column, and the bit values for bit3 to bit0
are shown in the B column.

6-24

3. Switch check (1)

Page 20 Address 80

DSC-T1

Bit

POWER switch (XPWER ON)

0

(Control switch block S001)
Lens cover open switch (XLENS CAP ON)

2

(SY-95 board S401)

Function

When bit value=1

OFF

Closed

When bit value=0

ON

Open

Using method:

1) Select page: 20, address: 80.

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

4. Switch check (2)

Page 20 Address 90 to 92, 95

Using method:

1) Select page: 20, address: 90 to 92, 95.

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

Address

90

(MODE AD0)

(IC491

J6

)

91

(KEY AD1)

(IC491

H6

)

92

(KEY AD2)

(IC491

G6

)

94

(MODE DIAL0)

(IC491

J8

)

00 to 0B

MENU

(Control switch block)

(S007)

Control button UP

(Control switch block)

(S006)

WIDE

(Control switch block)

(S003)

Mode switch MOVIE

(MS-148 board)

(S101)

0C to 26

Control button LEFT
(Control switch block)

(S005)

IMAGE SIZE/DELETE

(Control switch block)

(S009)

TELE

(Control switch block)

(S004)

Mode switch STILL

(MS-148 board)

(S101)

Data

27 to 47

DISPLAY/LCD BACK LIGHT

(Control switch block)

(S013)

Control button RIGHT
(Control switch block)

(S010)

Mode switch PLAY

(MS-148 board)

(S101)

48 to 72

Control button DOWN

(Control switch block)

(S011)

Control button SET

(Control switch block)

(S008)

73 to FF

No key input

No key input

No key input

5. Switch check (3)

Page 80 Address 13

Function

Shutter button (XAE LOCK SW)

When data = 00

Off

When data = 01

On

When data = 02

On

(Control switch block S002)
Shutter button (XSHTR ON SW)

Off

Off

On

(Control switch block S002)

Using method:

1) Select page: 80, address: 13.

2) Read the data. By discriminating the data, the state of the switches can be discriminated.

6-25

DSC-T1

6. LED check

Page 20 Address 04
Page 80 Address 12
Page 8E Address FE

Using method:

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

2) Select page: 8E, address: FE, set data: 20.

3) Select page: 80, address: 12, set data: 01.

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

5) Check that all LED (Power, Flash/Charge, MS access, AF illmination) are lit.

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

7) Select page: 80, address: 12, set data: 00.

8) Select page: 8E, address: FE, set data: 00.

9) Select page: 00, address: 01, set data: 00.

7. Record of Use check

Page 4F Address 94 to 97

Address

94
95
96
97

Using method:

1) The recording counter data is displayed at page: 4F, addresses: 94 to 97. These data are named D94, D95, D96 and D97 respectively.

2) Calculate the recording counter (N) using following equation. (Hexadecimal calculation)

N = D97 + D96 × 100 + D95 × 10000 + D94 × 1000000

8. Self Diagnostics Log check

Page 20 Address B0 to B8

Address

B0
B1
B2
B3
B4
B5
B6
B7
B8

Function

Recording counter
(Hexadecimal)

Initial value

00
00
00
00
00
00
00
00
00

“Repaired by” code (Occurred 1st time) *1
“Block function” code (Occurred 1st time)
“Detailed” code (Occurred 1st time)
“Repaired by” code (Occurred 2nd time) *1
“Block function” code (Occurred 2nd time)
“Detailed” code (Occurred 2nd time)
“Repaired by” code (Occurred 3rd time) *1
“Block function” code (Occurred 3rd time)
“Detailed” code (Occurred 3rd time)

Remarks

1000000-digit and 1000000-digit
1000000-digit and 10000-digit
1000-digit and 100-digit
10-digit and 1-digit

Function

*1: “C” t “01”, “E” t “03”

Using method:

1) The self diagnostics log is displayed at page: 20, addresses: B0 to B5.

Note: These data will be erased when the lithium battery (CN-198 board) is removed.

6-26

〈FOR CAMERA COLOR REPRODUCTION ADJUSTMENT〉

DSC-T1

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

✂

〈AF ILLUMINATION FRAME〉

✂

6-27E

6-27

[Description of main button functions on toolbar of the Adobe Acrobat Reader Ver5.0 (for Windows)]

Toolbar

Printing a text

1. Click the Print button .

2. Specify a printer, print range, number of copies, and other op­tions, and then click [OK].

Application of printing:

To set a range to be printed within a page, select the graphic
selection tool

be printed, and then click the Print button.

and drag on the page to enclose a range to

Finding a text

1. Click the Find button .

2. Enter a character string to be found into a text box, and click
the [Find]. (Specify the find options as necessary)

Application to the Service Manual:

To execute “find” from current page toward the previous pages,
select the check box “Find Backward” and then click the
“Find”.

3. Open the find dialog box again, and click the [Find Again] and
you can find the matched character strings displayed next.
(Character strings entered previously are displayed as they are
in the text box.)

Reversing the screens displayed once

•To reverse the previous screens (operation) one by one, click
.

the

•To advance the reversed screens (operation) one by one, click

.

the

Application to the Service Manual:

This function allows you to go and back between circuit dia­gram and printed circuit board diagram, and accordingly it
will be convenient for the voltage check.

Moving with link

1. Select either palm tool , zoom tool , text selection tool

, or graphic selection tool .

2. Place the pointer in the position in a text where the link exists

(such as a button on cover and the table of contents page, or
blue characters on the removal flowchart page or drawing

page), and the pointer will change to the forefinger form .

3. Then, click the link. (You will go to the link destination.)

Moving with bookmark:

Click an item (text) on the bookmark pallet, and you can move
to the link destination. Also, clicking can display the
hidden items.
(To go back to original state, click )

Application to the Service Manual:

The parts on the drawing pages (block diagrams, circuit dia­grams, printed circuit boards) and parts list pages in a text
can be found using this find function. For example, find a
Ref. No. of IC on the block diagram, and click the [Find Again]
continuously, so that you can move to the Ref. No. of IC on
the circuit diagram or printed circuit board diagram succes­sively.

Note: The find function may not be applied to the Service

Manual depending on the date of issue.

Switching a page

•To move to the first page, click the .

•To move to the last page, click the

•To move to the previous page, click the

•To move to the next page, click the

.

.

.

Zooming or rotating the screen display

“Zoom in/out”

• Click the triangle button in the zoom control box to select the

display magnification. Or, you may click
ing in or out.

“Rotate”

• Click rotate tool , and the page then rotates 90 degrees each.

or for zoom-

Application to the Service Manual:

The printed circuit board diagram you see now can be changed
to the same direction as the set.