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1-4E

DSC-T100_L3

Usually, the camera has been set so as to disable the data writing from the PC to the internal memory of the camera.
This setting must be changed temporarily when the data is to be written to the internal memory such as a case after the board replacement.
To change the setting, use the write enable tool “WriteEnableTool.exe”.

1) Connect the PC to the camera (USB mode: Mass Storage), and switch the driver to the “Sony Seus USB Driver”.
2) Start the Write Enable Tool and the SeusEX.
3) Click the [Activate Write Enable Mode] button of the Write Enable Tool.

4) Upon completion of the setting change, the following message will be displayed.

5) Return the driver to the original one, and connect the PC to the camera (USB mode: Mass Storage).
6) Write the data read out into the PC to the internal memory of the camera.
7) Disconnect the PC from the camera, and turn off the camera.

By turning off the camera, the write enable setting is reset.

DSC-T100_L3

4-3

DSC-T100_L3

1. Connection

2. Adjust the distance so that the output waveform of

Fig. a and the Fig. b can be obtain.

When indicating parts by reference number, please
include the board name.

(For schematic diagrams)
• All capacitors are in 

µ

F unless otherwise noted. pF : 

µ

µ

F.  50 V or less are not indicated except for electrolytics

and tantalums.

• Chip resistors are 1/10 W unless otherwise noted.

k

Ω

=1000 

Ω

, M

Ω

=1000 k

Ω

.

• Caution when replacing chip parts.

New parts must be attached after removal of chip.
Be careful not to heat the minus side of tantalum
capacitor, Because it is damaged by the heat.

• Some chip part will be indicated as follows.

Example

C541

L452

22U

10UH

TA  A

2520

• Constants of resistors, capacitors, ICs and etc with XX

indicate that they are not used.
In such cases, the unused circuits may be indicated.

• Parts with 

★

 differ according to the model/destination.

Refer to the mount table for each function.

• All variable and adjustable resistors have characteristic

curve B, unless otherwise noted.

• Signal name

XEDIT

→ 

EDIT

PB/XREC 

→

 PB/REC

•

2

: non flammable resistor

•

5

: fusible resistor

•

C

: panel designation

•

A

: B+ Line

•

B

: B– Line

•

J

: IN/OUT direction of (+,–) B LINE.

•

C

: adjustment for repair.

•

A

: not use circuit

• Voltages and waveforms are measured between the

measurement points and ground when camera shoots
color bar chart of pattern box. They are reference values
and reference waveforms.
(VOM of DC 10 M

Ω

 input impedance is used)

• Voltage values change depending upon input

impedance of VOM used.)

Kinds of capacitor

Case size

External dimensions (mm)

Y

ellow

A

A

B

B

A=B

Fig. a (Video output terminal output waveform)

H

Cyan

Green

White

Magenta

Red

Blue

Fig.b (Picture on monitor TV)

CRT picture frame

Electronic beam
scanning frame

Pattern box

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

Color bar chart

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

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

Pattern box

Front of the lens

L = 24 cm (PTB-450)
L = 11 cm (PTB-1450)

L

Camera

• If the imager has been replaced, carry out all the adjustments

for the camera section.

• As the imager may be damaged by static electricity from

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

The components identified by mark 

0

 or dotted line with

mark 

0

 are critical for safety.

Replace only with part number specified.

Les composants identifiés par une marque 

0

  sont

critiques pour la sécurité.
Ne les remplacer que par une pièce portant le numéro
spécifie.

4-5

DSC-T100_L3

: Voltage measurement of the CSP ICs

and the Transistors with    mark, are
not possible.

Note: CD-696 flexible complete board,

IC001 and IC002 are not supplied, but
they are included in CCD block assy.

Note: Voltages of IC001 and IC002 can not

be measured, because they are mounted
by the side of the lens.

LND035

LND034

LND033

LND005

LND031

LND032

LND030

LND028

LND027

LND026

LND025

LND024

LND023

LND022

LND021

LND029

LND020

LND019

LND017

LND016

LND015

LND014

LND013

LND012

LND011

LND009

LND008

LND007

LND006

LND004

LND003

LND002

LND001

R003 100k

C006
0.1u

C007

0.01u

R007

220k

5

6

7

8

9

10

13

V9

14

V10

15

VST2

16

VST1

17

NC

18

VOUT

24

CSUB

25

SUB_CONT

26

DGND

22

VSS

23

VSS

30

1

2

3

11

27

LH1

19

VDD

4

12

20

RG

21

AGND

28

H1

29

H2

31

32

33

34

LND010

LND037

LND036

LND038

LND018

C005
0.1u

R008 100k

R009

150k

C001

0.01u

C009

0.01u

LND039

C008

0.01u

1

SFCNT

2

IDRV0

3

IDRV1

4

GND

5678

9

10

11

12

13

NC

14

OUT

15

GND

16

DRVCNT

17

GND

C003

0.22u

LND040

13

20

25

37

10

18

38

2

31

21

34

16

29

36

11

26

22

8

35

6

28

23

33

27

32

7

4

3

39

14

24

15

19

9

17

1

30

12

5

10

11

9

12

F

G

E

C

CCD IMAGER

5

05

A

H

6

4

1

B

8

3

D

7

2

CD-696 FLEXIBLE BOARD

H1

V6

CCD_OUT

REG_GND

V7

V9

REG_GND

V5A

V2

REG_GND

SUB

RG

REG_GND

REG_GND

V3A

CAM_13V

POWER_SAVE

RGE_GND

CAM_-7,5V

VHLD2

REG_GND

VST2

V4

SUB_CONT

LV

REG_GND

V3B

H3

LH1

CSUB

VST1

VHLD1

H2

REG_GND

V1

V5B

V10

V8

CCD_GND

REG_GND

V5B

V4

V1

V3A

VHLD1

VST1

VST2

V8

V6

V5A

V3B

V2

VHLD2

LV

V7

V9

V10

IC002

CXA3741UR-T9

BUFFER

IC002

IC001

ICX636EQZ-13

8.1M CCD IMAGER

IC001

V9

V10

VST2

VST1

V8

V7

V6

V5B

V5A

V4

V3B

V3A

V2

V1

VHLD2

VHLD1

LV

GND

IN

GND

NC

VCC

ISF0

ISF1

NC

V3A

V3B

V4

V5A

V5B

V6

V7

V8

H3

SUB

VL

V1

V2

LV

VHLD1

VHLD2

NC