1. Complete Unit .................................................................................................................................... 5
PARTS LIST .............................................................................................................................................. 24
Recording SystemDigital (JPEG base); PC Link software can be used to input images in CAM, JPEG,
TIFF and other format.
Recording MediumFlash memory (8MB)
Memory Capacity/SUPER FINE: 16 images
Computer Output image(450KB compressed – 1280 x 960 pixels)
FINE: 30 images
(225KB compressed – 1280 x 960 pixels)
NORMAL: 57 images
(113KB compressed – 1280 x 960 pixels)
ECONOMY: 88 images
(64KB compressed – 640 x 480 pixels)
The above figures are approximations only. The actual number of images depends on
image subject matter.
Image Element1/3-inch CCD (Total Pixels: 1,310,000; Effective Pixels: 1,250,000)
Computer Output image1280 x 960 / 640 x 480 pixels
Lens F2.8, f = 5.47mm
FocusingSelectable between phase-difference detection system autofocus and manual focus.
ApertureLens shutter/auto iris
Focus RangeNORMAL: 0.3m to ∞
MACRO: 10cm
(From surface of protective lens.)
Light MeteringTTL center priority by CCD
Exposure MeteringProgram AE
Exposure RangeEV +6 to 17
Exposure Correction–2EV to +2EV (1/2EV units)
ShutterCCD electronic shutter/mechanical shutter
Shutter Speed1/8 to 1/500 second
White BalanceAutomatic
Self-timer10 seconds
Recording ModesSingle-image; Self-timer; Movie; Panorama; Title; Macro
Flash ModesAUTO, ON, OFF, Red-eye Reduction
Monitor/Viewfinder1.8-inch TFT low-glare color LCD; 122,100 (555 x 220) pixels
Video OutputNTSC/PAL (selectable)
Input/Output TerminalsDIGITAL OUT, VIDEO OUT, AC adaptor connector
Power SupplyFour batteries (AA-size alkaline or lithium batteries)/AC adaptor (AD-C620)
Power ConsumptionApproximately 7.6 W
Dimensions131(W) x 69(H) x 43(D) mm
WeightApproximately 250g (excluding batteries)
Standard Accessorieswrist strap; soft case; video cable; four LR6 alkaline batteries; owner’s manual
• The liquid crystal panel built into this camera is the product of precision engineering, with an effective pixel rate of
99.99%. This also means, however that 0.01% of the pixels can be expected to fail to light or to remain lit at all
times.
F, F, (POWER SW)
CPU, Flash, ROM, RAM
CPU (Analog)
CCD, Strobe
Strobe (Logic)
VDr
CCD, VDr, Buff,
C-MOSBuff,
CDS, AGC, AD (Driver)
CDS, AGC, AD, VDr
CCD, VDr,
AFMotor
Eyeris, Measure
AF (Logic)
Strobe Charge
Strobe (Logic)
Disp (Gate)
Disp (Source) RGB I/F
RGBI/F
Disp (Gate)
Disp (Logic), TFTController
Video Out, Serial
SignalSW, Serial
BackLight
Voltage [V]
BATTERY
3.3
3.3
3.3
3.3
5.0
18.5
15.0
5.0
3.3
3.3
-9.0
5.0
5.0
3.3
BATTERY
5.0
13.5
7.5
5.0Adj
-15.0
3.0
5.0
3.3
6.0Adj
Page 7
ADJUSTMENT
1. Complete Unit
1-1. Loading ADJ
Set QV-5000SX to “PLAY” mode.
(1) Connect QV-5000SX and DOS/V PC with link cable.
(2) Execute the adjustment software shown below on PC.
DT777E - aok 98042101.adj ENTER
(3) During the procedure, “MEMORY ERROR#4” appears on the display of QV-5000SX but this
does not indicate malfunction.
(4) Parameter loading complete message will be displayed.
[
[
QV-5000SX
PC
RS232C port
1-2. White balance · Sensitivity adjustment
1. Preparation
(1) Viewer (Kenko light box handy 5000) (Modified in order to input DC externally)
(2) Voltage regulator (Output voltage: 0 to 10 V, Output current: 0 ~ 1 A)
(3) Use two ND filter together, one ND10 and one ND20.
(4) Use two color temperature converter filter together, one LA10 and one LA20.
*Although those filters are sold at a large camera store, they are available from CASIO. Please
refer to the parts list (page 31).
2. Setting of equipment
(1) Supply 6 V to simplified viewer from voltage regulator.
(2) Turn on power of simplified viewer and leave it on for more than 30 minutes.
Link cable
3. Adjustment procedure
(1) Start test mode MENU2.
•Set function switch to REC mode
•Turn POWER switch ON while pressing DISP key and Shutter button simultaneously.
•Press mode key twice
•Press flash key and menu key simultaneously.
(On display, cursor is placed on CCD RGB ADJUST)
(2) Set the filter so that center of illuminance face and center of two color temperature converter
filters are lined up.
(3) Bring lens of QV-5000SX close to the center of color temperature converter filters then stick QV-
5000SX and filters together.
(4) Press the shutter button.
(5) When RGB ADJUST COMPLETE is displayed the initialization, of white balance is completed.
(6) Remove two color temperature filters from simplified viewer.
(7) Set the filter so that center of illuminance face and center of two ND filters are lined up.
— 5 —
Page 8
(8) Bring lens of QV-5000SX close to the center of ND filters, then stick QV-5000SX and filters
together.
(9) Press the shutter button.
(10) When SENS ADJ COMPLETE is displayed the adjustment of sensitivity is completed.
(11) Turn power switch off.
•When using kenko light box handy 5000 go on with the procedure listed below, 12. to 15.
Execute them only once. If you execute more than once start from procedure 1.
(12) Set function switch to PLAY mode, then turn on power.
(13) Connect QV-5000SX and PC with a link cable then execute R, BGAIN compensation software
(kadj1E.exe) on Windows 95.
(14) Click “replace AD”.
(15) White balance adjustment is completed when “AD replacement complete” is displayed.
4. Checking Adjustment
(1) White balance
•Set white balance manually to sunlight.
•Turn on the power switch of simplified viewer and take a picture.
•Compare it with a regular picture and if there are no difference, its setting is OK.
(2) Sensitivity
•Set strobe to AUTO.
•Take a picture of a person’s face in a dark room at a distance of about 1 meter.
•Compare it with a regular picture and if there are no difference, its setting is OK.
PRECAUTIONS
• Since the intensity of light and color temperature varies in the simplified viewer, let it sit for 30
minutes before using.
• The deviation of simplified viewer’s illuminace face’s point light intensity is large, try to set the
illuminace face at the center.
• Pay attention since the figure of R, BGAIN compensation software (kadj1E. exe) keeps changing.
Equipment needed to execute white balance and sensitivity adjustment
Light source (viewer)
No. 1
ADJ SOFT
CCD RGB ADJUST
Color temperature
(K) light source 1
4400 ± 200
Light intensisty
(cd/m2) light source 2
No specified figure for
Note
light intensity
No. 2
CCD SENS ADJUST
50 ± 5
No specified figure for
color temperature
— 6 —
Page 9
1-3. Flash operation and recharge operation
• Apply 6.0 ± 0.1 V voltage on DC in jack.
• Set QV-5000SX in “REC” mode.
• Perform after flash adjustment.
(1) Shoot a picture with flash ON.
(2) Shoot in red eye reduction mode.
(3) Shoot in macro mode.
(4) Set QV-5000SX in “PLAY” mode and check the pictures taken.
(5) Monitor the trigger waveform of (1), (2) and (3) on a digital oscilloscope and make sure there are
no errors.
(6) Shoot a picture with flash OFF. (Make sure there is no flash)
(7) Make sure that the charging current is less than 1.3 A.
Note:Make sure that the pictures taken in steps (1) and (2) are not whitish, dark or erroneously
colored.
Flash lens face
Digital oscilloscope
TIME : 1.0 µsec/DIV
VOLTS: 1 V/DIV (AC mode)
Probe close to
flash lens face
Earth of hte probe
Should be hooked as shown above.
Monitor
QV-5000SX
— 7 —
Page 10
Flash trigger waveform
1. Normal waveformTIME: 1 µ sec/DIV
VOLTS : 1 V/DIV
CH1
First positive
pulse.
ACQUIRE
NORMAL
1V
ENVELOPE
OK if second positive pulse is shown.
First negative
pulse.
1
2
AVS
REPET
ON | OFF
757µV
SAVE ON
ON | OFF
UERT1µV
2. NG waveforms when trigger skipping occurs.
(1) When trigger skipping occurs on the first
positive pulse.
(2) When trigger skipping occurs on the first
negative pulse.
— 8 —
Page 11
1-4. Current consumption
Set QV-5000SX to “PLAY” mode.
(1) Current consumption (DC in = 6.0 ± 0.1 [V])
(2) Lower the voltage from 6 V as shown below then make sure the battery warning indicator changes.
DC in = 5.0 ± 0.05 [V] (PLAY mode)
DC in = 4.65 ± 0.05 [V] (PLAY mode)
Note:Make sure that current consumption is less than 550 mA in PLAY mode.
Reference: • Current consumption of REC mode.
• Maximum 800 mA (Flash charge current is not included)
1-5. Operation check (Reference)
(1) Shock resistance, battery operation
(2) Jack operation, slide switch operation, button operation.
(3) Cover open/close operation, battery cover open/close operation
(4) Resolution, paralax, color revival
(5) Standard/Macro switch, AE operation, AF operation, self timer countdown display
(6) Flash display function, LED display function
(7) Video output, digital communication, page display
(8) Dust and scratches on lens
(9) Appearance
Notes: •In MACRO mode make sure the focus gets clear at a distance of 100 ± 4 mm from the front
part of protector.
•In NORMAL mode make sure you are able to see the specified resolution specified on the
center resolution chart and 79 % chart at a distance of 300 ± 10 mm.
•Operate the procedures listed below as a secondary judgement of procedure (2).
•In NORMAL mode make sure you are able to see the specified resolution specified on the
center resolution chart and 85 % chart at a distance of 1000 ± 10 mm.
*Take a shot at F mode then check the resolution after loading it to the PC.
*After checking on the PC. Adjustments are made only when there is a problem.
•Plates, letters, screws, label are to be checked as appearance.
•Check the color revival using tint chart and the noise level
Make sure the figures on video outputs are as shown below.
~ROM98022502: 1.0 V ± 0.2V (test pattern white100 %)
ROM98022601~: 0.82V ± 0.2V (test pattern white 75 %)
*Operate at 75 Ω end terminal.
•Make sure the setting “NTSC/PAL” after D-PCB replacement.
— 9 —
Page 12
1-6. Test mode
(1) Turn power ON while pressing shutter button and DISP button simultaneously.
TEST MODE display is displayed.
TEST MODE
PATCH11111111
LOADER7
ADj.98012201
VER.98012201
In the center of the display “TEST MODE” is displayed at 4 times the size of other letters.
In the lower right corner PATCH, LOADER, ADj and Program version are displayed.
PATCH : When there is no PATCH, 11111111 will be displayed
ADJ: When ADJ is broken or CCD is not adjusted, dates will not be displayed.
(2) Press MENU button and FLASH button simultaneously.
MENU 1 appears on the display.
(3) Double click MODE key then press MENU button and FLASH button simultaneously.
MENU 2 appears on the display
•Press +/– to select and SHUTTER button to confirm.
Black display
50 % gray display
White display
32 × 32 pixel grid pattern on black, or RED square at REC Thru (320 × 216) or
Yellow square at PLAY MODE (360 × 240) or 1 PIXEL mark is displayed in the
center.
MENU1-8
Displays color bar.
— 11 —
Page 14
MENU2
1. CCD RGB ADJUST
2. CCD SENS. ADJUST
3. BATT. TEST
4. REC INFO.
5. SELF COPY
6. IMAGE COPY
7. MOTOR SETTING
8. SOKKYO CHANGE
9. NO COMP CAPT
MENU2-1
MENU2-2
MENU2-3
MENU2-4
Execute CCD color solid adjustment, then record it on ADJ of flash memory
display.
Press shutter button by adjusting the light amount using specified filters in
specified viewer.
When setting mark is displayed it is completed.
Execute CCD sensitivity check, check result is stored in ADJ area of the picture
flash memory.
Press shutter button by adjusting the light amount using specified filter in
specified viewer.
When setting mark is displayed, it is completed.
Battery life measurement function.
When shutter button is pressed, it will shoot pictures at interval of about 10
seconds. It will go off when battery goes dead or when power is turned off.
FOCUS/iris display function
At REC through, present Focus point and iris will be displayed on the LCD.
It will be easy to control Manual Focus precisely.
It will go off when power is turned off.
Do not use 5 to 9 of MENU2 because it will corrupt data stored.
— 12 —
Page 15
2. D-PCB Assy
2-1. Operation check
• Set QV-5000SX in “PLAY” mode.
• Connect C, L, PW, KA, KB, JK, BL PCB.
• Connect PACT (CP510) to GND for short time (1, 2 seconds).
Then the unit will be operation mode.
Supply electricity to each power source of D PCB.
AC adaptor can be used. But if the unit does not operate correctly use the values listed above.
1. Clock frequency check
Make sure SYSCLKP terminal is at f0 = 54MHz ± 60ppm.
2. DT program check
Program used: dt777E
Check the items listed below.
(1) Make sure serial communication connection is OK.
(2) Check ROM version.
(3) Make sure DRAM is OK.
(4) Make sure flash memory is OK.
(5) Check the voltages detected. (HIGH will be displayed)
• AC adaptor jack used/not used
(7) Make sure each key works correctly.
(8) Make sure each LED lights.
• LED for self timer
• Operation display LED
(9) Make sure TFT LCD display goes on an off correctly.
(10) Make sure SUB LCD lights.
(11) Turn power OFF.
3. Make sure RGB and VIDEO are outputted.
For VIDEO, check each of NTSC type and PAL type.
Note:Make sure video signal level are as shown below.
ROM version (~98022502) : 0.810 V ± 0.160 (100 % white)
ROM version (98022601~) : 0.665 V ± 0.150 ( 75 % white)
— 13 —
Page 16
How to use
dt777E ENTER
To check D PCB (dt777E.exe), you will have to enter into serial communication for D PCB alone.
For host computer use 1 MB PC-AT compatible. Add check circuit to connectors as needed.
TEST contents
Version display
Self test of DRAM
Check of control block
Voltage detect test
Mode detect test
Detects each key
LED display test
LCD display ON/OFF test
Sub LCD display test
Displays ROM version.
Read/write check of video buffer area only.
If no errors are found “OK” will be displayed. If any errors are
found FLASH memory will be formatted. (about 30 seconds)
In this case, all the pictures in memory will be deleted.
Displays the voltage detected by HIGH, MID, and LOW.
Detect REC/PLAY mode, video out mode, AC adapter mode,
and displays result.
T est by pressing keys. Press the key that is shown on the display.
Test operation display of self timer, follow the procedures shown
on display, and check if the lights go on.
Turn LCD display OFF then turn it ON again
Follow the procedures shown on the display.
Display all segments, then erase them.
Follow the procedures shown on the display.
— 14 —
Page 17
3. L-PCB Assy
3-1. VCC18, VCC15, VEE7 voltage adjustment
• Make sure VCC1-1 (CP149) = 5.0 ± 0.05 [V]
• Apply 3.3 V ± 5 % to PW0 to PW3.
(1) Apply 5.0 ± 0.05 V to VCC1-1 and adjust VR120 so that VCC18 (CP121) becomes 18.5 ± 0.5 V.
(2) Adjust VR125 so that VCC15 (CP125) becomes 15.0 ± 0.2 V.
(3) Adjust VR130 so that VEE7 (CP133) becomes –9.0 ± 0.2 V.
Note:Adjust VCC15 after adjusting VCC18.
Power
Supply
VCC1-L
3.3 V
PW~3
L-PCB
VCC18
VCC15
VEE7
V
— 15 —
Page 18
DISASSEMBLY
1. Unscrew two screws (S4) on the side.
screw (S4)
2. Unscrew a screw (S4) on the bottom.
screw (S4)
5. Use a (–) screwdriver to remove the small hook.
hook
6. Remove the upper case.
3. Open battery cover.
4. Release the hook on the side.
7. It should look like this.
8. Remove the top case by lifting it up.
hook
— 16 —
Page 19
9. It should look like this.
13. Remove the label that says “CAUTION HIGH
VOLTAGE”
10. Remove the hook of battery holder.
hook
11. Pull out the frame block.
14. Connect resistor (1.5 kΩ 5W) to flash
capacitor for discharging.
15. Put purple wire on top then green, yellow and
gray on the bottom when assembling the top
part of the lens.
purple
yellow
green
gray
12. Frame block
16. Peel off the insulation sheet on the bottom.
insulation
sheet
— 17 —
Page 20
17. Bottom view (LCD)
21. Remove a screw (S1) of KB PCB.
screw (S1)
18. Bottom view (camera)
19. Peel off the insulation sheet.
22. Remove KA PCB and KB PCB.
23. Unscrew two screws (S1) of the flash unit.
screw (S1)
20. Unscrew two screws (S9) of KA PCB hidden
under the insulation sheet.
24.
— 18 —
Remove the flash unit.
Page 21
25. Unscrew screw (S8) of PW PCB and remove
washer.
scew (S8)
26. Unscrew screws (S8) and (S1) and remove
washer.
screw (S1)
29. Unscrew a screw (S5) of battery holder.
screw (S5)
30. Remove battery holder.
screw (S8)
27. Remove the battery spring.
battery
spring
28. Remove PW PCB and JK PCB.
31. Peel off insulation sheet of lens ass’y.
32. Unscrew two (S2) screws.
— 19 —
Page 22
33. Remove flash unit.
37. Unscrew two screws (S1) of lens ass’y.
screw (S1)
34. Unscrew a screw (S2) from metallic part on D
PCB.
35. Remove connector (CN540). When assembling be sure the contact is secure.
38. Remove lens ass’y. Remove a screw (S2) of
L PCB.
screw (S2)
39. Remove L PCB.
connector
(CN540)
36. Remove D PCB.
40. Unscrew two screws (S1) of DP frame.
screw (S1)
— 20 —
Page 23
41. Remove LCD and BL ass’y.
42. Unscrew two screws (S4).
screw (S4)
PRECAUTIONS WHEN
ASSEMBLING
45. When putting DP frame to LCD, pull the cable
first.
46. Put the excess part of the wire inside so the
case will not nich the wires.
43. Remove bottom case ass’y.
44. Press the shaft and remove the battery cover.
shaft
47. When assembling PW PCB place the black
and gray wires as shown below.
gray
black
— 21 —
Page 24
48. Let the black wire and gray wire run as shown.
gray
Trouble 1 : Display failure on Video/LCD display is OK.
•Setting of NTSC/PAL is incorrect.
➠ Charge the video setting that is right for the TV (Refer to user’s manual).
•L board failure of JK board failure.
➠ Replace boards.
Trouble 2 : Flash does not work.
Unable to adjust (White 100 %).
Unable to set to red eye reduction mode (Flashes only once).
•Strobe unit failure.
➠ Replace strobe unit.
Trouble 3 : No display when in REC mode. Display failure.
•Connection failure of D board connector (CN540).
➠ Reconnect connector.
Trouble 4 : Unable to focus.
•Dirty lens.➠ Clean lens.
•Lens assy failure.➠ Replace lens assy.
Q & A
Q1.The film counter seems incorrect.
A1.
The film counter reduces depending on the available memory . If one picture takes a lot of memory
the film counter may reduce by two. In some cases film counter may not change.
The film counter is only a predicted number considering from the remaining memory.
Q2.The picture is blurred.
A2.
The recording precision is a lot higher than the VGA camera from while ago.
A little bit of dirtiness or movement of the camera may affect the picture.
Clean the lens and press the shutter button slowly.
When it is a bit dark and slow shutter is in operation using a tripod is recommended.
Also make sure that LED of AF is green, and MACRO/NORMAL setting is accurate.
Q3.Through display looks smaller and blurry than the PLAY display.
A3.
The display is little rougher than the ones before.
This is because there are more pixels now which will take more time to produce picture, so in
order to display the through pictures without waiting their is a preview display. At the same time
thinning out of picture is in operation which results in disturbing lines.
There is no problem with the recorded through picture.
Q4.
The LCD display disappears when inserting video cord to the video output terminal in PLAY mode.
A4.
When you inset video cord for external display the display on camera will disappear.
Q5.4 to 5 seconds after watching the picture on LCD video the display changes.
A5.
QV-5000SX has preview display to show the pictures early. When looking in PLAY mode preview
display is displayed first than the more precise picture after that.
— 45 —
Page 48
— 46 —
FLOW CHART OF TROUBLE SHOOTING
Set QV5000-SX
to REC mode.
Turn POWER
switch ON.
Set QV5000-SX
to PLAY mode.
Does the power
LED light?
Does the sub LCD
work normally?
Does strobe charge
work normallly?
Does LCD work
normally?
Press shutter
button half way to
activate AF.
Press shutter
button completely to take
a picture.
Does the strobe
ON mode work
normally.
Correct picture is
shown on LCD.
Picture is NG.
(Go to page 50)
No picture
(Go to page 48)
Strobe is NG.
(Go to page 51)
Picture is NG.
(Go to page 50)
No picture
(Go to page 48)
Will not turn on.
(Go to page 47)
Back light turns on.
Picture is shown.
Take a picture.
Is LCD-ON?
Does the backlight light?
Through picture
comes out.
Does the red eye
redution mode work
normally.
Replay the picture
Start
Strobe is NG.
(Go to page 51)
Sub LCD is NG.
(Go to page 49)
CL unit is NG.
Shutter button is NG.
AF NG.
LED does not light.
Will not turn on.
(Go to page 47)
No recharge strobe mode.
(Go to page 49)
YES
YES
YES
YES
YES
YES
YES
YES
YES
YES
YES
YES
YES
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
YES
Other than the failure above,
check if there are any other
failure using test program.
Refer to service manual.
Page 49
— 47 —
Set QV-5000SX to REC
MODE then turn POWER ON.
Will not turn on.
Repair complete.
Replace fuse.
Short VCC3-1 line.
Replace D-PCB
Check connection
Correct (PW-PCB) C193
and (C-PCB) C270
YES
YES
The LCD
does not turn on by
pressing BL SW.
Turn power on
in PLAY MODE.
YES
YES
NO
NO
YES
Current 100 mA
Current 10 mA
Short between
CP104-CP100
CP101-CP100
YES
Does SW830
work normally.
YES
Is FPC in the
right place between
D-KA PCB.
YES
Replace PW-PCB.
YES
Is connector between
D-PW PCB OK?
Replace D-PCB
Is connector
between D-PW PCB.
LCD turns on.
Is FU100
(JK-PCB) or FU102
(PW-PCB) OK?
YES
YES
YES
YES
YES
YES
NO
NO
NO
Is CP110 (PW0) = “H”
Is CP112 (VCC3-1)
turned on?
Is CP107~109 = “H”
Is voltage of CN112
output?
No picture
(Go to page 48)
No picture
(Go to page 48)
NONONO
NO
NO
NO
NO
NONONO
Check connection
Check connection
Check connection
Check with the value
of stabilizer (6 V).
Use tester to check the
resistance value of fuse.
Use tester to check the
resistance value of test pad.
Check the switch by tester.
Page 50
— 48 —
YES
YES
Turn power on in REC mode.
PLAY picture
does not appear.
Release C312 (JK-PCB)
because it is short.
Current is
about 440 mA.
No picture
Repair complete.
NO
NO
NO
YES
NO
NO
YES
YES
YES
YES
YES
Current is too high.
Is current
value normal?
Through picture
is displayed.
Connect FPC insert.
To excess current mode.
Replace FU900 (L-PCB),
solder C168 (L-PCB) and
check lead jumper of IC920.
Repair any failure
on FU101 (L-PCB).
Is FPC insersion
between D-CL OK?
Operation OK?
PLAY picture
is displayed OK.
Replace FPC.
Replace CL unit.
Brokoen FPC
between D-CL?
Operation OK?
Operation OK?
Operation OK?
Current is
about 500 mA.
Replace display unit.
NO
NO
NO
NO
NO
NO
YES
YESYES
Page 51
— 49 —
Repair short
Sub LCD NG
OK
Short CP801
of KA-PCB
OK
YES
YES
YES
YES
NO
NO
Reinsert FPC
OK
Insersion failure
of D-KA and FPC
OK
YES
YES
YES
NO
NO
Replace FPC
OK
Broken D-KA FPC
OK
YES
YES
YES
NO
NO
Resoldering
OK
Soldering
failure of IC800
OK
YES
YES
YES
NO
NO
Resoldering
Soldering failure
of D-C connector
OK
YES
YES
Reinsert connector
Discharge
strobe capacitor
No recharge strobe mode
OK
Connection
failure on D or ST
connector.
OK
YES
YES
YES
NO
NO
Replace D-PCB
OK
D-PCB broken pattern
OK
YES
YES
YES
NO
NO
Replace ST unit.
Soldering failure
on ST connector.
OK
YES
YES
Page 52
— 50 —
No picture
(Go to page 48)
Replace CL unit.
Replace D unit.
Picture NG.
Finished
Is a picture displayed
in PLAY mode.
YES
Is there color
noise failure?
YES
Is CL unit, HP220,
HP230 soldered?
YES
Is there any color noise?
Is there any color noise?
YES
Replace display unit.
Replace VR320
Readjust V-COM
Is the display reversed?
YES
Is VR320 broken.
YES
NONO
NO
NONONONO
NO
NO
Is the reverse
display fixed.
YES
YES
Check soldering
Finished
Check connector soldering and
insetion between CN300 and
CN578. Check shortage
on R, G, B line on D unit.
Check CN700 and LCD,
FPC insertion and
FPC damages.
Is there no color?
YES
Is all R, G, B outputted?
YES
NO
Is the color fixed?
YES
Finished
Replace display unit
or D unit.
NO
Check CN900 and CN901
insertion and soldering.
Is BL failure?
(flickering display)
(partially lighted)
YES
Is there BL
lighting failure?
YES
NO
Is the BL fixed?
YES
Finished
Replace display unit
or D unit.
NO
Is it fixed?
YES
Finished
Replace display unit.
NO
Check CN700 and LCD,
FPC insertion and
FPC damages.
Page 53
— 51 —
NO
NO
Replace ST unit
Strobe NG.
OK
Red-eye reduction mode
YES
Flashes twice
YES
Unable to adjust light
YES
YESYES
OK
YES
OK
YES
Replace CL unit
OK
Replace IGBT
Flashes only once
YES
OK
YES
Flashes twice
Replace D-PCB
Replace ST unit
Fix wiring
No flash even when
flash is turned on.
YES
YES
Incorrect wiring
on ST board
YES
Replace ST unit
Broken ST wiring
YES
Replace IGBT
Flashes
YES
NO
NO
NONO
NONO
NO
NONO
NO
Sub LCD NG.
(Go to page 49)
Flashes little
Bad insersion of
ST connector
Page 54
CASIO TECHNO CO.,LTD.
Overseas Service Division
8-11-10, Nishi-Shinjuku
Shinjuku-ku, Tokyo 160-0023, Japan
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