Toshiba PDR-M70 User manual

DIGITAL STILL CAMERA
SERVICE MANUAL
PDR-M70
FILE NO. 210-200005
PRINTED IN JAPAN, Aug., 2000
S

1.DISASSEMBLING PROCEDURE
1. Remove the battery and the SmartMedia.
2. Remove four screws (A110), one screw (A370)
located at the bottom of front panel and one screw
(A430A), and remove the front cover (A100).
3. Remove two flexible cables (H005, W011) con-
nected to the lens part, the flexible cable (W015)
connected to the strobe PC board and two lead
wires (blue or gray (Z002)). (Both leads are sol-
dered.)
4. Disassembling the front cover assembly.
1) Short-circuitthecondenserterminalonthestrobe
PCboardbythecementregister(5W133Ω)and
discharge for 2 ~ 3 sec.
2) Remove three screws (ZL01B) and remove the
lens block (U004).
3) Remove two screws (H004A) and one screw
(H004B). Disconnect the lead wire (W017) of
external strobe terminal and remove the strobe
unit (H004).
4) Remove the microphone (Z002) assembled on
the front cover (A100).
5. Disassembling around the rear cover assembly
1) Removetwo screws(UT01A).Removetheflex-
ible cable (W014), the color LCD lead wire
(H002) and the speaker lead wire (Z001), and
remove the terminal PC board (UT01).
2) Remove the board-to-board connector and re-
move the DC/DC PC board (H001).
3) Remove two screws (A370) (inside the cover of
the SmartMedia) and remove the battery case
(A360).
4) Remove twoscrews(A355) andremove thetop
cover (A300).
5) Removethreescrews(UM01A)andremovethe
microprocessor PC board (UM001).
6) Remove one screw (A420A) and remove the
speaker (Z001).
7) Remove five screws (UD01A). Disconnect the
LCD flexible cable and remove the digital PC
board (UD01).
8) RemovethecolorLCD (H002)fixedwithaboth-
sides adhesive tape.
6. Disassembling the top cover assembly.
1) Remove two screws (A325) and remove the
black & white LCD block (H003).
2) Set the mode dial to “Auto photography mode”
asbelow.Pushtheroundholeattherearsideof
the dial with tweezers, etc. (The mode dial plate
is attached with a both-sides adhesive tape.)
Then, remove the mode plate (A340).
3) Remove two screws (A330A) and remove the
mode dial (A330).
4) Remove three screws (US01A) and remove the
switch PC board (US01).
2.NOTES ON ASSEMBLING AND
DISASSEMBLING
·Be sure to discharge the condenser of strobe to
prevent electric shock.
Do not break wires. The wirings using flexible
cables and lead wires are provided inside the
camera.
·When mounting the digital PC board on the rear
cover, be sure to perform it with the cover of the
SmartMedia opened. (Otherwise, the SmartMedia
cover detection switch will be broken. )
·Solder the two lead wires connected between the
PC boards located at front and rear side of the
camera. The blue lead wires are soldered with the
front side and rear side of the camera separated.
·When connecting the speaker and the external
strobe terminal (W017) to each terminal, note the
connectiondirection.Forspeakerterminal,thered
wire is connected to (+) side and the black wire is
to(-)side. For theexternalstrobe terminal, referto
the figure below.
· Mount the speaker without being inclined. Be sure
to make the positioning for the speaker external
groove and the rib of the rear cover.
SET-UP
Tv
Av
OFF
Front
Rear
Auto photpgraphy mode
Round hole
Mode dial
Black
H004
Strobe PC board
Strobe unit side
Red
W017

3.BLOCK DIAGRAM
32KHz XM01
(RJ21P3AAOPT)
2048 x 1600 pixels
(LR38617)
U004
LENS 3ZOOM F2.0
QC01
CCD
Focus
Optical filter
Iris shutter
SenseDrivingSenseDriving
Zoom
QC05
CCD-7V
CCD16
GA(TC200E1452) QD09
CCD5V
36MhZ
QC06
PC01
QC09, QC10
QC03
QC06
OR
Comparator
Motor driver
Motor driver
Motor driver
QD05
M3.5V
QD08
QD07
QD06
PD02
OR, INV
CDS, A/D
(AD9841)
VDRIVER
(LR36685)
QC08
16V->15V
(TK11900M)
QD40-QD43
WE timing control
DSPD (LR38665) QD11
QD10
POW
CON
SM CARD
SM
interface
Color separation process
(Y/C generator)
CPU(ARM)
JPEG
Regulating/Extension
NTSC/PAL
ENCODE
CCD control DIO
EXT CON USART
Memory
controller UART
USB I/F
24.54,29.5,24.0 MHz
QD22
QD23
SDRAM
(MB81F6416420)
SDRAM
(MB81F6416420)
SDRAM
(MB81F6416420)
QD21
D/A
(MB88347)
QD26
FLASH
(MBM29LV160)
QD20
RM35,RM36
PT01
LCD6V
ZT01
USB
AV
(Serial for
adjustment)
QT05
PT02
Speaker
Microphone
QT07,QT06,
QT08
QT10
PT03
UT01 (PB9457-1) TERMINAL BOARD
STROBE
UNIT
X
contact
PD08
UNREG
LCD15.5V
DC/DC
Converter
UNREG
--->
A3.3V
D3.3V
M3.5V
AD05V
LCD6V
LCD15.5V
CCD5V
CCD16V
CCD-7V
POW1
POW2
PD07
FUSE 0.5A
UNREG
DD04,DD05
SW
SW
QD31
QD30
R-LCD
Cross key
MENU
MODE
MACRO
ERASE
Scratching
correction
OB&Gain
adjustment
AE
integrator
CPU
interface
GIO &
MOTOR
PD03
EEPROM
SM CARD
SOCKET
LCD I/F
(LV4131W)
POW
SW&REG
3.3->3.3
15.5->13
Low temperature poly
silicon LCD (ALP237)
Flat backlight
PLL
&
VCOM
DC
QD13
AUDIO
ENC/DEC
(MSM9841)
QD27
USB driver
(PDIUSB11)
QD17
QD18
QD16,
QD46
H002
PD05
QD19
LCD15.5V
QD14
CON SW
DRIVE
Setup
transformer
SW
QT12
QT14
MIC AMP
DRIVE
AD05V PT05
Earphone jack
LED
PD10
DC
JACK
From AC
adapter
5VDC
Battery
voltage detection
FUSE 3A
BATTRY
LAND
BT1,BT2
3.7V
ZD02
FUSE 2A
ZD04
QD32,QD33
Charging circuit
G-LED
RM35,RM36
QM03(MIP805)
PM01
UM01 (PB9456-3) MICON BOARD
US01 (PB9457-1)
H003
High voltage
generator for EL
MODE
KEY
SHUTTER, POWER
QM06
PM03
BW LCD
FLUSH QTY
EL
SELF
Sub microprocessor
(MB89558A-190, 120)
12.28 MHz XM02
Reset detection
(PST9128)
1/3
QM05,QM15,
QM16,QM18
ZOOM jitter delete
QM20,QM19
DC input voltage detection
QM13
X contact driver
QM01 QM01
QM12
QM02
LPF 75
Ω driver
Up/Down
voltage REG
3.3VREG
Reference
voltage generator
UC01 (PB9456-1)
CCD BOARD
UD01 (PB9456-2) DIGITAL BOARD
H004
H001
TG

4.PACKING ASSEMBLY
Y112
Y109
Y116
Y121
Y122
Y117
A703
Y107
A705
A704
A701
Y118
Y102
Y108
Y106
Y111
Y101
Y110
(for European
continent)

A400
US01
A340
A330
A300
H003
W013
A320
A350
A430
Z001
A200
A210
H002
W014
A410
UD01
PD10
H001
PT04
UT01
W011
W015
A360
UM01
A100
A440
Z002
Z003
H004
U004
UC01
H005
SD06
A330A
US01A
A310
A325
A355
Top cover assembly
A420
A110
A370
A110
A420A
A430B
UD01A
H001B
H001A
W018
UT01A ZL01C
ZL06
ZL01B
A370
A430A
A110
Z004 H004A
Front cover assembly
H004B
UM01A
W017
Rear cover assembly
5.CHASSIS ASSEMBLY

6.PARTS LIST
Location Part
Number Number Description
UC01 23784712 PC BOARD ASSY, PB9456-1
UD01 23784711 PC BOARD ASSY, PB9456-2
UM01 23784713 PC BOARD ASSY, PB9456-3
US01 23784715 PC BOARD ASSY, PB9457-1
UT01 23784971 PC BOARD ASSY, PB9457-2
U004 23005093 LENS BLOCK
W011 23389110 CABLE, FPC 34P
W013 23389112 CABLE, FPC 10P
W014 23389118 CABLE, FFC 24P
W015 23389117 CABLE, FFC 20P
A100 23540079 COVER, ASSY FRONT
A200 23540008 COVER, ASSY REAR
A210 23450293 WINDOW, ASSY COLOR LCD
A300 23540009 COVER, TOP COVER AS
A320 23450246 WINDOW, B/W LCD WINDOW
A330 23445400 KNOB, MODE DIAL
A340 23433122 DECORATIVE, MODE PLATE
A350 23445398 BUTTON, ASSY TOP
A360 23540022 COVER, ASSY BATTERY CASE
A400 23445402 KNOB, ZOOM LEVER
A410 23445403 BUTTON, FUNCTION BUTTON
A430 23710196 TRIPOD NUT
A440 23540027 COVER, LENS CAP
H001 23122387 P0WER UNIT, DC/DC
H001A 23890862 SPACER, DC/DC
H001B 23541069 SHEET, DC/DC
H002 23301362 DISPLAY, ALP237FAX
H003 23301375 DISPLAY, BW LCD DISPLAY
H004 23311839 LAMP, STROBE
H005 23537563 PC BOARD, FPC ENCHOU
PD10 23365243 JACK, DC HEC3650
PT04 23365455 JACK, EARPHONE SMT3.5 TAP
SD06 23344452 SWITCH, PUSH SWITCH
Z001 23351155 SPEAKER, HDR9107
Z002 23354002 MICROPHONE, KUB2823
Z003 23165448 TERMINAL, SYNC TERMINAL
Y101 23448587 CASE, SOFT CASE
Y106 23301377 BATTERY, PACK PDR-BT2
Y107 23122376 P0WER UNIT, AC ADAPTOR (for U.S.A. and Canada)
23122381 P0WER UNIT, AC ADAPTOR (for European Continent)
23122382 P0WER UNIT, AC ADAPTOR (for U.K.)
Y109 23062004 CDROM DISK,
Y110 23368748 CABLE, VIDEO/AUDIO 1.5M
Y111 23368749 CABLE, USB 1.5M
Y116 23563940 INSTRUCTION MANUAL
Y117 23563941 INSTRUCTION MANUAL (SOFTWARE MANUAL)
Y118 23077097 STRAP ATTACHMENT FITTING
Y121 23563958 INSTRUCTION MANUAL, DEUTSCH (for European Continent)
Y122 23563959 INSTRUCTION MANUAL, DEUTSCH (SOFTWARE MANUAL) (for European Continent)

SERVICE MANUAL
FILE NO. 210-200315
DIGITAL STILL CAMERA
PDR-M700
CREATED IN TAIWAN, JUL, 2003

TOSHIBA PDR-M700
Service Manual
Section Description Pages
1. System Overview 1
1-1. System Diagram Block Diagram 1
1-2. System Overview Camera System Introduction 2
2. Disassembly / Assembly 5
2-1. Disassembly Operation Steps of Disassembly 5
2-2. Assembly Operation Steps of Assembly 12
3. Calibration Camera Calibration 17
4. Troubleshooting Troubleshooting Guide 35
5. Mechanical Parts 37
5-1. Explode Diagram Explode Diagram of Camera 37
5-2. Camera Parts photo Camera Parts List with Photo 39
5-3. Screw List Screw List 42
6. Packing Parts 43
6-1. Packing Explode Diagram Packing Explode Diagram 43
6-2. Packing Parts List Packing Parts List 44
7. Service Parts Service Parts List 45
8. Specification Specification of Camera 46
Updated : Jul. 15. 2003
Prepared by Premier Image Technology Corp.

1
CCD1
(WB/Gamma/
RGB)
CCD2
Ext.Device
Controller Flash
Controller
SDRAM
Controller
DMAC
PLL
JPEG
NT/PAL
Encoder
Resize
Engine
UART0
AudioI/F
USART0
USBController
D/A
Sub_CPU
MUX
MODEPCB
FLASH HOUSE
MAINPCB
DCIN
BATT
+/-
PDR-M700 Block Diagram
UART1
USART1
Monitoring
Engine
HD6433802
SACK
SCK32/RXD32
FLASH PCB
MotorDriver
12
SHUTTER PCB
POWER
SW
R/G
LED
PWR_SW
FlashHigh
VoltageArea
(Charge)
PowerCircuit
32.768KHz8.00MHz
TXD32
USB
LR38668Y
CDS/ADC
TG
RJ23P3AA1DT
CCD
OLPF
M
M
M
OS
V
LENS
CCD PCB (M700)
LRS5718
CANONX10 ZOOM
M50231FP
H
HD/VD
PD[0:11]
TGCLKIN(49.08MHz)
M
HD/VD
GIO
GIO
FlashMemory
SDRAM
MEMD[15:0] MEMA[20:0]
MEMD[15:0]
32
16
16 14 21
SDRAM
K4S281633D-RLK4S281633D-RL M28W320ECT70ZB6
16
CF
Controller
SD
Controller SM
Flash
ARM7TDMI LocalSRAM
LCD PCB
CXA3572R
LCDI/F
EVFI/F
LV4141W
SWITCH FPC
AVOUT
75ohmDriver
FILT ER
29.5MHz(PAL)
PLL 24MHz(CLK24O)
ICS404K
24MHz
EXT.MIC
CODEC
MICA MP
SPAMP
AK4536
INT.MIC
SCDA1A0801
SDCard
Connector
SDCard
SwitchMIC
SPEAKER
TK15467S
Switching
ECH8603 MB3883PV
[OUTPUT ]
M3.4V/+1.8V/+15V/-7V/+12V/+8.5V/D3.3V/+5V
UNREG/UNREG3
BKL1LCD
DCDC
BD6155FVM
3COLORS
LED
CL-501G-D
FlashCircuit
(Triger/Adjust)
IGBT
FLASHSENSOR
FLASHDOORSW
3
C-MNC20-00-00
AD
CARDDOORSW
SYSTEMIN/CCDON/LCDON/DCBAT/DIS7V/CD35VON
CARDDOORSW
STROBEDOORSW
STROBEDOORSW
SLFR
SLFG
SLFB
IR SENSOR
(Remote)
MODESW
IREN
LCD_
R/G/B
VIDEO
LCD_Y
U/V
ML621-TZ12
BL1
DISPSW
MENU SW
5-KEY SW
TRUSHSW
SELFSW
FLASHSW
WIDESW
TELESW
RLED/GLED
RLED
GLED
IR[3:1]
2
2
2
2
2
3
3
2
2
4
6
4
CY25AAJ-8
24.5454MHz
(CLK2454O)
MEMD[31:16]
14
MEMA[13:0]
sw
[34pin]
[20pin]
[2pin]
[20pin]
[2pin] [14pin]
[4pin]
Sensor
Sub_CPU
PTK85508X
[40pin]
[10pin]
[22pin]
[24pin]
2,5"LCD
ACX317AKN
[2pin]
0.33"EVF
ALP026AGX
[2pad]
TK11840L
BL2 [2pin]
BKL6LCD
DCDC
[4pad]
[4pin]
AD9944KCP(12bit)
3
2
4
AMP
NJM2135
EVF_RT/
GT/BT 3
SPN
Section 1. System Overview
1-1 System Diagram

1-2 System Overview
The PDR-M700 consists of 7 PC boards (the Main PCB, CCD PCB, Flash PCB, LCD PCB, Switch PCB, Mode PCB and Shutter PCB), a lens unit, a
color LCD, a color EVF unit, a flash unit, etc.
The lens unit consists of a CANON 10X zoom lens and built-in shutter motor, an aperture motor, a zoom motor and a focus motor.
The color EVF unit is a lens with an incorporated 110,000 pixel SANYO 0.33” liquid crystal display (ALP026AGX) and has a backlight consisting
of 1 LED.
The color LCD is a 110,000 pixel SONY 2.5” liquid crystal display (ACX317AK) with a backlight consisting of 6 LEDs.
The flash unit includes a xenon tube, diffusion lens and trigger coil.
The Main PCB consists of a CODER (U101) controlling the audio input/output, a DSP (U901/SHARP LR38668) controlling signal processing and
user interface and including the camera’s main CPU (ARM) which conducts all control directly after the power is turned on, a PLL (U902)
generating all clocks aside from those for the sub-CPU (U401), SDRAMs (U300 and U301) in which the image data and program data is stored, a
FlashROM (U304) storing the program data and adjustment data for the lens, etc., a motor driver (U505) driving the motors, a power control IC
(U10) controlling various voltages, a sub-CPU (Main PCB – U405/HITACHI HD6433802) supplementing the DSP (U901) with power supply
management and calendar functions, etc.
Power is supplied by four AA batteries or a 5V AC adaptor.
The CCD PCB consists of a timing generating IC (UB50), a 3MCCD (UB10, SHARP RJ23P3AA1DT) and an AD converter (UB11). The pulses
generated by UB50 drive the CCD (UB10) to acquire image signals that are converted into digital signals and output from theAD converter (UB11),
and control of the timing generating IC (UB50) is conducted by the Main PCB DSP (U901).
In the Flash PCB, the 300V voltage is boosted to the flash capacitor (160uF/300V) by the charging boost transformer (T150) for charging and high
voltage pulses are generated by the IGBT (Q165) to emit the flash. The quantity of light emitted is determined by the reflected light of the photo
sensor connected to the Flash PCB.
For the LCD PCB, the Y color difference signals from the DSP (U901) are input to the 2.5” liquid crystal display driver IC (U600/CX3572R) to
drive the 2.5” liquid crystal display (ACX317AK). For the EVF output, the RGB signals from the DSP (U901) are input to the 0.33” EVF driver IC
(U702/LV4141W) to drive the 0.33” EVF (ALP026AGX). There is also a speaker AMP (U770) whose input signals are signals from the CODEC
(U101).
The Switch PCB consists of the zoom button switch, flash button switch and self-timer button switch.
The Mode PCB consists of a mode dial (S802), POWER switch key (S800) and remote control signal receiver (U1). The shutter key information and
other data is output to the Main PCB microprocessor (U405) and DSP (U901).
The Shutter PCB consists of a shutter button and other parts.
2

1-2-1. Startup operation
When batteries are loaded or the AC adaptor is connected, a 3.0V voltage for the sub-CPU is generated by U402 and supplied to the sub-CPU (U405).
When the POWER switch (S800) is turned on in this status, the camera switches to the boot-up sequence.
The sub-CPU (U405) conducts the power on control until the main voltage supplied to the DSP (U901) and other parts is supplied. When the AC
adaptor is connected, it is identified and turns on the power. If the AC adaptor is not connected, the battery voltage is checked and the power only
turns on if the voltage is strong enough to turn it on.
Once the power is turned on, the power off operation is conducted by the DSP (U901) exchanging data with the CPU (U405) to check the battery
voltage information, and if the voltage is below the stipulated value a command is issued to turn the power off with the POWER switch.
1-2-2. Power off operation
The power off operation is conducted by the DSP (U901) exchanging data with the sub-CPU (U405) to check the battery voltage information, and if
the voltage is below the stipulated value a command is issued to turn the power off with the POWER switch.
In the standby mode after the power has turned off, only the calendar function of the sub-CPU (U405) operates and the camera stands by for the
power to be turned on next. The calendar function remains operating for a specific amount of time even if theAC adaptor is disconnected and no
batteries within camera, the camera's built-in coin battery (BT1) keeps operation tell a certain fixed time.
1-2-3. Image capturing mode
The DSP (U901) switches to the image capturing mode when the mode dial is set to the image capturing status. When the shutter button is pressed in
this status, the DSP (U901) issues the image release command to the CCD driving IC (UB50) in order to obtain the image from the CCD (UB10),
and the image signals from the CCD (UB10) are converted into digital signals by the AD converter (UB11) and output to the DSP (U901). When the
image data is input to the DSP (U901), the DSP (U901) conducts the operation for processing the signals, converting them into YCrCb signals then
into JPEG format and writing this on the SD card. The DSP (U901) uses the SDRAMs (U300 and U301) for the signal processing operations and for
temporary data storage.
1-2-4. Display mode
The DSP (U901) switches to the display mode when the mode dial is set to the display status. Data is loaded from the SD card and the image is
displayed on the LCD or EVF. When a video cable is connected, the data is only output from the video cable. The DSP (U901) converts the SD
card’s images from JPEG to YCrCb format in order to display them on the LCDs. The SDRAMs (U300 and U301) are used at this time.
1-2-5. Lens module control
The lens module consists of shutter, aperture and focus motors.A current drive motor is used for the shutter, step motors are used for the aperture,
focus and zoom. The initial positions of the focus and zoom are determined by a photo interruptor inside the lens module. The step motor determines
the focus position based on this. The pulses applied to the motor are applied to the motor drive IC (U505) from the DSP (U901) and amplified to
drive the lens motor.
1-2-6.Auto focus/Auto exposure (AF/AE)
The results of several pre-captures are processed in the DSP (U901) in order to determine the optimum focus position and aperture/shutter time.
When taking still pictures, the AE/AF operation is only performed when the shutter button is pressed half way.
1-2-7.Auto white balance
The DSP (U901) calculates the RGB values from the raw data output from the AD converter (UB11), the ARM performs calculations to obtain the
gain comparisons of the RGB color signals, and the CCD1 module in the DSP (U901) is controlled.
3

4
1-2-8. Adjustment data and camera setting data
The CCD scratch data and theAF, AE,AWB and other camera adjustment data is written in the FROM (U304). Menu setting data is written in the
sub-CPU (U405). The sub-CPU data is retained as long as the voltage of the secondary coin battery on the Main Board is 1.8V or greater.
1-2-9. SD card data access
The data is transferred from the DSP (U901) in the direct SPI mode.
1-2-10. Flash control
The DSP (U901) detects the STRDY signal from the flash circuit and checks whether charging is completed. If not, the STSTART signals becomes
high (H), and charging continues until the STRDY signal becomes low (L). If charging is not completed after the specified time (about 30 seconds),
it is deemed there is an error and charging is interrupted. Flash charging processing is not conducted if the flash mode is set to no flash.
The flash is emitted when the DSP (U901) switches the STXON signal from L to H. The quantity of light is controlled by the lighting control sensor.
The flash is only emitted when charging has been completed. Capturing of the next image is prohibited until charging is completed.
1-2-11. Power supply control
For the supply of power, the main converter IC (U10) generates voltages of 3.4V for the motors, 1.8V for the DSP, 15V for the CCD, -7V for the
CCD, 12V for the LCD, 8.5V for the EVF, 3.3V for the digital circuitry, and 5V for the CCD and flash. The 3.4V voltage for the motors is used to
drive the motors and as the power source for the EVF backlight IC (U02). For the LCD backlight, a voltage of 21V is supplied by the IC (U03). The
power ON/OFF signals are generated by the sub-CPU (U405).
1-2-12. Program loading sequence
The camera switches to the program load sequence when the MENU or trash key is held in while the camera’s power is being turned on with the
power switch from the power off status when a binary file (PDR-M700.BIN) is provided on the SD card.
When the MENU key is held in, the camera begins operating according to the program in the “PDR-M700.BIN” file on the SD card but the
operation for loading in the FlashROM (U304/M28W320ETC70) in the camera is not performed. When the trash key is held in, the program in the
“PDR-M700.BIN” file on the SD card is first loaded in the FlashROM (U304/M28W320ETC70) in the camera.

Section2. Disassembly / Assembly
2-1 Disassembly
Step Figure Discription Remark Tools
Disassemble
1Finished Product Check if there's
any scratch on the
surface.
procedures
2Remove the screws
01635-236*5 from the
camera Screw driver
3Open the Card Cover
A260 and the Jack
Cover A250.
4
Remove the Rear
Assembly carefully not
to damage the Flex
Cable Main-LCD H600
or the connectors.
The Battery Cover
ASSY A140 can
be easily taken off
from the camera.
Tweezers
5Detach the Flex Cable
Main-LCD H600 from
the connector on LCD
PCB ASSY U410.
6Detach the wire of
Microphone ASSY
H320 from camera. Tweezers
7The camera after
removing the Rear
Assembly. (top view)
8Stick the Mode Dial
A410 by acrylic bar then
pull up the cap.
Check if the
stickiness of
acrylic bar is
strong enough to
remove the capt.
Acrylic bar
5

9
Remove the screws
01635-350*2 from the
camera to remove the
base of Mode Dial
A410.
Screw driver
10
Remove the screw
01635-149 from the
Tripod Holder A340.
Remove the Flex Cable
Main-LCD H600 from
the Main PCB ASSY
U100.
Screw driver
Tweezers
11 Remove the screw
01635-000 from the
Main Frame A300. Screw driver
12
Hold Pushing the Flash
Open Switch A440 and
pull up the Jack Cover
A250 to separate the
Main Frame A300.
Check the small
kinks on the
surface of Main
Frame A300 are
appeared.
13 Pull out the Main Frame
A300 from the Front
Cover ASSY A100 with
finger as shown.
14 Remove the Front Cover
ASSY A100 from the
camera.
Jack Cover A250
and the pin will
drop down in the
meantime.
15
Detach the wire from
Flash PCB KIT U300 as
shown. Detach the FPC
cable from Lens Module
ASSY H100.
Tweezers
16 Desolder the wires from
the Mode PCB ASSY
U510. Soldering iron
17 Remove all the screws
01635-000*3 from the
camera. Screw driver
6

18
Detach the Flex Cable
Main-Mode H610 to
remove the Main PCB
ASSY U100 from the
camera.
Detach the Flex
Cable Main-Mode
H610 from the
Mode PCB ASSY
U510.
19 Discharge the solder
joints of big capacitor
beside the Flash PCB
KIT U300.
Discharger
Tweezers
20
Remove the screws
01635-000*4 of Flash
PCB KIT U300. Detach
the wire from Photo
Sensor ASSY H500 as
shown.
Screw driver
Tweezers
21 Remove the screw
01635-000 of Flash
PCB KIT U300 as
shown.
Screw driver
22
Remove the Flash PCB
KIT U300 as shown.
And the Flash Open
Switch A440 can be
easily taken off.
Be careful not to
damage the CCD
PCB of Lens
Module ASSY
H100 while taking
it off.
23 Remove the Flash Open
Switch A440 from the
Main Frame A300. Tweezers
24 Remove the screws
01635-149*3 of Lens
Module ASSY H100 as
shown.
Screw driver
25 Lens Module ASSY
H100 and Main Frame
A300.
7

To disassemble the Speaker ASSY H310 (after step 5)
5a
De-solder the wires
from the Speaker ASSY
H310. Then remove it
from the back of LCD
with tweezers carefully.
Soldering iron
Tweezers
To disassemble the Color LCD sub-assembly (after step 5a)
5a1
Remove the screws
01635-223*3 and
01635-000*1 on the
Switch PCB ASSY
U500.
Screw driver
5a11 Take off the Switch
PCB ASSY U500
carefully not to damage
the cap of the connector.
Tweezers
5a12
Detach the wire and
FPC. Remove the screw
01635-000 to take off
the Electric View Finder
ASSY H220.
Tweezers
Screw driver
5a13 Detach the LCD Wire
2P H620 and FPC cable
as shown. Tweezers
5a14 Remove the screws
01635-148*3 to take off
the LCD PCB ASSY
U410.
Screw driver
5a15 Remove the screws
01635-042*3 to take off
the Color LCD ASSY
H200.
Screw driver
5a16 Detach the LCD Wire
2P H620 from the Color
LCD ASSY H200 as
shown.
Tweezers
8

5a17 Rear Cover ASSY
A110.
To disassemble the Card Cover sub-assembly (after step 5)
5a2 Remove the two screws
01635-086*2 as shown. Screw driver
5a21 Remove the Card Cover
metal plate. Tweezers
5a22 Push the Card Cover
pins. Tweezers
5a23 Card Cover A260.
To disassemble the Microphone sub-assembly (after step 14)
14a Remove the sticked
Microphone ASSY
H320 from the back of
Front Cover A100.
Tweezers
To disassemble the Tripod Holder sub-assembly (after step 14)
14b Remove the screws
01635-236*2 of the
Tripod Holder A340. Screw driver
14b1 Remove the Tripod
Holder A340.
9

To disassemble the Battery terminals sub-assembly (after step 15)
15a The top view of camera
of step 15.
15a1
Remove the screws
01635-042*2 of Shutter
PCB ASSY U520 and
take off the Shutter PCB
ASSY.
Open the cap of
connector before
remove the Shutter
PCB U520 as
shown.
Screw driver
Tweezers
15a2
Remove the screws
01635-010*2 on Mode
PCB ASSY U510.
Desolder the wire joints
as shown.
Screw driver
Soldering iron
15a3 Pull up the Mode PCB
ASSY U510 after the
solder being cleaned.
Watch out the IR
Receiver ASSY
should not be
damaged.
Tweezers
15a4 Remove the screws
01635-042*2 inside the
Battery Chamber. Screw driver
15a5 Remove the screw
01635-010 outside the
Battery Chamber. Screw driver
15a6 Pull down the Battery
Chamber ASSY as
shown.
15a7
Remove the screws
01635-164*4 to separate
the Battery Terminal
A600. The camera
disassemble procedure
is finished.
10

To disassemble the Photo Sensor sub-assembly (after step 22)
22a
Remove the Photo
Sensor ASSY H500 as
shown. The wires had
been sticked by the
sponge.
Tweezers
11