casio qv-8000sx digital camara sm

R

QV-8000SX

OCT. 1999

(without price)

(KX-714)

Ver.2 Dec / 1999

CONTENTS

SPECIFICATIONS ....................................................................................................................................... 1

BLOCK DIAGRAM .................................................................................................................. .................... 3

ADJUSTMENT ..................................................................................................................... ....................... 4

1. Program version upgrading .................................................................................................... .......... 5

1-1. How to confirm the program (graphic menu) version .............................................................. 5

1-2. Upgrading procedure using the CompactFlash card ............................................................... 5

1-3. Upgrading procedure using the PC link cable .......................................................................... 6

2. TEST mode .................................................................................................................... ..................... 8

2-1. How to activate the TEST mode .............................................................................................. ... 8

2-2. Item for testing ........................................................................................................... .................. 8

3. Product conditions ........................................................................................................... ............... 10

3-1. Flash adjustment (when Flash unit is replaced) ..................................................................... 10

3-2. Flash adjustment (when Lens unit is replaced) ...................................................................... 11

3-3. Flash operation and recharge operation ................................................................................. 14

3-4. Current consumption ........................................................................................................ ........ 16

3-5. VCOM-DC Adjustment ......................................................................................................... ...... 17

3-6. Operation check ............................................................................................................ ............. 18

4. D-PCB Assy ................................................................................................................... ................... 19

4-1. Clock oscillation check ................................................................................................... ........... 19

5. L-PCB Assy ................................................................................................................... ................... 20

5-1. VCC3, VCC3-1, VCC5, VCC5-1 Voltage check .......................................................................... 20

5-2. VCC15, VEE7 Voltage check ................................................................................................. ..... 20

5-3. VCC2, adjustment and VCC13, VCC7, VEE2 Voltage check ................................................... 20

5-4. VCO free run frequency adjustment ......................................................................................... 21

5-5. BL drive voltage adjustment ............................................................................................... ....... 21

5-6. VCOM AC adjustment and VCOM DC coarse adjustment ...................................................... 21

5-7. RGB AMP and Sub-Brightness voltage setting adjustment ................................................... 22

5-8. Contrast and Brightness voltage setting adjustment ............................................................. 23

5-9. Color setting adjustment .................................................................................................. ......... 24

5-10. TINT setting adjustment .................................................................................................. ......... 25

DISASSEMBLY .................................................................................................................... ..................... 26

EXPLODED VIEW ..................................................................................................................................... 37

PARTS LIST ..................................................................................................................... ......................... 39

PRINTED CIRCUIT BOARDS ......................................................................................................... .......... 43

SCHEMATIC DIAGRAMS ............................................................................................................. ............ 47

TROUBLESHOOTING ................................................................................................................ .............. 53

— 1 —

File Format Still images (including panoramas): JPEG (Exif. Ver. 2.1), DCF standard (design rule for camerafile system), DPOF compatible, Movies: AVI

Recording Medium CompactFlash card

Recorded image Size 1280 x 960 pixels, 640 x 480 pixels

Standard Memory Capacity, Static 1280 x 960

Number of Image Files, F 88/13 sets (500KB/image)

Computer Output Image Size N 122/16 sets (350KB/image)

E 206/29 sets (200KB/image)

640 x 480

F 268/39 sets (150KB/image)

N 327/48 sets (120KB/image)

E 418/63 sets (90KB/image)

Movie: File Format AVI

Approximate Total: 155 seconds/25 seconds (300KB/second)

• The maximum length of a single movie is 10 seconds.

*When using 48MB/8MB CF card.

Image Deletion Single image; all images in a folder; all images in memory (with image protection)

Imaging Element 1/2.7-inch CCD (Total Pixels: 1.31 million, Effective Pixels; 1.25 million)

Lens F3.2 to 3.5; f = 6 to 48mm (equivalent to 40 to 320mm lens for 35mm film)

Zoom Optical zoom, 8X; Digital zoom: 32X (in combination with optical zoom)

Image size is 640 x 480 pixels when digital zoom is used.

Focusing Contrast-detect Auto Focus (with focus lock), Manual Focus Mode, Macro Mode, Infinity Mode

Focus Range Normal:

Wide-angle (maximum) Approximately 0.4m to ∞ (1.3' to ∞)

Telephoto (maximum) Approximately 1m to ∞ (3.3' to ∞)

Macro:

Auto focus (maximum) Approximately 1cm to 50cm (0.4" to 19.7") (Zoom: x1 to x1.6)

Manual focus (maximum) Approximately 10cm to ∞ (3.9" to ∞)

Exposure Control Light Metering: Multi-pattern, center point, spot by CCD

Exposure: Program AE, Shutter priority AE, Aperture priority AE, Manualexposure

Exposure Compensation: –2EV to +2EV (1/4EV units)

Shutter CCD electronic shutter; mechanical shutter, Auto (Bulb, 64 to 1/2000 second)

Aperture F3.2, F4.8 F8, auto switching or manual switching

White Balance Automatic, fixed (4 modes), manual switching

Self-timer 10 seconds, 2 seconds

Built-in Flash Flash Modes: AUTO, ON, OFF, Red eye reduction

Flash Range: Normal: Approximately 0.5 to 2.5 meters (1.6' to 8.2')

Macro: Approximately 0.1 to 0.5 meters (0.3' to 1.6')

Recording Functions One-shot, self-timer, movie, panorama, timer, continuous, macro, Iandscape, night scene,portrait

Monitor 2.5" TFT, low-glare color HAST LCD (122,100 pixels, 555 x 220)

Viewfinder LCD Monitor

Clock Built-in quartz digital timepiece for time and date recording and storage with image data; autocalendar up to 2049

SPECIFICATIONS

— 2 —

Type of

Operation

Continuous

Playback

Continuous

Recording

Input/Output Terminals DIGITAL IN/OUT, USB port (special mini port), AC adaptor connector, VIDEO OUT (NTSC,PAL)

Power Supply Four AA-size alkaline or lithium batteries

Four AA-size nickel-hydrogen rechargeable batteries (NP-H3)

AC adaptor (AD-C620)

Battery Life The values noted below indicate the number of hours before battery failure under normaloperating temperature (25°C). These values are for reference only, and do not guarantee thatany particular set of batteries actually will provide the service life indicated. Low temperaturesshorten battery life.

• The above guidelines are based on the following battery types:

Alkaline: MX1500 (AA) DURACELL ULTRA

Lithium: Energizer

• Battery life varies with brand

• Figures are based on continuous recording under the following conditions.

Flash turned off

One zoom slider switching between T (Telephoto) and W (Wide-angle)

Regardless of use of the camera's flash, zoom function, turning on and off the POWERSwitch, as well as other operating conditions may aftect the above values.

Power Consumption Approximately 6.2W

Dimensions 142.5(W) x 77.5(H) x 71(D) mm (5.6" (W) x 3.1" (H) x 2.8" (D)) (Excluding projections, lens up.)

Weight Approximately 330g (11.6 oz) (excluding batteries)

Standard Accessories 2-way shoulder/wrist strap; soft case; lens cap; USB cable; video cable; wired remote controllerbattery (CR2025 x 1); User's Guide

AA-size Alkaline

Batteries LR6

Approximately 110

minutes

Approximately 400

shots

AA-size Lithium

Batteries FR6

Approximately 280

minutes

Approximately 1020

shots

*This camera does not have a separate battery to power its clock. Clock settings are cleared whenever power to the camera iscut off (by batteries going dead while the camera is not connected to an AC power outlet with the AC adapter) for about 24hours. After power is resumed, either by loading fresh batteries or connecting to an AC power outlet, you will have to set thecorrect time and date again.

*The liquid crystal panel built into this camera is the product of precision engineering, with an effective pixel rate of 99.99%. Thisalso means, however that 0.01% of the pixels can be expected to fail to light or to remain lit at all times.

— 3 —

BLOCK DIAGRAM

CCD

CDS+AGC+ADC

Vdrv

TG

ICX202BQW AD9803

CXD3400N

3.3V

3.3V

15.0V3.3V-7.5V

15.0V-7.5V

CXD2455R

24.54545MHz

C-PCB D-PCB

KIN0KIN1KIN2KIN3

KOUT0KOUT1KOUT2

REC/PLAY

PACTKADNC

VCC3-5DGND

KEY UNIT TOP

ST-PCB

CDSSENCDSSCKCDSSDATATGSENTGSCKTGSDATATGCLK1TGCLK2PBLKRESETB

D0D1D2D3D4D5D6D7D8D9

CSUBNHDVDVCC15 X 2VEE7 X 2VCC3 X 5CGND X 8

MSRDYMINTMSCKMSOMSIRESETBMACT

CT1PON1

(VPP) (P34) (P35) (P36)

18pin(22pin)

22pin+18pin

14pin

CHGNCENDNLEVELNSCRIGBTNLTTRGN

PRENF48NPWMVCC5-1 X 2SGND X 3

LCD Module VDD:3.0V VREF:3.0V VGH:12.75V VGL:-14.25V VSH:5.0V

BL UnitBLVCCBLGNDBLSW

VGHVREFHVGLVREFLGRESGPCKGSRTRESETMODE2

CSVCOMNCVBCSRTRSRTLOECLRHCNT

MCLKMODE1VSSGOUTBOUTROUTVDDVSH

VIDEOBLCTLLCDCTLCCDCTLADPTN(RVS)RDETPWCTL0PWCTL1

VCC3 X 6EVCC3VCC15 X 2VEE7 X 2VCC5(VIDEO&SERIAL) X 3VCC5-1(Shutter&ST) X 3VCC1-3GND X 9AGND X 2

38pin

13pin

3pin

26pin

KEY UNIT REAR

9pin

80pin

VCC15(15.0V)

VEE7(-7.0V)

REG

VDD(3.0V)

CM7018Display

Controller

IR3Y29BMChroma I/F

3.0V5.0V

(RDET)

AC ADP

EVCC3(3.3V)

VCC13(12.75V)

VCC7(7.5V)

VCC2(5.0V)

VEE2(-14.25V)VCC3-1VCC1-STGND

5.4VBLVCC

MAX685

VCC3-1

(3.3V)

VCC5(5.0V)

VCC5-1(5.0V)VCC3(3.3V)

AVCC3(3.3V)

Xe Lamp GND

L-PCB

KIN2KIN3KOUT1-1

VCC3RLEDGLED

KOUT1-2KOUT2-1KOUT2-2

CF

LR38663

FLASH/MASK ROM(16M)

SDRAM(64M)

AD

RTC

3.3V

3.3V

3.3V

3.3V

SERIAL

USB

CF DETUSB

CFController

VIDEO

DetectionSwitch

3.3V

3.3V

SERIAL

24.5454MHzBACK UPCapacitor

VIDEOSW

29.5MHz 24.0MHz

4.0MHz

MD-PCB

KonicaCL-UNIT

X 8

M M M

MM

SHUTTERDriver

ZOOMDriver 8-bit

Microprocessor

D780034AGKEEPROM

(4Kbit)AF

Driver

GND VCC3-1

IRISDriver

26pinPIPI

3.3VREG

5.0MHz

BUZZER

VCC3 X 2VCC5-1 X 3

MGND X 4

REGFlashingController

PhotoSensor

Battery Voltage

ChargingBooster

VoltageConverter

VoltageController

VoltageConverter

VoltageConverter

DetectionSwitch

VoltageConverter

4-bitMicroprocessor

Transceiver

Comparator

— 4 —

ADJUSTMENT

Preparation

1. PC (IBM PC/AT Compatible)/OS:Windows 95/98

2. PC Link cable.

3. Program1) ADJ778F.EXE (Color adjusting data transmission program)

2) FLOAD115.EXE (Camera unit version upgrade program)

3) _ROM.BIN (Camera unit program data)

4) _GMENU.BIN (Camera unit menu display data)

4. AC adaptor or voltage regulator.

5. Digital oscilloscope

6. Multimeter

7. Ammeter

8. Frequency counter

9. TV (with video terminal)

10. Video cable

11. Battery (battery operation/battery cover lock)

12. PC link program : Photo Loader (for checking communication functions)

13. USB cable/USB driver (for checking USB functions)14. Test chart (for photography check)

That which carried out color printing of picture data "CHART1.JPG" and the "CHART2.JPG".

Notes:Normally power is supplied using AC adaptor.When error occurs, use a voltage regulator, and supply the specified power.Make sure to confirm video output specifications (NTSC or PAL) after exchanging the D-PCB.

CHART2.JPGCHART1.JPG

— 5 —

1. Program version upgrading

The program and the graphic menu are stored in the camera unit.Confirm the version number of them, and if old version data are used, change them to the latest version.

For making an upgrade, two methods are available: with a CF card or with a PC link cable.

Notes:(1) Make sure to use an AC adaptor.

In case the power is cut off during the program transmission or an error is occurred, the D-PCB will bedefective and unusable.

(2) Note that products with a mask ROM cannot be upgraded.

1-1 How to confirm the program (graphic menu) version

(1) Activate the TEST mode.Turn on the power while pressing DISP and MENU keys.

(2) Confirm indications on the LCD monitor.

(Example of indications)

TEST MODE

PROG 99. 09. 10. 13. 28 ← Program version

GMENU 99. 08. 23. 13. 05 ← Graphic menu version

. . . .

1-2 Upgrading procedure using the CompactFlash card

1. In case the internal program version of the camera unit is 99.08.25 or older.

(1) Copy a program of the latest version (_ROM.BIN) and a graphic menu (_GMENU.BIN) to theCompactFlash card.Install the CompactFlash card into the camera.

(2) Connect an AC adaptor to the camera.

(3) Activate the TEST mode.Turn on the power while pressing DISP and MENU keys simultaneously.

(4) The LCD monitor of the camera will indicate a sort of green-colored noise.In the center of the monitor, the following indications will appear.In approximately one minute, two “OK” indications will appear, meaning that the upgrading has beencompleted correctly.SIZE OK 6 0 3 6 6 4SIZE OK 1 3 7 0 9 6 0

(5) Plug out the AC adaptor plug from the camera. (Note that the power cannot be turned off using thepower switch.)

(6) Exchange the card with a CompactFlash card for photography.

(7) Activate the TEST mode and confirm the version.Turn on the power while pressing DISP and MENU keys simultaneously.

(8) Finally, confirm operations (recording and play back).

— 6 —

2. In case the internal program version of the camera unit is 99.08.26 or later.

(1) Copy a program of the latest version (_ROM.BIN) and a graphic menu (_GMENU.BIN) to theCompactFlash card.Install the CompactFlash card into the camera.

(2) Connect an AC adaptor to the camera.(3) Activate the TEST mode.

Turn on the power while pressing DISP and MENU keys.

(4) The LCD monitor of the camera will indicate messages as in the below.In approximately one minute, two “OK” indications will appear, meaning that the upgrading has beencompleted correctly.Afterwards, the mode will automatically change to the camera mode.SIZE OK 6 0 3 6 6 4SIZE OK 1 3 7 0 9 6 0

(5) Turn off the power of the camera.




1-3 Upgrading procedure using the PC link cable

(1) Turn off the power of the camera, and then remove the CompactFlash card.

(2) Connect the PC link cable.Caution: Make sure to insert the L-shaped plug of the PC link cable facing the VIDEO OUT side.Otherwise it is impossible to insert it completely.

(3) Activate the transmission program (FLOAD115.EXE).

(4) Select the program file (_ROM.BIN) or the graphic menu file (_GMENU.BIN) for transmission.

(5) Select the transmission speed (115K, 57K or 38K).(In case an error occurs, lower the transmission speed.)

(6) Click the PROGRESS button.

(7) Connect an AC adoptor to the camera and turn the power on.

— 7 —

(8) Data transmission shall start.

(9) As soon as “program complete” message is displayed on the status box, the transmission is completedcorrectly.

(10) Plug out the AC adaptor plug from the camera. (Note that the power cannot be turned off using thepower switch.)




— 8 —

2. TEST mode

CAUTION: PROCEED ONLY THE SPECIFIED ITEMS.(If items other than as specified here are executed, the inner data may be destroyed causing thecamera to be unusable).

2-1 How to activate the TEST modeActivation of the TEST mode

Turn on the power while pressing DISP and MENU keys simultaneously.

Activation of the MENU 1Quickly press keys in the order of FLASH key, FLASH key and MENU key.

Activation of the MENU 2Quickly press keys in the order of SELF key, SELF key and MENU key.

•Executing methodSelect an item for testing using + (plus) key and – (minus) key, and then click the shutter for execution.

2-2 Item for testing

(1) TEST MODE

(2) MENU 1

MENU11. INIT.NTSC JAPANESE2. INIT.NTSC ENGLISH3. INIT.PAL ENGLISH4. CROSS HATCH5. BLACK6. WHITE7. GRAY SCALE(10STEP)8. 50PERCENT GRAY9. COLOR BAR

TEST MODEPROG 99.08.16.13.38GMENU 99.07.12.15.04LOADER 0X00000007ADJMOTOR 0X0000011APOWER 0X1ACCD ADJ1 YESCCD ADJ2 YESSTROBE ADJ YESZOOM ADJFOCUS ADJ

• TEST MODE• PROGRAM Version• Graphic Menu Version• Loader Version• ADJ Version• Motor MCU Version• Power MCU Version• CCD ADJUST 1 (Yes/No/NG)• CCD ADJUST 2 (Yes/No/NG)• STROBE ADJUST (Yes/No/NG)• ZOOM ADJUST • FOCUS ADJUST

Indicates in green-color if all itemshave been adjusted.

Indicates "YES" if adjustments havebeen completed.Indicates "NO" if adjustments havenot been proceeded.Indicates "NG" if an adjustmentsfailure occurred.

— 9 —

(2) MENU2

MENU2 1/31. CCD ADJUS12. CCD ADJUS23. STROBE ADJUST4. DISPLAY LENS ADJ5. SDRAM CHECK6. KEY CHECK7. LED CHECK8. CF CHECK9. BATT. TEST

10. REC INFO

MENU2 2/311. NOISE CAPTURE12. BAYER CAPTURE13. PROG+GMENU UPDATE14. PROG UPDATE15. GMENU UPDATE16. CF WRITE TEST17. AF DATA SAVE18. OSD DATA CHECK19. ERROR MESSAGE TEST20. EEPROM TEST

MENU2 3/321. SHUTTER CLOSE REC22. SHUTTER SPEED CONST23. SUB LCD CHECK (713)24. ANG DET CHECK (713)25. CHECK SUM26. IRDA SLAVE27. IRDA FACTORY SLAVE28. IRDA MASTER29. ZOOM ADJ (KX713)30. FOCUS ADJ (KX713)

— 10 —

3.Product conditions

3-1 Flash adjustment (when Flash unit is replaced)

• Make sure to implement these adjustments whenever the Flash unit has been exchanged.

1. Equipment or facility required

(1) A dark room.(2) An AC adaptor.(3) Gray paper (Color: Oxford Grey No. 22 of Superior Specialties Inc.)

There are two sizes of the paper available as registered parts (They can be purchased at camerashops as well.)

2. Conditions

(1) Make sure to execute the adjustment in a dark room.(2) Set a distance of one meter between a surface of the flash lens and the gray paper.(3) Use a light-colored surface of the gray paper for image taking.

Size of the gray paper should be larger than the area viewed from a camera within a distance of one-meter.(Reference: 1.5 meter x 2.0 meter or larger)

3. Adjustment

(1) Connect an AC adaptor to the camera.(2) Set REC mode.(3) Activate MENU 2 of the TEST mode.

Turn the power on while pressing the DISP and MENU keys simultaneously.Quickly press keys in the order of SELF, SELF and MENU.

(4) Select STROBE ADJUST using + (plus) and –(minus) keys, and then click the shutter for execution.(5) Turn the light off as soon as “STROBE” indication appears on the upper right of the monitor. Then set

the conditions as above and press the shutter.(6) The flash emits light more than four times.(7) Confirm if the following indications are displayed, and then turn the power off.

EEP WR OK PWM XX XXX

(8) Activate the TEST mode.Turn the power on while pressing DISP and MENU keys.

(9) Confirm if the item of STROBE ADJ is indicated as “YES”.(10) Turn the power off for completion.

4. Block diagram

1 meter

Background paper for photography

Part code Part name

1904 5411 Background paper for photography (Superior Specialties Inc.) No. 22 (1.75 x 2.7)

1904 5412 Background paper for photography (Superior Specialties Inc.) No. 22 (2.72 x 11)

Color Number andstandard size (unit: meter)

— 11 —

3-2 Flash adjustment (when Lens unit is replaced)

1. OutlineFlash adjustment data are recorded in the Lens unit.When you exchange a Lens unit, Please be sure to carry out.

2. CautionIf the program version is as follows, perform the adjustment after you upgrade the program.(Otherwise data transmission is disabled.)For upgrading or confirming the program version, refer to the sections in [1] Program version upgrading.

PROG 99. 08. 06. 17. 01GMENU 99. 08. 16. 13. 38

3. Procedures(1) Connect an AC adaptor and a PC link cable to the camera.

Caution: Make sure to insert the L-shaped plug of the PC link cable facing the VIDEO OUT side.Otherwise it is impossible to insert it completely.To the PC side, connect the cable to the serial port COM 1.

(2) Set the camera in the PLAY mode and turn on the power.

(3) Activate the ADJ program (ADJ713.EXE).At this point, adjustment data of each item is set as 0 (zero).

— 12 —

Reference: It is also possible to store the adjustment data to your PC.Execute “Save as (A)” from the File (F) menu.Select a driver for data storage, and save the data using a name as desired.(Note: Make sure to affix an extension “.ADJ” to the data.)

(5) Take a note of values (numbers) of following item on a piece of paper.strobe_pwmPASSWD (D × 3333)

(6) Replace the Lens unit (Factory adjusted data are recorded in Lens unit).

(7) Connect an AC adaptor and a PC link cable to the camera.

(8) Set the camera in the PLAY mode, and turn on the power.

(9) Activate the ADJ program (ADJ713.EXE).

(4) Read the adjustment data that were used before the repair from the camera.Click on the Recept button of the ADJ program.When “receive OK” message is indicated, adjustment data will be entered into each item.

— 13 —

(11) Rewrite values of the following items with the values that have been written down beforehand.(Values before exchanging the lens unit)CAUTION: NEVER REWRITE VALUES OF OTHER ITEMS THAN SPECIFIED BELOW!strobe_pwmPASSWD (D × 3333)

(12) Transmit the adjustment data to the camera.Click on the “Trans” button of the ADJ program.“Send OK” message will be displayed.

(13) Turn off the power of the camera.


(10) Read the adjustment data of new Lens unit.Click on the Recept button of the ADJ program.When “receive OK” message is indicated, adjustment data will be entered into each item.

— 14 —

3-3. Flash operation and recharge operation

• Set QV-8000SX in “REC” mode.• Normal Recording mode (Rotary switch).• Apply 6.0 ± 0.1 V voltage on DC in jack.

1. Preparation

(1) AC adaptor or voltage regulator.(2) Digital oscilloscope.(3) Ammeter.(4) TV (With video terminal).(5) Video cable.

2. Adjustment procedure

(1) Shoot a picture with flash OFF. (Make sure there is no flash)(2) Shoot a picture with flash ON and make sure it flashes once.(3) Shoot in red eye reduction mode and make sure it flashes twice.(4) Connect QV-8000SX and TV with video cable and make sure that the pictures taken in steps (2) and

(3) are not whitish, dark or erroneously colored.(5) Make sure that the charging current is less than 1.3 A.(6) Monitor the waveform of (1), (2) and (3) on a digital oscilloscope when flash goes on, and make sure

there are no errors comparing with the waveforms shown on the next page.

3. Notes

(1) Excuete in a dark room.(2) Shoot a colorful object as much as possible.

Flash lens surface

TV monitor(with a video input terminal)

Video input cable

Digital oscilloscope Bring the probe closer to the camera

QV-8000SXTIME : 1.0 µsec/DIVVOLTS : 1 V/DIV(AC mode)

— 15 —

ACQUIRENORMAL

1 ENVELOPE

2AVS

REPET ON | OFF

SAVE ON ON | OFF

CH1 1V 757µV UERT1µV

The first pulse onthe positive side.

The first pulse on the negative side.

It is OK if a wave-shaped waveform is generated up to the second pulse on the positive side.

Flash trigger waveform

1. Normal waveform TIME : 1 µ sec/DIVVOLTS : 1 V/DIV

(2) When trigger skipping occurs on the firstnegative pulse.

2. NG waveforms when trigger skipping occurs.

(1) When trigger skipping occurs on the firstpositive pulse.

— 16 —

3-4. Current consumption

Set QV-8000SX to "PLAY" mode

1. Preparation

(1) Voltage regulator

(2) Ammeter


(1) Apply 6.0 ± 0.1 V voltage on DC in jack.

• Make sure that current consumption is less than 520 mA in PLAY mode.

• Make sure that current consumption is less than 690 mA in REC mode.

(Flash charge current is not included)

(2) Lower the voltage from 6 V as shown below then make sure the battey warning indicator changes.

DC in = 5.00 ± 0.05 [V] (one indicator is off)

DC in = 4.65 ± 0.05 [V] (two indicators are off)

DC in = 4.35 ± 0.06 [V] (all indicators are off)

— 17 —

Monos pattern

10-step gray scale

10-step gray scale

3-5. VCOM-DC Adjustment

1. Preparation

• AC adaptor or voltage regulator• Photo sensor / photo sensor amplifier (C2719)/Low-Pass filter)• Digital oscilloscope


(1) Turn POWER on while pressing DISP key and MENU button simultaneously(2) Quickly press keys in the order of FLASH key, FLASH key and MENU key.(3) Select / Execute 50PERCENT GRAY.(4) Monitor the photo sensor amplifier output via a low-pass filter of cutoff frequency 60Hz.

Monitoring the oscilloscope screen, adjust VR321 to minimize 60Hz ripple waveform.

3. Notes

Perform the adjustment after you replaced the LCD display module or L-PCB Assy.

4. Connection diagram / block diagram

Photo diodeS1153 L.P.F

Photo sensor amp.

C2719

Minimize theripple components

Oscilloscope

LCD QV-8000SX

(Reference) Simplified adjustment methodTake an image of the monoscope pattern using the camera, and adjust VR321so that the 10-step gray scale will be in its best condition.

— 18 —

3-6. Operation check

1. Preparation

(1) Batteries.(2) AC adaptor.(3) PC (IBM PC/AT compatible)/OS:Windows 95/98.(4) Link cable.(5) PC link program.(6) TV (with video teminal).(7) Video cable.(8) USB cable / USB driver(9) Test chart (for photography check)

(That which carried out color printing of picture data "CHART1.JPG" and the "CHART2.JPG".)

2. Check matter

(1) Photography check (Please be sure to carry out.)

1 Shoot the test chart without flashing.2 Shoot the test chart with flashing.3 Confirm the result (compare with properly functioning camera) for;

• Color• Focus and resolution

(2) Shock resistance, Battery operation, AC adaptor operation.(3) Slide switch, dial and button operations.(4) Pivotal operation of the camera unit, CompactFlash insersion/eject operation, Cover open/close

operation, battery cover open/close operation.(5) Resolution and color reproduction(6) Image reversing, AE operation , AF operation, zoom operation, clock and screen saver functions.(7) Video output, digital communication, USB function.(8) Flash operation.(9) Dust and scratches on lens.

(10) External inspection.

3. Notes

(1) Make sure Video out setting are appropriate to your country.(i.e. Japan=NTSC, England = PAL)

4. Test chart picture

CHART2.JPGCHART1.JPG

— 19 —

4. D-PCB Assy

4-1. Clock oscillation check

• Turn power off.• Room temperature should be 25 ± 10 °C.

1. Preparation

Pedometer or frequency counter or quartz timer.


Execute one of check from the followings.(1) Pedometer: within 62 ppm.(2) Frequency counter check point CP526 signal pad; 32.768±0.002 [KHz].(3) After setting time turn power off. 30 minutes later check the time.

— 20 —

5. L-PCB Assy

5-1. VCC3, VCC3-1, VCC5, VCC5-1 Voltage check

1. Preparation

• AC adaptor or voltage regulator• Multimeter


Make sureVCC3 (CP112) = 3.3 ± 0.1 [V]VCC3-1 (CP116) = 3.3 ± 0.1 [V]VCC5 (CP121) = 5.0 ± 0.15 [V]VCC5-1 (CP131) = 5.0 ± 0.15 [V]

3. Notes

When not able to adjust using AC adaptor, use voltage regulator and supply power to be VCC1-1(CP105)=5.0 ± 0.05 V.

5-2. VCC15, VEE7 Voltage check

1. Preparation



Make sureVCC15 (CP126) = 15.0 ± 0.45 [V]VEE7 (CP125) = –7.5 ± 0.5 [V]

3. Notes

When unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1(CP105) = 5.0 ± 0.05 V.

5-3. VCC2 adjustment and VCC13, VCC7, VEE2 Voltage check

1. Preparation



Adjust VR951 so that VCC2 (CP972) = 5.0 ± 0.02 V.Make sure

VCC7 (CP971) = 6.8 ~ 8.6 [V]VCC13 (CP970) = 11.4 ~ 14.1 [V]VEE2 (CP973) = –11.0 ~ –16.5 [V]

3. Notes

When unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1(CP105) = 5.0 ± 0.05 V.

— 21 —

5-4. VCO free run frequency adjustment

Room temperature should be 20 ± 10 °C

1. Preparation• AC adaptor or voltage regulator• Frequency counter

2. Adjustment procedure(1) Connect SYF (CP733) and GND (CP350).(2) Monitor HDB (CP304) with frequency counter and adjust VR320 so that frequency becomes 15.734 ±

0.1 KHz.(3) After completing adjustment, disconnect SYF (CP353) and GND (CP350).

3. NotesWhen unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1.(CP105) = 5.0 ± 0.05 V.

5-5. BL drive voltage adjustment

1. Preparation• AC adaptor or voltage regulator• Multimeter

2. Adjustment procedureMake sure that BL-VCC (CP910) is within 5.4 ± 0.2V.

3. NotesWhen unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1(CP105) = 5.0 ± 0.05 V.

5-6. VCOM AC adjustment and VCOM DC coarse adjustment

1. Preparation• AC adaptor or voltage regulator• Digital oscilloscope

2. Adjustment procedure(1) Make sure amplitude of VCOM output (CP351) is 6.6 ± 0.3 Vp-p.(2) Adjust VR321 so that maximum VCOM output (CP351) will be 4.8 ± 0.2 V.

3. NotesWhen unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1(CP105) = 5.0 ± 0.05 V.

4. Connection diagram

Power supply

L-PCB

QV-8000SX

VCC2(CP972)

VCOM(PC351)

High level4.8 ± 0.2 [V]

0 [V]–1.8 [V]

Amplitude6.6 ± 0.3[VP-P]

Oscilloscope

— 22 —

5-7. RGB AMP and Sub-Brightness voltage setting adjustment

1. Preparation

• AC adaptor or voltage regulator• Digital oscilloscope


(1) Start up Test mode Menu1.1. Turn POWER on while pressing DISP key and MENU button simultaneously2. Quickly press keys in the order of FLASH key, FLASH key and MENU key.

(2) Select / Execute GRAY SCALE (10 step).(3) Impress the killer terminal (CP308) with VCC2-1 (CP344) voltage through a 22 kΩ resistance.(4) Trigger VB waveform (CP322) by FRP (CP305) signal to adjust as noted below.(5) Adjust RGB-AMP VR (VR302) so that pedestal-pedestal voltage of VG(CP322) signal is 3.50 ± 0.05

Vp-p.(6) Adjust SUB R BRIGHT VR (VR306) so that potential between VR (CP320) signal’s pedestal and pedestal

is 3.50 ± 0.05 Vp-p.(7) Adjust SUB B BRIGHT VR (VR305) so that potential between VR (CP324) signal’s pedestal and pedestal

is 3.50 ± 0.05 Vp-p.(8) Consecutively, execute 5-8. Contrast and Brightness voltage setting adjustment .

3. Notes

When unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1 (CP105) =5.0 ± 0.05 V.


3.5V±0.05V(pedestal – pedestal)

Figure 1

L-PCB

VCC1-1(CP105)

VR terminal(CP320)

VB terminal(CP324)

VG terminal(CP322)

(Figure 1)

Digital oscilloscope

Killer terminal (CP308)

VCC2-1(CP344)

QV-8000SX

Power supply

— 23 —

5-8. Contrast and Brightness voltage setting adjustment

1. Preparation




(2) Select / Execute GRAY SCALE (10 step).(3) Impress the killer terminal (CP308) with VCC2-1 (CP344) voltage through a 22kΩ resistance.(4) Trigger VB waveform (CP322) by FRP (CP305) signal to adjust as noted below.(5) Adjust CONTRAST VR (VR303) so that contrast terminal voltage(CP306) signal is 1.50 ± 0.05 Vp-p.(6) Adjust BRIGHT VR (VR304) so that potential between signal’s pedestal and 3 step is 2.10 ± 0.05 Vp-p.(7) Adjust CONTRAST VR (VR303) so that potential between signal’s pedestal and 10 step(white100%) is

2.90 ± 0.05 Vp-p.(8) Remove the resistance set between the killer terminal (CP308) and the VCC2-1 (CP344).

3. Notes

When unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1 (CP149) =5.0 ± 0.05 V.


(pedestal-10 step)2.90V±0.05V

Figure2

L-PCB

VCC1-1(CP105)

VG terminal(CP322)

(Figure 2)

Digital oscilloscope

QV-8000SX

Killer terminal (CP308)

VCC2-1(CP344)

Power supply

— 24 —

5-9. Color setting adjustment

1. Preparation




(2) Select / Execute COLOR BAR.(3) Trigger VB waveform (CP322) by FRP (CP305) signal to adjust as noted below.(4) Adjust the VR300 in order to set the width of the fourth pulse (between a pedestal and the peak) of the

four pulses of the VB waveform (CP342) at 2.90 ± 0.05 [Vp-p]

3. Notes

(1) Execute this adjustment after adjusting the contrast.(2) Consecutively, execute the TINT adjustment.(3) When unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1 (CP149)

= 5.0 ± 0.05 V.


L-PCB

VCC1-1

2.90

± 0

.05

[Vp-

p]

VB terminal (CP324)

(CP105)

Oscilloscope

QV-8000SX

1 432

Power supply

— 25 —

5-10. TINT setting adjustment

1. Preparation




(2) Select / Execute COLOR BAR.(3) Trigger VB waveform (CP322) by FRP (CP305) signal to adjust as noted below.(4) Adjust the VR301 in order to set the potential difference of the fourth pulse height B (between a pedestal

and the peak) and the second pulse height A (between a pedestal and the peak) of the four pulses ofthe VB wave form (CP324) to be less than 0.1 [Vp-p].

3. Notes

(1) Execute this adjustment after color adjustments.(2) When unable to adjust using AC adaptor, use voltage regulator and supply power to be VCC-1-1 (CP149)

= 5.0 ± 0.05 V.


L-PCB

VCC1-1 BA

VB terminal(CP324)

(CP105)

Oscilloscope

QV-8000SX

1 432

Power supply

— 26 —

1. Place the camera on anti-static sheet.

2. Tools to use: 1Precision screwdriver (+)2Precision screwdriver (–)3Tweezers4Discharge tool5Soldering iron/solder

[1] Main

screw (S6)

screws (S6)

7. Unscrew one screw (S5) on the side of the CAM case.

screw (S6)

DISASSEMBLY

4. Remove CF card.

3. Open battery cover and remove batteries.

5. Unscrew one screw (S6) in the battery holder.

6. Unscrew two screws (S6) on the bottom.

— 27 —

14. Press open the case.Make sure not to damage the dial.

13. Remove the batterie.10. Pull out the gray part of the CAM case as youpress down the silver part.

Screw (S6)

Screw (S6)

Screw (S6)

Screw (S6)

8. Rotate the CAM case and unserew one screw(S6) on the side.

9. Rotate the CAM case to the other side andunscrew one screw (S6) on the side.

11. Rotate the CAM case and unserew one screw (S6)on the side.

12. Rotate the CAM case to the other side and unscrewone screw (S6) on the side.

— 28 —

20. Remove a connector.

21. Take the CAM case block out from the upper caseblock.

17. Remove two flat cables.

[2] Lens unit

16. Remove three connectors.screws (S2)

15. Desolder the red wire. 19. Unscrew two screws (S2) fixing CAM case.

18. Upper case block and lower case block sepa-rated.

— 29 —

23. Remove the lens cover.

24. Peel off the seal.

screws (S5)

22. Remove two screws (S5) that attach the lenscover on CAM case.

25. Discharge the flash capacitor by using a dischargetool (for 1 sec. or more).

27. Discharge (–) (at the base of a wire (black))

26. Discharge (+) (a pad around h marked)

— 30 —

28. Desolder three wires.

29. Disconnect a flat cable.

31. Unscrew one screw (S4).Caution: Do not screw forcibly when assembling.

30. Unscrew one screw (S7).

Screw (S7)

Screw (S4)

32. Remove flash unit.

— 31 —

33. Disconnect three flat cables.


36. Disconnect two flat cables and one connector.

35. Remove C PCB.

Screw (S1)

— 32 —

38. Remove MD PCB.

37. Unscrew one screw (S1). 40. Remove L case ass'y.

43. Remove CF cover by bending it from lower case.

[3] Lower case ass'y

41. This is the Lens unit.

Screws (S1)

Screw (S1)

39. Unscrew two screw (S1) on L case ass’y.

42. Remove battery cover.

— 33 —


50. Remove the switch unit.


Screw (S4) Screw (S6)

Screw (S2)

46. By pressing the CF card eject knob removeD PCB.

49. Unscrew one screw (S2) affixing switch unit.

47. Remove one screw (S6) affixing battery holder.

48. Remove the battery holder.

— 34 —

[4] Upper case ass'y

54. Remove L PCB.

53. Disconnect the connector that links to BL ass'y.


55. Remove cushion.

51. Unscrew three screws (S1) on L PCB.

— 35 —

56. Unscrew four screws (S1) on BL ass’y.

59. Take the spacer out.

60. Remove LCD.

58. Remove BL unit.

57. Peel off the insulation seal.

— 36 —

63. All parts separated.

62. Remove DP panel.

61. Unhook DP panel from behind, and push it out.

— 37 —

EXPLODED VIEW

33

22

S1

15

11

10

7

5

6

4

S7

S5

S6

1-2

1-4

1

1-3

1-1

12-1 13

14

12-2

9

8

1-6

S3

1-5

3

3-1

3-3

3-2

2

S2

S8

31

30

32

15-2

15-1

30

30

16

18

S1

17

E1

19

20

21

37

26

2324S5S4

27

28

S2 29

S5

25

30

34

35

36

38

S440

S2

S2

S5S1

S1

S3

S6

S1 39

S1

S6

PARTS PRICE LISTQV-8000SX

NOTE: Spare parts not shown on this list are not available.MAIN BODY COMPONENT

N Item Code No. Parts Name Specification Applicable Q Price Code R

N 1 6614 3210 PCB-K714D-D UNIT K241225*1 Common 1 EE AN 1-1 3122 3740 SPEAKER PKM35-4A18 Common 1 AG X

1-2 3502 2475 BUTTON/EJECT/CF 55024-0091 Common 1 AS X 1-3 3502 2476 SHELL/EJECTOR/CF 58624-0001 Common 1 AK X

N 1-4 6614 3330 PLATE/INSULATION K441849-1 Common 1 AD XN 1-5 6614 3340 HARNESS K441842-1 Common 1 AT X

1-6 6600 3540 PLATE/INSULATION K4117-1 Common 1 AA X2 3412 2120 SWITCH/UNIT IB-VC-YO355-02 Common 1 CZ B3 6613 4967 HOLDER/BATTERY K341370*1 Common 1 BB X

3-1 6613 5331 SPRING/BATTERY K441453A-1 Common 1 AB X 3-2 6613 6861 SPRING/BATTERY K441611A-1 Common 1 AA X 3-3 6614 0770 SPRING/BATTERY K441706-1 Common 1 AB X

N 4 6614 1630 CASE/LOWER K140596-1 Common 1 AS XN 5 6614 1693 COVER/CF K341299C-2 Common 1 AE CN 6 6614 3460 LABEL/CF K441492-2 Common 1 AA C

N 7 6614 3290 PLATE/RATING K441490-2Countries other thanEurope and U.S.A.

1 AA C

N 8 6614 1710 COVER/CN K341298-2 Common 1 AD CN 9 6614 3310 LABEL/COVER K440064-8 Common 1 AA CN 10 6614 3208 BATTERY COVER ASSY K341667*1 Common 1 AU BN 11 6614 3320 LABEL/BATTERY K441507-2 Common 1 AA BN 12-1 6614 3490 COVER/LOWER K140597-1 Common 1 AK XN 12-2 6614 3500 COVER/JACK K441730-1 Common 1 AB X

13 6611 0460 PLATE/CASIO C441170-1 Common 1 AG XN 14 6614 1700 COVER/IRDA K341303-2 Common 1 AK X

15 6613 4965 PCB ASSY/BL K241055*1 Common 1 CK B 15-1 3851 2102 LAMP/FLUORESCENT CAS-1.8JS2.5-1 Common 1 AW A 15-2 3012 1610 BL INVERTER UNIT BL2.5K778-2 Common 1 BF B

N 16 2725 1390 LCD COD25T2027RN Common 1 DM AN 17 6614 3209 PCB ASSY/LINEAR K341675*1 Common 1 DJ AN 18 6614 1740 CABLE/FLAT K441456-2 Common 1 AE XN 19 6614 1620 CASE/UPPER K140595-1 Common 1 AT X

20 6613 5190 HOOK/STRAP K441454-1 Common 1 AD X21 6613 5201 HOOK/STRAP K441455A-1 Common 1 AD X

N 22 66141640 PANEL/DISPLAY K240987-2 Common 1 AK X23 6613 5160 BUTTON/DISPLAY K341301-1 Common 1 AG X24 6613 5150 COVER/LED K441467-1 Common 1 AA X25 3412 2089 SWITCH/SHEET IB-VC-YO361 Common 1 BC B26 6613 5170 TAPE/ADHESIVE K441473-1 Common 3 AA X27 6614 3280 PLATE/RATING K441489-2 Common 1 AA X28 6611 4390 NUT/TRIPOD R340024-1 Common 1 AD X

N 29 6614 3480 LABEL/BATTERY K441491-2 Common 1 AA XN 30 6613 7360 PLATE/INSULATION K441619-1 Common 5 AA XN 31 6613 8021 PLATE/REINFORCING K441637A-1 Common 1 AA XN 32 6613 7580 CUSHION K441618-2 Common 1 AA XN 33 6614 3218 CASE ASSY/CAMERA K341668*1 Common 1 BU XN 34 1015 1515 STROBE UNIT CO-714 Common 1 CF A

Notes: Q : Quantity used per unitR : Rank

- 38 -


N 35 6614 3219 PCB ASSY/STROBE K441824*1 Common 1 BR AN 36 6614 3300 CASE/CAMERA K140600-1 Common 1 AO XN 37 1001 4231 LINER CASE UNIT K241223*1 TK(714) Common 1 CB X

38 1001 4048 LENS UNIT S K341918*1 TK(714) Common 1 EF A39 1001 4049 PCB ASSY/MD S K442238*1 TK(714) Common 1 BZ A40 1001 4050 PCB ASSY/C S K442237*1 TK(714) Common 1 CN AE1 5861 3787 E-RING 2.0 JISB2805 Common 1 AA XS1 5860 1477 SCREW BT3 1.7X3.5 BK Common 11 AA XS2 5112 0906 SCREW BT3 1.7X5 NI Common 5 AA XS3 5860 5733 SCREW BT3 1.7X12 NI Common 1 AA XS4 5861 4345 SCREW PS3 1.7X3.5 NI Common 1 AA X

N S5 5860 3381 SCREW PS3 1.7X4 BK Common 3 AA XS6 5861 3773 SCREW ST1 2X2.2 NI Common 8 AA XS7 6630 7430 SCREW K440305-1 Common 3 AA XS8 6327 1860 SCREW A44508-2 Common 1 AA X

ACCESSORY


N - 1015 1524 CF CARD HB289008C4XA Except for US 1 DB XN - 1015 1523 CAP/LENS LC-K714 Common 1 AH BN - 3851 2122 STRAP ST-K714 Common 1 BB C

- 1015 1521 CASE/SOFT SC-714 Common 1 BK C- 1014 8773 CABLE/VIDEO VC-K723-FC Common 1 AR C

N - 1015 1522 REMOCON/WIRED RWS9000-1101R Common 1 BX B- 3800 1221 BATTERY/LITHIUM CR2025C-CM Common 1 AD X

N - 3502 2744 CABLE/USB 59204-2301 Common 1 BK C- 1015 1471 CABLE/PC-LINK LC9F-DOS-K740-L Except for US 1 BX C- 1015 1526 CD-ROM CK714DCA01R Except for US 1 AM X

N - 3816 0266 BATTERY/ALKALINE LR6PA/2ST Except for US 2 AG X Notes: Q : Quantity used per unit

R : Rank

- 39 -

CAMERA PCB ASS'Y


40 1001 4050 PCB ASSY/C S K442237*1 TK(714) Common 1 CN ACONNECTORS

CN200 3502 2704 CONNECTOR 52892-1890 Common 1 AD XCN250 3502 2704 CONNECTOR 52892-1890 Common 1 AD XCN251 3502 2703 CONNECTOR 52892-2290 Common 1 AE X

DIODED210 2390 1820 DIODE/CHIP 1SS355TE-17 Common 1 AA X

TRANSISTORQ200 2252 0637 TRANSISTOR/CHIP 2SC4081-T106R Common 1 AA X

DIGITAL PCB ASS'Y


1 6614 3210 PCB-K714D-D UNIT K241225*1 Common 1 EE ACAPACITOR

C596 2845 6624 CAPACITOR/BACK-UP EECS0HD104H Common 1 AF BDIODES

D521 2390 0777 DIODE/CHIP IMN10T-108 Common 1 AB XD522 2775 2079 DIODE/CHIP DA227-TL Common 1 AA XD523 2775 2079 DIODE/CHIP DA227-TL Common 1 AA XD560 2390 1379 DIODE/SCHOTTKY MA729-(TX) Common 1 AB XD561 2390 1379 DIODE/SCHOTTKY MA729-(TX) Common 1 AB X

OSCILLATORH520 2590 2707 OSCILLATOR CSTCC4.00MG-TC Common 1 AC X

ICSIC511 2105 6490 IC TK15405MTL Common 1 AH XIC512 2105 3388 IC/CMOS TC7S66FU-TE85L Common 1 AE XIC514 2114 4137 IC TC4W53FU(TE12L) Common 1 AF XIC515 2105 5215 IC/CMOS TC7W74FU(TE12L) Common 1 AE XIC516 2105 6470 IC LM4041CIM3X-1.2 Common 1 AL XIC517 6571 0037 IC/L-MOS TC7W00FU(TE12L) Common 1 AD XIC521 2105 6486 IC S-80835ANNP-EDZ-T2 Common 1 AC XIC525 2114 5861 IC AD7823YRM-REEL Common 1 AX XIC563 2105 5712 IC TC7S04FU(TE85L) Common 1 AD X

JACKSJK510 3025 1937 JACK HSJ1636-011020 Common 1 AE BJK530 3501 8197 JACK/MINI HSJ1169-019010 Common 1 AF B

TRANSISTORSQ510 2259 2715 TRANSISTOR/DIGITAL DTC144EETL Common 1 AA XQ520 2259 2745 TRANSISTOR/DIGITAL DTC143EETL Common 1 AA XQ540 2259 2715 TRANSISTOR/DIGITAL DTC144EETL Common 1 AA XQ552 2795 8150 FET/CHIP 2SK2035(TE85L) Common 1 AA XQ560 2795 8150 FET/CHIP 2SK2035(TE85L) Common 1 AA XQ561 2795 8150 FET/CHIP 2SK2035(TE85L) Common 1 AA X

SWITCHSW511 3412 2002 SWITCH SPVC2-1-T Common 1 AD B


- 40 -

LINEAR PCB ASS'Y


17 6614 3209 PCB-K714D-L ASSY K341675*1 Common 1 DJ ACONNECTORS

CN100 3501 7091 CONNECTOR 53254-0310 Common 1 AA XCN310 3502 2226 CONNECTOR SM02B-SRSS-TB Common 1 AC X

DIODESD100 2390 2506 DIODE RB060L-40-TE25 Common 1 AD XD110 2390 1883 DIODE/SHOTTKY RB160L-40TE25 Common 1 AC XD115 2390 1883 DIODE/SHOTTKY RB160L-40TE25 Common 1 AC XD120 2390 1883 DIODE/SHOTTKY RB160L-40TE25 Common 1 AC XD125 2390 1379 DIODE/SHOTTKY MA729-(TX) Common 1 AB XD126 2390 1379 DIODE/SHOTTKY MA729-(TX) Common 1 AB XD350 2390 1820 DIODE/CHIP 1SS355TE-17 Common 1 AA XD352 2390 1358 DIODE/VARICAP MA329-(TX) Common 1 AC XD900 2390 1379 DIODE/SHOTTKY MA729-(TX) Common 1 AB XD960 2390 1820 DIODE/CHIP 1SS355TE-17 Common 1 AA XD961 2390 1820 DIODE/CHIP 1SS355TE-17 Common 1 AA XD962 2390 1379 DIODE/SHOTTKY MA729-(TX) Common 1 AB XD963 2390 1820 DIODE/CHIP 1SS355TE-17 Common 1 AA X

FUSESFU102 2797 5737 FUSE PI-R431.750 Common 1 AC AFU103 2797 5737 FUSE PI-R431.750 Common 1 AC AFU104 2797 5716 FUSE PI-R431002 Common 1 AC AFU105 2797 5612 FUSE PI-R431001 Common 1 AC A

OSCILLATORH300 2590 1239 OSCILLATOR HC-49/U-S-A Common 1 AH B

ICSIC110 2105 6480 IC S-8520B33MC-ARS-T2 Common 1 AL XIC115 2105 6480 IC S-8520B33MC-ARS-T2 Common 1 AL XIC135 2105 6479 IC RN5RL33AA-TR Common 1 AC XIC300 2114 5840 IC IR3Y29BM Common 1 BK XIC320 2012 5983 LSI CM7018L3-T4N Common 1 AY XIC330 2114 5805 IC NJM3414AV-TE1 Common 1 AI XIC900 2114 5858 IC S-8327B54MC-ESI-T2 Common 1 AH XIC950 2114 5800 IC MB3800PFV-G-BND-EF Common 1 AP XIC980 2105 4501 IC/MOS RN5RL30AA-TR Common 1 AD X

JACKJK100 3501 6755 JACK/POWER HEC3600-010120 Common 1 AD B

TRANSISTORSQ110 2795 8156 FET/CHIP CPH6301-TL Common 1 AE XQ115 2795 8156 FET/CHIP CPH6301-TL Common 1 AE XQ120 2251 0930 TRANSISTOR/CHIP 2SB1073-R(TX) Common 1 AB XQ125 2795 8157 FET/CHIP CPH6401-TL Common 1 AE XQ900 2795 8157 FET/CHIP CPH6401-TL Common 1 AE XQ901 2259 2715 TRANSISTOR/DIGITAL DTC144EETL Common 1 AA XQ952 2259 2715 TRANSISTOR/DIGITAL DTC144EETL Common 1 AA XQ955 2253 0308 TRANSISTOR/CHIP 2SD1119-R(TX) Common 1 AC X

SWITCHSW100 3412 2002 SWITCH SPVC2-1-T Common 1 AD B

CONVERTERT955 3065 0742 CONVERTER/DC-DC CLQ72-02 Common 1 AG 1


- 41 -


VARIABLE RESISTORSVR300 2775 3464 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-203N-T00 Common 1 AA CVR301 2775 3464 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-203N-T00 Common 1 AA CVR302 2775 3465 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-503N-T00 Common 1 AA CVR303 2775 3465 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-503N-T00 Common 1 AA CVR304 2775 3464 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-203N-T00 Common 1 AA CVR305 2775 3465 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-503N-T00 Common 1 AA CVR306 2775 3465 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-503N-T00 Common 1 AA CVR320 2775 3464 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-203N-T00 Common 1 AA CVR321 2775 3466 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-102N-T00 Common 1 AA CVR951 2775 3467 RESISTOR/SEMIFIXED/CHIP POZ2AN-1-502N-T00 Common 1 AA C

MD PCB ASS'Y


39 1001 4049 PCB ASSY/MD S K442238*1 TK(714) Common 1 BZ ACONNECTOR

CN700 3502 2214 CONNECTOR 52435-2291 Common 1 AD XICS

IC751 2105 6398 IC LB1846M-TE-L Common 1 AH XIC752 2105 6398 IC LB1846M-TE-L Common 1 AH XIC753 2105 6398 IC LB1846M-TE-L Common 1 AH X

STROBE PCB ASS'YN Item Code No. Parts Name Specification Applicable Q Price Code R

35 6614 3219 PCB-K714D-ST ASSY K441824*1 Common 1 BR AIC

IC200 2105 4158 COMPARATOR TA75S393F(TE85L) Common 1 AC BTRANSISTOR

Q206 2259 2731 TRANSISTOR/DIGITAL DTA114EE-TL Common 1 AA X Notes: Q : Quantity used per unit

R : Rank

- 42 -

— 43 —

C-PCB (PCB-K714D-C)

PRINTED CIRCUIT BOARDS

— 44 —

D-PCB (PCB-K714D-D)

— 45 —

L-PCB (PCB-K714D-L)

— 46 —

MD-PCB (PCB-K714D-MD)

ST-PCB (PCB-K714D-ST)

— 47 —

SCHEMATIC DIAGRAMSC-PCB (PCB-K714D-C) CIRCUIT

— 48 —

D-PCB (PCB-K714D-C) CIRCUIT

— 49 —

L-PCB (PCB-K714D-C) CIRCUIT

— 50 —

MD-PCB (PCB-K714D-C) CIRCUIT

— 51 —

ST-PCB (PCB-K714D-C) CIRCUIT

— 52 —

FPC-PCB (PCB-K714D-C) CIRCUIT

— 53 —

TROUBLESHOOTING

Trouble1 : Power does not turn on.

cause1. Shortcircuit. (L-PCB: FU102, FU103, FU104, FU105)action1. Replace fuse.

cause2. CF cover is open.Detect switch is broken.

action2. Close memory card cover.Replace detect switch.

cause3. No flat cable or broken flat cable between D PCB ass’y and L PCB ass’y.action3. Replace or install flat cable.

cause4. No flat cable or broken flat cable between D PCB ass’y and switch unit.action4. Replace or install flat cable.

Trouble2 : V ideo screen failure. LCD display is OK.

cause1. Setting of NTSC/PAL is incorrect.action1. Set the video output appropriate for the TV.

After replacing D PCB ass’y always check the setting.

Trouble3 : LCD dose not work, but V ideo is OK.

cause1. OPEN LCD connector or BL connector.action1. Insert to connector. If broken, replace it.

Trouble4 : Display shows

CF ERRORYou must format the CompactFlash card before using it with this camera.

FORMAT→MENU

cause1. Error in CF data.action1. Refer to the owner’s manual.

CF can be handled the same way as hard drive.The actions noted below can be taken. No guarantee about the display.

(1) Set CF card to a PC using PC card adapter.(2) Save files in the memory card.(3) Execute scan disk program for CF card and recover the data error or format the

disk.(4) Copy the correct file in memory card.

cause2. CF card hard error.(Unable to format or scan disk)

action2. Replace CF card.

cause3. Connector for CF card on D PCB ass’y or circuit is broken.action3. Replace connector or D PCB ass’y.

— 54 —

Trouble5 : Flash does not light

cause1. Loose connection of the connector between PCB D and camera unit.action1. Insert the connector tightly.

cause2. Faulty Flash unitaction2. Replace Flash unit.

cause3. Open circuitted fuse (FU102 on PCB L)action4. Replace the fuse.

Trouble6 : Display failure when flash is used.

cause1. Noise when flash is in operation.action1. Refer to “Strobe operation check on page 16”.

Trouble7 : Flash's light control impossible (red eye prevention mode does not

work, too light or too dark)

cause1. Faulty Flash unitaction1. Replace Flash unit

cause2. Dirty or improperly fixed light control sensoraction2. Clean or re-fix the light control sensor.

Trouble8 : Unable to switch between REC and PLA Y.

cause1. Switch unit broken or bad installation.action1. Replace or reinstall switch unit.

Trouble9 : When switching form PLA Y to REC, display turns blue and key

operations do not work.(Also unable to turn power off.)

cause1. Bad connection between D PCB ass’y and camera unit, or broken camera unit.action1. Reconnect connector, or replace D PCB ass’y or camera unit.

Trouble10 : Blur display .

cause1. Dirty lens.action1. Clean lens.

cause2. Broken CL unit.action2. Replace CL unit.

Trouble1 1 : Battery consumption is fast.

cause1. Differs between manufacturers, types, temperatures, and storage time.

cause2. Current consumption is high.action2. Check current consumption. Repair the problem.

cause3. Kept battery in the camera itself for a long time.action3. If not planning to use the camera for a long period of time, remove batteries.

(Even when power is turned off, electricity is consumed.)

CASIO TECHNO CO.,LTD.Overseas Service Division

Nishi-Shinjuku Kimuraya Bldg. 1F5-25, Nishi-Shinjuku 7-ChomeShinjuku-ku, Tokyo 160-0023, Japan

Ver.1 : The following items were added.

• ADJUSTMENT

• DISASSEMBLY

• PRINTED CIRCUIT BOARDS

• SCHEMATIC DIAGRAMS

• TROUBLE SHOOTING

Ver.2 : The following items were changed.

• PARTS LIST (P.38, 39)

casio qv-8000sx digital camara sm

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