FUJIFILM FinePix S3 PRO SERVICE MANUAL

DIGITAL CAMERA

FinePix S3Pro

SERVICE MANUAL

US/CA/EU/EG/GE/AS/JP-Model

WARNING

THE COMPONENTS IDENTIFIED BY THE MARK “ ” ON THE SCHEMATIC
DIAGRAM AND IN THE PARTS LIST ARE CRITICAL FOR SAFETY.

PLEASE REPLACE ONLY BY 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.

FUJI PHOTO FILM CO., LTD.

Ref.No.: ZM00576-102

Printed in Japan 2004.12

FinePix S3Pro Service Manual

SAFETY CHECK-OUT

After correcting the original problem, perform the following

safety check before return the product to the customer.

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.

2.5A 125V

2.5A 125V

8. WARNING:

RISK OF FIRE­REPLACE FUSE
AS MARKED

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.

TO REDUCE THE ELECTRIC

SHOCK, BE CAREFUL TO

TOUCH THE PARTS.

WARNING!

HIGH VOLTAGE

2

FinePix S3Pro Service Manual

TABLE OF CONTENTS

TABLE CONTENTS

1. General ........................................................... 4

1-1. Product specification .............................................. 4

1-2. Explanation of Terms .............................................. 7

1-3. Names of External Components ............................ 8

2. Disassembly ................................................. 11

2-1. Names of internal Components ............................ 11

2-2. Removing the BATT CART ASSY ........................ 12

2-3. Removing the R CABI ASSY ................................ 12

2-4. Removing the SW PWB ASSY ............................. 13

2-5. Removing the LCD ............................................... 15

2-6. Removing the 10-pin TERMINAL ASSY ............... 15

2-7. Removing the BATTERY HOLDER ...................... 15

2-8. Removing the MAIN PWB ASSY .......................... 16

Removing the CCD PWB ASSY and CCD UNIT

2-9.
2-10. How to dismantle the parts around the outer

wrappings ............................................................. 19

2-10-1. Removing TOP COVER UNIT ................ 19

2-10-2. Removing SB LOWER CASE UNIT ....... 21

...... 17

3. Schematic ..................................................... 23

3-1. Cautions ............................................................... 23

3-2. Basic block name and function explanation ......... 23

3-3. Description of the Main Block Functions .............. 23

3-3-1. Overview of the new technology .............23

3-3-2. Block function descriptions ..................... 24

3-3-3. Description of the Power Supply Block

Functions ................................................ 24

3-4. Block Diagram ...................................................... 25

3-5. Overall connection Diagram ................................. 26

3-6. Circuit Diagrams ...................................................27

3-6-1. CCD BLOCK ........................................... 27

3-6-2. DCDC BLOCK ........................................ 28

3-6-3. IEEE1394 BLOCK .................................. 29

3-6-4. PROCESS BLOCK .................................30

3-6-5. CARD BLOCK ........................................ 31

3-6-6. DCDC BLOCK (CAMERA BODY) .......... 31

3-6-7. PARTNER-CHIP BLOCK ........................32

3-6-8. PWON BLOCK ....................................... 33

3-6-9. USB2.0 BLOCK ...................................... 34

3-6-10. LCD BLOCK ........................................... 35

3-6-11. SW BLOCK .............................................36

3-7. Mounted Parts Diagrams ...................................... 37

3-7-1. CCD PWB ASSY .................................... 37

3-7-2. MAIN PWB ASSY ...................................38

3-7-3. SW PWB ASSY ...................................... 40

4. Adjustments .................................................. 41

4-1. Important point Adjustment when

Replacing Major Parts ..........................................41

4-2. Measuring Instruments Used ............................... 41

4-3. Use Jig list ............................................................ 41

4-4. Calibration method of pattern box ........................ 43

4-5. Adjusting soft installation ......................................43

4-5-1. Various downloading software

decompressions, preservation methods,

and notes ................................................43

4-5-2. Installation of DSC jig driver ................... 44

4-5-3. Adjusting soft initiation method ...............44

4-6. Initial Settings of the Adjustment Software ........... 45

4-7. Starting the Adjustment Software ......................... 48

4-8. [F4] : CCD Defect Correction ............................... 51

4-9. [F5] : CAMERA Adjustment ..................................53

4-10. [F1] : Battery Voltage Adjustment .........................56

4-11. [F11] : Video Adjustment ...................................... 60

4-12. [F2] : Rear LCD Panel Adjustment ....................... 62

4-13. [F8] : Firmware Download .................................... 64

4-14. [F12] : End Setting................................................ 66

5. Inspection ..................................................... 71

5-1. Measuring Instruments and Jigs Used for

Inspection .............................................................71

5-2. Connection of Measuring Instruments for

Inspection .............................................................71

5-3. Inspection and Settings at Shipment ....................72

5-4. Resolution Checking ............................................ 76

5-5. CCD Cleaning and Inspection Procedures ........... 78

5-5-1. CCD Cleaning Using a

Visual Inspection for Dusting .................. 78

5-5-2. CCD Cleaning Using

Test Photography to Detect Dusting ....... 79

5-6. AF Checking .........................................................80

5-6-1. Measuring equipment and tools

used for AF checking ..............................80

5-6-2.

5-6-3. AF testing procedure .............................. 81

5-6-4. Cause identification procedure for

Settings for the measuring equipment

and tools used for AF checking ..................

focus-related problems ........................... 82

80

6. Parts List....................................................... 83

6-1. Packing and Accessories ..................................... 83

6-1-1. US-model ................................................ 83

6-1-2. CA-model ................................................ 84

6-1-3. EU-model ................................................ 85

6-1-4. EG-model ................................................ 86

6-1-5. GE-model ................................................ 87

6-1-6. AS-model ................................................88

6-1-7. JP-model ................................................. 89

6-2. Transportable form and necessary parts for

camera body repair .............................................. 90

6-3. CAMERA BODY ................................................... 91

6-4. R CABI ................................................................. 92

6-5. Internal parts ........................................................ 93

6-5-1. US/CA-model .......................................... 93

6-5-2. EU/EG/GE/AS-model .............................. 94

6-5-3. JP-model ................................................. 95

6-6. List of parts related to exterior .............................. 96

6-6-1. TOP COVER 1 ........................................ 96

6-6-2. TOP COVER 2 ........................................ 97

6-6-3. TOP COVER 3 ........................................ 98

6-6-4. CAMERA BODY External ....................... 99

6-7. Electrical parts ....................................................100

7. Appendix..................................................... 101

7-1. List of Related Technical Updates Issued .......... 101

3

1. General

FinePix S3Pro Service Manual

1. General

1-1. Product specification

System

Model Digital camera FinePix S3 Pro
Effective pixels 12.34 million (S-pixel: 6.17 million, R-pixel: 6.17 million) pixels
CCD Large-format (23.0

Total 12.9 megapixels (S-pixels: 6.45 million; R-pixels: 6.45 million)

Storage media xD-Picture Card (16/32/64/128/256/512 MB)

CF card and Microdrive TM (FAT32-compatible) (Compatibility is listed on Fujifilm website:
http://home.fujifilm.com/products/digital/)

File format DCF-compliant

Compressed: Exif Ver.2.21 JPEG, DPOF-compatible

Uncompressed: CCD-RAW (RAF)*1
Max. recording resolution 4256
Number of recorded pixels 4256
Lens mount Nikon F mount (with AF coupling and AF contacts)
Focal length Approx. 1.5
Sensitivity ISO 100/160/200/400/800/1600 *2
Metering modes TTL open metering/3D 10-zone Matrix, Center-weighted, Spot
Exposure control Program AE, Shutter-priority AE, Aperture-priority AE, Manual exposure
Exposure compensation -3.0 EV to +3.0 EV 1/2 EV step
Shutter Electronically controlled vertical-travel focal-plane shutter
Shutter speeds 30 to 1/4000 sec, Bulb X contact: Max. 1/180 sec. *3
Continuous shooting Max. 2.5 frames/sec.:

Auto bracketing ±0.5 EV, ±1.0 EV, ±1.5 EV, ±2.0 EV,
Focus Mode: Single-AF servo, Continuous AF servo, Manual

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

Self-timer 20 sec./10 sec./5 sec./2 sec.
Flash Manual pop-up, D-3D Multi-BL flash control, D Multi-BL flash control, Standard D-TTL

Flash modes Front Synchro, Slow Synchro, Rear synchro, Red-eye Reduction and Red-eye Reduction

Accessory shoe Standard ISO-type with hot-shoe contact (Safty lock provided)
Synchro contacts X contacts only, synchronizing speed: 1/180 sec. or slower
Synchro terminal Equipped with ISO 519 synchro terminal as standard, lock screw provided
Viewfinder Eye-level pentaprism (coverage: Approx. 93% vertical, approx. 95% horizontal), dioptric

LCD monitor 2.0-inch 235,000-pixels low-temperature polysilicon TFT color LCD panel (approx. 100%

Remote release Release socket built into the shutter release button

Photography functions

Playback functions Trimming, Auto Play, multi-frame playback, histogram display, brightness warning display
Other functions PictBridge compatibility, Exif Print compatibility, PRINT Image Matching II compatibility,

×

2848 (12.1 million)

×

2848 pixels/3024 × 2016 pixels/2304 × 1536 pixels/1440 × 960 pixels

×

Max. 1 frame/sec.:

Max. 1.4 frames/sec.: Up to max. 3 frames. (D-range: Wide; RAW mode)

AF system: TTL phase difference detection with auxiliary AF flash

AF frame selection: Single-area AF, Dynamic AF (Dynamic AF Mode with Closest Subject

Priority is available)

(Warm White), Fluorescent (Cool White), Incandescent, Custom (2 settings)

flash control

Guide No.: 12 (ISO 100-m); Sync. shutter speed: 1/180 sec. or slower

Slow Synchro, suppressed flash

adjustment mechanism, viewfinder magnification approx. 0.8

coverage for playback)

10-pin remote release terminal provided on camera body front

Color space selection, dynamic range selection, film simulation mode selection, framing

guideline, frame no. memory, multiple-exposure shooting, shutter button for vertical

shooting, live image

language selection (Japanese, English, French, German, Spanish, Italian, Chinese),

discharging function

×

15.5 mm) Super CCD SR II with primary color filter

the nominal focal length of the lens (35mm camera equivalent)

Up to max. 12 frames. (D-range: Standard; JPEG mode)
Up to max. 7 frames. (D-range: Standard; RAW mode)
Up to max. 6 frames. (D-range: Wide; JPEG mode)

×

)

4

FinePix S3Pro Service Manual

Power Supply and Others

Power supply Use one of the following:

• 4× AA-size Ni-MH (Nickel-Metal Hydride) batteries

• AC Power Adapter AC-5VX (sold separately)
Dimensions and weight
(W × H × D)

Operating conditions Temperature: 0

Guide to the number
of available frames
for battery operation

Accessories z AA-size Ni-MH Batteries (HR-AA) (4)

Optional accessories z xD-Picture Card

Camera body dimensions: 147.8 mm × 135.3 mm × 78.5 mm/5.8 in. × 5.3 in. × 3.1 in.

(excluding lens and attachments)
Camera body weight: 815 g/28.7 oz (excluding lens, batteries and recording media)
Weight when shooting: Dependent on the lens used

*Note that the range for Microdrive is +5
Humidity: 80% or less (no condensation)

o

C to +40oC. (+32oF to +104oF)

Battery Type With LCD monitor ON

Ni-MH batteries 2300 mAh Approx. 400 frames

According to the CIPA (Camera & Imaging Products Association) standard procedure for
measuring digital still camera battery consumption (extract):
When using Ni-MH batteries, use the batteries supplied with the camera. The storage
media should be xD-Picture Card.
Shots taken at 23
AF operation, full flash for every other shot, the camera turned off/on every 10 shots and
auxiliary AF lighting turned off.

• Note: Because the number of available shots varies depending on 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.

z Battery charger BCH-NH2 (1)

*

Plug-in and cord-attached types are provided depending on the intended country of use.

z Strap (1) z Accessory shoe cover (1) Fitted on the camera body
z Eyepiece cap (1) z LCD cover (1) Fitted on the camera body
z Camera body cap (1) Fitted on the camera body

Video cable (1) (approx. 1.5 m (4.9ft.), mini-plug (3.5 mm-dia.) to pin-plug cable)

z
z IEEE 1394 4-pin to 6-pin cable (1) (approx. 1.5 m (4.9ft.))
z USB cable (mini-B) (1) z Cable holder (1) z Clamp filter (1)
z Synchronizing terminal cap (1) Fitted on the camera body
z Remote release socket cap (1) Fitted on the camera body
z Battery holder (1) Fitted on the camera body
z CD-ROM: Software for FinePix AX (1)
z Owner’s Manua (1) z Software Quick Start Guide (1)

DPC-16 (16 MB)/DPC-32 (32 MB)/DPC-64 (64 MB)/DPC-128 (128 MB)/
DPC-256 (256 MB)/DPC-512 (512 MB)

z AC Power Adapter AC-5VX
z Fujifilm Rechargeable Battery 2HR-3UF
z Fujifilm Battery Charger with Battery BK-NH2 (With Euro type or UK type plug)
z Image Memory Card Reader DPC-R1

• Compatible with Windows 98/98 SE, Windows Me, Windows 2000 Professional,
Windows XP or iMac, Mac OS 8.6 to 9.2.2, Mac OS X (10.1.2 to 10.2.2) and
models that support USB as standard.

• Compatible with xD-Picture Card of 16 MB to 512 MB, and SmartMedia of 3.3 V,
4 MB to 128 MB.

z 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.

z CompactFlash Card Adapter DPC-CF

• Windows 95/98/98 SE/Me/2000 Professional/XP

• Mac OS 8.6 to 9.2/X (10.1.2 to 10.1.5)

z xD-Picture Card USB Drive DPC-UD1

• Compatible with xD-Picture Card of 16 MB to 512 MB

• Windows 98/98 SE/Me/2000 Professional/XP

• Mac OS 9.0 to 9.2/X (10.0.4 to 10.2.6)

z Hyper-Utility Software HS-V2 Ver.3.0

o

C, one shot every 30 seconds using a 50mm AF1.4D lens with 1-time

1. General

o

C to +40oC (+41oF to +104oF).

5

1. General

*1: CCD-RAW is a format specific to the FinePix S3 Pro. The enclosed “FinePixViewer” software or the optional

Hyper-Utility software “HS-V2 Ver. 3.0” is required to interpret the images.

*2: Images shot in high-sensitivity photography (ISO 400 or higher) may appear coarse and may also be affected

by noise such as white dots.

*3: Images shot with long exposures (about 4 second or longer) may appear coarse and may also be affected by

noise such as white dots.

FinePix S3Pro Service Manual

Input/Output Terminals

Video output NTSC/PAL selectable
Digtal Interface USB 2.0 (High-speed), IEEE 1394
DC input Socket for specified AC Power adapter AC-5VX (sold separately)

Standard Number of Available Shots per Media

The number of available shots varies slightly depending on the type of subject. Also, the discrepancy between the actual
number of available shots and the standard number grows as the capacity of the media increases.

Number of recorded
pixels

Quality Mode

Image File Size

DPC-16 (16 MB)
DPC-32 (32 MB)
DPC-64 (64 MB)
DPC-128 (128 MB)
DPC-256 (256 MB)
DPC-512 (512 MB)
Microdrive (340 MB)
Microdrive (1 GB)

CCD-RAW

HIGH

D-RANGE

WIDE

Approx.

25 MB

10 19
2039
13 27

41 81

D-RANGE

STANDARD

Approx.

13 MB
0 1
12
2 4
5 9

For CCD-RAW files, “ ” is displayed as the resolution.

4256 2848 1440 9603024 2016 2304 1536

FINE

Approx.

4.7 MB

107

220 437

NORMAL

Approx.

2.4 MB

3
6

13
26
53

73 146 116 232200 396 338 671

6

13
26

53
107
214

FINE

Approx.

3.0 MB

170

349 698 597 1173 9951932

10
21

42
85

5

NORMAL

Approx.

1.5 MB
10
20

42
84

169
339

FINE

Approx.

1.7 MB

8
17
36
72

146
292

NORMAL

Approx.

880 KB

17
35
72

144
290
580

FINE

Approx.

1 MB

14

30
61

122
245

491

NORMAL

Approx.

520 KB

29

59
120
241

484
967

6

FinePix S3Pro Service Manual

1. General

1-2. Explanation of Terms

Adobe RGB (1998) A color space introduced as the working color space for Adobe Photoshop 5.0.

AdobeRGB encompasses almost all the colors reproduced by CMYK printers and is
intended primarily for printing applications. It was introduced as “SMPTE-240E” in the
RGB settings in Adobe Photoshop 5.0 and as “Adobe RGB (1998)” in the profile settings
from version 6.0 onwards.

CCD-RAW This is the image data prior to signal processing (the reconstruction of the data read in

from the CCD as an image). Because the signal processing is performed on the com­puter, high levels of control are possible.

• To reconstruct images, FinePixViewer (on the enclosed CD-ROM) or the Hyper Utility
(optional) must be installed on your computer.

Color space Refers to the range of colors, expressed as two-dimensional or three-dimensional

numerical values, that can be reproduced by devices such as cameras, monitors and
printers. The sRGB and AdobeRGB color spaces are each shown as an xy color chart (a
coordinate color space in which colors are represented in two dimensions with no
brightness value). The range of colors that can be expressed by a particular color space
is indicated by a triangle imposed on the xy color chart. Colors become brighter as they
approach the outer edge of the xy color chart. This color representation method is
capable of showing all the actual colors.

Color Temperature Low-temperature light sources, such as a candle flame, are strongly red, while high-

temperature light sources, such as a gas burner flame, are strongly blue. The color of
the light for these temperatures is expressed as a color temperature (K = Kelvin). The
light of the sun at midday in a completely clear sky is taken to be 5500K.

EV: A number that 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.

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.

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.

7

1. General

1-3. Names of External Components

Accessory shoe

Accessory shoe cover

Top display panel

Exposure compensation button

FinePix S3Pro Service Manual

Release mode switch
unlock button

Exposure mode dial

Release mode switch

Flash exposure compensation
button

LCD illuminator button

Strap mount

Shutter button

Power switch

Sub-command dial

Depth of field check button

Shutter button for
vertical shooting

Synchronizing terminal

Synchronizing

terminal cap

AF-assist illuminator

Self-timer lamp

Red-eye reduction lamp

Lock lever for vertical shooting

8

FinePix S3Pro Service Manual

A

F4 button

F3 button

F2 button

F1 button

1. General

Diopter adjustment knob

Rubber eyecup

Viewfinder

AE-L/AF-L button

Metering system selector dial

Synchro mode button

Main-command dial

uto Exposure Bracketing

button

4-direction button

Rear display panel

FUNC button

PLAY button

LCD monitor

Tripod mount

Access lamp

CF / Microdrive
eject button

4-direction button

lock switch

MENU/OK button

BACK button

Slot cover
unlock button

xD-Picture Card slot

CF / Microdrive slot

Slot cover

9

1. General

r

r

r

FinePix S3Pro Service Manual

Flash

Flash pop-up button

Lens release button

Strap mount

Focus mode selector switch

VIDEO OUT (Video output)

socket

DC IN 5V (power input) socket

Terminal cover

Battery holde

release catch

Battery holde

Digital terminal cove

USB socket (mini-B)

IEEE 1394 socket

Remote release socket

(10-pin terminal)

Remote release socket cap

10

FinePix S3Pro Service Manual

2. Disassembly

2-1. Names of internal Components

DOT MATRIX LCD

SW PWB ASSY

2. Disassembly

R CABI ASSY

REAR FRAME

CCD PWB ASSY

RELESE HOLDER CONST

CCD UNIT

LCD MONITOR

10Pin TERMINAL ASSY

MAIN PWB ASSY

BATT HOLDER

BOTTOM FRAME ASSY

CAMERA BODY ASSY

BATT CART ASSY

11

2. Disassembly

2-2. Removing the BATT CART ASSY

(1) Unlock the battery holder by turning the lock lever and

pull out the BATT CART ASSY.

FinePix S3Pro Service Manual

1

2-3. Removing the R CABI ASSY

(1) Open the CARD COVER.

(2) Open the DIGITAL TERMINAL COVER.

(3) Remove the 16 screws (N-MS2M 1.7 x 3.0 BA).

(4) Remove the R CABI ASSY in the direction of the arrow.

(5) Remove the MAIN-SW FPC from the connector (SW

PWB ASSY CN 102).

3

4

2

3

3

1

3

[Notes on assembling the R CABI ASSY]

1. Ensure that the FPC is not inserted on an angle and
that it is fully inserted before locking.

2. Confirm the IEEE1394 JACK is correctly matched to
the hole of R CABI ASSY.

3. Ensure that there are no gaps
between the CAMERA BODY
ASSY and R CABI ASSY after
assembly.

12

5

FinePix S3Pro Service Manual

2-4. Removing the SW PWB ASSY

2. Disassembly

(1) Remove the FPC at 3 points.

(2) Remove the wire harness at 1 point.

(3) Remove the EMI SHEET 10 FPC in the direction of the

arrow.

1

2

3

(4) Remove the EMI SHEET 10 CNN in the direction of the

arrow.

4

13

2. Disassembly

FinePix S3Pro Service Manual

(5) Remove the 3 screws (BT2M 1.7 x 4.0 B).

(6) Remove the REAR FRAME in the direction of the

arrow.

(7) Remove the SW PWB ASSY in the direction of the

arrow.

6

5

Hook

[Notes on assembling the SW PWB ASSY]

1. Check that the top edge of the SW PWB ASSY is
engaged with the hook on the R CABI ASSY side.

2. Take care to avoid inserting the FPC on an angle and
ensure that it is fully inserted before locking.

3. Ensure that there are no gaps between the CABI
after assembly.

7

14

FinePix S3Pro Service Manual

2-5. Removing the LCD

(1) Remove the DOT MATRIX LCD in the direction of the

arrow.

(2) Remove the LCD MONITOR in the direction of the

arrow.

2-6. Removing the 10-pin TERMINAL ASSY

2. Disassembly

1

2

(1) Remove the 10-pin TERMINAL ASSY in the direction of

the arrow.

2-7. Removing the BATTERY HOLDER

(1) Remove the wire harness from the connector (MAIN

PWB ASSY CN 600).

(2) Remove the BATTERY HOLDER in the direction of the

arrow.

1

2

1

15

2. Disassembly

2-8. Removing the MAIN PWB ASSY

(1) Remove the FPC from the connector (MAIN PWB

ASSY CN 101).

(2) Remove the 2 screws (BT2M 1.7 x 4.0 B).

(3) Remove the RELEASE HOLDER CONST in the

direction of the arrow.

FinePix S3Pro Service Manual

1

2

3

(4) Remove the wire harness (CAMERA BODY) from the

connector (MAIN PWB ASSY CN 700).

(5) Remove the MAIN-CCD FPC from the connector

(MAIN PWB ASSY CN 100).

(6) Remove the wire harness (CAMERA BODY) from the

connector (MAIN PWB ASSY CN 104).

(7) Remove the FPC (CAMERA BODY) from the connector

(MAIN PWB ASSY CN 103).

(8) Remove the 6 screws (MS2M 1.7 x 3.0 N).

(9) Remove the MAIN PWB ASSY in the direction of the

arrow.

8

7

8

6

8

5

4

[Notes on assembling the MAIN PWB ASSY]

Check that the notch in the CARD SLOT side of the
MAIN PWB ASSY is engaged with the hook on the
CAMERA BODY.

16

9

Hook

FinePix S3Pro Service Manual

2. Disassembly

2-9. Removing the CCD PWB ASSY and CCD UNIT

(1) Remove the SHIELD SHEET.

1

(2) Remove the 3 screws (CCD PWB SCREW).

(3) Remove the EMI SHEET L in the direction of the arrow.

(4) Remove the EMI SHEET R in the direction of the arrow.

2

3

4

17

2. Disassembly

FinePix S3Pro Service Manual

(5) Remove the solder on the CCD PWB ASSY (36

locations).

(6) Remove the CCD PWB ASSY in the direction of the

arrow.

(7) Remove the 4 screws (M 1.2 x 2.4 C).

(8) Remove the CCD UNIT in the direction of the arrow.

5

6

7

8

18

FinePix S3Pro Service Manual

2. Disassembly

2-10. How to dismantle the parts around the outer wrappings

2-10-1. Removing TOP COVER UNIT

Revised: 1. Dec. 2004



Remove in the order indicated by circled numbers.

<Step 1>

(1) Remove the lens cap.

(2) Remove A/M COVER PLATE.

(3) Remove one screw.

(4) Remove A/M CHANGE LEVER.

(5) Remove two screws.

(6) Remove two screws.

(7) Remove four screws.

(8) Remove FRONT COVER BLACK in the direction of

the arrow.

(9) Remove FRONT CABINET UNIT in the direction of

the arrow.

(10) Remove four screws.

(11) Remove the MAIN FRAME.

6

5

4

3

7

8

10

11

10

7

9

1

2

<Step 2>

(12) Do the lens cap.

(13) Remove five screws.

(14) Float TOP COVER UNIT in the direction of the arrow.

(15) Remove one screw.

13

14

13

13

12

Black:

15

13

19

2. Disassembly

<Step 3>

(16) Remove FPC from the TOP COVER side, and

remove TOP COVER UNIT to the grip side.

* As for the grip side, the harness is stopped with solder.

FinePix S3Pro Service Manual

Revised: 1. Dec. 2004



16

<Step 4>

(17) Peel off the insulation tape then discharge the MAIN

CONDENSER before remove the wiring harnesses.

(18) Remove six harness, and remove TOP COVER

UNIT completely.

[ Notes of assembly of TOP COVER UNIT ]

Hang part A inner EYE PIECE BARREL UNIT.

And, build in TOP COVER UNIT.

18

18

Blue:

White:

18

18

Red:

Brown:

18

Black:

18

Pink:

Light Blue:

18

17

17

20

A

FinePix S3Pro Service Manual

2. Disassembly

2-10-2. Removing SB LOWER CASE UNIT

Remove in the order indicated by circled numbers.

<Step 1>

(1) Remove two screws.

(2) Remove the hook in two places.

<Step 2>

(3) Remove two screws.

(4) Float TOP COVER FPC.

Revised: 1. Dec. 2004



1

2

3

3

<Step 3>

(5) Pull out the harness of the flash in the direction of the

arrow after floating TOP COVER FPC.

3

4

5

21

2. Disassembly

<Step 4>

(6) Remove FLASH UP SPRING in the direction of A.

(7) Remove one screws.

<Step 5>

(8) Remove SB LOWER CASE UNIT in the direction of

the arrow.

FinePix S3Pro Service Manual

Revised: 1. Dec. 2004



A

6

7

8

22

FinePix S3Pro Service Manual

3. Schematics

3. Schematic

3-1. Cautions

<Caution when replaceing chip (leadless) parts>

• Do not re-use the removed parts, but use new parts. Be careful that the negativ side of the tantalum capacitors are
susceptible to heat.

• Voltage indications are omitted for capacitors other than chemical and tantalum capacitors with a dielectric strength of 50
V or less.All units are uF (p shows pF).

• Chip resistors without indication are 1/10 W.

•KΩ = 1000Ω, MΩ = 1000KΩ

• Variable resistors and semi-variable resistor are abbreviated the specification of B characteristic.

3-2. Basic block name and function explanation

Part name Block name Function

CCD UNIT CCD BLOCK CCD output (IC900)
CCD PWB ASSY CCD BLOCK CCD driver (IC901, 902), Analog to digital conversion of CCD

output (IC906)

MAIN PWB ASSY PROCESS BLOCK Video signal processing, System control, SW detection

management (IC104), SDRAM (IC101, 102, 103, 106),

FLASH ROM (IC112)
DCDC BLOCK Power supply management (IC600)
PWON BLOCK POWER ON control (IC204, 205)
PARTNER-CHIP BLOCK Video signal processing assistance (IC1100)
IEEE1394 BLOCK IEEE1394 communication (IC304)
USB2.0 BLOCK USB2.0 communication (IC400)
CARD BLOCK xD card slot (CN800), CF TypeII slot (CN801)
DCDC BLOCK (CAMERA BODY)

SW PWB ASSY LCD BLOCK LCD control (IC500)

SW BLOCK Operation SW

Power supply to CAMERA BODY (IC707)

3-3. Description of the Main Block Functions

3-3-1. Overview of the new technology

A number of technological innovations have been used on this model. These innovations are described below.
(1) Large-format (15.5 x 23.0 mm) “Super CCD Honeycom SRII” featuring a new structural design

• Ultra-high image quality with a maximum recorded image size of 4256 x 2848 pixels (12.1 megapixels) provided by the
“Honeycom Signal Processing System” and a resolution of 12.34 effective megapixels (high-sensitivity S pixels: 6.17
million; R pixels designed to increase dynamic range: 6.17 million).

• The “Super CCD Honeycom SRII” is a newly designed CCD that increases the dynamic range to roughly 4 times that of
the previous FinePix S2Pro and provides rich and detailed tonal gradations. It provides superb image quality featuring
high sensitivity, a broad dynamic range and a high S-N ratio.

• According to their needs, users can select either “D-Range: Wide” to take full advantage of the extensive dynamic range
or “D-Range: Standard”, which uses only the S-pixel signals to form the image and is ideal for continuous or high-speed
shooting.

• When “D-Range: Wide” is selected, the photographer can then choose “AUTO” mode, in which the camera automatically
sets the optimum dynamic range for the scene being shot, or set the dynamic range to “WIDE 1” or “WIDE 2” when the
shot is taken to achieve a particular effect.

• Sensitivity settings equivalent to ISO 100-1600 are available, allowing shots to be taken in wide variety of situations both
in the studio and outdoors.

(2) IEEE1394 and USB 2.0 interfaces allow high-speed transfer of image data to a PC. Also provided is a photography

function that transfers photographed images directly from the camera to a PC via the IEEE1394 interface. (Requires the
optional Hyper Utility HS-V2 version 3.0 software.)

23

3. Schematics

(3) In addition to sRGB, support is provided for the Adobe RGB (1998) color space, which is used as the standard color space

in the graphic design and printing fields.

• The inclusion of an additional partner chip with the UCS2 for image processing yields improved color space reproduction
and lower levels of noise.

(4) Image visibility is also improved through the use of a 2.0-inch low-temperature polysilicon TFT color LCD monitor featuring

a resolution of 235,000 pixels and 100% coverage.

(5) The use of a dedicated microchip for powering up means that media information is recorded even while the camera is

turned off, reducing the time between the camera being turned on being ready to shoot.

(6) The previous FinePix S2Pro needed 2 power supplies (2 CR123 button cells and 4 AA batteries), but the reduced power

consumption levels on the FinePix S3Pro allow it to run on a single power supply (4 AA batteries).

(7) Modifications to the base body allow improved viewfinder magnification, the adoption of D-TTL flash exposure control and

an X-sync speed of 1/180.

(8) A Firmware Update function has been included to allow for future functionality upgrades and support for special models.

FinePix S3Pro Service Manual

3-3-2. Block function descriptions

(1) Imaging circuit (CCD BLOCK) (CAM BLOCK)

The analog video signals output from the new APS-size CCD Honeycom SRII (high-sensitivity S pixels: 6.17 million; R
pixels designed to increase dynamic range: 6.17 million) are processed using false-color correction (CDS), optimized
spacing (CDS), amplification (AGC) and signal mixing (CDS) in a single CSPIC chip (IC906; abbreviated as ACS), before
being converted (A-D) to 12-bit digital signals. The CSP-IC also incorporates the “TG/SSG” function, previously provided
as a separate IC, onto one chip. The converted digital signals are then sent to the signal processing IC (abbreviated as
UCS2; IC104; CSP).

(2) Image processor (PROCESS BLOCK) (Input data from the CCD)

The 12-bit digital image data (the section corresponding to 1H) generated by the imaging unit (CCD-CAM BLOCK) is sent
to the signal processing IC (abbreviated as UCS2; IC104), where buffer processing is performed in the IC’s internal buffer
to convert the signals to 32-bit (16-bit x 2) data (CCD-RAW data). The converted 32-bit data (CCD-RAW data) is stored in
the 16MB SDRAM (IC101 IC102 IC103 and IC106) via the I/O bus for the image signal processing IC. The image data for
each frame (4256 pixels x 2848 lines) is temporarily stored in SDRAM. Also, the 32-bit image data input to the signal
processing IC (abbreviated as UCS2; IC104) is used for additions performed by the AUTO computing unit and then sent
to the CAM BLOCK ACS (IC906) so that the optimal AE, AWB and AF values are obtained. (Recording onto the xD
Pictuer Card/Microdrive) The image data stored in the SDRAM (IC101 IC102 IC103 and IC106) is sent one line at a time
to the signal processor IC (IC104; UCS2; CSP) via the I/O bus in the signal processor IC. In the signal processor, the
data is unpacked and the following processes are called: 16 bit -> 10 bit conversion; preprocessing such as digital
clamping, gamma correction, and 10-bit -> 8-bit conversion for the R, G and B channels; YC processing to convert the 8­bit RGB signals to Y:Cb:Cr=4:2:2, after which the Y, Cr and Cb 8-bit image data is returned to the internal buffer. In the
internal buffer, the 8-bit Y, Cr and Cb signals are sorted into a data format that facilitates DCT compression before being
recorded onto an xD Pictuer Card or Microdrive via the JPEG calculation unit and media controller. (Image playback from
the xD Pictuer Card or Microdrive) The compressed image data on the xD Pictuer Card is sent to the signal processing IC
(abbreviated as UCS2; IC104) as 8-bit image data and then sent to SDRAM (IC101 IC102 IC103 and IC106) via the
media control unit, the DMA unit and the internal buffer control unit. The image data temporarily stored in SDRAM (IC101
IC102 IC103 and IC106) is then returned to the signal processor IC (abbreviated as UCS2; IC104) and sent to the signal
processor unit via the media controller and JPEG calculation unit. The signal processor unit performs postprocessing in
which the 8-bit Y:Cr:Cb image signals are converted to 8-bit R, G and B signals. At the same time, the character display
signals are superimposed and sent to the LCD BLOCK. The imaging system adjustment data is stored in F_ROM
(IC314). The 8-bit brightness and color-difference signals processed by the signal processing IC (UCS2; IC104) are D-A
converted in the image signal processing IC encoder unit and the display character signals are superimposed, producing
analog RGB signals. Video (a composite video signal) is also included at the same time in the B component of the RGB
signal output. When the VIDEO terminal is inserted into the camera, a composite video signal is automatically output by
the detector.

(3) LCD Controller (LCD BLOCK)

The RGB analog signals output from the image signal processing IC encoder block are sent to the LCD controller IC
(IC500), where they are converted to digital RGB signals. The LCD controller IC also controls the LCD panel gradations
at the same time.

3-3-3. Description of the Power Supply Block Functions

The power supply circuit mounted on the MAIN PWB ASSY board generates a 3.3-volt (IEEE-IC IC1100, UCS2 IC401,
ACS IC906, +16V/-9.0V (CCD power supply)), 7.5-volt (LCD backlight power supply) or 12-volt (LCD panel) supply.

24

FinePix S3Pro Service Manual

z

A

A

A

(

)

A

(

A

A

A

A

(

)

A

(

A

A

A

A

A

A

_

3. Schematics

3-4. Block Diagram

Wire
HarnesU

CCD UNIT CCD PWB ASSY

O.

DCC
L
P
F

IC900

IC900

φHφV

GR/D

FO

S

B

AI

H

revirD_

IC907

EVR
(6ch)

IC908

IC901,

VRD_V

2561DPu

D

IC902

CPF

C

aremaC

tceno

C

F

CARD Door
Detect

RESE

ESU

F/

I

Ever3.3V

AREM

A

C

,ROTOM ,HSALF

D

NG ,TIUCRI

F/I rewoP

IC906

ETTA
ETAN

redoce

IOC204
uPD78F9136

POWER_ON

O_CSD

n

KCOLB

,nO_CSD ,SCD ,TED_CSD ,DxT ,DxR

DNG ,SLR ,PKW ,rettuhS ,esaeleR

3.3V_ON
PWCTL
SYSON
3VDIS

GOLANA

ON

_CSD

KLB CD

X102
X’TAL
CX-101F

24.545MHz

ACS

V3.3 875008DA

X900
X’TAL

D/A

KLCDA

tib41(

)

FXO-61FL

30.00MHz

1

4

UPM

gnimiT
tareneG

ro

ac

CCD_ON
11V_ON
CCD_11V_ON
CCD_5.4V_ON
LCD_8.5V_ON
CARD_ON

E

O

2

1

TSR ,TC

radnel

pu-kcabTTAB

,

OS_RV

,DL ,KCS

TNOCO

DH

DVA ,

DL ,ID_DCC

BTSDCC

KCD

WRDCC

BTS

Y

TED_DF

T

ED_SR

NO_MAC

D/

TRATS

CI

.3revE

3

X101
X’TAL
CX-101F

24.375MHz

CFBI

CCER

CCER

ORPCY

ORPCY

NEGC

NEGC

oi

oi

du

du

oidu

oidu

EP

EP

G

J

G

J

X100
X’TAL
CX-101F

48.000MHz

V5.1/V5.2/V3.3 BXC51K8T 401CI

UCS2

xirtaM toD

D

L

OTU

OTU

C

C

IDC

IDC

F

F

M

suB DRAC

M

IDE

IDE

WS

C

3x D

EL LB

DRAC DX

IC800

CDFT

CDFT

DCNE

DCNE

oC UPC 94XT

oC UPC 94XT

er

er

F/I GUBED

F/I GUBED

eroC UPC

eroC UPC

luire

luire

S

S

k61 ehcac-I

k61 ehcac-I

D

D

/A

/A

.tnoC SUB

.tnoC SUB

MARDS

MARDS

C

C

CAM

CAM

D

D

I

I

reffuB O/

reffuB O/

Peripheral BUS 96MH
Peripheral BUS 96MHz

lanretnI

lanretnI

De

De

MAR

MAR

TDW

S

S

OI

OI

BSU

TFM

TFM

suB DCL

LCD Driver
CMX4006T

IC500

UCI

UCI

D

CD

CA

TROP

TROP

C

C

CKL

CKL

lanretnI

lanretnI

RD

RD

BMA

e

BMA

e

S
S

1LC

SBV

FPL

57Ω

.VRD

1IS,1O

DRAC FC

DCL

<Switch>

CNUF

YA

LP

K

B

CA

UNEM

PU

OD/

RIGHT/LEFT

WS BWP

eg

nahcedoM

4~1CNUF

/NW

oediV

TUO

CI LTC

IC112

hsalF

MOR

IC109

YRETTAB

N

4×HM-i

IC600

AN30211A

V5.1_2U

V3.3D

TESER

Partner

IC1100

FUSE

CSIO[0]

SDRAM
(256Mb)

(×16)

IC101, IC102,
IC103, IC106

×

4

NICD

403

MAIN PWB

IS

C

CI

]1[O

IC304

442XCL47CT TC74VCX16245

O/

E

IC116

CSIO[1]

IC400

X300
X’TAL

4931EEEI

revirD

114468M

V5.2/V3.3

CX-101F

24.576MHz

DIR/

OE

0

04CI

revirD 0.2BSU

V3.3 PG19566M

DIOR

AND

IC117

004X

LAT'

X

F101-XC

zHM

000.42

]0[OISC

]1[OISC

USB Connector

1394 Connector

25

3. Schematics

K

K

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

Y

A

V

A

A

r

A

X
A

X
A

o

A

A

A

A

A

A

A
A

T

3-5. Overall connection Diagram

FinePix S3Pro Service Manual

TO Dot Matrix LCD TO LCD

Remote control

release

018

KEDK1 21

SW_PWB

44 2 EXE/BAC

0V17

030 16

D_3.3V

D_3.3V

D_3.3V 17 29

D_3.3V 16 30

14

10

NODE 9

CATHODE

PSIG 6

TEST 1

XD CARD Connector

LE 7

D0 11

GND 10

10 8

09 10

08 11

D5 16

D6 17

D7 18

VCC 19

VCC 20

CN800

D03 2

D04 3

D05 4

GND 1

PES018-20C31106

D06 5

D07 6

-CE1 7

07 12

-0E 9
VCC 13

Compact Flash Connector

06 14

05 15

04 16

03 17A02 18A01 19

00 20

D02 23

D00 21

D01 22

43

WP 24

-CD2 25

-CD1 26

D15' 31

D11' 27

D12' 28

D13' 29

D14' 30

-CE2 32

-WE 36

-VS1 33

VCC 38

-IORD 34

-IOWR 35

-VS2 40

-WAIT 42

-CSEL 39
RESET 41

RDY/BSY 37

-REG 44

-INPAC

D08' 47

D09' 48

D10' 49

BVD2 45

GND 50

BVD1 46

CN801

JC26A-BB16-E800

EVR_SO 1 57 EVR_SO +KEY 45 1 +KEY LEDA 22

EVR_SCK 2 56 EVR_SCK EXE/BAC

VD KEY_R/KEY_CR 41 5 KEY_R/KEY_CR

VD 5 53

OCONT 4 54 OCONT KEY_L/KEY_CL 42 4 KEY_L/KEY_CL /RES 19

EVR_LD 3 55 EVR_LD DISP/FUNK 43 3 DISP/FUNK /CS1 20

MAIN_PW

HD GND 40 6 GND SCL 17

DCK R_RLS1 36 10 R_RLS1 VOUT 13

HD 6 52

DCK 10 48

CCD_DI 7 51 CCD_DI GND 39 7 GND SI 16

CCD_LD 8 50 CCD_LD 5.3V 38 8 5.3V VDD 15

CCD13 13 45 CCD13 BL_ON 33 13 BL_ON CAP1- 10

CCDRW 12 46 CCDRW CARD_LED 34 12 CARD_LED CAP1+ 11

CCDSTB 9 49 CCDSTB UCS2_A2.5V 37 9 UCS2_A2.5V VSS 14

CCDCLK 11 47 CCDCLK R_RLS2 35 11 R_RLS2 CAP3- 12

CCD8 18 40 CCD8 CS1 28 18 CS1 V3 5

CCD7 19 39 CCD7 D_3.3V 27 19 D_3.3V V4 4

CCD6 20 38 CCD6 GND 26 20 GND V5 3

CCD5 21 37 CCD5 GND 25 21 GND LEDK2 2

CCD9 17 41 CCD9 /RES 29 17 /RES V2 6

CCD12 14 44 CCD12 GND 32 14 GND CAP2- 9

CCD11 15 43 CCD11 GND 31 15 GND CAP2+ 8

CCD10 16 42 CCD10

CCD4 22 36 CCD4 GND 24 22 GND LEDK3 1

5.2V 27 31 5.2V LCD_8.5V 19 27 LCD_8.5V

CCD3 23 35 CCD3 5.2V 23 23 5.2V CN1001

CCD2 24 34 CCD2 5.2V 22 24 5.2V FH19S-22S-0.5SH

CCD1 25 33 CCD1 UNREG 21 25 UNREG

CCD0 26 32 CCD0 UNREG 20 26 UNREG

5.2V 28 30 5.2V LCD_D5V 18 28 LCD_D5V
STBY 30 28 STBY

OFD_DET 31 27 OFD_DET LCD_BL_ON 15 31 LCD_BL_ON

OSC_CNT 29 29 OSC_CNT

N009 U2_SCK 13 33 U2_SCK GND 5

1 UNREG GREEN 5

2 GND RED 4

3 UNREG BLUE 3

4 GND RGT 2

CN700 FH19S-24S-0.5SH

S06B-PASK-2

6 GND CN500

5MOT6

1VBUS

2D-

3 D+ GND 1

4 CARD_DET 2

5 GND R/B 3

CN400 WE 8

6 FRAME RE 4

CAM-G71SDF WP 9

7 FRAME CE 5

8 FRAME CLE 6

9 FRAME

USB

Camera

5.2V 38 20 5.2V LCDDAT[6] 8 38 LCDDAT[6] CN1000

5.2V 39 19 5.2V LCDDAT[5] 7 39 LCDDAT[5] FH19S-6S-0.5SH

GND 35 23 GND LCDVD 11 35 LCDVD WKP 3

GND 36 22 GND LCDHD 10 36 LCDHD VCC 2

GND 37 21 GND LCDDAT[7] 9 37 LCDDAT[7] VCC 1

GND 40 18 GND LCDDAT[4] 6 40 LCDDAT[4]

GND 41 17 GND LCDDAT[3] 5 41 LCDDAT[3]

GND 42 16 GND LCDDAT[2] 4 42 LCDDAT[2] COM 24

N009 33 25

RS_DET 32 26 RS_DET LCD_CS 14 32 LCD_CS RLS 6

CAM_ON 34 24 CAM_ON U2_SO 12 34 U2_SO GND 4

GND 43 15 GND LCDDAT[1] 3 43 LCDDAT[1] CS 23

CCD_4.7V 44 14 CCD_4.7V LCDDAT[0] 2 44 LCDDAT[0] VST 22

CCD_4.7V 45 13 CCD_4.7V LCDCLK 1 45 LCDCLK VCK 21

CCD_4.7V 46 12 CCD_4.7V CN102 CN1002 EN 20

CCD_4.7V 47 11 CCD_4.7V FH26-45S-0.3SHW FH26-45S-0.3SHW DWN 19

GND 52 6 GND XSTB

GND 48 10 GND VDD 18

GND 50 8 GND NC 16

CCD_-9V 49 9 CCD_-9V VSS 17

CCD_11V 51 7 CCD_11V VSSG 15

GND 57 1 GND

GND 53 5 GND PCG 13

GND 56 2 GND

CN900 CN100 HCK2 8

CCD_16V 54 4 CCD_16V HST 12

CCD_16V 55 3 CCD_16V REF 11

FH26-57S-0.3SHW FH26-57S-0.3SHW HCK1 7

Synchroterminal

CN104 D3 14

CGP4702-0101 D4 15

1 HOT D1 12

2 GND D2 13

1 WKP

2PLS

TO Second

release

3 GND

4 GND

5 GND

CN101

FH19S-6S-0.5SH

6 GND

1 WKP

2PLS

TO CAMERATO

3 DSC

4 DSC_DET

5 DSC_ON

6 Release

7 Shutte

CN103

10 Syncr

11 DGND

12 DGND

9631S-12Y900

8CR

9CT

CN600

IL-S-2P-S2T2-EF

1 UNREG_GND

2 UNREG

TO

BATTERY

DC_JACKPower Supply to

DPT_SW

J601

3 JACKGND

1 JACKUNREG

2

HEC3616_010010

1TP

2TPA

3TPB

IEEE1394

XJ29200423

CN300

4TPB

5 GND

6 GND

CCD_PW

26

FinePix S3Pro Service Manual

3. Schematics

3-6. Circuit Diagrams

3-6-1. CCD BLOCK

27

3. Schematics

3-6-2. DCDC BLOCK

FinePix S3Pro Service Manual

28

FinePix S3Pro Service Manual

3. Schematics

3-6-3. IEEE1394 BLOCK

29

3. Schematics

3-6-4. PROCESS BLOCK

FinePix S3Pro Service Manual

30