fujifilm_finepix_s8000fd

7/29/2019 fujifilm_finepix_s8000fd

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DIGITAL CAMERA

FinePix S8000fdSERVICE MANUAL

US/EU/EG/EE/CH/JP-model

Ref.No.: ZM00700-101Printed in Japan 2008.09

WARNING THE COMPONENTS IDENTIFIED WITH THE MARK " " ON THE SCHEMATIC DIAGRAM

AND IN THE PARTS LIST ARE CRITICAL FOR SAFETY.

PLEASE REPLACE ONLY WITH THE COMPONENTS SPECIFIED ON THE SCHEMATIC

DIAGRAM AND IN THE PARTS LIST.

IF YOU USE PARTS NOT SPECIFIED, IT MAY RESULT IN A FIRE AND AN ELECTRICAL

SHOCK.

CAUTION BECAUSE THIS PRODUCTIS RoHS LEAD-FREE COMPLIANT, USE THE DESIGNATED

AFTER-SELES PARTS AND THE DESIGNATED LEAD-FREE SOLDER WHEN

PERFORMING REPAIRS. (Refer to page 3 to page 5)

Confidential: FUJIFILM Service Center Use Only


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FinePix S8000fd Service Manual

2


1. Check the area of your repair for unsoldered or poorly

soldered connections. Check the entire board surface

for solder splasher and bridges.

2. Check the interboard wiring to ensure that no wires

are "pinched" or contact high-wattage resistors.

3. Look for unauthorized replacement parts, particularly

transistors, that were installed during a previous

repair. Point them out to the customer and recommend

their replacement.

4. Look for parts which, though functioning, show

obvious

signs of deterioration. Point them out to the customer

and recommend their replacement.

5. Check the B + voltage to see it is at the values

specified.

6. Make leakage - current measurements to determine

that exposed parts are acceptably insulated from

the supply circuit before returning the product to the

customer.

7. CAUTION: FOR CONTINUED

PROTECTION AGAINST FIRE

HAZARD, REPLACE ONLY WITH

SAME TYPE 2.5 AMPERES 125V

FUSE.

ATTENTION: AFIN D'ASSURER

UNE PROTECTION

PERMANENTE CONTRE

LES RISQUES D'INCENDIE,

REMPLACER UNIQUEMENT

PAR UN FUSIBLE DE MEME,

TYPE 2.5 AMPERES, 125

VOLTS.

8. WARNING:

TO REDUCE THE ELECTRIC

SHOCK, BE CAREFUL TO

TOUCH THE PARTS.

SAFETY CHECK-OUT

After correcting the original problem, perform the following

safety check before return the product to the customer.

WARNING!HIGH VOLTAGE

2.5A 125V

2.5A 125V

RISK OF FIRE-REPLACE FUSE

AS MARKED


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3


RoHS lead-free complianceBecause this product is RoHS lead-free compliant, use the designated after-sales parts and the designated lead-free solder

when performing repairs.

With the exception of parts and materials expressly excluded from the RoHS directive (*1), all the internal connections and

component parts and materials used in this product are lead-free compliant(*2)

under the European RoHS directive.

*1: Excluded items (list of the main lead-related items)

Lead included in glass used in fluorescent tubes, electronic components and cathode-ray tubes

Lead in high-melting-point solder (i.e. tin-lead solder alloys that contain 85% lead or more)

Lead in ceramic electronic parts (piezo-electronic devices)

Mercury contained in fluorescent tubes is also excluded.

*2: Definition of lead-free

A lead content ratio of 0.1 wt% or less in the applicable locations (solder, terminals, electronic components, etc.)

RoHS: The name of a directive issued by the European Parliament aimed at restricting the use of

certain designated hazardous substances included in electrical and electronic equipment.

Designated substances (6): Lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBBs) and

polybrominated diphenyl ether (PBDE)

When carrying out repairs, use a designated lead-free solder, bearing in mind the differing work practices for conventional

solder (eutectic) and lead-free solder.

Differences in the soldering work for lead-free and eutectic solder

When the soldering work practices for eutectic solder and lead-free solder are compared, the main differences are as

shown below. In particular, when lead-free solder is used, the solder tends to be less workable than when eutectic solder is

used. Accordingly, the soldering techniques used must take that into account.

Difference Countermeasure

1 The solder starts melting later. The initial melting point of lead-free solder is high, so you

have to get used to it.

2 Poor wetting Move the tip of the soldering iron around to heat the entire

connection to the melting temperature and assist wetting.

3 Solder feed rate is difficult to control. Use the solder (wire) diameter and soldering iron that are

best suited to connection being soldered.

4 Wetting the insides of through holes is especially

difficult.

First apply solder to the area immediately around the

through hold and then feed the solder into the hole.

5 During repairs (or modifications) removing solder

from inside through holes is difficult.

Use a suitable wicking wire (with a suitable method and

heating) and a suction tool.

6 There is serious carbonization of the soldering iron. Either put solder onto the soldering iron tip after completing

the work, or turn the iron off frequently.

7 The surface is not glossy. Learn to recognize the appearance of the surface.


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4


Setting temperature during lead-free soldering

Lead-free solder melting temperature

The melting point of eutectic (Sn-Pb) solder is 183C, while the melting point of lead-free solder (Sn-Ag-Cu) is 30C

higher at 220C.

Soldering iron tip temperature

The temperature setting for the soldering iron used should be such that the tip of the soldering iron is at the correctbonding temperature for the connection. This temperature is normally set at around 100C higher than the melting point

of the solder.

However, the actual temperature should take into account the shape and size of the soldering iron tip, the heat tolerance

of the connection and the workability of that temperature.

Correct bonding temperature

The correct bonding temperature refers not to the temperature of the heat source, but to the bonding temperature that

will give the best bond strength.

Precautions when soldering with lead-free solder

Soldering iron maintenance

Because of the high soldering iron temperature in lead-free soldering, there is rapid carbonization of the flux adhering to

the tip of the soldering iron.

(1) Always cover the tip of the soldering iron with solder when it is not being used.

(2) If the tip is black from carbonization, wipe it gently with a paper towel soaked in alcohol until the solder will wet.

Uniform heating of the board and components

To ensure that the lead-free solder wets the entire surface of the pattern and the lands despite its poor wetting

characteristics, you must move the tip of the soldering iron over a wide area to raise the temperature of the entire

connection.

Soldering iron

A soldering iron with a temperature control is best.


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5


Solder wire (thread)

Use the lead-free solders specified below.

Solder type: Sn96.5Ag3Cu0.5 (Displayed symbol: SnAgCu)

Wire diameter: 0.6, 0.8 or 1.0 mm

Sample:

Flux

Conventional flux can be used.

Solder application wires (mesh, wicking wire, etc.)

Conventional application wires can be used.

lead-free

Wire diameter0.8mm

Solder type (Displayed symbol)

SnAgCu


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6


MEMO


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7

CONTENTSConfidential: FUJIFILM Service Center Use Only

CONTENTS

1. General ....................................................... 1-1

1-1. Product specification ............................................1-11-2. Explanation of Terms ...........................................1-4

1-3. Names of External Components ..........................1-5

2. Disassembly ............................................... 2-12-1. Names of internal Components ...........................2-1

2-2. Removing the REAR CONST ..............................2-2

2-3. Disassembling the REAR CONST .......................2-4

2-4. Assembling the new type of MODE DIAL ............2-6

2-5. Removing the LCD ..............................................2-7

2-6. Removing the COMPL PWB CP-1 ......................2-8

2-7. Removing the LENS ASSY ................................2-10

2-8. Disassembling the FRONT CABINET ............... 2-11

2-9. Disassembling the FLASH ASSY ......................2-13

2-10. Disassembling the EVF .....................................2-15

2-11. Attachment locations for

SPACERS and SHEETS ...................................2-16

2-11-1. Attaching the CP1 ST SHEET to

the COMPL PWB CP-1 ........................2-16

2-11-2. Attaching the CONDENSER SHEET

to the COMPL PWB ST-1 .....................2-16

2-11-3. Attaching the MODE DIAL SHEET to

the MODE FPC HOLDER ....................2-17

2-11-4. Attaching the LCD SIDE SPACER,MONITOR SHIELD SHEET,

MONITOR SHEET A and

MONITOR SHEET B to

the MONITOR HOLDER ......................2-17

2-11-5. Attaching the ZOOM UNIT SHEET to

the ZOOM UNIT ...................................2-18

2-11-6. Attaching the PW1 SHEET to

the COMPL PWB PW-1 .......................2-18

3. Schematics ................................................. 3-1

3-1. Description of CCD circuit operation ....................3-13-1-1. Overview ................................................3-1

3-1-2. IC931 (CCD imager) ..............................3-1

3-1-3. IC912 (V driver) ......................................3-2

3-1-4. IC905 (H driver, CDS, AGC and

A/D converter) ........................................3-2

3-2. Description of CP1 circuit operation ....................3-3

3-2-1. Circuit Description ..................................3-3

3-2-2. Outline of Operation ...............................3-3

3-2-3. LCD Block ..............................................3-3

3-2-4. EVF Block ..............................................3-3

3-2-5. Lens Drive Block ....................................3-4

3-3. Description of PWA Power Circuit Operation .......3-5

3-3-1. Overview ................................................3-5

3-4. Description of ST1 flash circuit operation ............3-6

3-4-1. Charging circuit ......................................3-6

3-4-2. Flash Circuit ..........................................3-6

3-5. Description of SYA circuit operation .....................3-7

3-5-1. Configuration and Functions ..................3-7

3-5-2. Internal Communications Paths .............3-8

3-5-3. Key Operations ......................................3-8

3-5-4. Power Supply Control ............................3-9

3-6. Block Diagram ...................................................3-11

3-7. Overall connection Diagram ..............................3-123-8. Circuit Diagrams ................................................3-13

3-8-1. CA1 BLOCK .........................................3-13

3-8-2. CA2 BLOCK .........................................3-14

3-8-3. CCD BLOCK ........................................3-15

3-8-4. CP1_CAA BLOCK ................................3-16

3-8-5. CP1_DMA BLOCK ...............................3-17

3-8-6. CP1_PWA BLOCK ...............................3-18

3-8-7. CP1_SYA BLOCK ................................3-19

3-8-8. CP1 TCA BLOCK .................................3-20

3-8-9. FLASH BLOCK ....................................3-21

3-8-10. MAIN BLOCK .......................................3-22

3-8-11. POWER BLOCK ..................................3-23

3-8-12. STA BLOCK .........................................3-24

3-8-13. SYSTEM BLOCK .................................3-25

3-8-14. LENS BLOCK .......................................3-27

3-8-15. PW1 BLOCK ........................................3-28

3-8-16. ST1 BLOCK .........................................3-29

3-8-17. TB1 BLOCK .........................................3-30

3-8-18. TB2 BLOCK .........................................3-30

3-9. Mounted Parts Diagrams ...................................3-31

3-9-1. CA1 PWB ASSY ...................................3-31

3-9-2. CA2 PWB BLOCK ................................3-32

3-9-3. PW1 PWB BLOCK ...............................3-333-9-4. ST1 PWB BLOCK ................................3-33

3-9-5. TB1 PWB BLOCK ................................3-34

3-9-6. TB2 PWB BLOCK ................................3-34

3-9-7. CP1 PWB ASSY ...................................3-35


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8

CONTENTSConfidential: FUJIFILM Service Center Use Only

4. Adjustments ............................................... 4-1

4-1. Important point before adjustment .......................4-14-1-1. The handling of image files in

internal memory .....................................4-1

4-1-2. Adjustment when

Replacing Major Parts ............................4-2

4-2. Measuring instruments used ................................4-2

4-3. Use jig ..................................................................4-2

4-4. Calibration method of pattern box ........................4-3

4-5. Adjustment software installation ..........................4-3

4-5-1. Various downloading

software decompressions,

preservation methods, and notes ...........4-3

4-6. QR Code Reader (ZJ01134-100) Setup ..............4-4

4-7. Connecting to the PC for Adjustment ...................4-5

4-8. Explanation of the Adjustment Software ..............4-6

4-9. LENS DATA Read ................................................4-8

4-10. LENS DATA Input ..............................................4-12

4-11. GYRO OFFSET Adjustment ..............................4-15

4-12. MAIN PWB ASSY initialization ...........................4-18

4-13. LENS Adjustment (1.5 m) ..................................4-23

4-14. LENS Adjustment (INF) .....................................4-27

4-15. AWB Adjustment ................................................4-30

4-16. CCD Defect Detection .......................................4-33

4-17. CCD BLACK Defect Detection ...........................4-354-18. Firmware Upgrade .............................................4-38

4-19. End Setting ........................................................4-41

5. Inspection ................................................... 5-15-1. Required Measuring Equipment ..........................5-1

5-2. Connection of Measuring Equipment ...................5-1

5-3. Inspection and Factory Settings ..........................5-2

CONTENTS

6. Parts List .................................................... 6-1

6-1. Packing and Accessories .....................................6-16-1-1. US-model ...............................................6-1

6-1-2. EU-model ...............................................6-2

6-1-3. EG-model ...............................................6-3

6-1-4. EE-model ...............................................6-4

6-1-5. CH-model ...............................................6-5

6-1-6. JP-model ................................................6-6

6-2. Mechanical Block 1 ..............................................6-7

6-2-1. US/EU/EG/EE-model .............................6-7

6-2-2. CH-model ...............................................6-8

6-2-3. JP-model ................................................6-9

6-3. Mechanical Block 2 ............................................6-10

6-3-1. US/JP-model ........................................6-10

6-3-2. EU/EG/EE-model ................................. 6-11

6-3-3. CH-model .............................................6-12

6-4. Mechanical Block 3 ............................................6-13

6-4-1. US/EU/EG/EE/CH/JP-model ................6-13

6-5. Electrical parts ...................................................6-15

7. Appendix .................................................... 7-17-1. List of Related Technical Updates Issued ............7-1


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1-1

1. GeneralConfidential: FUJIFILM Service Center Use Only

1. General

1-1. Product specificationSystem

Model Digital camera FinePix S8000fd

Effective pixels 800 million pixelsCCD 1/2.35-inch CCD

Storage media Internal memory (approx. 58 MB)/xD-Picture Card (16/32/64/128/256/512 MB/1 GB/2 GB)/

SD/SDHC Memory Card (FUJIFILM recommendation)

File format Still image: DCF-compliant

Compressed: Exif ver.2.2 JPEG, DPOF-compatible

* Design rule for Camera File System compliant/DPOF compatible

Movie: AVI format, Motion JPEG

Audio: WAVE format, Monaural sound

Number of recorded pixels Still image: 3264 2448 pixels/3264 2176 pixels/2304 1728 pixels/

1600 1200 pixels/640 480 pixels ( / / / / )

Lens Fujinon 18 optical zoom lens

F2.8-F4.5

Focal length f=4.86 mm-84.24 mm (Equivalent to approx. 27 mm-486 mm on a 35 mm camera)

Digital zoom Approx. 5.1 (18 optical zoom lens is used together: Max. zoom scale: approx. 91.8)

Aperture F2.8 to F8.0 in 1/3 EV increments Manual/Auto selectable

Focal range Normal: Wide-angle: approx. 70 cm (2.3 ft.) to infinity

(In High-speed shooting mode: approx. 1 m (3.3 ft.) to infinity)

Telephoto: approx. 1.5 m (4.9 ft.) to infinity

(In High-speed shooting mode: approx. 1.5 m (4.9 ft.) to infinity)

Macro: Wide-angle: 10 cm to 80 cm (3.9 in. to 2.6 ft.)

Telephoto: 1.2 m to 3.5 m (3.9 ft. to 11.5 ft.)

Super macro: Approx. 1 cm to 10 cm (0.4 in. to 3.9 in.)

Focal length: fixed to approx. 60 mm (35 mm camera equivalent)Sensitivity AUTO/AUTO(400)/AUTO(800)/AUTO(1600)/Equivalent to ISO 64/100/200/400/800/1600/

3200 (max.number of recorded pixels: )/6400 (max.number of recorded pixels: )

(Standard output sensitivity)

Photometry TTL 256-zones metering Multi, Spot, Average

Exposure control Program AE (When using P mode : Program Shift is enabled)/Shutter priority AE/

Aperture prior ity AE/Manual exposure

Scene position (NATURAL LIGHT), (NATURAL & ), (PORTRAIT), (LANDSCAPE),

(SPORT), (NIGHT), (FIREWORKS), (SUNSET), (SNOW), (BEACH),

(MUSEUM), (PARTY), (FLOWER), (TEXT), (AUCTION MODE)

Picture Stabilization Available

Intelligent Face Detection Available

Exposure compensation -2 EV to +2 EV in 1/3 EV-step increments (P, A, S, )

Shutter speed , , , , , , , , , , , , , : 1/4 sec. to 1/2000 sec*.

: 4 sec. to 1/1000 sec.*

: 4 sec. to 1/2 sec.*

: 1/45 sec. to 1/2000 sec.* (flash only).

P, A: 1/45 sec. to 1/2000 sec.* (4 sec. to 1/2000 sec.* when suppressed flash is set)

S, M: 4 sec. to 1/2000 sec.* *depend on Exposure mode

Continuous shooting Continuous shooting (TOP 3):

Number of recorded frames: up to 3 frames (Max. 1.5 frames/sec.)

Long period continuous shooting (LONG PERIOD):

Number of recorded frames: Depend on memory size. 1.9 sec. interval at N

depending on quality level. (Max. 0.5 frames/sec.)

High speed continuous shooting (TOP 15 ):

Number of recorded frames: up to 15 frames (Max. 7 frames/sec.)

Ultra high speed continuous shooting (TOP 15 ):

Number of recorded frames: up to 15 frames (Max. 15 frames/sec.)


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1-2


System

Auto bracketing 1/3 EV, 2/3 EV, 1 EV

Focus Mode: Single AF, Continuous AF, Manual focus

AF system: TTL contrast-type, AF-assist illuminator

AF frame selection: AF (CENTER), AF (MULTI), AF(AREA)

White balance Automatic scene recognition/Preset (Fine, Shade, Fluorescent (Daylight), Fluorescent (Warm

White), Fluorescent (Cool White), Incandescent) /Custom

Self-timer Approx. 2 sec./10 sec.

Flash type Auto flash

Effective range: ( : AUTO): approx. 50 cm-8.0 m (1.6 ft.-26.2 ft.)

(Macro): approx. 30 cm-3.0 m (1.0 ft.-9.8 ft.)

Flash mode Red-eye removal set to OFF:Auto, Forced Flash, Suppressed Flash, Slow Synchro

Red-eye removal set to ON: Red-eye Reduction Auto, Red-eye Reduction & Forced Flash,

Suppressed Flash,Red-eye Reduction & Slow Synchro

Viewfinder 0.24 inches, approx. 230,000 pixels low-temperature polysilicon TFT color LCD finder,

Approx. 97% coverage

LCD monitor 2.5 inches, Aspect ratio: 4:3; approx. 230,000 pixels low-temperature polysilicon TFT color

LCD monitor, Approx. 97% coverageMovie 640 480 pixels/320 240 pixels ( / )

(30 frames per second with monaural sound)

Photography functions Intelligent face detection, Red eye removal, High-speed shooting, Best framing, Post shot

assist window, Frame No. memory, Histograms

Playback functions Intelligent face detection, Micro thumbnails playback, Trimming, Slide Show, Multi-frame

playback, Sorting by date, Image rotate, Histograms (Highlight warning), Voice memo

Other functions PictBridge, Exif print, Language ( , English, Francais, Deutsch, , Italiano, ,

, , , , Nederlands, , , Magyar, Polski, Svenska), Time

difference, FinePix photo mode ( -mode), Discharging rechargeable batteries

Standard number of available frames/recording time per xD-Picture Card, SD Memory Card and internal memory

The number of available frames and recording time is approximate. Actual number of frames and recording time variesdepending on the types of Memory Card or shooting condition. Also, the number of frames and recording time displayed inthe LCD monitor may not decrease regularly.

Quality setting F N(30 fps) (30 fps)

Number of recordedpixels

3264 2448 3264 2176 2304 1728 1600 1200 640 480 640 480 320 240

Image data size 3.9 MB 2.0 MB 1.8 MB 980 KB 130 KB

Internal memory(approx. 58 MB)

14 29 32 57 91 448 62 sec. 17 min.

xD-PictureCard

16 MB 4 8 9 16 25 124 17 sec. 27 sec.

32 MB 8 16 18 32 51 249 34 sec. 55 sec.

64 MB 16 32 36 64 102 499 1.2 min. 1.8 min.

128 MB 32 64 72 128 204 999 2.3 min. 3.7 min.

256 MB 65 130 145 257 410 1999 4.7 min. 7.4 min.

512 MB 130 259 290 515 819 3995 9.3 min. 14.8 min.

1 GB 261 520 581 1031 1640 7996 18.7 min. 29.6 min.

2 GB 520 1031 2063 3199 15995 36.8 min. 59.2 min.

SD

Memory

Card

512 MB 126 251 281 499 793 3868 9.0 min. 14.3 min.

1 GB 252 503 563 999 1589 7746 18.1 min. 28.7 min.

2 GB 504 1000 2000 3100 15504 35.6 min. 57.4 min.

SDHC

Memory

Card

4 GB 996 1977 2229 3955 6131 30655 70.5 min.*

8 GB 1995 3959 4463 7919 12275 61375 141.1 min.*

*A movie recording will stop automatically when a movie file becomes approx. 2GB. If you want to continue recording anothermovie, press the shutter button again. The available recording time is displayed based on approx. 2GB.

113.5 min.*

227.3 min.*

1127

630 KB

1163


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1-3


Alkaline batteries

Ni-MH batteries 2500 mAh

Battery Type With LCD monitor ON With viewfinder (EVF) ON

Approx. 350 frames

Approx. 500 frames

Approx. 350 frames

Approx. 500 frames

Input/Output Terminal

A/V OUT NTSC/PAL-type (with monaural sound)

(Audio/Visual output)

Digital input/output USB 2.0 Full-Speed, PTP (Picture Transfer Protocol)/MTP (Media Transfer Protocol)

DC input socket AC Power Adapter AC-5VX (sold separately)

Power Supply and Others

Power supply Use one of the following:

4 AA-size alkaline batteries

4 AA-size Ni-MH (Nickel-Metal Hydride) batteries (sold separately)

AC Power Adapter AC-5VX (sold separately)

Guide to the number of

available frames for

battery operation

According to the CIPA (Camera & Imaging Products Association) standard procedure for

measuring digital still camera battery consumption (extract):

When using alkaline batteries, use the batteries supplied with the camera. You can use Ni-

MH batteries also. The storage media should be xD-Picture Card.

Pictures should be taken at a temperature of +23C (+73F), with the LCD monitor turned

on, the optical zoom moved from full wide-angle to full telephoto (or vice-versa) and back

again to its original position every 30 seconds, the flash used at full power every second

shot and the camera turned off and then on again once every 10 shots.

Note: Because the number of available shots varies depending on the capacity of alkaline

batteries or the level of charge in Ni-MH batteries, the figures shown here for the

number of available shots using batteries are not guaranteed.

The number of available shots will also decline at low temperatures.

Camera dimensions 111.3 mm 78.2 mm 79.3 mm/4.4 in. 3.1 in. 3.1 in.

(W/H/D) (not including accessories and attachments)Camera mass (weight) Approx. 410 g/14.5 oz. (not including accessories, batteries and Memory Card)

Weight for photography Approx. 505 g/17.8 oz. (including batteries and Memory Card)

Operating Conditions Temperature: 0C to +40C (+32F to +104F)

80% humidity or less (no condensation)

Accessories included AA-size Alkaline Batteries (LR6) (4)

Shoulder strap (1)

Lens cap (1 set)

A/V cable (1)

USB cable (1)

CD-ROM (1) Software for FinePix

Owners Manual (1)

Notes and Cautions (1)

Optional accessories xD-Picture Card

256MB/512MB/1GB/2GB

AC Power Adapter AC-5VX

PC Card Adapter DPC-AD

Compatible with xD-Picture Card of 16 MB to 512 MB, and SmartMedia of 3.3 V,

2 MB to 128 MB.

CompactFlash Card Adapter DPC-CF


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1-4


1-2. Explanation of Terms

Deactivated batteries: Leaving an Ni-MH battery unused in storage for a long period may cause a rise in the level

of substances that inhibit current flow inside the battery and result in a dormant battery. A

battery in this state is referred to as deactivated.

Because current flow is inhibited in a deactivated Ni-MH battery, the batterys original levelof performance cannot be achieved.

EV: A number denotes Exposure Value. The EV is determined by the brightness of the subject

and sensitivity (speed) of the film or CCD. The number is larger for bright subjects and

smaller for dark subjects. As the brightness of the subject changes, a digital camera

maintains the amount of light hitting the CCD at a constant level by adjusting the aperture

and shutter speed.

When the amount of light striking the CCD doubles, the EV increases by 1. Likewise, when

the light is halved, the EV decreases by 1.

Frame rate (fps) The frame rate refers to the number of images (frames) that are photographed or played

back per second. For example, when 10 frames are continuously photographed in a

1-second interval, the frame rate is expressed as 10 fps.

For reference, TV images are displayed at 30 fps (NTSC).

JPEG: Joint Photographic Experts Group

A file format used for compressing and saving color images. The higher the compression

rate, the greater the loss of quality in the decompressed (restored) image.

Memory effect: If an Ni-MH battery is repeatedly charged without first being fully discharged, its

performance may drop below its original level.

This is referred to as the "memory effect".

Motion JPEG: A type of AVI (Audio Video Interleave) file format that handles images and sound as a single

file. Images in the file are recorded in JPEG format. Motion JPEG can be played back by

QuickTime 3.0 or later.

Smear: A phenomenon specific to CCDs whereby white streaks appear on the image when there is

a very strong light source, such as the sun or reflected sunlight, in the photography screen.

WAVE: A standard format used on Windows systems for saving audio data. WAVE files have the

".WAV" file extension and the data can be saved in either compressed or uncompressedformat. Uncompressed recording is used on this camera.

WAVE files can be played back on a personal computer using the following software:

Windows: MediaPlayer

Macintosh: QuickTime Player

* QuickTime 3.0 or later

White Balance: Whatever the kind of the light, the human eye adapts to it so that a white object still looks

white. On the other hand, devices such as digital cameras see a white subject as white by

first adjusting the color balance to suit the color of the ambient light around the subject. This

adjustment is called matching the white balance.

Exif Print: Exif Print Format is a newly revised digital camera file format that contains a variety of

shooting information for optimal printing.


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1-5


1-3. Names of External Components

Shutter button

Mode dial

Zoom lever

POWER switch

Strap mount

Intelligent Face

Detection/Red-eye removal

button

Dual IS buttonStrap mount

Diopter adjustment dial

Flash

USB socket/A/V OUT(Audio/Visual output) socket

Speaker

Microphone

Terminal cover

DC IN 5V (power input)socket

AF-assist illuminator/Self-timer lamp Flash pop-up button


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1-6


Memory Card slot

Slot cover

Viewfinder (EVF) EVF/LCD (monitor selector) button

(Photo mode) button

(4-direction) buttonLCD monitor

Tripod mount

MENU/OK button

Cover lock release catch

Battery cover

Indicator lamp

DISP (Display)/

BACK button

Exposure

compensation button

(Playback) button


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2-1

2. DisassemblyConfidential: FUJIFILM Service Center Use Only

2. Disassembly

2-1. Names of internal Components

ZOOM UNIT

FRONT CABINET

HOLDER CHASSIS BSIDE CABI

SPEAKER

LENS ASSY

EVF UNIT

MONITOR HOLDER

COMPL PWB CP-1

LCD

BATTERY COVER

MICROPHONE

BACK CABINET

FLASH ASSY

COMPL PWB PW1

BATTERY HOLDER


16/134


2-2


1

5

2

3

4

HOOK A

6

A

A

2-2. Removing the REAR CONST

(1) Remove the screw (1.7 x 6.0).

(2) Open the BATTERY COVER and remove the screw

(1.7 x 6.0).




(6) Push the MODE DIAL in the direction of arrow A.

At the same time, open the bottom of the BACK

CABINET in the direction of arrow A' and disengage

HOOK A.


17/134


2-3


9

10

8

7

A

B

HOOK A

HOOK B

(7) Open the bottom of the BACK CABINET in the

direction of arrow A'. While pressing the BACK

CABINET in the direction of B, disengage HOOK B

(8) Lift off the REAR CONST in the direction of the

arrow.

(9) Unlock the connector and remove the MODE FPC.

(10) Remove the BATTERY COVER.

[Assembly]

Assemble by performing the disassembly procedure in

reverse.


18/134


2-4


5

7

6

6

4

9

2

1

3

8

13

14

10

11 MODE DIAL KNOB

12 MODE DIAL HOLDER

CLICK SPRING

12 DIAL SPRING

12

2-3. Disassembling the REAR CONST

(1) Remove the 2 screws (1.7X3.0).

(2) Remove the BUTTON BASE in the direction of the

arrow.

(3) Remove the SELECT BUTTON in the direction ofthe arrow.

(4) Peel off the MODE DIAL SHEET.


(6) Remove the 4 screws (1.7 x 3.5).

(7) Remove the DEC STRAP GRIP, STRAP HOLDER

and MODE DIAL EARTH.

(8) Remove the 2 screws (1.4 x 2).

(9) Remove the MODE FPC.

(10) Remove the screw (1.7X3.0).

(11) Remove the MODE DIAL KNOB.

(12) Remove the DIAL SPRING, CLICK SPRING and

MODE DIAL HOLDER.

(13) Remove the screw (1.7X3.0).

(14) Remove the DEC LED.

[Assembly]


reverse.

[Note: Screw in (10)]

The new type of MODE DIAL: 1.7X3.0

The old type of MODE DIAL: 1.7X6.0

Revised: 18, Sep. 2008


19/134


2-5


[Notes on Assembly]

(1) Use a cotton bud or similar implement to coat area A

with grease.

(2) Coat the inner periphery of B also.

(3) Coat section C with grease.

* Check that the grease is spread evenly over the

surface.

ALPHA STICK : ZS00141-100

FLOIL G-347S : ZS00140-100

Guide to coating layer thickness (actual size)

Guide to coating layer thickness (actual size)

A

B

C



20/134


2-6


2-4. Assembling the new type of MODE DIAL

(1) Fit the DIAL HOLDER into the MODE DIAL KNOB.

(2) While holding the DIAL HOLDER in place, attach the

MODE DIAL KNOB.

(3) Fit the CLICK SPRING.

(4) Fit the DIAL SPRING.

(5) Fit the screw (SPECIAL SCREW 1.7 x 6.0).

(6) Fit the KNOB DIAL SPACER.


2 MODE DIAL KNOB and

DIAL HOLDER

CLICK SPRING

4 DIAL SPRING

3

5 SPECIAL SCREW 1.7X6.0

1

6 DIAL KNOB SPACER

Convex (large)

Convex (small)


21/134


2-7


1

2

(7) Attach the ADHESIVE MODE LABEL.

(8) Attach the MODE LABEL so that the concave (AUTO)

is aligned with the convex on the MODE DIAL KNOB.

2-5. Removing the LCD

(1) Shift the LCD in the direction of the arrow.

(2) Unlock the connector and remove the LCD FPC.

[Assembly]


reverse.

7 ADHESIVE MODE LABEL

AUTO

8 MODE LABEL


Concave

Convex


22/134


2-8


4

3

2

1

5

6

2-6. Removing the COMPL PWB CP-1

(1) Remove the MONITOR SHIELD PLATE.



(4) Remove the MONITOR HOLDER.

(5) Pull back the CONDENSER COVER far enough to

reveal the capacitor terminals.

* If you use tweezers for this, take care not to touch

the main capacitor terminals.(6) Discharge the main capacitor.


23/134


2-9


12

7

10

8

11

10

9

13

9

9

14

15

A

16

(7) Remove the screw (1.7 x 4).

(8) Peel off the CP1 ST SHEET.

(9) Remove the solder in 12 locations.

(10) Unlock the connector and remove the FPC.

(11) Open the CARD COVER.

(12) Remove the JACK COVER.

(13) Remove the COMPL PWB CP-1 in the direction of

the arrow, taking care with the USB connector.



* Take care as there is an adhesive spacer affixed to

the back of the FPC at A.

(16) Remove the FPC in the direction of the arrow.

[Notes on Assembly]

The COMPL PWB CP-1 should be attached with the

CARD COVER open.


24/134


2-10


1

2

5

7

8

4

9

10

3

6

11

12

2-7. Removing the LENS ASSY


(2) Remove the screw (1.7 x 4).

(3) Remove the HOLDER CHASSIS in the direction of

the arrow.



(6) Remove the SIDE CABI.


(8) Remove the STAND.


(10) Remove the EVF UNIT.


(12) Remove the LENS ASSY in the direction of the

arrow.


25/134


2-11


2

1

7

4

3

6

3

5

2-8. Disassembling the FRONT CABINET


(2) Remove the BATTERY HOLDER unit, COMPL PWB

and TB-1.

(3) Remove the 4 screws (1.4 x 3).

(4) Remove the ZOOM UNIT.

(5) Remove the 2 screws (1.7X4.0).

(6) Pop up the FLASH and remove the 2 screws (1.7 x

4.0).

(7) While holding down the ST BUTTON, remove the

HOLDER CHASSIS B in the direction of the arrow.


26/134


2-12


13

11

9

128

10(8) Remove the 4 screws (1.7 x 5.0).

(9) Remove the FRONT RING LENS.


(11) Remove the MIDDLE LENS RING.


(13) Remove the BATT SUB HOLDER.

[Assembly]


reverse.

Run the MICROPHONE wire harness in the layout

shown in the figure.


27/134


2-13


4

3

2

1

8

7

6

5

2-9. Disassembling the FLASH ASSY

(1) Remove the ST SHAFT in the direction of the arrow.

(2) Remove the SPRING POP LOCK L.

(3) Remove the SPRING POP LOCK R.

(4) Remove the FLASH unit in the direction of the arrow.


(6) Remove the ST TOP COVER in the direction of the

arrow.

(7) Pull out the SI TUBE.

(8) Remove the LAMP ASSY, STEP UP TRANS and

FLASH HOLDER.


28/134


2-14


[Assembly]


reverse.

Run the wire harness in the layout shown in the figure.


29/134


2-15


7

8

4

6

5

32

1

3

2

6

4

5

7

8

A

9

1

INDICATOR

2-10. Disassembling the EVF

(1) Remove the EVF KNOB SPACER.


(3) Remove the EVF DIAL KNOB.



(6) Remove the EVF HOLDER.

(7) Remove the screw.

(8) Remove the EVF GEAR.

[Assembling the EVF]

(1) Rotate section A as far as it will go in the direction of

the arrow.

(2) Attach the EVF GEAR as shown in the figure, taking

care with the arrow markings on the top of the EVFGEAR.

(3) Fasten the screw (1.7 x 3.5).

(4) Attach the EVF HOLDER.



(7) Attach the EVF DIAL KNOB as shown in the figure,

taking care with the indicators on the top of the EVF

DIAL KNOB.


(9) Attach the EVF KNOB SPACER.


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2-16


1

2

2-11. Attachment locations for SPACERS and SHEETS2-11-1. Attaching the CP1 ST SHEET to the COMPL PWB CP-1

(1) Affix the CP1 ST SHEET as shown in the figure.

(2) Affix the ADHESIVE CP1 A as shown in the figure.

2-11-2. Attaching the CONDENSER SHEET to the COMPL PWB ST-1

Affix the CONDENSER SHEET as shown in the figure.


31/134


2-17


1

2

3

4

2-11-3. Attaching the MODE DIAL SHEET to the MODE FPC HOLDER

Affix the MODE DIAL SHEET as shown in the figure.

2-11-4. Attaching the LCD SIDE SPACER, MONITOR SHIELD SHEET, MONITOR SHEET A andMONITOR SHEET B to the MONITOR HOLDER

(1) Affix the LCD SIDE SPACER as shown in the figure.

(2) Affix the MONITOR SHIELD SHEET as shown in the

figure.

(3) Affix MONITOR SHEET A as shown in the figure.

(4) Affix MONITOR SHEET B as shown in the figure.


32/134


2-18


2-11-5. Attaching the ZOOM UNIT SHEET to the ZOOM UNIT

Affix the ZOOM UNIT SHEET as shown in the figure.

2-11-6. Attaching the PW1 SHEET to the COMPL PWB PW-1

Affix the PW1 SHEET as shown in the figure.


33/134


3-1

3. SchematicsConfidential: FUJIFILM Service Center Use Only

3. Schematics

3-1. Description of CCD circuit

operation3-1-1. Overview

The CCD peripheral circuit block is primarily made up of thefollowing ICs:

IC931 (MN39670PAJ-A) CCD imager

IC912 (AN20115A) V driver

IC905 (AD9971BCPZRL) CDS, AGC, A/D converter and H

driver vertical TG

3-1-2. IC931 (CCD imager)

[Construction]

1/2.35" square-pixel-type color frame read system

Solid-state image sensor

Effective pixels: 3360 (H) x 2472 (V) Total pixels: 3416 (H) x 2488 (V)

Optical black

Horizontal (H) direction: Front: 12 pixels; Rear: 44 pixels

Vertical (V) direction: Front: 6 pixels; Rear: 8 pixels

No. of dummy bits: 28 (H), 7 (V)

Terminal

No.

Terminal

symbolTerminal description Waveform Voltage

1, 4, 5 V5R, V5L, V6 Vertical shift register clock pulse -6 V, 0 V

2,3 V5A, V5B Vertical shift register clock pulse -6 V, 0 V, 12 V

6, 9, 10,

11, 14

V1S, V2, V3R,

V3L, V4

Vertical shift register clock pulse -6 V, 0 V

7, 8, 12,

13

V1A, V1B, V3A,

V3BVertical shift register clock pulse -6 V, 0 V, 12 V

18, 19 GND1, GND2 GND GND 0V

26 Vsub Board clock DC Approx. 8 V (differs for each CCD)

15, 17 VDD1, VDD2 Power supply DC 12 V

16 VO CCD output DC Approx. 10 V

25 SUB SW Board control0 V, 3.4 V

(During all-pixel read: 3.4 V)

22, 23, 27,

28

H1A, H2A,

H1B, H2B

Horizontal shift register clock

pulse0 V, 3.4, V

21 HLFinal horizontal shift register

clock pulse0 V, 3.4 V

20 RG Reset pulse 12.5 V, 16.0 V

24 PT Protection P well DC -6 V

----During sensor read

Pin 1

8

6

4412 H

V

Pin 15

8 7

B3V

123456

4V

R5V

L5V

A5V

B5V

6V

9

L3V

10

R3V

11

2V

A3V

12

B1V

13

A1V

14

S1V

21 22

A1H

282726252423

A2H

TP WS

BUS

busV

B1H

B2H

20

GR

192DNG

181DNG

LH

172DDV

16

OV

151DDV

edoidotohP

traptuptuO

retsigertfihslacitreV

Horizontal shift register


34/134


35/134


3-3


3-2. Description of CP1 circuit

operation3-2-1. Circuit Description

Digital clamp

The black level for each line in the CCD output data is

prepared by calculating an average value for the opticallyblack portions of the CCD and subtracting that value from

subsequent data. The average value for a line in the optically

black sections of the CCD is taken as the sum of the value

for the previous line multiplied by a coefficient k and the

value for the current line multiplied by a coefficient (k-1).

Signal processor

Gamma () correction circuit: Gamma correction is

performed so that there is a linear correlation between the

optical input to the camera and the optical output from the

imaging screen.

Color signal generation circuit: This circuit converts the CCD

data to RGB signals.

Matrix circuit: This circuit generates Y, R-G and B-G signals

from the RGB signals.

Horizontal/Vertical aperture circuit: This circuit generates the

aperture signal.

AE, AWB and AF calculation circuit

AE and AWB are calculated by dividing the screen into 64

zones, while AF is calculated by dividing the screen into 6

zones.

SDRAM controller circuit

This circuit outputs the AS, CAS, RAS and address used for

SDRAM control. This circuit also refreshes the SDRAM.

Communication control

SIO: The interface with the 8-bit microprocessor.

SIO for PIO, PWM and LCD: This is 8-bit parallel input/

output that permits individual input/output and PWM output

switching.

TG/SG

Generates the timing and 8-megapixel CCD control.

Digital encoder

Generates chroma signals from the color difference signals.

3-2-2. Outline of Operation

When the shutter is released, a reset signal and serial

signal (TAKE A PICTURE instruction) are sent from the 8-bit

microprocessor as input for the ASIC and CPU and operation

begins. When the TG/SG drives the CCD, the image data

passes through A/D conversion and the CDS and is input to

the ASIC as 12-bit data. The input data then passes throughthe digital clamp and is input to the SDRAM.

This data is then used to calculate the AF, AE, AWB,

shutter and AGC values. Exposure is normally carried

out 3 more times to obtain the best possible image. The

image data temporarily held in SDRAM is then loaded into

the CPU and the colors are generated. The RGB data for

each pixel is obtained by interpolating from the RGB data

for the surrounding pixels. Following AWB and gamma

() processing, the matrix is obtained and the aperture is

corrected for the Y signal. This data is then compressed in

JPEG format and written to card memory (xD-Picture card orSD card). When the data is output to external media, the data

is taken from memory and output as serial data via USART.

When images are displayed on the LCD or monitor, the data

is transferred from memory to SDRAM, expanded into the

SDRAM display area and then displayed.

3-2-3. LCD Block

The LCD display circuit is on the CP1 board and includes its

own power supply circuit.

The signals from the ASIC are 8-bit digital signals and are

input directly to the LCD. In the LCD, they are converted to

RGB signals by the driver circuit. The LCD controls factors

such as brightness and image quality using a 3-wire serial

interface.

Because the LCD elements close in response to differences

in potential between the VCOM (common electrode voltage:

AC) and RGB, the larger the difference, the darker the

display. Conversely, a smaller potential difference opens

the elements and brightens the display. In addition to video

signals, timing pulses are also input directly to the LCD from

the ASIC.

3-2-4. EVF BlockThe EVF display circuit is on the CP1 board and includes

its own power supply circuit. The signals from the ASIC

consist of 8-bit digital signals, serial control signals and

synchronization control signals, and are input to the EVF

driver IC. In the driver IC, the 8-bit digital signals are

converted to RGB signals. The serial control signals are used

to control factors such as the image quality.


36/134


3-4


3-2-5. Lens Drive Block

Shutter drive

Based on the serial data signals (LENS_SCLK, LENS_SDI

and LENS_CSN) output from the ASIC (IC101), the shutter

motor drive signals (SOUT_1 and SOUT_2) are output from

the motor driver (IC951). These drive signals drive a moving-

magnet motor to open and close the shutter.

Aperture drive


and LENS_CSN) output from the ASIC (IC101), the aperture

motor drive signals (IOUT_A+, IOUT_A-, IOUT_B+ and

IOUT_B-) are output from the motor driver (IC951). These

drive signals drive the stepping motor for the aperture and

operate the aperture mechanism.

Focus drive

Based on the serial data signals (LENS_SCLK, LENS_SDIand LENS_CSN) output from the ASIC (IC101), the focus

motor drive signals (FOUT_A+, FOUT_A-, FOUT_B+ and

FOUT_B-) are output from the motor driver (IC951). These

drive signals drive the stepping motor for the focus and

operate the focusing lenses. The focusing lens reference

position is detected using signals (FPIOUT) from a photo-

interrupter in the lens block that are detected by the ASIC.

Zoom drive


and LENS_CSN) output from the ASIC (IC101), the zoom

motor drive signals (ZOUT_A+, ZOUT_A-, ZOUT_B+ and

ZOUT_B-) are output from the motor driver (IC951). These

drive signals drive the stepping motor for the zoom and

operate the zoom lenses. The zoom lens reference position

is detected using signals (FPIOUT) from a photo-interrupter

in the lens block that are detected by the ASIC.


37/134


3-5


3-3. Description of PWA Power

Circuit Operation3-3-1. Overview

The power circuit is primarily made up of the following blocks:

Switching controller (IC501)

5.5 V power output (L5006 and Q5004) Digital 3.25 V power output (L5010)

Digital 1 V power output (L5011)

Analog power output (L5008 and Q5002)

LCD backlight power output (L5007)

EVF backlight power output (L5001 and Q5001)

Motor 5.26 V power output (IC532, L5302 and Q5302)

Switching controller (IC501)

The basic circuits required for controlling the PWM-type

switching regulator power supply consist of 7 built-in

channels.

The channels are CH1 (5.5 V), CH2 (digital 3.25 V), CH3

(digital 1 V), CH4 (analog), CH5 (EVF backlight) and CH7

(LCD backlight).

In response to feedback for the power output for the 5.5 V

system (CH1), VDD3 (CH2), VDD1.0 (CH3), analog systems

(CH4), EVF backlight (CH5) and LCD backlight (CH7), the

PWM duty is varied so that the respective voltages are at the

set values.

For the backlight power supply (CH5 and CH7), the end-to-

end voltage for the output resistance is used as feedback to

regulate the constant current so that the specified current is

maintained.

Short-circuit protection circuit

If output is short-circuited for an interval determined by the

capacitor connected to IC501 (pin 32), all output is turned off.

To recover operation, resend the control signal (P ON).

5.5 V power output

Outputs BOOST 5.5 V.

The BOOST 5.5V is fed back to the switching controller

(IC501 pin 27) to regulate the PWM.

Analog power output

+12 V (A) and -6 V (A) are output.

The +12 V (A) output is fed back to the switching controller

(IC501 pin 48) to regulate the PWM.

Digital 3.25 V power output

VDD3 is output.

VDD3 is fed back to the switching controller (IC501 pin 23) to

regulate the PWM.

Digital 1.0 V power output

VDD1.0 is output.

VDD1.0 is fed back to the switching controller (IC501 pin 22)

to regulate the PWM.

EVF backlight power output

A constant current (4.3 mA) flows to the LCD backlight LED.

The end-to-end voltage for the resistance connected in series

with the LED is fed back to the switching controller (IC501

pin 45) to regulate the PWM.

LCD backlight power outputA constant current (25 mA) flows to the LCD backlight LED.

(A built-in timer and luminance sensor control the LCD PWM

and select the current value.)

The end-to-end voltage for the resistance connected in series

with the LED is fed back to the switching controller (IC501

pin 37) to regulate the PWM.

Motor 5.26 V power output

VM5.26 V is output.

The VM5.26 V output is fed back to IC532 pin 3 to regulate

the PWM.


38/134


3-6


3-4. Description of ST1 flash

circuit operation3-4-1. Charging circuit

The UNREG power is supplied to the charging circuit, and

when the CHG signal from the microprocessor is Hi (3.3 V),

the charging circuit starts operating and charges the mainelectrolytic capacitor with a direct current high voltage supply.

When the CHG signal is Lo (0 V), the charging circuit does

not operate.

Power switch

When the CHG signal is Hi, Q5407 switches on and charging

operation begins.

Power supply filter

C5401 acts as a power supply filter to smooth out any current

ripples caused by oscillating transformer switching.

Oscillator circuit

This is a circuit that generates an AC voltage (pulses) that is

used to step up the low-voltage DC UNREG power supply.

This circuit generates a drive pulse with a frequency between

50 and 100 KHz. Because the oscillation is self-excited, the

oscillation frequency varies according to the drive conditions.

Oscillating transformer

The oscillating transformer converts the low-voltage AC

power supply generated by the oscillation control circuit to a

high-voltage AC supply.

Rectifier circuit

This circuit rectifies the high-voltage AC power supply

generated by the second stage of T5401 so that it becomes

a high-voltage DC supply and then stores it as charge in the

main electrolytic capacitor (C5412).

Voltage monitor circuit

This circuit is used to maintain the voltage stored in C5412

at a constant level. The charging voltage is divided by R5405

and R5406 to reduce it to a low voltage and is then output as

the monitor voltage (VMONIT). When the VMONIT voltage

reaches the stipulated value, the CHG signal is set to Lo and

charging stops.

3-4-2. Flash Circuit

When the FLCLT signal is input from the ASIC extended port,

the flash fires.

Flash control circuit

When the FLCLT signal input to the flash control circuit is Hi,

Q5409 is set to ON and flash firing commences. When theFLCLT signal is Lo, flash firing stops.

Trigger circuit

At the same time that Q5409 is set to ON by the FLCLT

signal and preparations for firing the flash are carried out, a

high-voltage pulse of several kilovolts is generated by the

trigger coil and applied to the flash unit.

Flash element

When a high-voltage pulse is applied to the flash unit by the

trigger circuit, current flows to the flash element and the flashfires.

* Take care to avoid electric shock.


39/134


3-7


3-5. Description of SYA circuit operation3-5-1. Configuration and Functions

Refer to the block diagram for the overall configuration of the SYA block. The SYA block consists primarily of an 8-bit

microprocessor (IC301).The functions of the 8-bit microprocessor include: 1. Control key input, 2. Clock management and

backup; 3. Power ON/OFF; and 4. Flash charging control.

Pin Signal Name I/O Description

1 BAT OFF I Battery OFF detection signal

2 CARD ON O Power Supply for CARD Detection

3 VF. LED (G) O VF LED (green) ON/OFF control signal

4 TELE I TELE key detection

5 EXPOSURE I Exposure compensation key detection

6 RESET I Reset detection

7 XCOUT O Clock oscillation terminal (32.768kHz)

8 XCIN I Clock oscillation terminal (32.768kHz)

9 IC (FLMD0) - Power supply for program writing

10 XOUT - -

11 XIN - -

12 REGC - Regulator output stable-capacity connection

13 VSS - GND

14 VSS - GND

15 VDD - VDD

16 VDD - VDD

17 MAIN RESET I System reset

18 BACKUP CTL O Backup battery charging control

19 VF. LED (R) O VF side-LED (red) ON/OFF control signal

20 NOT USED - -

21 SHUTTER 2nd I Shutter 2nd detection

22 COMREQ I Command request input23 SHUTTER 1st I Shutter 1st detection

24 VR I VR key detection

25 PLAY I PLAY key detection

26 LCDBL O LCD backlight ON/OFF control signal

27 SCAN IN2 I Key matrix input



30 P ON O Digital ON/OFF control signal

31 NAND RESET O OneNAND reset signal

32 USB CONNECT I USB insertion detection

33 DC IN I DC JACK detection

34 SCAN OUT0 I/O Key matrix output




38 SREQ I Serial communication request signal

39 PLLEN O PLLEN oscillation ON/OFF

40 LCD PWM O LCD backlight brightness current control

41 AV JACK I AV JACK presence detection

42 PRG SI/SCAN IN3 I UART6 data input for the flash/key matrix input

43 PRG SO/SCAN IN4 O/I UART6 data output for the flash/key matrix input


45 WIDE I WIDE key detection46 POP UP I Flash pop up detection

47 AVREF - Analog reference voltage input terminal

48 AVSS - GND


40/134


3-8


Pin Signal Name I/O Description

49 BATTERY I Battery voltage detection (whether DC or battery)

50 VMONIT I Main capacitor charging voltage detection

51 TEMP I Camera temperature detection

52 NOT USED - -

53 STOP CHG I Detection of intervals where flash charging is prohibited

54 SCARD I Expansion memory card installation detection signal

55 CARD SW I CARD cover switch detection

56 XCARD I Expansion memory card installation detection signal

57 NOT USED - -

58 SCK O Serial clock output

59 SI I Serial data input

60 SO O Serial data output

61 CHG ON O Flash charging control circuit

62 FLMD0_SY O 8-bit microprocessor self-programming port

63 PW_ON I PW_ON key input

64 NOT USED - -

3-5-2. Internal Communications Paths

The SYA block detects input from the control keys and the status of the camera's circuits and controls the overall camera.

Signals from the various detectors are read by the 8-bit microprocessor as input data and then output to the camera circuit

(ASIC) as operation mode settings information.

Figure 3-3 shows the 8-bit microprocessor and ASIC connections.

8 bit

microprocessorASIC

COMREQ

SDO

PLLEN

SCK

SDI

MAIN RESET

3-5-3. Key Operations

Refer to the Owner's Manual for information on how to use the keys.

SCAN IN

SCAN OUT0 1 2 3 4 5

0 AUTO MOVIE M S P A

1Picture

StabilizationNatural Photo

High-sensitivity

Dual-shotSP1 SP2 -

2 EVF/LCD DISP/BACK FACE - F_MODE OK/MENU

3 UP LEFT DOWN RIGHT PW_TEST TEST

SREQ


41/134


3-9


3-5-4. Power Supply Control

The 8-bit microprocessor controls the power supply for the entire system. This section discusses the starting and stopping of

the power supply.

When batteries are loaded, 3.2-volt power regulated by IC302 is supplied to the 8-bit microprocessor (IC301).

Even when the Power is set to OFF, the microprocessor runs the clock and scans the keys in preparation for the next startup.

When the power is OFF, the microprocessor stops the main clock (4 MHz) and runs on the sub-clock (32.768 kHz).

When the power supply batteries are removed, the microprocessor stops the 4 MHz internal main clock and runs the clockonly using the 320768 kHz sub-clock used for the time. The microprocessor charges the backup battery for 10 hours after the

battery is installed.

When you set the Power switch to ON, the microprocessor initiates startup processing. First, it sets PON (pin 30) to High and

activates the power circuit.

Roughly 70 ms after setting PON to High, it sets the external port for the ASIC. This external port setting is then used to set

the ASIC internal operating frequency and carry out oscillation control. It then begins communication with the ASIC and checks

that the system is ready to run.

When the live image is displayed, it sets PAON (ASIC) to High and activates the CCD power supply.

During playback, it sets PAON to Low and turns the CCD power supply off. When the LCD panel is lit, it sets LCD BL (pin 26)

to High and turns on the backlight.

When the power is turned off, the microprocessor sets both PON , LCD BL and PAON Low and stops the power supply to thesystem. The microprocessor stops the main clock oscillation and switches to clock oscillation operation mode.

ASIC, memory CCD 8bit CPU LCD MONITOR

Power supply voltage 1.0 V, 1.8 V, 3.2 V 12.0 V, -6.0 V, 3.3 V 3.2 V 3.25 V

At PW_OFF OFF OFF 32.768KHz OFF

When the live image

is displayed

ON ON 4MHz ON

In playback mode ON OFF 4MHz ON


42/134


3-10


MEMO


43/134


3-11


3-6. Block Diagram

SW

FLASH

UNIT

BATTERY

BOX

*IC301(SYSTEM C.P.U.)

*IC302(BACKUP)

*Z3001

BACKUP BATTERY

*IC501(SWITCHING CONTROL)

*IC951(LENS DRIVER)

STROBE CHARGE

WIRE x 4

WIRE x 2

TB1

CP1

LCD

2.5inch

CN951

POWER

SHUTTER

*IC101(ASIC)

EV2MVR2

*IC121

(FLASH ROM)

NAND: 256Mbit

(SDRAM)

512Mbit

*xD CARD

*SD CARD

*IC181(AUDIO CODEC)(VIDEO AMP)

*LCD

*USB

FULL SPEED

*IC701(AS ANALOG)

*IC912(V. DRIVER)

*IC702(AS C.P.U.)

*IC703(MOTOR DRIVER)

AS=ANTI SHAKE

*SW PART

UP, DOWN, LEFT, RIGHT, OK/MENU,

F_MODE, DISP/BACK, EVF/LCD,

EXPOSURE COMPENSATION

WIRE x 2MIC

WIRE x 2

SPEAKER

CARD COVER DET. SW

CN144

xD CARD

SD CARD

AA x 4

6.0V

CN302 CN303

CN171

USB & AV JACK

CN910

AC ADAPTER JK501

CN110

FPC

(39pin)

SELF_LED

ELECTRIC

FLASH

TB2WIRE x 2

LENS

UNIT

*ZOOM,

FOCUS,

SHUTTER

FPC

(47pin)

FPC

(33pin)

WIRE x 2

AF_LED

WIDE

FPC

(8pin)

CA1

CA2

C

CN902CN932

N905

IC905(CDS, AGC, A/D_C)

(H. DRIVER)

(AS: ANTI SHAKE)

CCD8M PIXEL

POPUP SW

TOP

UNIT

AUTOMOVIE

MS

AP

ANTI SHAKENATUAL LIGHT

SHOOT W/WO FLASH

SP1SP2

FPC

(14pin)

CN175 CN176

EVF

FPC

(23pin)

FPC

(4pin)

LENS AS

CN701

C

BAT+

BAT-

N301 CN591

ST1

FPC

(16pin)

PW1

TELE

FACE


44/134


3-12


3-7. Overall connection Diagram

TB1

CA2

CN910

10 AFESD2P

4 AFESD1P

11 GND

5 GND

12 GND

6 AFECKN

13 SUBGT

7 AFECKP

14 SUB

8 ND

15 TGHD

9 AFESD2N

16 TGVD

17 -6.0V(A)

18 -6.0V(A)

19 +3.3V(A)

20 +3.3V(A

1 GND

2 GND

3 AFESD1N

21 +12V(A)

22 +12V(A)

23 VDD3

24 VDD3

25 PAON3

26 CCDEN

27 CCDSD

28 CCDCK

29 GND

30 ADCK

31 GND

32 V1S

33 V1A

34 V1B

35 V2

36 V3R

37 V3L

38 V3A

39 V3B

40 V4

41 V5R

42 V5L

43 V5A

44 V5B45 V6

46 GND

Z 1 Z 2

47 GND

CN905

10V3A

4V5B

11V3L

5V5A

12V3R

6V5L

13V2

7V5R

14V1B

8V4

15V1A

9V3B

16V1S17GND18ADCK19GND20CCDCK

1GND2GND

3V6

21CCDSD22CCDEN23PAON324VDD325VDD326+12V(A)27+12V(A)28+3.3V(A)29+3.3V(A)30-6.0V(A)31-6.0V(A)32TGVD33TGHD34SUB35SUBGT36GND37GND38AFESD2P39AFESD2N40GND41AFECKP42AFECKN43GND44AFESD1P45AFESD1N46GND

Z1Z2

47GND

CN902

10 GND

4 V2

11 VDD

5 V1B

12 VDD

6 V1A

13 GND

7 V1S

14 RG

8 GND

15 GND

9 VO

16 HL17 GND18 VL19 VL20 GND

1 GND2 V3L3 V3R

21 SUBSW22 VSUB23 GND24 H1A25 H1B26 H2B27 H2A28 GND29 V5L30 V5A31 V5B32 V633 V5R34 V435 V3B

Z 1 Z 2

36 V3A37 GND

CN932

10GND

4V2

11VDD

5V1B

12VDD

6V1A

13GND

7V1S

14RG

8GND

15GND

9VO

16HL17GND18VL19VL20GND

1GND2V3L3V3R

21SUBSW22VSUB23GND24H1A25H1B26H2B27H2A28GND29V5L30V5A31V5B32V633V5R34V435V3B36V3A37GND

CN144

10

CARD

4

VDD

11

CARD/WP

5

CLOCK

12

WP

6

VSS

13

CD

7

DATA0

14

R/-B

8

DATA1

15

/RE

9

DATA2

16

/CE

17

CLE

18

ALE

19

/WE

20

/WP

1

DATA3

2

COMMAND

3

VSS

21

GND

22

D0

23

D1

24

D2

25

D3

26

D4

27

D5

28

D6

29

D7

30

VCC

31

GND

32

VCC

Z1 CN171

10DIN3

4SCL

11DIN2

5SDA

12DIN1

6DIN7

13DIN0

7DIN6

14DCLK

8DIN5

15HD

9DIN4

16VD17VCC18GND19DUMMY20LED+

1GREST2SHDB3SCEN

21LED-22FB23PWM24CP225CP126AVDD27DUMMY28AGND29VCOMH30VCOML31PCD32DUMMY33DUMMY34CP835CP736CP637CP538CP439CP3

Z 2 Z1

CN175

10CK0

4VEE

11SLEEP

5TOUT2

12RGT

6TOUT1

13DWN

7VSS

14INV

8VDD

15VS

9CK1

16HS17VIDBL18VIDGL19VIDRL20VIDBH

1DUMMY2DUMMY3DUMMY

21VIDGH22VIDRH23VEE

Z1Z2

CN176

DC_IN(5V)

4EVFCA

1EVFAN2EVFAN3EVFCA

Z1Z2

CN951

10

ST1

4

SHUTTER1

11

ST3

5

SHUTTER1

12

F_

HOME_

C

6

SHUTTER2

13

F_

HOME_

A

7

SHUTTER2

14

F_

HOME_

K,E

8

ST2

15

Thermistor

9

ST4

16

Thetmistor

17

GND

18

FocusB+

19

FocusA-

20

FocusB-

1

Z_

HOME_

A

2

Z_

HOME_

K,E

3

Z_

HOME_

C

21

FocusA+

22

Z_

PULSE_

C

23

Z_

PULSE_

K,E

24

Z_

PULSE_

A

25

GND

26

ZoomA-

27

ZoomA-

28

ZoomB-

29

ZoomB-

30

ZoomB+

31

ZoomB+

32

ZoomA+

33

ZoomA+

Z1

Z2

CN110

4

ZAV_

JACK

5

USBD(+)

6

GND

7

USBD(-)

8

USB_

VDD

1

GND

2

VIDEO_

OUT

3

AUDIO-OUT

Z1

Z2

Z3

Z4

CN302

10

SCANIN2

4

SCANIN2

11

SCANIN3

5

SCANIN1

12

SCANIN5

6

SCANOUT1

13

SCANIN4

7

SCANIN0

14

GND

8

SCANOUT0

9

SCANIN1

1

GND

2

VR

3

SCANIN3

Z1

Z2

CN701

10

POUT1P

4

BR_

B2

11

POUT1N

5

BRAA5

12

PINAP

6

POUT4P

13

POUT3N

7

PINBY

14

POUT3P

8

POUT2P

15

POUT4N

9

POUT2N

16

BRAA5

1

BR_

A1

2

BR_

A2

3

BR_

B1 Z1

Z2

JK501

W1-12400/SG2A2-JFF

1

2

3

CN591

4

AFLED_

CA

5

AFLED_

AN

6

GND

1

GND

2

SCANOUT2

3

SCANIN2

Z1

Z2

CN301

4

SCANIN2

5

SCANOUT2

6

GND

1

GND

2

AFLED_

AN

3

AFLED_

CA

Z1

Z2

CN303

4

WIDE

5

TELE

6

PW_

ON

7

GND

8

GND

1

GND

2

SHUTTER2nd

3

SHUTTER1st

Z1

Z2

CP1

LENS

BATTERY

xD & SD CARD

SPEAKER

LCD

MIC

TB2

CA1

TOP UNIT

EVF

PW1

EVFBL

USB & AVLENS AS

ST1

XAN

XKT

2

TRG

3

1

FLASHREFLECTOR

TRIGGERTRANS

BAT-

BAT+

BAT-

BAT+

MIC

GND

SP+

SP-

POPUP

GND

WT

GY

GY

BK

RD

WT

CE+

XKT

TRG_

GND

XAN

RD

CE-

BK

SW

TRG_

IN

DMA TCA DMA DMA

DMA

DMA

DMA

PWA

PWASYADMA

JW601

JW602

JW502

JW501

JW184

JW183

DMASYASYA

JW181

JW182

SYA

JW303

JW304

STASTASTA

JW545

JW541

JW542

JW543

JW544

JW546

JW541

JW542

JW651

JW652

JW593

CL592

CL593

CL594

CL595

JW594

JW591

JW592

CAA

RED

WHITE

GRAY

PINK

RED

WHITE

GRAY

BLACK

WHITE

GRAY

BLACK

RED

BLACK

GRAY

PINK

WHITE

(CAA)(DMA)(STA)(SYA)(PWA)(TCA)


45/134


3-13


3-8. Circuit Diagrams3-8-1. CA1 BLOCK

0.1;B

C9008

MA2Z720-00L

D9004

0.1;B

C9002

REG3.0V

NJM2877F3-03QNJM2877F303P

IC904

1

2

3 4

5

FBMH1608HL601

1608

L9001

1;B1608

C9016

0.033;B1608

C9021

0.1;B

CB903

12

34

5P;CH

C9013

0.15;B

1608

C9018

0.1;B

C9006

0.01;B

1608

C9019

1AV4J11FL370GCN902

10 GND

4 V2

11 VDD

5 V1B

12 VDD

6 V1A

13 GND

7 V1S

14 RG

8 GND

15 GND

9 VO

16 HL17 GND18 VL19 VL20 GND

1 GND2 V3L3 V3R

21 SUBSW22 VSUB23 GND24 H1A25 H1B26 H2B27 H2A28 GND29 V5L30 V5A31 V5B32 V633 V5R34 V435 V3B

Z1 Z2

36 V3A

37 GND

AD9971BCPZRLQAD9971BCPZ-J

IC905

1LVDD

2LVSS

3DOUT1P

4DOUT1N

5TCLKP

6TCLKN

7DOUT0P

8DOUT0N

9LVSS

10 LVDD

11

H1

12

H2

13

HVSS

14

HVDD

15

H3

16

H4

17

RGVSS

18

HL

19

RGVDD

20

RG

21LDOIN

22LDOOUT

23CLI

24AVSS

25CCDINP

26CCDINM

27AVSS

28AVDD

29REFT

30REFB

31

LDOEN

32

SL

33

SDI

34

SCK

35

GPO1

36

GPO2

37

VD

38

HD

39

DVSS

40

DVDD

Z1

0.1;B

C9001

0.1;B

CB904

12

34

5P;CH

C9004

1SS400

1608

D9001

1000P;B

C9007

5P;CH

C9005

100K;1/16J

R9014

0.1;B

C9017

1000P;B

C9009

0.1;BCB902

1 2

3 4

0.1;BC9012

MA2J72700L

D9002

1AV4J11VR470GCN905

10V3A

4V5B

11V3L

5V5A

12V3R

6V5L

13V2

7V5R

14V1B

8V4

15V1A

9V3B

16V1S17GND18ADCK19GND20CCDCK

1GND2GND3V6

21CCDSD22CCDEN23PAON324VDD325VDD326+12V(A)27+12V(A)28+3.3V(A)29+3.3V(A)30-6.0V(A)31-6.0V(A)32TGVD33TGHD34SUB35SUBGT36GND37GND38AFESD2P39AFESD2N40GND41AFECKP42AFECKN

43GND

44AFESD1P

45AFESD1N

46GND

Z1Z2

47GND

1;B

C9025

1;B

C9026

0.1;B

C9024

4.7;1/16J

R9008

4.7;1/16J

R9009

15;1/16JR9010

22;1/16J

R9011

47;10-T

2125

C9010

82;1/16JR9017

AFESD2N

AFESD1N

AFESD2P

AFECKP

AFECKN

AFESD1P

V1S

V1A

V1B

V2

V3R

V3L

V3A

V3B

V4

V5R

V5L

V5A

V5B

V6

ADCK

CCDCK

CCDSD

CCDEN

VDD3

TGVD

TGHD

SUB

AFESD2P

AFESD2N

AFECKP

AFECKN

AFESD1P

AFESD1N

V3L

V3R

V2

V1B

V1A

V1S

V5L

V5A

V5B

V6

V5R

V4

V3B

V3A

SUBGT

CCD_H1

CCD_H2

+12V(A)

+3.3V(A)

-6.0V(A)

CA1C1-12400/SG2A2-JFF

TO CA2 CN932

CDS, AGC, A/D C

H. DRIVER

TO CP1(CAA)CN910

1.9

1.9

1.9

0.8

1.9

1.1

1.2

1.2

1.2

1.2

1.2

0.4

0.4

0.0

0.0

3.2

0.4

0.9

1.4

1.6

3.0

2.4

0.9

2.4

3.3

3.3

2.4

0.9

VOLTAGE: VIEW MODE, LCD ON


46/134


3-14


3-8-2. CA2 BLOCK

MN39670PAJ(LCC)

IC93147;1/16J

R9301

UP05C8GQ9301

470;1/16JR9302

1.2K;1/16J

R9303

1;B

1608

C9302

1;B

1608

C9301

CN932

1234567891011121314

15

16

17

18

19

20

21

22

23

24

25

26

27

28

1

2

34

5

6

10GND

4V2

11VDD

5V1B

12VDD

6V1A

13GND

7V1S

14RG

8GND

15GND

9VO

16HL17GND18VL19VL20GND

1GND2V3L3V3R

21SUBSW22VSUB23GND24H1A25H1B26H2B27H2A28GND29V5L30V5A31V5B32V633V5R34V435V3B36V3A37GND

V1A

V5B

V3R

V2

V1B

V3B

V6

V3L

V4

V5R

V5A

V5L

CCD_

BUFFER_

OUT

V3A

V1S

CCD_OUT

V5L

V5A

V5B

V6

V5R

V4

V3B

V3A

V3L

V3R

V2

V1B

V1A

V1S

CA2C3-12400/SG2A2-JFF

CCD

TO CA1 CN902

+12V(A)

-6.0V(A) -1.1

-0.5

-0.5

-0.7

-0.8

-0.2

-0.5

-0.5

-0.6

-5.6

-5.6

-4.7

-4.7

-4.2

8.3

12.0

5.2

2.4

2.4

0.9

-6.1

0.0

8.3

2.4

0.9

VOLTAGE; VIEW MODE, LCD ON


47/134


3-15


3-8-3. CCD BLOCK

LENS

CCD

+12V(A)-6.0V(A)

MN39670PAJ

VDD

PT

VO

O_LPF

IC931

CA1

CA2

CAA

DMA

Q9301EF

11:24

10

VSUB

25

16

IC905

CDS, AGC, A/D C

AFESD1P, AFESD1N

AFESD2P, AFESD2N

AFECKP, AFECKN

CCDENT4

D4

SUBGTAB6

XSUBAA6

IC101IC904

NJM2877F3-03

VDD3

+3V

PAON3

AD9971BCPZRL

25CCDINP SL

4

5

1

+3.3V

14,19

T2,T1

V2,V1

U2,U1

3:8

21,31

AFESD[1:2]P/NAFECKP/N

18

15,17

24

SUBSW

VSUB

1:14

V1[S,A,B

],V2,

V3[A,B,R,L

],

V4,

V5[A,B,R,L

],V6,

V1[S,A,B], V2, V3[A,B,L,R],V4, V5[A,B,L,R], V6

IC912

V. DRIVER

AN20115A

26

HL21

27

28

20

H115

11

H3

12H2

16H4

20

VDRST

RG

28

46,27

7,26

REG

H. DRIVER

SYSTEM ASIC

32

CCDSDT3SDI

33

CCDCKU5SCK34

TGVDT6

VD37

TGHDT7HD

38

ADCKN6CLI

23

23

22

HL

H1B

H2B

H1A

H2A

RG

+3.3V -6.0V(A) +12V(A)

SUBCNT2

XSUB3

SUBCNTAB5

PAON3PAON3

U3VDRST

XV1

V6

XV2

W5

XV3

U6

XV9

AA5

XV10

AB4

XV4

AA4

XV5

AB3

XV6

Y4

AA3

XV7

W4

XV8

XSG1Y1

Y2

XSG2

XSG3W6

XSG4W1

XSG5T5

XSG6U4

33,29,41,30,44,31,35,37,36,39,38

XV1, XV2, XV3, XV4, XV5,XV6, XV7, XV8, XV9, XV10, XV11

32,34,40,42,43,1

XSG1, XSG2, XSG3,XSG4, XSG5, XSG6

Y3 XV11


48/134


3-16


3-8-4. CP1_CAA BLOCK

+12V(A)

0;1/16Z

1608

C9215

FBMH1608HM102

L9236

+3.3

V(A)

AN20115A

QAN20115A---P

IC912

1 2 3 4 5 6 7 8 9 1 0 1 1

12

13

14

15

16

17

18

19

20

21

22

2324252627282930313233

34

35

36

37

38

39

40

41

42

43

44

Z 1 Z 2 Z 3 Z 4

1M;1/16J

R9207

1AV4J11VR470G

TO CA1 CN905

CN910

10AFESD2P

4AFESD1P

11GND

5GND

12GND

6AFECKN

13SUBGT

7AFECKP

14SUB

8ND

15TGHD

9AFESD2N

16TGVD

17-6.0V(A)

18-6.0V(A)

19+3.3V(A)

20+3.3V(A

1GND

2GND

3AFESD1N

21+12V(A)

22+12V(A)

23VDD3

24VDD3

25PAON3

26CCDEN

27CCDSD

28CCDCK

29GND

30ADCK

31GND

32V1S

33V1A

34V1B

35V2

36V3R

37V3L

38V3A

39V3B

40V4

41V5R

42V5L

43V5A

44V5B

45V6

46GND

Z1Z2

47GND

100K;1/16J

R9239

1;B

CB925

1

2

3

4

FBMH1608HM102

L9238 MA2Z720-00L

D9203

1;B

1608

C9215

0.1;B

C9223

-6V(A)ADCK

CCDCK

CCDSD

CCDEN

TGVD

TGHD

SUBGT

AFESD2P

AFESD2N

AFECKP

AFECKN

AFESD1P

AFESD1N

XSG2

XV7

XV8

XV9

XV10

XV3

XV11

XSG3

XSG5

XSG4

XV5

XSG6

XSUB

XSUBCNT

XV4

XSG1

XV1

XV6

XV2

VDRST

PAON3

VDD3

+3.3V(A)

VDD3

-6V(A)

+ 12 V( A) +1 2V (A )

-6V(A)

+3.3V(A)

VDD3

18K;1/16J

R9213

2K;1/16J

R9216

V5B

V3R

V5A

V1S

V3B

V1B

V3A

V5L

V1A

XSG5

V5R

V6

V3L

XV5

XSG4

XSG2

XSUBCNT

XV3

XSUB

XV11

XV8

XV9

XSG3

XSG6

VSUB

XV7

XV10

+12V(A)

-6V(A)

V6

V5B

V5A

V5L

V5R

V4

V3B

V3A

V3L

V3R

V2

V1B

V1A

V1S

ADCK

CCDCK

CCDSD

CCDEN

TGVD

TGHD

SUBGT

AFESD2P

AFESD2N

AFECKP

AFECKN

AFESD1P

AFESD1N

XV1

XSG1

XV6

XV4

XV2

VDRST

CCDEN

CCDCK

ADCK

CCDSD

TGVD

AFESD2N

TGHD

SUBGT

AFESD2P

AFECKP

AFECKN

AFESD1N

AFESD1P

V2

V4

XSG2

XV7

XV9

XV8

XV11

XV10

XSG3

XV3

XSG4

XSG5

XV5

XSG6

XSUBCNT

XSUB

VDRST

XV2

XV4

XV6

XSG1

XV1

PAON3

VSUB

PAON3

CAAC2-12400/SG2A2-JFF

TO DMA

TO PWA

V. DRIVER

3.2

0.6

0.4

0.2

3.0

3.0

3.2

0.2

3.2

3.2

2.5

-4.4

-0.5

-0.5

-1.1

-0.8

-0.2

-5.7

-5.7

-0.5

-0.5

-4.8

0.3

3.2

2.2

0.3

0.3

3.2

-6.

2

11.

9

0.6

0.6

3.2

-6.

2

11.

9

1.

2

-6.2

-4.83.2

0.0

1.6

VOLTAGE: VIEW MODE, LCD ON


49/134


50/134


3-18


3-8-6. CP1_PWA BLOCK

1;B

6.3

C5017

DAN217U

D5010

1

23

1;B

1608

C5031

1;B

16

1608

C5029

IC501

QBD9739KN---P

BD9739KN

1 UDSEL1

2 SWIN6

3 SWOUT6

4 DARIN2H

5 DARIN2H

6 DARIN2L

7 DARIN2L

8 PGND23

9 PGND23

10 DRAIN3L

11 DRAIN3L

12 DRAIN3H

13 DRAIN3H

14 PVCCH

15 STB1

16 STB23

17

STB4

18

STB5

19

STB6

20

STB7

21

FB3

22

INV3

23

INV2

24

FB2

25

SS23

26

FB1

27

INV1

28

SS1

29

VCC

30

VREGA

31

SWOUT1

32

SCP

33CT

34RT

35VREF

36NON7

37INV7I

38INV7V

39FB7

40INV6

41FB6

42GND

43DTC5

44NON5

45INV5

46FB5

47FB4

48INV4

49

SWOUT4

50

SWIN4

51

OUT4

52

OUT5

53

OUT6

54

PVCC

55

OUT1M

56

OUT1S

57

PGND

58

OUT7B

59

PVCCL

60

OUT1B

61

VBAT

62

SWIN7

63

SWOUT7

64

UDSEL5

Z1

Z2

Z3

Z4

2.2

;B

16

1608

C5030

47;M1AV4L2FM470MG

2125

L5012

2.2

K;1

/16J

R5006

0.1;B 10C5039

1;B

6.3

C5041

+3.3V(A)

VDD3

+5V(T)

VDD1.

Documents

fujifilm_finepix_s8000fd