FinePix F601 Zoom Service Manual

WARNING 

THE COMPORNENTS IDENTIFIED BY THE MARK “ “ ON THE SCHEMATHIC 

DIAGRAM AND IN THE PARTS LIST ARE CRITICAL FOR SAFETY. 

PLEASE REPLACE ONLY BY THE COMPORNENTS SPECIFIED ON THE SCHMATHIC 

DIAGRAMAND IN THE PARTS LIST. 

IF YOU USE WITH PART NUMBER UN-SPECIFIED, IT MAY RESULT IN A FIRE AND AN 

ELECTORICAL SHOCK. 

FUJI PHOTO FILM CO.,LTD. 

DIGITAL CAMERA 

FinePix F601 Zoom 

SERVICE MANUAL 

U/E/EG-Model 

Ref.No.:ZM00430-103 

Printed in Japan 2002.2(T.S.)

SAFETY CHECK-OUT 

After correcting the original problem, perform the following safety 

check before return the product to the costomer. 

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

sol dered connections. Check the entire board sur 

face 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, particu 

larly tran sistors, that were installed during a previ 

ous repair. Point them out to the customer and rec 

ommend their replacement. 

4. Look for parts which, though functioning, show obvi 

ous signs of deterioration. Point them out to the cus 

tomer 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. 

8. 

2.5A125V 

2.5A125V 

FinePix F601 Zoom(U/E/EG) SERVICE MANUAL 

RISK OF FIRE- 

REPLACE FUSE 

AS MARKED 

WARNING! 

HIGH VOLTAGE 

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. 

WARNING: 

TO REDUCE THE ELECTRIC 

SHOCK, BE CAREFUL TO 

TOUCH THE PARTS.


1. General 

CONTENTS 

Page 

1-1.Product Specifications ..................................................... 4 

1-2.Camera Features.............................................................. 6 

1-3.Names of External Components .................................... 7 

2. Disassembly 

2-1.Names of internal Components ...................................... 8 

2-2.Removing R PANEL ASSY ............................................. 9 

2-3.Removing 8 DIRECTION KEY ASSY/LED PWB ASSY ..... 10 

2-4.Removing F PANEL ASSY.............................................. 11 

2-5.Removing BARRIER MOTOR HEAD ............................. 12 

2-6.Removing MODE ST UNIT.............................................. 13 

2-7.Removing LENS CONST ................................................. 13 

2-8.Removing SUB PWB ASSY ............................................ 14 

2-9.Removing MAIN PWB ASSY .......................................... 14 

2-10.Removing BATTERY LID ASSY................................... 15 

2-11.Removing DC PWB UNIT ............................................. 15 

2-12.Removing LCD................................................................ 16 

2-13.Removing STRUCTURE ASSY .................................... 16 

3. Schematic 

3-1.Cautions ............................................................................. 17 

3-2.Basic block name and function explanation ................. 17 

3-3.Primary Block Functions Description ............................ 18 

3-3-1.Technical Outline .................................................. 18 

3-3-2.Block Functions Descriptions .............................. 18 

3-4.Basic block diagram......................................................... 19 

3-5.Overall Connections......................................................... 20 

3-6.Board mounting diagram ................................................. 21 

3-6-1.Printed wiring board of DC PWB UNIT .............. 21 

3-6-2.Printed wiring board of MAIN PWB ASSY......... 22 

3-6-3.Printed wiring board of SUB PWB ASSY .......... 23 

3-6-4.Printed wiring board of LED PWB ASSY ........... 23 

4. Adjustment 

4-1.Adjustments After Replacing Major Components ........ 24 

4-2.Procedures for Adjustments After Replacing Major 

Components ...................................................................... 24 

4-3.Measuring Instruments Used.......................................... 24 

4-4.Jigs Used ........................................................................... 24 

4-5.Jig Connection .................................................................. 25 

4-6.Setup for adjustment ....................................................... 25 

4-7.Various downloading software decompressions, 

preservation methods, and notes ................................. 26 

4-8.Install the DSC jig driver and the PC adjustment 

software ............................................................................ 28 

Table of Contents 

Page 

4-9.Adjustment Software Initial Setup ................................. 29 

4-10.Starting the Adjustment Software ................................ 31 

4-11.[F1]: Battery Voltage Adjustment................................. 32 

4-12.[F2]: Mode Dial Voltage Adjustment ........................... 34 

4-13.[F4]: CCD Defect Correction Adjustment ................... 35 

4-14.[F5]:CAM adjustment ..................................................... 36 

4-15.[F6]: AF Adjustment ....................................................... 38 

4-16.[F7]: Flash Adjustment .................................................. 40 

4-17.[F9]: DC Jack Voltage Adjustment .............................. 41 

4-18.[F11]: Product Model Check ......................................... 42 

4-19.[F12]: End Setting .......................................................... 43 

5. Inspection 

5-1.Measuring Instruments and Jigs Used for Inspection ........ 45 

5-2.Connection of Measuring Instruments for Inspection ......... 45 

5-3.Inspection and Settings at Shipment ............................ 45 

5-4.Inspecting Resolution ...................................................... 49 

5-4-1.Settings and Photography for Inspecting 

Resolution ......................................................................... 49 

5-4-2.Checking Resolution ............................................. 51 

6. Parts List 

6-1.Packing and Accessories ................................................ 52 

6-1-1.U-MODEL ............................................................... 52 

6-1-2.E-MODEL ............................................................... 53 

6-1-3.EG-MODEL ............................................................ 54 

6-2.Cabinet F ........................................................................... 55 

6-2-1.Cabinet F (U-Model) ............................................. 55 

6-2-2.Cabinet F (E/EG-Model) ....................................... 56 

6-3.Internal parts ..................................................................... 57 

6-3-1.Internal parts (U-Model) ....................................... 57 

6-3-2.Internal parts (E/EG-Model) ................................ 58 

6-4.Cabinet R (U/E/EG-Model commonness) ..................... 59 

6-5.Electrical Parts (U/E/EG-Model commonness) ............ 60 

7. Appendix 

7-1.Preparing the CCD Defect Data Floppy Disk ............... 61 

7-2.List of Related Technical Updates Issued .................... 62 

8. Downloading Firmware 

8-1. Setting up the Downloading Software .......................... 63 

8-2. [F8] Firmware Download ................................................ 63 

Revised:01.Apr.2002 

3

1.General FinePix F601 Zoom (U/E/EG) SERVICE MANUAL 

1.General 

1-1. Product specification 

4 

System 

Model Digital camera FinePix F601 ZOOM 

Number of effective pixels 3.1million pixels 

CCD sensor 1/1.7-inch Super CCD in an interwoven pattern 

Number of total pixels 3.3 million pixels 

Image file size 2832 × 2128 pixels (6.03 million pixels) / 2048 × 1536 pixels / 1280 × 960 pixels / 

640 × 480 pixels 

File format Still image: JPEG (Design rule for Camera File System compliant), DPOF compatible 

Movie: AVI format, Motion JPEG 

Audio: WAV format 

Storage media SmartMedia (3.3V) 

Viewfinder Real image optical 

Lens Super EBC Fujinon optical 3´ zoom lens 

Aperture F2.8-F4.5/F4.0-F6.3/F5.6-F8.8/F8.0-F12.4 (automatically selected) 

Focus TTL contrast-type, Auto or Manual 

Focus distance f = 8.3 mm-24.9 mm (Equivalent to 36 mm-108 mm on a 35 mm camera) 

Standard number of shots per SmartMedia 

File Size 2832 × 2128 2048 × 1536 1280 × 960 640 × 480 Movie (Video) Audio recording 

Quality Mode FINE NORMAL BASIC FINE NORMAL FINE NORMAL NORMAL VGA QVGA - 

Approx. Approx. Approx. Approx. Approx. Approx. Approx. Approx. 

Image Data Size 2400KB 1200KB 460KB 1300KB 590KB 620KB 320KB 130KB - - - 

MG-4S (MG-4MB) 1 3 8 2 6 6 12 30 Approx.6sec. Approx.16sec. Approx.8sec. 






Exposure control TTL 64-zones metering, Program AE ( n n n n ), exposure compensation available 

Sensitivity 

in Manual photography mode 

Equivalent to ISO 160/200/400/800/1600 

White balance Auto (In Manual modes, 7 positions can be selected.) 

Focal range Normal: Approx. 60 cm (2.0 ft.) to infinity 

Macro : Approx. 20 cm (0.7 ft.) to 80 cm (2.6 ft.) 

Shutter Variable-speed, 3 sec. to 1/2000 sec. (depend on Exposure mode) 

Flash Auto flash using flash control sensor 

Effective range: Wide-angle Approx. 0.2 m-4.7 m (7.8 in.-15.4 ft.) 

Telephoto Approx. 0.2 m-3 m (7.8 in.-9.8 ft.) 

Flash modes: Auto, Red-Eye Reduction, Forced Flash, Slow Synchro 

Erase modes ERASE FRAME, ERASE ALL FRAMES, FORMAT (initialize) 

LCD monitor 1.5-inches, low-temperature polysilicon TFT 110,000 pixels 

Video output NTSC (U.S.A./Canada model) / PAL (Europe model) 

Self-Timer 10 sec. timer clock 

Input/Output Terminals 

DC Input To connect the AC power Adapter AC-5VS/AC-5VHS 

Cradle connection socket Connects to the optional cradle

FinePix F601 Zoom (U/E/EG) SERVICE MANUAL 

Power Supply and Others 

Power supply Use one of the following 

n Rechargeable Battery NP-60 or AC Power Adapter AC-5VS/AC-5VHS 

1.General 

Available shots / Battery Type No. of Shots Audio Recording 

time using the battery LCD moniter ON Approx.150 Approx.2 hour 

NP-60 

(When fully charged) LCD moniter OFF Approx.300 Approx.4 hour 

The number of shots shown here is an approximate guide to the number of consecutive 

shots that can be taken based on 50% flash usage at normal temperatures. However, the 

actual number of available shots will vary depending on the ambient temperature when 

the camera is used and the amount of charge in the battery. The number of available 

shots or available shooting time will be lower in cold conditions. 

Conditions for use Temperature: 0oC to +40oC (+32oF to +104oF) 80% humidity or less (no condensation) 

Camera dimensions 72.0 mm × 93.0 mm × 34.0 mm / 2.8 in. × 3.7 in. × 1.3 in. 

(W/H/D) (not including accessories and attachments) 

Camera mass (weight) 220 g / 7.8 oz. (not including accessories, batteries or SmartMedia) 

Weight for photography Approx. 250 g / 8.8 oz. (including batteries and SmartMedia) 

Accessories n SmartMedia (16MB, 3.3V) (1) 

Supplied with: 

nAnti-static case (1) 

nIndex label (1) 

n NP-60 Rechargeable Battery (1) 

Soft case included 

n Strap (1) 

n AC-5VS/AC-5VHS AC Power Adapter (1) 

Approx. 2 m (6.6 ft.) connection cord 

n USB Interface Set (1) 

nCD-ROM: Software for FinePix EX (1) 

nFinePix F601 ZOOM Special USB cable with Noise Suppression core (1) 

nSoftware Quick Start Guide (1) 

n Owner’s Manual (1) 

Optional Accessories n SmartMedia 

MG-4S: 4MB, 3.3V MG-8S: 8MB, 3.3V MG-16S/SW: 16MB, 3.3V 

MG-32S/SW: 32MB, 3.3V 

n BC-60 Battery Charger 

n NP-60 Rechargeable Battery 

MG-64S/SW: 64MB, 3.3V 

n AC-5VH/AC-5VHS AC Power Adapter 

n PictureCradle CP-FX601 

n SC-FX601 Soft Case 

n FD-A2 Floppy Disk Adapter (FlashPath) 

Windows 95/98/98 SE/Me/NT4.0, Mac OS 7.6.1 to 9.1 

n SM-R2 Image Memory Card Reader 

Compatible with Windows 98/98 SE, Windows Me, Windows 2000 Professional or iMac 

and models that support USB as standard. 

n DM-R1 Image Memory Card Reader 

Compatible with Windows 98 SE, Windows 2000 Professional (read-only), iMac DV 

and Power Macintosh PCs with FireWire as a standard feature. Mac OS 8.5.1 to 9.1 

n PC-AD3 PC Card Adapter 

5

1.General FinePix F601 Zoom (U/E/EG) SERVICE MANUAL 

1-2.Camera Features 

6 

n 3.1 million effective pixels. 

n 2832 x 2128 (6.03 million) recorded pixels Built-in 3 x zoom lens with a low-dispersion aspherical lens for 

superb optical performance. 

n Compact and lightweight aluminum-magnesium alloy body. 

n Quick, responsive operation with 2-second startup and as little as 1 second between shots. 

n Auto focus with macro function (manual focus also available). 

n Automatic shooting modes that can be tailored to subjects in different photography conditions. 

n Shutter-priority AE, Aperture-priority AE and Manual exposure functions. 

n High-sensitivity photography (1M mode only). 

n Convenient preview function for quickly checking of your shots. 

n The 6.6× Honeycom zoom lens makes the most of the Super CCD Honeycom features (3× optical zoom coupled 

with a superbly smooth (multi-level) digital zoom function offering up to 2.2× zooming at megapixel resolutions). 

n Playback zoom function (up to 18x). 

n Continuous shooting function. 

n Movie shooting function (640 × 480/320 × 240 pixels with sound). 

n Voice Memo function for easy photography information recording. 

n Audio Recording function. 

n 1.5-inches 110,000-pixels low-temperature polysilicon TFT LCD monitor. 

n Recharge or connect to your PC simply by placing the FinePix F601 ZOOM in its cradle (sold separately). 

n Easy high-speed image file transfer via the USB connection. 

n Conforms to the new standard for digital camera file system*. 

* Design rule for Camera File System 

Explanation of Terms 

DPOF: Digital Print Order Format 

DPOF is a format used for recording information on a storage media (image memory 

card, etc.) that allows you to specify which of the frames shot using a digital camera 

are printed and how many prints are made of each image. 

EV: A number that denotes exposure. 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 Photographics Experts Group 

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

can be selected, but the higher the compression ratio, the poorer the quality of the 

expanded image. 

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. 

PC Card: A generic term for cards that meet the PC Card Standard. 

PC Card Standard: A standard for PC cards determined by the PCMCIA. 

PCMCIA: Personal Computer Memory Card International Association (US). 

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. A function that 

automatically matches the white balance is called an Automatic White Balance function.


1-3.Names of External Components 

Mode dial 

Shutter button 

Flash control sensor 

Microphone 

Strap mount 

Self-timer lamp 

Battery cover 

OPEN (Flash pop-up) button 

BACK button 

Viewfinder 

Viewfinder lamp 

Mode indicators 

DISP button 

LCD monitor 

DC IN 5V (Power input) socket 

Tripod mount 

1.General 

Flash 

Lens / Lens Cover 

Viewfinder window 

Battery compartment 

SmartMedia slot 

Battery lock release button 

Mode switch 

Multifunction 

( and MENU/OK ) button 

(Power) button 

Speaker 

Connection socket / 

Connection socket cover 

7

2. Disassembly FinePix F601 Zoom (U/E/EG) SERVICE MANUAL 


2-1.Names of internal Components 

8 

8 DIRECTION KEY ASSY 

LED PWB ASSY 

MIC ASSY 

F PANEL ASSY 

MODE ST UNIT 

MAIN PWB ASSY 

LENS BARRIER 

BATTERY LID ASSY 

BATTERY LID 

DCST PWB UNIT 

SUB PWB ASSY 

BARRIER MOTOR HEAD 

R PANEL ASSY 

SPEAKER ASSY 

STRUCTURE ASSY 

LCD 

LENS CONST


2-2.Removing R PANEL ASSY 

Remove in the order indicated by circled numbers. 

 

2 

 

1 

2 

[ Notes of assembly of R PANEL ASSY. ] 

4 

3 


(1) Remove four screws(BB12585-100). 

(2) Remove two screws(BB12489-200). 

(3) Remove R PANEL ASSY(BU01937-100) in the 

direction of the arrow. 

1 

(4) Remove the lock of connector (CN52), 

and remove FPC(FZ04383-100). 

1. Assemble BATTERY LID with the closed state. 

2. Lock connector (CN52) surely. Moreover, prevent "Diagonal insertion and insertion of the half" of FPC from being. 

3. Confirm there is no space when "F PANEL ASSY" and "R PANEL ASSY" are combined, and the screw is tightened. 

9


2-3.Removing 8 DIRECTION KEY ASSY/LED PWB ASSY. 


 

 

10 

2 

1 

4 

[ Notes of assembly of 8 DIRECTION KEY ASSY.] 

Step boss 

CN51 

[ Notes of assembly of LED PWB ASSY. ] 

3 

5 

A 

(1) Remove three screws(ATG1723-5ND). 

(2) Remove the lock of connector (CN51), 

and remove FPC of 8 DIRECTION KEY ASSY. 

(3) Remove 8 PLATE(BB13061-100) in the 


(4) Remove 8 DIRECTION KEY ASSY(FZ04349-100) 

in the direction of the arrow. 

* Note the combination of MODE PLATE and the slide 

switch when you build in 8 DIRECTION KEY ASSY. 

(5) Remove LED PWB ASSY(CB0840-A200) in 

the direction of the arrow. 

1. Set LED PWB ASSY in the hook and, put LED PWB ASSY under of the step boss. 

2. Lock connector (CN51) surely. Moreover, prevent "Diagonal insertion and insertion of the half" of FPC from being.


2-4.Removing F PANEL ASSY. 


 

 

4 

1 

3 

5 

2 


(1) Remove one screw(BB12585-100). 

(2) Remove STRAP METAL(BB13058-100) in the 


(3) Remove FPC of BARRIER MORTOR HEAD in 

the direction of the arrow. 

[ = Pull out FPC from connector (CN151). ] 

(4) Open BATTERY LID(BB13042-100) in the 


(5) Remove the entire internal part in the direction 

of the arrow. 

11


2-5.Removing BARRIER MOTOR HEAD. 


 

12 

1 

2 

[ Notes of assembly of BARRIER MOTOR HEAD. ] 

(1) Remove two screws(ATG1722-0ND). 

(2) Remove BARRIER MOTOR HEAD 

(FZ04321-100) in the direction of the arrow. 

* When you combine BARRIER MOTOR HEAD with F PANEL ASSY, shut LENS BARRIER and combine 

"Barrier drive shaft (A) of BARRIER MOTOR HEAD" and "Hole site of LENS BARRIER(B)". 

B 

A


2-6.Removing MODE ST UNIT. 


 

2-7.Removing LENS CONST . 


 

4 

[ Notes of assembly of MODE ST UNIT. ] 

1 

6 

2 

7 

3 


(1) Remove the lock of connector (CN11), and 

remove FPC of MODE ST UNIT(BF03674-100). 

(2) Remove pop up switch (SW11). 

(3) Remove ST SHEET(BB13063-100). 

(4) Remove the hook of LENS CONST (two places). 

UL tape 

(5) Do discharge of the flash. 


remove the connector of MODE ST UNIT. 

(7) Remove MODE ST UNIT. 

1. Do the work of decomposition and assembly so that strong power should not hang in connector (CN11) 

which has been inserted in LENS CONST. When work that strong power hangs is done, the case where the 

solder of connector (CN11) and HONEYCOM CCD peels off is the worst case. 

2. Make the straight line part of FPC of MODE ST UNIT a standard, and attach the UL tape on ST SHEET. 

1 

1 

2 

5 

(1) Remove connector (CN102/CN103), and 

remove FPC of LENS CONST(BU01983-100). 

(2) Remove LENS CONST in the direction of the arrow. 

[ Notes of assembly of LENS CONST. ] 

1. Insert the hook of "2-6.(4)" in two places surely. 

2. Lock connector (CN102 and CN103) surely. 

Moreover, prevent "Diagonal insertion and insertion 

of the half" of FPC from being. 

13


2-8.Removing SUB PWB ASSY. 


 

2-9.Removing MAIN PWB ASSY. 


 

14 

CN202 

IC356 

2 

IC353 

F351 

CN101 

IC204 

1 

3 1 

IC206 

IC208 

IC202 

SHEET STROBE 

2 

(1) Remove the connector of MIC ASSY(FZ04380-100). 

(2) Remove "Board to board" connector (CN152) of 

SUB PWB ASSY(CB0840-A100) in the direction 

of the arrow, and remove SUB PWB ASSY. 

(1) Remove one screws(BB11640-100). 


remove FPC of LCD. 

(3) Remove MAIN PWB ASSY in the 


[ Notes of assembly of MAIN PWB ASSY. ] 

1.Stop the harness of MIC ASSY by drawing around 

SHEET STROBE(BB14127-100) as shown in a left chart. 

2. Be note not to pinch the harness when you combine 

MAIN PWB ASSY with DCST PWB UNIT and, 

note the installation position to MAIN FRAME.


2-10.Removing BATTERY LID ASSY. 


 

2-11.Removing DC PWB UNIT. 

1 


 

2 

3 

2 

1 

2 

2 


(1) Remove the hook. 

(2) Remove BATTERY LID ASSY(BU01939-100) 


[ Notes of assembly of BATTERY LID ASSY ] 

* Fix an upper hook after putting a lower hook. 

[ Notes of assembly of DC PWB UNIT ] 

(1) Remove one screws(BB11640-100). 

(2) Remove the connector of LCD. 

[ = Pull out connector (CN603). ] 

Remove the connector of 

BATTERY CONNECTOR ASSY(FZ04374-100). 


Remove the connector of 

SPEAKER ASSY(FZ04652-100). 


(3) Remove DC PWB UNIT(BF03684-100) 


1. Form the harness of BATTERY CONNECTOR ASSY referring to a left 

photograph.Make the overlapping of the harness only "red and white" 

and, form a red harness to FRAME(A part). 

2. Be note not to pinch the harness when you combine DC PWB UNIT 

with MAIN FRAME and, note the installation position to MAIN FRAME. 

FRAME(A part) 

Red harness 

15


2-12.Removing LCD. 


 

16 

1 

2-13.Removing STRUCTURE ASSY. 

 

2 


 

3 

4 

3 

1 

1 

2 

(1) Remove the hook two places. 

(2) Remove LCD(FZ04408-100) in the direction 

of the arrow. 

[ Notes of assembly of LCD. ] 

1. Put LCD in a right hook. Afterwards, put a left hook. 

2. Lock connector (CN551) surely. Moreover, 

prevent "Diagonal insertion and insertion of the 

half" of FPC from being. 

(1) Remove one screw(BB11384-100). 

(2) Remove SUB FRAME(BB13091-100). 

(3) Remove the hook three places. 

(4) Remove BATT FLAME ASSY(BU01940-100) 


[ Notes of assembly of STRUCTURE ASSY. ] 

1. Do not pinch the harness of BATTERY CONNEC- 

TOR ASSY.


3.Schematic 

3.Schematic 

3-1.Cautions 

 

* 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. 

* k=1000 , M=1000 k 

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

3-2.Basic block name and function explanation 

Board Name Block name Function 

LENS CONST CCD BLOCK * CCD output 

MAIN PWB ASSY CAM BLOCK * Analog to digital conversion of CCD output (IC109) 

* CCD driver (IC105) 

MOTOR BLOCK * Zoom/AF/shutter/iris drive (IC113/101) 

PROCESS BLOCK * Video signal processing (IC204) 

* USB communication (IC204) 

* System control/SW detection management (IC204) 

POWER ON BLOCK * Power supply management(POWER_ON_IC353) 

LCD BLOCK * LCD control (IC553) 

DC PWB UNIT DC/DC BLOCK * Each power supply generation (IC603) 

BL BLOCK * LCD backlight supply (IC603) 

FLASH BLOCK * Flash luminescence processing 

SUB PWB ASSY AUDIO BLOCK * Audio signal processing (IC401) 

LED PWB ASSY LED BLOCK * LED, Operation SW(ONOFF/ display/ ) 

MODE ST UNIT MRSW BLOCK * Flash luminescence, Mode SW (mode) 

8 KEY KEY BLOCK * Operation SW( CAMPB//UD/cancellation/LR/OK) 

17

3.Schematic 

3-3. Primary Block Functions Description 

18 


3-3-1. Technical Outline 

The FinePix F601 incorporates a 3rd generation Super CCD Honeycomb and a new signal processing LSI (UCS, 

IC204). The signal processing LSI (UCS, IC204) is equivalent to the image signal processing IC (SCS3D, IC304, 

CSP) incorporated in the previous FinePix6800Z, however the new IC permits a dramatic reduction in the interval 

between photography and playback. Pixel addition processing*1 and noise reduction have produced the world’s 

first compact camera capable of photography at ISO800/1600, and the camera also employs the ultra highsensitivity 

‘candlelight shot’ useful in scenes at low light levels. 

The 3rd generation Super CCD Honeycomb improves performance during movie photography. The new data 

transfer method used permits mixing*2 of horizontal and vertical pixels inside the CCD to allow a VGA15 frame 

in excess of three megapixels per second, a capability not supported in conventional cameras. 

*1 Data obtained with honeycomb signal processing consists of approximately twice the effective number of pixels. 

Every four of the pixels is consolidated into a single pixel to increase the signal level (sensitivity) by a factor of four, and 

the S/N (signal to noise) ratio by a factor of two, and thus permit photography at up to ISO1600. 

*2 Every two pixels on the vertical and horizontal axes of the CCD are mixed to increase the signal level by a factor of four, 

and the S/N ratio by a factor of two. This produces movie images of high sensitivity and high quality, while at the same 

time permitting high-speed retrieval, and allowing 30 VGA-size frames per second. 

3-3-2. Block Functions Descriptions 

(1) CCD block (CCD signal processing) and CAM block (image circuit block) 

g The analog video signal from the CCD (1" x 1.7", 3,100,000 effective pixels, square pixel honeycomb array, primary 

color CCD) is psuedo-color compensated (CDS), adaptively interpolated (CDS), amplified (AGC), and signals mixed 

(CDS) in the single-chip CSP IC (SCS3A, IC109), and converted (A/D) to a 12-bit digital signal (CSP IC - Chip Size 

Package IC). The CSP IC also incorporates the TG/SSG function previously supported by a separate IC. The converted 

digital signal is sent to the signal processing LSI (UCS, IC204). 

g This block also incorporates the CCD horizontal/vertical drive IC (IC105). 

(2) Motor Block 

g The signal processing LSI (UCS, IC204) receives commands from the switches, monitors the AF motor drive, shutter 

drive, zoom motor drive, and iris motor drive (IC113), and controls each motor with the appropriate driver circuit. 

(3) Process Block (image processing) 

g Input data from CCD 

The 12-bit digital image data (1H equivalent) from the CCD CAM block is sent to the signal processing LSI (UCS, 

IC204), buffered in its internal buffer, and converted to 32-bit (16-bit x 2) data (CCD raw data). The 32-bit image data 

(CCD raw data) is passed to the 32Mbyte SDRAM (IC206) via the I/O bus in the image signal processing IC. The 

SDRAM temporarily stores a single frame equivalent (2832 pixels x 2128 lines). The 32-bit image data input to the 

signal processing LSI (UCS, IC204) is processed in the AUTO math processing block and sent to the SCS3A IC 

(IC109) in the CAM block to obtain the appropriate AE, AWB, and AF. 

g Recording to SSFDC 

The image data stored in the SDRAM (IC206) is passed one line at a time to the signal processing block via the I/O 

bus in the signal processing LSI (UCS, IC204). This data is unpacked (pre-processing consisting of conversion of 32bit 

data to 12-bit, digital clampimg, gamma compensation, and conversion of 12-bit R, G, and B data to 8-bit R, G, and 

B data, followed by YC processing consisting of conversion of 8-bit digital R, B, and G signals to Y:Cb:Cr=4:2:2) in the 

signal processing block, and 8-bit Y, Cr, and B image data is again sent to the internal buffer. The 8-bit Y:Cb:Cr 

signals are sorted in the internal buffer into a format to suitable for DCT compression, and sent to the media controller 

via the JPEG math block, and recorded in the SSFDC. 

g Image playback from SSFDC 

The compressed image data from the SSFDC is sent to the signal processing LSI (UCS, IC204) as 8-bit image data 

and sent to the SDRAM (IC206) via the media control unit, the DMA unit, and the internal bus control unit. The image 

data temporarily stored in the SDRAM (IC206) is returned to the signal processing LSI (UCS, IC204) and sent to the 

signal processing block via the media controller and JPEG math block. Post-processing involves conversion of the 8bit 

Y:Cr:Cb image signals to 8-bit R, G, and B signals in the image processing block, the text display signal being 

overlaid simultaneously, and the data sent to the LCD block. 

g The image adjustment data is stored in FLASH ROM (IC208). 

(4) LCD Block (LCD control) 

The R, G, and B digital signals input from the signal processing LSI (UCS, IC204) LCD block are sent directly to the 

drive IC in the LCD monitor for use in LCD drive and gradation control for the LCD monitor. 

(5) POWER ON Processing 

The power switch is connected to the POWER ON IC (IC353). When the power is switched on a ‘H’ signal is sent to the 

POWER ON IC (IC353) SW1. The ‘H’ PWCTL signal is then sent to the DC/DC Block and the UCS system power 

supply (3.3V, 1.5V) is then switched ON. The UCS then detects ‘H’ at the PWR_SW following reset, and the 

PWR_ON_ACT signal is then output to ensure that the PWCTL signal output to the DC/DC Block by the POWER ON 

IC is not set to ‘L’. 

(6) DC/DC Block (power supply) 

The power supply circuit on the DC board generates 1.5V for the UCS (IC204), 3.3V for the UCS (IC204), the FLASH 

ROM (IC208), the SDRAM (IC206), the LED PWB, the MODE PWB, the SSFDC, the POWER ON IC (IC353), and STRB, 

5V for the EVR (IC207), the CAM 3.3V (CAM Block), the EVF 3.3V (EVF Block), the MOT 3.3V (MOTOR Block), the MOT 

5.6V (MOTOR Block, BL Block, AUDIO Block), -7.5V for the CCD, -10V for the LCD monitor, 12V for the BL Block, 15V 

for the CCD and LCD monitor, and UNREG.

LENS COVER 

Barrier open SW 


LENS CONST 

Super EBC FUJINON 

Optical' 3 zoom lens 

Zoom position 

POP SW 

O. 

L 

P 

F 

POWER SW / DISP SW 

LED x 6 / Release SW DISP SW 

MODE ST UNIT 

Battery 

(Back up) 

IC401 

(AUDIO_AMP) 

SUB PWB ASSY 

POWER SW / DISP SW 

LED x 6 

LED PWB ASSY 

8 KEY 

Focus HP 

CAM/PB SW 

L/R/U/D SW 

OK SW 

LED_R/B 

FINDER 

Super CCD 

1/1.7inch 

3.3 million pixels 

Various Control Pulse 

Detect function 

MIC 

V 

H 

CCD_IN 

H1~H8 RG 

LPF 

IC109 (SCS3A) 

ANALOG 

BLOCK 

Various 

Pulse 

TG 

(PROGRAMABLE) 

IC105 

(V-DRV) 

IC101 

(OFD/RG BIAS) 

IC113 (ZOOM/SHUTT/ 

IRIS BIAS-DRV) 

IC353 

Various 

Pulse 

(POWER_ON) 

ADCLK 

A/D 

(12bit) 

X_TRG 

X_RDY 

RESET 

DL, CLK, LD 

AVD, AHD, FLD1, ADCLK 

24M 

STROBO 

FM 

IC103 

OCONT 

CAM1~4 

STB, RW 

V_RST 

H_RST 

(8ch EVR D/A) 

X’TAL 24,575 

(24.375) 

IC204(UCS) 

IBFC 

A/D 

YCIF 

YCPRO 

BITMAP CG 

1394 

MPEG2 

Image bus (75Mhz) 

Audio(A/D) 

Audio(Serial) Audio(A/D) 

JPEG 

Image bus I/F 

X’TAL 48M 

32b 

DATA BUS 

AUTO 

CCDIF 

MEDIA 

TFDC 

ENCD 

M32R/E CPU 

CPU I/O(75Mhz) 

32b 

DEBUG I/F 

CPU CORE 

J-cache 8k 

??????(75MH) 

??????? 

I/O Buffer 

32? 

IC206 (SDRAM) 

(256Mb)(x 32) 

Various Control 

32b 

CPU (75Mz) 

Bus control 

BSELC SDRAMC 

DMAC SYSC 

A 

IC208 

USB 

SIO 

WDT 

MFT 

(F_ROM) 

(16Mb) 

ICU 

ADC 

PORT 

CLKC 

ADDRESS BUS 

D 

A 

MAIN PWB ASSY 

IC553 

R/G/B 

(LCD Control) 

VBS 

DR_SW 

Smart Media 

(3.3V Only) 

2M, 4M, 8M,16M, 

32M, 64M, 128M 

SSFDC SOCKET 

(24P) 

IC603 

CN901 

(DC/DC Control) 

CPU_UNREG 

3.3V 

5.0V 

CCD16V, -8V 

LCD8.5V 

BL 

OTHERS 

LCD Monitor 

1.5 inches 

Low-temperature polysilicon TFT 

110,000 pixels 

DC/DC_Control 

BL LED 

75 ohm 

DRV 

3.Schematic 

CHARGE 

Power SW 

FUSE 

SPEAKER 

DCST PWB UNIT 

SW 

DC_JACK NP-60 

LED 

3-4. Basic block diagram 

Various Control 

GSEL, G_No 

AV_DET 

Cradle IF 

IC802 

(STRB 

Control) 

DC_IN 

AUDIO 

VIDEO 

OUT 

USB 

19

FinePix F601 Zoom(U/E/EG) SERVICE MANUAL 3.Schematic 

8 DIRECTION 

KEY ASSY 

CN51 

3-5. Overall Connections 

BARRIER 

MOTOR 

LED PWB ASSY 

HEAD 

LCD 

CN52 

CN151 

MIC 

CN401 

SPEAKER 

SUB PWB ASSY 

FPC 

CN606 

CN501 

CN604 

CN202 CN152 

CN603 

Board to Board 

CN101 

CN601 

Board to Board 

MAIN PWB ASSY 

DCST PWB UNIT 

LENS CONST 

FPC 

CN103 

CN901 SSFDC 

J602 

CCD 

J601 

CN602 

CN102 FPC CN11 

DC_IN 

BATT_IN 

AC V5HS 

PC 

NP-60 

20


3-6.Board mounting diagram 

3-6-1.Printed wiring board of DC PWB UNIT. 

< A side > 

 

SW601 

J601 

IC602 

J602 

CN601 

Discharge point 

CN602 

F601 

CN606 

PS602 

PS601 

PS603 

IC603 

CN603 

CN604 

CN901 

A 

IC702 

IC605 

IC701 

CN801 

B 

3.Schematic 

21

3.Schematic FinePix F601 Zoom(U/E/EG) SERVICE MANUAL 

3-6-2.Printed wiring board of MAIN PWB ASSY. 

22 

< A side > 

 

CN202 

IC356 

B 

IC113 

IC353 

F351 

CN101 

IC204 

CN103 CN102 

IC553 

CN551 

IC109 

IC206 

IC208 

A 

IC202 

IC106


3-6-3.Printed wiring board of SUB PWB ASSY. 

< A side > 

CN401 

CN152 

3-6-4.Printed wiring board of LED PWB ASSY. 

A 

< A side > 

A 

CN51 

CN52 

B 

CN151 

BT151 

3.Schematic 

IC401 

SW51 SW53 

B 

23

4. Adjustment 

4. Adjustment and Checks 

4-1. Adjustments After Replacing Major Components 

24 


Make the adjustments noted by ‘O’ below after replacing the MAIN PWB ASSY, DC PWB UNIT, LENS CONST, or MODE 

ST UNIT. No adjustments are required after replacing other units. 

Adjustment 

Replacement component 

MAIN PWB ASSY DC PWB UNIT LENS CONST MODE ST UNIT 

Battery voltage adjustment O O 

Mode dial voltage adjustment O O O 

CCD defect correction adjustment* O O 

Camera adjustment O O O 

AF adjustment O O O 

Flash adjustment O O O 

DC jack voltage adjustment O O 

End Setting Make all adjustments after replacing the above parts. 

* As the CCD defect data floppy disk is supplied only with the LENS CONST (CCD) it cannot be supplied with the 

MAIN PWB ASSY which is supplied as a service part. 

When the MAIN PWB ASSY is replaced, CCD defect correction adjustment should be conducted in accordance with 

the repair and adjustment procedure described below. 

(1) Note the serial number on the back of the CCD (IC11) mounted on the LENS CONST on the camera to be repaired. 

(2) Find the CCD defect data for the serial number in the CCD defect data file, and copy that data to the floppy disk. 

(3) Use this floppy disk for CCD defect correction adjustment. 

(note) As with previous models, the flash ROM (IC208) on the MAIN PWB ASSY of the FinePix F601 is a CSP IC and 

cannot be easily removed. 

4-2. Procedures for Adjustments After Replacing Major Components 

LENS CONST : CCD defect correction adjustment → CAM adjustment → AF adjustment → Flash adjustment → End 

Setting 

MAIN PWB ASSY : Battery adjustment → Mode dial adjustment → DC jack adjustment → CCD defect correction adjustment 

→ CAM adjustment → AF adjustment → Flash adjustment → End Setting 

DC PWB UNIT : Battery adjustment → Mode dial adjustment → DC jack adjustment → End Setting 

MODE ST UNIT : Mode dial adjustment → CAM adjustment → AF adjustment → Flash adjustment → End Setting 

(note) Use AF adjustment → Flash adjustment for CAM adjustment without replacement components. 

4-3. Measuring Instruments Used 

Measuring instrument Remarks 

Stabilized power supply For adjustment 

Pattern box PTB450 or equivalent 

Waveform monitor For function checks 

Vector scope For function checks 

Digital voltmeter For adjustment 

Personal computer For various adjustments and operational checks (PC-AT compatible, Windows 98). 

Luminance meter LS-110 (Minolta) or equivalent 

Color thermometer Color Meter IIIF (Minolta) or equivalent 

TV monitor NTSC TV monitor, minimum resolution 600 lines (for function checks). 

Flash meter 

4-4. Jigs Used 

For function checks 

Part name/Model name Part No. Remarks 

Filter (LB140) ZJ00006-100 CAM adjustment (common with DS-7/20/30) 

AF chart ZJ00477-100 AF adjustment (common with FinePix6800Z) 

Conversion lens (f=600mm) ZJ00007-100 AF adjustment (common with 8mm VTR/FinePix500) 

Lens holder ZJ00008-100 AF adjustment (common with 8mm VTR/FinePix500) 

Stand ZJ00009-100 AF adjustment (common with 8mm VTR/FinePix500) 

Base plate ZJ00010-100 AF adjustment (common with 8mm VTR/FinePix500) 

Gray chart (reflective type) ZJ00254-100 Flash adjustment (common with FinePix700) 

CCD defect data * ZJ00535-100 CCD defect data file 

USB cable FZ04404-100 Computer adjustment (unique to FinePix F601) 

Power cable jig ZJ00213-100 General adjustment (common with DS-7/FinePix6800Z) 

NP60 battery jig ZJ00496-100 For battery/mode dial voltage adjustment (common with FinePix50i). 

FinePix F601 adjustment software* ZJ00534-101 Dedicated software for general camera adjustment. 

AC adapter (AC-5VH) ––––––-––– General adjustment 

DSC jig driver* ZJ00475-100 DSC jig driver setup 

High-precision, fine-resolution chart ZJ00398-100 For resolution checks (common with FinePixS1Pro/FinePix4700Z). 

FinePix F601 firmware (Ver2.11)* ZJ00541-100 Firmware 

* Download Jig of the bold-faced type from the server. 

Revised:01.Apr.2002


4-5. Jig Connections 

FinePix F601 

DC5V 

Stabilized power supply 

NP60 battery jig 

* Connection depends on 

adjustment details. 

Power cable jig (note 2) 

* Connection depends on adjustment 

details. 

DC IN terminal 

USB cable 


Voltmeter 

(note 1) 

4. Adjustment 

Personal computer 

note 1: Always measure input voltage in the vicinity of the DC IN terminal when making adjustments. 

note 2: The AC adapter may be used during all adjustments using the DC jack except for DC jack voltage adjustment. 

4-6. Setup for Adjustments 

(1) Setup for Camera Adjustment (Fig.A) 

> 

Adjust the distance between the reference surface(*1) 

and the pattern box to a maximum of 50mm. 

Place the filter (LB140) firmly against the reference 

surface. 

1) Color temperature: 6100±50K (with LB140 filter) 

Measurement position: Middle of pattern box 

Measuring instrument: Minolta Color Meter IIIF or equivalent 

* Measuring color temperature 

Place the filter (LB140) firmly against the pattern box. 

Adjust the color temperature of the pattern box to 

6100±50K with the filter (LB140) against the color 

thermometer. 

2) Luminance: 160±5cd/m2 (with LB140 filter) 

Measurement position: Middle of pattern box 

Measuring instrument: Minolta luminance meter LS- 

110 or equivalent 

* Measuring luminance 

Place the filter (LB140) firmly against the pattern box. 

Adjust the luminance of the pattern box to 160±5cd/m2 with the filter (LB140) against the luminance meter. 

Camera 

Maximum 

30mm 

DC5V 

Maximum 80mm 

Filter (LB140) 

Maximum 50mm 

Centerline 

OS:Windows98 

Setup for Camera Adjustment 

Pattern box 

*1 Use front of LENS CONST as camera reference surface. 

25

4. Adjustment 

(2) Setup for AF Adjustment (Fig.B) 

1) Adjust the distance between the AF chart and the front 

of the camera to 620±5mm. 

2) Illuminate the AF chart with a light source. Ensure that 

the brightness at the surface of the AF chart is between 

9.0 and 11.5EV. 

3) Place the conversion lens concentric with the camera 

lens. 

(3) Setup for Flash Adjustment (Fig.C) 

As flash adjustment is easily affected by external light, 

ensure that the vicinity of the gray chart is very dark. 

Locate the chart at a distance of 1000mm from the 

camera reference surface(*1). 

Use a Superior Oxford Gray (No.22) gray chart with a 

reflectivity of 18±0.7%. 

26 

Stand 

(Σ-32-130/Sigma 

Optical Devices) 

Conversion lens set 

Lens holder 

(Σ-40-50/Sigma Optical Devices) 

Base plate 

(Σ-13-3/Sigma Optical Devices) 

4-7.Various downloading software decompressions, 

preservation methods, and notes 

The PC adjustment software are in a specified Web server, 

and both of these are the compression of ZIP form files. 

Therefore, after downloading these compression files from 

the Web server, the decompression of the file is necessary. 

In the decompression software, if the decompression of the 

ZIP form can be done, any software is OK. 

(Please prepare each one for the decompression software.) 

The decompression and the preservation method of the PC 

adjustment software and the firmware are described 

to the following. 

(1) The PC adjustment soft decompression and preservation 

method 

 

Download compressed PC adjustment software (ZJ00534- 

101.ZIP) from Web server (http://fujifilm-di.intranets.com/ 

). 

Camera 

Camera 


30±5mm 

Fluorescent 

light stand 

Centerline 

600mm conversion lens 

620mm±5mm 

Setup for AF Adjustment 

1000±10mm 

Centerline 

AF 

chart 

Gray chart 

Setup for Flash Adjustment 

FinePix F601 Zoom PC adjustment software 

 

ZJ00534-101.zip


 

Defrost the downloaded compression software. 

(Note) 

*Specify the preservation drive for C drive if it is decompression 

software which can specify the preservation drive. 

*Similarly, defrost without making a new folder if it is decompression 

software which can be defrosted without making a 

new folder. 

*Defrost simply if the decompression software which you 

have cannot specify the drive specification and the folder 

making. 

 

The folder named ZJ00534-101 can be made by defrosting 

without specifying anything. 

Then, copy the folder named FinePixF601_UE in this folder 

in C drive.(Fig.D-3) 

The folder of ZJ00534-101 becomes unnecessary at the 

end, and delete this folder. 

4. Adjustment 

My Computer 

3.5inch FD(A:) 

(C:) 

ZJ00534-101 

FinePixF601_UE 

 

My Computer 

3.5inch FD(A:) 

(C:) 

ZJ00534-101 

FinePixF601_UE 

(Caution)[Important] 

(a) PC adjustment software can not start when there is folder of 

FinePixF601_UE in folder named ZJ00534-101.(Fig.D-2) 

Please preserve the folder of FinePixF601_UE right under C drive.(Fig.D-3) 

(b) Please do not change the foldername named FinePixF601_UE. 

PC adjustment software can not start when foldername is changed. 

 

27

4. Adjustment 

4-8.Install the DSC jig driver and the PC adjustment software. 

* Since this camera uses the USB for communications with 

the personal computer, in order to start the PC adjustment 

software, [the DSC jig driver] needs to be installed in the 

personal computer beforehand. 

* The DSC jig driver is the same as that for the FinePix 6800Z, 

so if this jig driver software is already installed in the personal 

computer, it is not necessary to install it. 

The procedure is given below. 

(1)Installation of DSC jig driver 

 

DSC jig driver(ZJ00476-100.ZIP) is downloaded from Web 

server (http://fujifilm-di.intranets.com/). 

 

Defrost the downloaded compression software 

 

Double-click setup.exe in the folder of defrosted ZJ00476- 

100 and install Fuji FILM DSC Jig Driver as follows. 

 

Install the software in [C:\ProgramFiles\Fjig] 

according to the instructions on the PC's screen. 

(2)Startup of PC adjustment software 

When the folder has been copied to the C drive, double-click 

on the file C:\FinePixF601_UE\ffw217.exe (Fig.D-5(1)) to start 

the adjustment software. 

28 


(1) (2) 

FFW217.exe 

Windows Explorer screen of FFW217.exe


4-9. Adjustment Software Initial Setup 

* As the initial setup has already been written to the 

[FFW217.ini] file, all that is required is to follow the procedure 

below. 

Note that changing the file name may prevent the software 

running. 

* As steps 3, 4, 5, and 6 of initial setup are incorporated in 

the [FFW217.ini] file, confirmation is the only action required. 

* Do not change the content of the program FX_F601_UED.ff 

under any circumstances. Any changes will prevent the 

software running. 

 

Double-click on the adjustment software executable file 

[FFW217.exe] (Fig.D-(2)) to display the [FFW217 Startup 

Screen] (Fig.E). 

 

Select [Mode Settings] (Fig.F-(2)) from the [Setting] menu 

(Fig.F-(1)) on the [MENU Screen]. 

 

Select the [EVR & Communications] menu on the [Customize] 

dialog screen (Fig.G-(1)). 

Setup as follows on the [EVR] menu (Fig.G-(2)). 

Item Setup details 

etc (-V2) Use (=check) 

LANC page Use (=check) 

 

Select the [Etc] menu on the [Customize] dialog screen 

(Fig.H-(1)). 

Setup as follows on the [Etc] menu (Fig.H-(2)). 


Auto-measure 0 

Change mode Do not check (=not used) 

Use Japanese font Do not check (=not used) 

(2) 

(1) 

Fx_F601_UED.ff 

Etc Customize Dialog Box Screen 

4. Adjustment 

FFW217 Start-up Screen 

(1) 

(2) 



Mode Setting Display Select Screen 

(2) 

Apply Apply 

(1) 

EVR Dialog Box Screen 


29

4. Adjustment 

 

Select [Hardware] on the [Customize] setup screen (Fig.I- 

(1)). 

Setup as follows on the [Hardware] menu (Fig.I-(2)). 

30 


Debug Mode Select [Ignore Focus]. 

 

When the settings have been entered in the [EVR], [Other], 

and [Hardware] menus noted above, click on [Apply] 

on the [Customize Dialog] screen (Fig.I-(3)) to terminate. 

Further setup is unnecessary once the settings have 

been applied. 

(note) Setting [Don’t show OK/NG] to OFF will allow [OK] to 

be displayed on the computer screen if the adjustment 

is successful, and [NG] to be displayed if it is 

not (either setting can be used). 

Cautions for Adjustment 

(note 1) The end setting returns the camera to the 

[Product Mode] from the [Jig Mode]. 

Always ensure that the camera is returned 

to the [Product Mode] before use after using 

the computer adjustment software. 

Unless this termination setting is selected, 

[Mass Storage] will not be recognized 

when the camera and computer are connected, 

and communication with the computer 

will be impossible. 

(note 2) FinePix_F601 may be used with other digital 

cameras, however data read and write 

is not possible. 

It is possible to read data from other models, 

however this should not be attempted 

under any circumstances. 

See Table 1 at right. 


(2) 

(1) 

Hardware Dialog Box Screen 

Menu Command Description 

Operation Start Program start 

Stop Program stop 

Temporary stop Temporary program stop 

Step 0 Do not use. 

Terminate Terminate program. 

Program Reload Reload program (*.ff). 

Select Select program (*.ff). 

Edit Edit program (*.ff). 

Data ad[ ] Do not use. 

rd [ ] Do not use. 

SW Do not use. 

fsw Do not use. 

EVR Do not use (Note 2). 

Mode Record file Do not use. 

NGSTOP Temporarily stops program 

when adjustment is unsuccessful. 

STEP Do not use. 

LINE Do not use. 

AUTO Do not use. 

Setting OK/NG clear Do not use. 

Mode set Sets mode. 

Automatic Runs ‘Auto Adjust’ inside the 

adjustment user program. 

Help Help Basic software help 

FF help User program help 

FOCAS Not used with this adjustment 

software. 

Version Version information for 

basic software. 

FFWJ.exe Commands 


Apply 

* Do not change the content of the program FX_F601_UED.ff 

under any circumstances. Any changes will prevent the 

software running. 

(3)


4-10. Starting the Adjustment Software 

 

Double-click on the adjustment software executable file 

[FFWJ.exe]. 

---> The [FFW217.EXE Start-up Screen (Fig.1)] is displayed. 

 

Run [Operation] -> [Start] (Fig.1-(1)) -> (Fig.1-(2)). 

---> The [Cautions When Using Adjustment Software 

(Fig.2)] is displayed. 

 

After checking during use of the adjustment software, 

press the [Enter] key on the computer. 

---> The [Jig Mode Setup Screen (Fig.3)] is displayed. 

 

After setting the camera in the jig mode, press the [Enter] 

key on the computer. 

---> The [Adjustment Select Screen (Fig.4)] is displayed. 

* Jig mode setup 

(1) Set the mode dial to the Voice Record mode. 

(2) Open the battery cover. 

(3) Connect the USB cable. 

(4) Supply 5.0±0.1V to the camera using the power cable 

jig as appropriate for the adjustment details. 

(5) Switch power ON while pressing the shutter button. 

(6) Ensure that the green LED beside the optical 

viewfinder is lit. 

(7) When steps (1) to (6) are complete, press the [Enter] 


* Adjustments 

Adjustment 

Battery voltage adjustmen 

Mode dial adjustment 

CCD defect correction 

adjustment 

CAM adjustment 

AF adjustment 

Flash adjustment 

Firmware download 

DC jack voltage adjustment 

Product model check 

End Setting 

Adjustment Select Screen 

Revised:01.Apr.2002 

Selection 

Press the [F1] key on the computer. 










(1) (2) 

4. Adjustment 

FFW217.EXE Start-up Screen 

Cautions When Using Adjustment Software 

FinePix F601 Jig Mode Setup Screen 

31

4. Adjustment 

4-11. [F1]: Battery Voltage Adjustment 

(note) 

1) When adjusting the battery voltage, supply power 

(5V) to the camera from the [Specified NP-60 Battery 

Jig] before setting the jig mode. 

32 

2) Always measure input voltage in the vicinity of the 

DC IN terminal. 

3) When reducing the voltage, adjust the stabilized 

power supply to ensure that the voltage is not reduced 

excessively from the measured point. The 

adjustment software may produce an error if communication 

between the adjustment software and 

the camera is disrupted. Restart the adjustment 

software in this case. 

 

Select [F1] from [Adjustment Select Screen (Fig.4)] (ie 

press the [F1] key on the computer). 

---> The [Battery Voltage Adjustment Preparation Screen 


 

Follow the instructions on the [Battery Voltage Adjustment 

Preparation Screen (Fig.5)], and make the following 

preparations. 

1) Ensure that the NP-60 battery jig and camera are connected. 

* If not connected, return to the Jig Mode Setup Screen 

and connect the NP-60 battery jig and camera. 

2) Place the camera lens facing upwards. 

When preparations are complete, press the [Enter] key 

on the computer. 

---> The [3.61V Input Screen (Fig.6)] is displayed. 

 

Follow instructions on the [3.61V Input Screen (Fig.6)], 

and adjust BATT_HALF voltage. Set voltage to 

3.61V(+0.02V, -0.00V), press the [Enter] key on the computer. 


 


and adjust BATT_PREEND. Set voltage to 3.51V(+0.02V, 

-0.00V), press the [Enter] key on the computer. 




DC_5V 

+ - USB cable 

Digital voltmeter 

Connections for Battery Voltage Adjustment 

Battery Voltage Adjustment Preparation Screen 

3.61V Input Screen 

3.51V Input Screen


 


and adjust BATT_END voltage. Set voltage to 



 


and adjust BATT_HIGH voltage. Set voltage to 



 


and adjust BATT_REF voltage. Set voltage to 


---> Save the adjusted data to the flash ROM when adjustment 

is completed normally. 

---> The [Battery Adjustment Complete Screen (Fig.11)] is 

displayed when the adjusted data is saved normally. 

 

Press the [Enter] key on the computer while in the [Battery 

Voltage Adjustment Complete Screen (Fig.11)]. 


Always select [[F12]: End Setting] to complete adjustment. 

[Cautions when completing adjustment] 

Cautions for adjustments other than battery voltage 

adjustment. 

(1) Mode Dial Voltage Adjustment 

---> Select Mode Dial Voltage Adjustment from the Adjustment 

Select Screen, and continue adjustment. 

(2) Other than Mode Dial Voltage Adjustment 

---> Perform the following after [F12]: End Setting. 

1) Remove the [NP-60 battery jig] from the camera. 

2) Connect the [Power cable jig] to the camera. 

3) Set the camera in the jig mode again. 

4) Select an adjustment other than Mode Dial Voltage 

Adjustment from the Adjustment Select Screen, and 

continue adjustment. 

4. Adjustment 




Battery Adjustment Complete Screen 

33

4. Adjustment 

4-12. [F2]: Mode Dial Voltage Adjustment 

(note) 

1) When adjusting the mode dial voltage, supply 

power (5V) to the camera from the [Specified NP- 

60 Battery Jig] before setting the jig mode. 



3) When reducing the voltage, adjust the stabilized 

power supply to ensure that the voltage is not reduced 

excessively from the measured point. The 

adjustment software may produce an error if communication 

between the adjustment software and 

the camera is disrupted. Restart the adjustment 

software in this case. 

 



---> The [Mode Dial Voltage Adjustment Preparation 

Screen (Fig.12)] is displayed. 

 

Follow the instructions on the [Mode Dial Voltage Adjustment 

Preparation Screen (Fig.12)], and make the following 

preparations. 

(1) Ensure that the NP-60 battery jig and camera are 

connected. 


and connect the NP-60 battery jig and camera. 

(2) Place the camera in the Voice Record mode. 

(3) Set voltage to 4.20V (+0.02V, 0.00V). 




 


and adjust MODE_BATT_REF voltage. Set voltage to 


---> Save the adjusted data to the flash ROM. 

---> The [Mode Dial Voltage Adjustment Complete Screen 

(Fig.14)] is displayed when the adjusted data is saved 

normally. 

 

Press the [Enter] key on the computer while in the [Mode 

Dial Voltage Adjustment Complete Screen (Fig.14)]. 


Always select [[F12]: End Setting] to complete adjustment. 

(note) 

Cautions for adjustments other than mode dial voltage 

adjustment. 

(1) Battery Voltage Adjustment 

---> Select Battery Voltage Adjustment from the Adjustment 

Select Screen, and continue adjustment. 

(2) Other than Battery Voltage Adjustment 

---> Perform the following after [F12]: End Setting. 

1) Remove the [NP-60 battery jig] from the camera. 

2) Connect the [Power supply cable jig] to the camera. 

3) Set the camera in the jig mode again. 

4) Select an adjustment other than Mode Dial Voltage 

Adjustment from the Adjustment Select Screen, and 

continue adjustment. 

34 



DC_5V 

+ - USB cable 


Connections for Mode Dial Voltage Adjustment 

Mode Dial Voltage Adjustment Preparation Screen 


Mode Dial Voltage Adjustment Complete Screen


4-13. [F4]: CCD Defect Correction Adjustment 

 

The defect data for the camera to be adjusted is 

necessary before CCD defect correction adjustment. 

CCD defect correction adjustment is required 

when either the LENS CONST or the MAIN PWB 

ASSY is replaced. The defect data is obtained differently 

for these two cases. Make the adjustments after 

reading the following. 

[Obtaining CCD defect data] 

1. When replacing the LENS CONST. 

Use the CCD defect data on the floppy disk provided 

with the replacement LENS CONST. 

2. When replacing the MAIN PWB ASSY. 

Note the serial number of the CCD on the camera to 

be adjusted, find the CCD defect data for the serial 

number in the CCD defect data file, and copy that 

data to the floppy disk. See the Appendix for details 

of preparing a new floppy disk. 

(note) 

Prepare the defect data floppy disk before beginning 

CCD defect correction adjustment. 

 



---> The [CCD Defect Correction Adjustment Start Screen 


 

Follow the instructions on the [CCD Defect Correction 

Start Screen (Fig.15)], and make the following preparations. 

(1) Prepare the CCD defect data floppy disk for the camera 

to be adjusted. 

(2) Enter the 8-digit CCD serial number (Fig.15-(1)) in 

the Defect Data Input dialog box. The file extension 

(.dat) need not be entered. 

(3) Insert the floppy disk in the A: drive (floppy disk drive) 




Click on the [OK] button (Fig.15-(2)). 

--->CCD defect correction adjustment begins. 



---> The [CCD Defect Correction Complete Screen (Fig.16)] 

is displayed when the adjusted data is saved normally. 

 

Press the [Enter] key on the computer while in the [CCD 

Defect Correction Complete Screen (Fig.16)]. 


(note) 

Ensure that CAM adjustment → AF adjustment → 

Flash adjustment is performed with CCD defect correction 

adjustment. 

(1) (2) 

202A0001 

4. Adjustment 

CCD Defect Correction Start Screen 

CCD Defect Correction Complete Screen 

35

4. Adjustment 

4-14. [F5]: CAM Adjustment 

(shutter adjustment, adjustment for reduced aperture 

sensitivity, ISO sensitivity adjustment, white balance adjustment, 

AE adjustment, and offset level adjustment) 

[Preparations] 

Ensure that the LB140 filter and pattern box (all white) 

are available before beginning CAM adjustment. 

[Setup for Camera Adjustment] 

See the [Setup for Camera Adjustment] diagram at 

right. 

[note] 

Ensure that distance is measured from the front 

face of the camera lens during camera adjustment. 

 



---> The [CAM Adjustment Preparation Screen (Fig.17)] is 

displayed. 

 

Follow the instructions on the [CAM Adjustment Preparation 

Screen (Fig.17], and make the following preparations. 

(1) Ensure that the LB140 filter is available. 

(2) Adjust the color temperature of the pattern box 

(PTB450) to 6100±50K (see 4-6. Setup for Adjustments 

for details). 

(3) Adjust the luminance of the pattern box (PTB450) to 

160±50cd/m3 (see 4-6. Setup for Adjustments for details). 

(4) Mount the camera on a tripod. 



---> The [CAM Adjustment Start Screen (Fig.18)] is displayed. 

 

Follow the instructions on the [CAM Adjustment Start 

Screen (Fig.18)], and make the following preparations. 

(1) Adjust the distance between the camera and the pattern 

box to a maximum of 80mm. 

(2) Do not set the filter (LB140). 



---> Camera adjustment (without filter, first cycle) begins. 

 

When CAM adjustment (without filter, first cycle) is completed 

normally, [CAM Adjustment (with filter) Screen 

(Fig.19)] is displayed. Make the following preparations. 

(1) Adjust the distance between the camera and the LB40 

filter to a maximum of 30mm. 

(2) Adjust the distance between the LB40 filter and the 

pattern box to a maximum of 50mm. 

(3) Set the filter (LB140) in place in front of the camera. 



---> CAM adjustment (with filter) begins. 

 

When CAM adjustment (with filter) is completed normally, 

[CAM Adjustment (without filter, second cycle) 

36 

Camera 


Maximum 

30mm 

Maximum 80mm 

Filter (LB140) 

Maximum 50mm 

Centerline 

Setup for Camera Adjustment 

CAM Adjustment Preparation Screen 

CAM Adjustment Start Screen 

Pattern box 

CAM Adjustment (with filter) Screen


Screen (Fig.20)] is displayed. Make the following preparations. 

(1) Leave the distance between the camera and the pattern 

box unchanged. 

(2) Remove the filter (LB140) from the front of the camera. 



---> CAM Adjustment (without filter, second cycle) begins. 

---> Save the adjusted data to the flash ROM when CAM 

Adjustment (without filter, second cycle) is completed 

normally. 

 

When adjusted data is saved normally, [CAM Adjustment 

Complete Screen (Fig.21)] is displayed. Press the 

[Enter] key on the computer. 


Select and make any further adjustments from the 

screen. 

(note) 

Ensure that AF adjustment → Flash adjustment is 

performed with CAM adjustment. 

4. Adjustment 

CAM Adjustment (without filter, second cycle) Screen 

CAM Adjustment Complete Screen 

37

4. Adjustment 

4-15. [F6]: AF Adjustment 


Ensure that the AF chart and 600mm conversion 

lens are available before beginning AF adjustment. 

[Setup for AF Adjustment] 

See the [Setup for AF Adjustment] diagram at right. 

[note] 

1) Ensure that distance is measured from the front of 

the camera during AF adjustment. 

38 

2) When adjusting AF after replacing the LENS CONST 

or MAIN PWB ASSY, always ensure that CAM adjustment 

is complete before beginning AF adjustment. 

 



---> The [AF Adjustment Preparation Screen (Fig.22)] is 

displayed. 

 

Follow the instructions on the [AF Adjustment Preparation 


1) Ensure that the 600mm conversion lens is available. 

2) Ensure that the AF chart is available. 

3) Mount the camera on a tripod. 



---> The [AF Adjustment (INF) Start Screen (Fig.23)] is displayed. 

 

Follow the instructions on the [AF Adjustment (INF) Start 


1) Adjust the distance between the camera and the AF 

chart to 620±5mm. 

2) Adjust the distance between the camera and 600mm 

conversion lens to 30±5mm. 

3) Adjust so that the center of the AF chart displayed on 

the camera LCD monitor is displayed on the center of 

the LCD monitor. 



---> AF adjustment (INF) begins. 

Camera 


30±5mm 

Fluorescent 

light stand 

Centerline 

600mm conversion lens 

620±5mm 

Setup for AF Adjustment 

AF Adjustment Preparation Screen 

AF Adjustment (INF) Start Screen 

AF 

chart


 

When AF adjustment (INF) is completed normally, [AF 

Adjustment (600mm) Start Screen (Fig.24)] is displayed. 

Follow the instructions and make the following preparations. 

(1) Adjust the distance between the camera and the AF 

chart to 620±5mm. 

(2) Remove 600mm conversion lens from the lens front. 

(3) Adjust so that the center of the AF chart displayed on 

the camera LCD monitor is displayed on the center 

of the LCD monitor. 



---> AF adjustment (600mm) begins. 

---> When AF adjustment (600mm) is completed normally, 

backlash is checked automatically, the 200mm fixed 

value is saved, and the 800mm calculation continues. 



 

When the adjusted data is saved normally, the [AF Adjustment 

Complete Screen (Fig.24-1)] is displayed. 

Press the [Enter] key on the computer while in the [AF 

Adjustment Complete Screen (Fig.24)]. 


Select and make any further adjustments from the 

screen. 

4. Adjustment 

AF Adjustment (600mm) Start Screen 

AF Adjustment Complete Screen 

39

4. Adjustment 

4-16. [F7]: Flash Adjustment 


Ensure that the gray chart is available before beginning 

flash adjustment. 

[Setup for Flash Adjustment] 

See the [Setup for Flash Adjustment] diagram at 

right. 

[note] 

1) As flash adjustment is readily affected by external light, 

ensure that the vicinity of the gray chart is very dark. 

2) Ensure that distance is measured from the front of 

the camera during flash adjustment. 

3) When adjusting the flash, always ensure that AF adjustment 

is complete before beginning flash adjustment. 

 



---> The [Flash Adjustment Preparation Screen (Fig.25)] is 

displayed. 

 

Follow the instructions on the [Flash Adjustment Preparation 

Screen (Fig.25], and make the following preparations. 

(1) Ensure that the gray chart is available. 

(2) Mount the camera on a tripod. 



---> The [Flash Adjustment Start Screen (Fig.26)] is displayed. 

 

Follow the instructions on the [Flash Adjustment Start 


(1) Adjust so that the distance between the camera and 

the gray chart is 1000±10mm. 

(2) Ensure that the entire gray chart is displayed on the 

camera LCD monitor. 

(3) Raise the flash. 

(4) Minimize the effects of external light. 



---> Flash adjustment begins. 



 

[Flash Adjustment Complete Screen (Fig.27)] is displayed 

when the adjusted data is saved normally. 

Press the [Enter] key on the computer while in the [Flash 

Voltage Adjustment Complete Screen (Fig.27)]. 


(note) 

The only adjustments required are End Setting and Product 

Model Check. 

40 

Camera 


1000±10mm 

Centerline 

Setup for Flash Adjustment 

Flash Adjustment Preparation Screen 

Flash Adjustment Start Screen 

Gray chart 

Flash Adjustment Complete Screen


4-17. [F9]: DC Jack Voltage Adjustment 

(note) 

1) When adjusting the DC jack voltage, supply power 

(5V) to the camera from the [Specified Power Cable 

Jig] before setting the jig mode. 



3) When reducing the voltage, adjust the stabilized power 

supply to ensure that the voltage is not reduced excessively 

from the measured point. The adjustment 

software may produce an error if communication between 

the adjustment software and the camera is disrupted. 

Restart the adjustment software in this case. 

 



---> The [DC Jack Voltage Adjustment Preparation Screen 


 

Follow the instructions on the [DC Jack Voltage Adjustment 

Preparation Screen (Fig.28)], and ensure that the 

power cable jig and the camera are connected. 


and connect the power cable jig and camera. 




 


and adjust DC_V2 high voltage. 

Set voltage to 5.80V(+0.02V, -0.00V), and press the [Enter] 



 


and adjust DC_REF voltage. 

Set voltage to 5.00V(+0.01V, -0.01V), press the [Enter] 


---> Save the adjusted data to the flash ROM. 

---> The [DC Jack Voltage Adjustment Complete Screen 

(Fig.31)] is displayed when the adjusted data is saved 

normally. 

+ - 

USB cable 

4. Adjustment 



DC_5V 

Connections for DC Jack Voltage Adjustment 

DC Jack Voltage Adjustment Preparation Screen 



41

4. Adjustment 

 

Press the [Enter] key on the computer while in the [DC 

Jack Voltage Adjustment Complete Screen (Fig.31)]. 


Select and make any further adjustments from the screen. 

4-18. [F11]: Product Model Check 

This allows the product model of the camera to be 

checked. It is used when repairing the camera. 

The model displayed is the J, U, E, or EG model. 

 



---> The [Product Model Check Screen (Fig.32)] is displayed. 

 

After checking the model displayed on the [Product Model 

Check Screen (Fig.32)] (this example uses the J model), 

press the [Enter] key on the computer. 


Select and make any further adjustments from the screen. 

42 


DC Jack Voltage Adjustment Complete Screen 

Product Model Check Screen(E-MODEL)


4-19. [F12]: End Setting 

(Destination setting, USB ID write, Product mode setting) 

O The End setting consist of the following settings. 

* Destination setting 

* USB ID write 

* Product mode setting (mass storage identification) 

O The setting must always be run when the adjustment software 

is terminated. Failure to run Terminal Setting will prevent 

identification as Mass Storage when the camera is 

connected to the PC. 

O USB ID write details 

1) USB ID write requires that the USB device (in this case 

FinePix F601 Zoom) be unique throughout the world. 

For this reason, each device has a unique ID as determined 

by the USB standard. If multiple devices with the 

same USB ID are connected to a single PC, the PC will 

be unable to identify each USB device, thus preventing 

operation. 

2) Automatically written USB IDs are as follows. 

Item Details 

Repair Date Date information is acquired from 

the PC and written. 

Administrator ID C(43) 

Repair 

Station U.S.:61(a) 

Canada:62(b) 

Hawaii:63(c) 

Taiwan:64(d) 

Others:65(e) 

 

England:66(f) 

Germany:67(g) 

France:68(h) 

Spain:69(i) 

Italy:6A(j) 

Netherlands:6B(k) 

Belgium:6C(l) 

Sweden:6D(m) 

Switzerland:6E(n) 

Norway:6F(o) 

Finland:70(p) 

Singapore:71(q) 

Others:72(r) 

Repair A serial No. is assigned 

SerialNo. automatically and written 

Numbers in ( ) indicate decimal numbers. Other numbers 

are ASCII numbers. 

 



---> The [End Setting Start Screen (Fig.33)] is displayed. 

 

Follow instructions on the [End Setting Start Screen 

(Fig.33)], and press the [Enter] key on the computer. 

---> The [Destination Settings Screen (Fig.34)] is displayed. 

* This example uses U-MODEL and U.S.A as the repair site. 

 

Follow instructions on the [Destination Settings Screen 

(Fig.34)], and press the [A] key on the computer. 

---> The [U-MODEL Select Screen (Fig.35)] is displayed. 

4. Adjustment 

End Setting Start Screen 

Destination Settings Screen 

U-MODEL Select Screen 

Save USB ID Screen (U.S.A) 

43

4. Adjustment 

 

Follow instructions on the [U-MODEL Select Screen 


---> The [Save USB ID Screen (U.S.A) (Fig.36)] is displayed. 

 

Press the [A] key on the computer while in the [Save USB 

ID Screen (U.S.A) (Fig.36)]. 

44 

Because the screen where U.S.A was selected (No figure) 

is displayed, press the Enter key on the computer. 

---> The [Product Mode Setting Screen (Fig.37)] is displayed. 

 

Press the [Enter] key on the computer while in the [Product 

Mode Setting Screen (Fig.37)]. 

---> When the settings are completed normally they are 

saved to the flash ROM, and the [FinePix F601 Adjustment 

end Screen (Fig.38)] is displayed. 

 

Follow the instructions on the [FinePix F601 Adjustment 

end Screen (Fig.38)]. 

(1)Remove the DC jack from the camera. 

(2)Press the [Enter] key on the computer. 

---> The display returns to the [Jig Mode Setup Screen 

(Fig.3)] after pressing the [Enter] key on the computer. 

 

When adjustment is complete, select Operation (Fig.39- 

(1)) → End (Fig.39-(2)) on the adjustment software menu 

bar in the [Jig Mode Setup Screen (Fig.3)] to terminate 

the adjustment software. 

---> The [Select Adjustment Software Termination Screen 


 

Press the [Enter] key on the computer while in the [Select 

Adjustment Software Termination Screen (Fig.40)], or 

click on Yes (Fig.40-(1)) to terminate the adjustment software. 


Product Mode Setting Screen 

FinePix F601 Adjustment end Screen 

(1) (2) 

Adjustment Software Termination Method Screen 

(1) 

YES NO 

Select Adjustment Software Termination Screen


5. Inspection 

5-1. Measuring Instruments and Jigs Used for Inspection 

Measuring instrument Remarks 

TV monitor NTSC TV monitor, minimum resolution 600 lines 

Power supply AC adapter (eg AC-5VH), stabilized power supply 

Pattern box PTB450 or equivalent 

Waveform monitor LEADER: 5870 or equivalent 

Digital voltmeter For general use 

Luminance meter LS-110 (Minolta) or equivalent 

Color thermometer Color Meter IIIF (Minolta) or equivalent 

Ammeter For general use (able to measure up to 1mA) 

NP60 battery jig Common with adjustment jig: ZJ00496-100 

Power cable jig Common with adjustment jig: ZJ00213-100 

Grey chart Common with adjustment jig: ZJ00254-100 

LB140 filter Common with adjustment jig: ZJ00006-100 

High-resolution chart Common with FinePixS1Pro, FinePix4700Z: ZJ00398-100 

5-2. Connection of Measuring Instruments for Inspection 

5. Inspection 

* As the FinePix F601 has no video output, the FinePix4800Z is used to illustrate connection of the measuring 

instruments. 

Any other camera with a video output function may also be used provided that it is not malfunctioning. 

5-3. Inspection and Settings at Shipment 

 

Item 

Visual check 

------ 

Mode 

FinePix4800Z 

VIDEO OUT 

Ammeter 

Power supply 

(AC-5VH, stabilized power supply) 

Preparations for adjustment 

and measurement 

Visual check of camera. 

Vector 

scope 

Waveform 

monitor 

Adjustment and measurement 

method 

• No significant dents in body. 

Click sound of all switches, and 

operation of sliders, normal. 

No significant foreign matter, or 

cloudiness, in viewfinder. 

Flash mechanism opens and 

closes smoothly. 

TV monitor 

Measuring 

instrument 

------ 

Measurement 

point 

------ 

45

5. Inspection 

 

Item 

Power switch 

check 

Input switch 

check 

Backup check 

 

46 

Item 

Check movie 

mode, shock 

noise. 

 

Item 

Check normal 

photography. 

 

Item 

MENU 

Menu/OK 

Check movie 

and audio 

recording. 

Mode 

Auto photography 

LCD ON 

Mode 


LCD ON 

Mode 


LCD ON 

Mode 

Movie 

photography 

LCD ON 



(1) Insert battery jig into 

battery terminal. 

(2) Set power supply voltage. 

(3) Set mode dial to Auto 

Photography mode. 

(4) Set mode switch to Replay 

mode. 

(5) Switch camera power 

ON. 

(7) Set mode switch to Photography 

mode. 

(8) Press MENU/OK button. 

(9) Run 8-direction button 

through one cycle. 

(10) Select SET, and change 

to the desired setting. 

(11) Set mode dial to Manual 

Photography, Scene 

Position, Voice Record 

mode, check, and then 

set to AUTO mode. 

(12) Press DISP switch. 

(13) Open battery cover. 



(1) Insert card and close 

battery cover. 

(2) Switch camera power 

ON. 

(3) Apply a light shock to the 

body. 

* Do not apply the shock 

directly to the lens or 

card cover. 



(1) Any subject. 

(2) Move zoom between 

TELE and WIDE. 

(3) Press shutter button and 

take photograph. 



(1) Any subject. 

(2) Set in Movie mode. 

(3) Press shutter button to 

record movie. 

Displayed on LCD monitor 

during recording. 

(4) Press shutter button to 

stop recording. 



method 

(2) 3.70±0.05V 

(5) LED beside the optical viewfinder 

is lit green. 

Mode LED replay is lit green. 

Beep is heard. 

Date setting screen displayed. 

Press Cancel key. 

[NO CARD] displayed. 

(7) Lens barrier opens smoothly. 

Mode LED AUTO icon is lit red. 

(8) Menu screen displayed. 

(9) Smooth operation of 8-direction 

button, and icon able to be 

selected with button. 

(11) Smooth operation of mode dial, 

only icon on mode LED for 

selected mode is lit red. 

(12) Latticed area in LCD monitor is 

displayed. 

(13) Power able to be switched OFF. 


method 

(1) Recording check card 

Restored when synchronization 

is disrupted. 

(3) No problem with LCD monitor 

Restored when synchronization 

is disrupted. 

Power not switched OFF. 


method 

(1) Distance to subject (minimum 

60cm). 

(2) Lens operates smoothly. 

(3) Use AF to check focusing. 

LCD monitor target becomes 

smaller, and shutter speed and 

aperture value displayed. 

Viewfinder LED blinks orange. 


method 

(2) Standby display on LCD monitor. 

Mode LED movie photography 

icon lit red. 

(3) Movie and audio recording 

starts. 

(4) Movie and audio recording 

ends, and is recorded on smart 

media. 

Measuring 

instrument 

Visual 

Measuring 

instrument 

Measuring 

instrument 

Measuring 

instrument 

Measurement 

point 

Viewfinder 

LED 

LCD monitor 

Lens 

Camera 

speaker 

Mode LED 

Measurement 

point 

LCD monitor 

Measurement 

point 

Measurement 

point 

Subject with 

sound (approximate 

brightness of 

PTB450). 

Mode LED


 

Item 

Check movie 

and audio 

playback. 

 

Item 

Flash 

Photograph 

check image 

 

Item 

Y level/WB 

Photograph 

check image 

 

Item 

Check playback 

image 

(flash/WB Y 

level) 

Mode 

Playback 

mode 

LCD ON 

Mode 

M mode 

LCD ON 

Mode 

M mode 

LCD ON 

Mode 

Playback 

mode 



(1) Set to Playback mode. 

(2) Press 8-direction button 

and select Movie recording 

mode. 

(3) Press 8-direction button 

to playback movie. 



(1) Set to Manual Photography 

mode. 

(2) Set White Balance mode 

to Auto mode. 

(3) Set to ISO sensitivity 200. 

(4) Set aperture to F2.8. 

(5) Set number of recorded 

pixels to 640x480 (others 

to defaults). 

(6) Set as for flash adjustment. 

(7) Take photograph. 



(1) Set to Program Photography 

mode. 

(2) Set White Balance mode 

to Lamp mode. 

(3) Set flash to OFF. 

(4) Set number of recorded 

pixels to 640x480. 

(5) Set to Manual Focus mode 

(others to defaults). 

(6) Set camera as for CAM 

adjustment. 

(7) Take photograph → without 

all white filter. 



(1) Place the smart media 

which contains the photograph 

recorded in STEP7 

and 8 in image check camera. 

(2) Set image check camera to 

Playback mode, and playback 

recorded image. 

(3) Playback flash check 

photographic image. 

(4) Playback Y level/WB check 


(5) Playback Y level/WB check 



method 

(1) LCD monitor displays playback 

operation (lens retracted after 

approximately six seconds). 

(2) LCD monitor and mode LED 

display movie playback operation. 

(3) Movie played back on LCD 

monitor. 

Audio played back from camera 

speaker. 


method 

(6) See Setup for Flash Adjustment 

diagram. 

(7) Recorded on smart media. 


method 

(6) See Setup for Camera Adjustment 

diagram. 

(7) Recorded on smart media. 


method 

(3) Playback image within 48±10 

[IRE] on waveform monitor display. 

(4) Playback image within 72 to 97 

[IRE] on waveform monitor display. 

(5) Center of luminescent spot 

located within radius of 10% of 

circle with center at X=-1%, Y= 

-8.5% on vector scope. 

5. Inspection 

Measuring 

instrument 

Camera 

speaker 

LCD monitor 

Measuring 

instrument 

Gray chart 

Measuring 

instrument 

Pattern box 

Measuring 

instrument 

Check camera 

Waveform 

monitor 

TV monitor 

(3) Waveform monitor 

(4) Waveform monitor 

Measurement 

point 

Measurement 

point 

Measurement 

point 

Measurement 

point 

(5) Vector scope 

WB specification requirements 

1% Center of luminescent 

point within requirements. 

10% 

8.5% 

47

5. Inspection 

 

48 

Item 

Delete mode 

check 

 

Item 

Battery low 

check 

 

Item 

Current consumption 

check 

 

Item 

Leakage current 

check 

 

Item 

Settings at 

shipment 

Settings at 

packaging 

upgrade 

Mode 

Delete 

Mode 

Auto Photography 

LCD ON 

Mode 


LCD ON 

Mode 

Power OFF 

Mode 




(1) Select Format from menu 

and press OK button. 

(2) Press OK button again. 



(1) Connect NP-60 battery jig. 

(2) Set to end voltage. 



(1) Connect power supply 

cable jig. 

(2) Set voltage. 

(3) Set mode dial to Camera 

mode, and switch camera 

power ON. 

(4) Check current consumption 

in viewfinder. 



(1) Switch power OFF. 



(1) Run Full Reset from Settings 

menu to return to 

defaults. 

(2) Defaults are as follows. 

Photography image display: 

OFF 

Auto power save: 

2MIN 

USB setting: Card reader 

Beep: LOW 

LCD monitor: ON 

Quality: NORMAL 

Date: Not set 

(3) Inspection battery/inspection 

SSFDC not in camera. 

(4) No contamination on LCD/ 

EVF. 

(5) Clean exterior of camera. 

(1) No damage or contamination 

on exterior of camera 

in STEP14 (5). 

(2) Upgrade packaging in 

accordance with parts list 

details. 



method 

(1) “Delete All Frames OK?” displayed. 

(2) Playback screen disappears. 


method 

(1) See Battery Adjustment for 

connections. 

(2) Set voltage to 3.13±0.01V. 

Lens retracts and camera 

power is switched OFF. 


method 

(1) See DC jack adjustment for 

connections. 

(4) Maximum 550[mA]. 


method 

(1) Leakage current maximum of 

1mA. 


method 

(1) The camera may be set to the 

mode set at shipment from the 

factory with the following procedure. 

1. Connect the camera to the 

computer with the USB cable. 

2. Open the battery cover. 

3. Switch power supply ON (AC 

adapter may also be used). 

4. Switch power ON while 

pressing the shutter button. 

5. Switch the power supply OFF 

with the camera POWER 

button. 

Measuring 

instrument 

LCD monitor 

Recorded 

smart media 

Measuring 

instrument 

Battery jig 

Stabilized 

power supply 

Measuring 

instrument 

Power supply 

cable jig 

Ammeter 

Measuring 

instrument 

Power supply 

cable jig 

Ammeter 

Measuring 

instrument 

Measurement 

point 

Measurement 

point 

Measurement 

point 

Measurement 

point 

LCD monitor 

Measurement 

point


5-4. Inspecting Resolution 

5-4-1. Settings and Photography for Inspecting Resolution 

 

Refer to the diagram at right for settings for inspecting 

resolution, and prepare the camera and high-resolution 

chart. 

Illuminate the high-resolution chart with the light 

source. Ensure that the luminance of the high-resolution 

chart is between 9.0EV and 11.5EV. 

 

Make the following preparations. 

(1) Insert a formatted SSFDC of approximately 32Mbyte 

in the camera. 

(2) Insert the power supply in the camera (battery may 

also be used). 

(3) Set to the Camera mode, and switch power ON. 

(4) Mount the camera on a tripod, and place it squarely 

in front of the high-resolution chart (ie set horizontal 

and vertical at 90º). 

(5) Place the high-resolution chart over the gray chart at 

a distance of 1200±5mm from the front face of the 

camera lens. 

 

Change the following parts of the default settings for 

the photography mode. 

(1) Set to AUTO mode. 

(2) Set to 6M Fine mode. 

(3) Set to Flash OFF mode. 

(4) Set zoom to maximum Wide. 

 

After setting in STEP1, 2, and 3, align the center of 

the LCD monitor and the center of the high-resolution 

chart (see Fig.J-1), and press the shutter button 

while preventing camera shake. 

---> The [Maximum Wide Center Resolution Check Image 

(Fig.J)] is recorded. 

* When all photography is complete, enlarge the [Maximum 

Wide Center Resolution Check Image (Fig.J- 

(2))] portion in Photoshop etc, and check whether the 

resolution requirements are satisfied. 

See 5-4-2. Resolution Check Method for details of the 

method used to check resolution. 

 

When the photography in STEP4 is complete, photograph 

the Maximum Wide Peripheral Resolution 

Check Image. 


(1) Camera position as in STEP4. 

(2) While checking the high-resolution chart in the viewfinder, 

set to a square. 

This example shows it set at bottom-right. See Fig.K 

for the set position. 

(note) 

Move only the high-resolution chart. Do not move 

the camera under any circumstances. 

 

When preparations in STEP5 are complete, press the 

shutter button while preventing camera shake. 

---> The [Maximum Wide Peripheral Resolution Check Image 

(Fig.K)] is recorded. 

Fluorescent light 

stand 

5. Inspection 

High-resolution chart 

Distance of 1200±5mm when taking 

inspection photographs. 

Settings for Inspecting Resolution 

(2) 

Maximum Wide Center Resolution Check Image 

Lens center 

(1) 

(1) 

Gray chart 

Maximum Wide Peripheral Resolution Check Image 

49

5. Inspection 

 

Photograph other squares as in STEP5 and 6 (ie 

photograph top-right, top-left, bottom-left). 


Wide Peripheral Resolution Check Image 

(Fig.K-(1))] portion in Photoshop etc, and check 

whether the resolution requirements are satisfied. 



 

Prepare as follows to check Tele resolution. 

(1) Move zoom to Tele. 

(2) Set other portions as for the Maximum Wide Center 

Resolution Check Image. 

 

After setting in STEP8, align the center of the LCD 

monitor and the center of the high-resolution chart 

(see Fig.L-(1)), and press the shutter button while 

preventing camera shake. 

---> The [Maximum Tele Center Resolution Check Image 

(Fig.L)] is recorded. 


Tele Center Resolution Check Image (Fig.L- 

(2))] portion in Photoshop etc, and check whether the 

resolution requirements are satisfied. 



 

When the photography in STEP9 is complete, photograph 

the Maximum Tele Peripheral Resolution 

Check Image. 


1) Camera position as in STEP8. 

2) While checking the high-resolution chart in the viewfinder, 

set to a square. 

This example shows it set at bottom-right. See Fig.M 

for the set position. 

(note) 

Move only the high-resolution chart. Do not move 

the camera under any circumstances. 

 

When preparations in STEP10 are complete, press 

the shutter button while preventing camera shake. 

---> The [Maximum Tele Peripheral Resolution Check Image 

(Fig.M)] is recorded. 

 

Photograph other squares as in STEP10 and 11 (ie 

photograph top-right, top-left, bottom-left). 


Tele Peripheral Resolution Check Image 

(Fig.M-(1))] portion in Photoshop etc, and check 

whether the resolution requirements are satisfied. 

See 5-4-2. Resolution Check Method for details of 

the method used to check resolution. 

50 


(2) 

Maximum Tele Center Resolution 

Check Image 

Lens center 

Maximum Tele Peripheral Resolution 

Check Image 

(1) 

(1)


5-4-2. Resolution Check Method 

 

Load each resolution inspection image into the computer. 

 

This description uses the Maximum Wide Center 

Resolution Check Image. Check the other images in 

the same way. 

 

* Enlarging the [Maximum Wide Center Resolution 

Check Image (Fig.J-(2))] 

(1) Open the image in Photoshop 5.0. 

(2) Displays as in Fig.N (display will vary with settings). 

(3) Enlarge the portion in Fig.N-(2) to approximately 

300% with the zoom tool in Fig.N-(1). 

(4) The enlarged view is shown in [Enlarged Image 

(Fig.O)]. 

 

A resolution of 500 lines in [Enlarged Image (Fig.O- 

(1))] is considered normal. Check the resolution of 

the other images as noted in the table below. 

Lens 

position 

Wide 

Tele 

Check location 

Center (horizontal/vertical) 

Peripheral (horizontal/ 

vertical) 



Service resolution 

value 

500 

300 

300 

300 

(note!) 

The resolution values used in this description are 

not those for the FinePix F601 (TV resolution), but 

are for the high-resolution chart set with the jig. 

The values in the table above are therefore for service 

use and are restricted to use in internal company 

inspections. 

5. Inspection 

(2) (1) 

Maximum Wide Center Resolution Check Image 

(1) (2) 

Enlargement Using Photoshop 

(1) 

Enlargement to 300% 

51

6.Parts List 

6.Parts List 

6-1.Packing and Accessories 

6-1-1.U-MODEL 

52 

A118 

A117 

Ref. Parts No. Description Price 

No. 

A101 FZ04634-200 UNITARY BOX 

A102 FZ04410-100 SHEET MOLD 

A103 BB07747-100 HDPE BAG 140*160 

A104 BB12943-100 BAR CODE LABEL BLANK 

A105 BB03538-100 IMPORTANT SAFETY 

A106 AZF0000-101 LDPE BAG NO.10 

A107 BL00119-200 OWNER'S MANUAL 

A108 BL00120-200 I/F MANUAL 

A109 FZ04403-100 CD-ROM 

A110 BB07792-101 WARRANTY US 

A111 FZ04433-100 BATTERY PACK 

A112 FZ04162-100 SOFTCASE 

A113 BF02317-200 SSFDC ASSY 

A106 

A116 

A102 

A119 


A101 

A115 

A108 

A113 

A104 

A114 

A112 

A103 

A110 

A105 

A109 

A107 

A111 


No. 

A114 BB04598-400 SSFDC DUST COVER 

A115 BB11327-100 LABEL 

A116 FZ04055-100 AC ADAPTER 

A117 FZ04404-100 WIRE HARNESS 

A118 BB10298-100 HAND STRAP 

A119 BL00153-200 BATTERY CAUTION W


6-1-2.E-MODEL 

A102 

A120 

A105 

A118 


No. 



A103 BB07747-100 HDPE BAG 140*160 


A105 AZF0000-111 BAG PLASTIC NO.1 

A106 BL00119-200 OWNER'S MANUAL(E) 

A107 BL00120-200 I/F MANUAL (E) 

A108 FZ04403-100 CD-ROM 



A111 BL00119-300 OWNER'S MANUAL(F) 

A112 BL00119-400 OWNER'S MANUAL(G) 

A113 BL00120-300 I/F MANUAL (F) 

A121 

A101 

A117 

A107 

A113 

A114 

A115 

A104 

A116 

A119 

6.Parts List 

A110 

A108 

A103 

A106 

A111 

A112 

A109 

Revised:25.Mar.2002 


No. 

A114 BL00120-400 I/F MANUAL (G) 



A117 BB11327-100 LABEL 




A121 BL00153-200 BATTERY CAUTION W 

53

6.Parts List 

6-1-3.EG-MODEL 

54 

A102 

A116 

A105 

A114 


No. 



A103 BB07747-100 HDPE BAG 140*160 


A105 AZF0000-101 LDPE BAG NO.10 

A106 BL00119-200 OWNER'S MANUAL (E) 

A107 BL00120-200 I/F MANUAL (E) 

A108 FZ04403-100 CD-ROM 





A113 BB11327-100 LABEL 

A117 

A101 

A107 


A113 

A111 

A104 

A112 

A115 

A108 

A110 

A103 

A106 

A109 

Revised:25.Mar.2002 


No. 




A117 BL00153-200 BATTERY CAUTION W


6-2.Cabinet F 

6-2-1.Cabinet F (U-Model) 

M210 

M201 

M204 

M210 


No. 

M201 BU01937-200 F PANEL ASSY U 

M202 BB13019-100 LENS BARRIER 

M203 BB13023-100 TRIPOD SCREW 

M204 BB10000-200 CCD BADGE S U 

M205 BB12026-100 BARRIER PIN 

M206 FZ04321-100 BARRIER MOTER HEAD 

M207 ATG1722-0ND SCREW 

M208 BB13058-100 STRAP METAL 

M209 BB12489-200 SCREW M1.7-3.0C-R 

M210 BB12585-100 ET SCREW #1 M1.7X3 

M211 BB13038-200 PL SEAL(U) 

M208 

M211 

M202 

M209 

M203 

M209 

M205 

M206 

6.Parts List 

C 

M207 

55

6.Parts List 

6-2-2.Cabinet F (E/EG-Model) 

M210 

56 

M201 

M204 

M210 

M208 

M202 


M209 

M203 

M209 

M205 

Ref. Parts No. Description Price Common Note 

No. 

M201A BU01937-300 F PANEL ASSY EG E/EG-MODEL exclusive use Fujifilm is not printed forward(*1) 

M201B BU01937-400 F PANEL ASSY E E-MODEL exclusive use Fujifilm is printed forward(*1) 

M202 BB13019-100 LENS BARRIER E/EG-MODEL is common 

M203 BB13023-100 TRIPOD SCREW E/EG-MODEL is common 

M204 BB10000-200 CCD BADGE S U E/EG-MODEL is common 

M205 BB12026-100 BARRIER PIN E/EG-MODEL is common 

M206 FZ04321-100 BARRIER MOTOR HEAD E/EG-MODEL is common 

M207 ATG1722-0ND SCREW E/EG-MODEL is common 

M208 BB13058-100 STRAP METAL E/EG-MODEL is common 

M209 BB12489-200 SCREW M1.7-3.0C-R E/EG-MODEL is common 

M210 BB12585-100 ET SCREW #1 M1.7X3 E/EG-MODEL is common 

M206 

(*1) In E-MODEL, F PANEL ASSY of 2 varieties exists. Therefore, confirm the repair article, 

and use F PANEL ASSY of the same type at the repair by which F PANEL ASSY is replaced. 

C 

M207


6-3.Internal parts 

6-3-1.Internal parts (U-Model) 

H 

M324 

M315 

M314 

M301 

M316 

M313 

A B 

A 

E 

M302 

M311 

B 

M310 

M309 

M325 

M312 


No. 

M301 BF03674-200 MODE ST UNIT UE 

M302 BB14678-100 ST LOCK LEVER 

M303 BB13055-100 MAIN FRAME 

M304 FZ04374-100 BATT CONNECTOR ASSY 

M305 BB11384-100 BL SCREW M1.7X3.5 

M306 BU01940-100 BATT FLAME ASSY 

M307 BB13091-100 SUB FRAME 

M308 BB11384-100 BL SCREW M1.7X3.5 

M309 BF03684-100 DCST PWB UNIT 

M310 BB13057-100 INSULATING TUBE 

M311 BB14127-100 SHEET STROBE 

M312 FZ04383-100 FPC 

M313 BB11640-100 SP SCREW M1.7X3.8 NI 

M314 CB0838-B101 MAIN PWB ASSY 

G 

G 

C 

M323 

F 

H 

D 

J 

M326 

I 

M321 

M322 

M307 

M308 

M313 

M306 

M327 

M304 

M318 

M317 

M305 

I 

6.Parts List 

M319 

M303 


No. 

M315 BB13059-100 MIC GUM 

M316 FZ04380-100 MIC ASSY 

M317 BB13056-100 SP HOLDER 

M318 FZ04652-100 SPEAKER ASSY 

M319 BB14136-100 GASKET 

M320 FZ04408-100 LCD 

M321 BU01939-100 BATTERY LID ASSY 

M322 BB13042-100 BATTERY LID 

M323 CB0840-A100 SUB PWB ASSY 

M324 BU01983-100 LENS CONST 

M325 FZ04406-100 EMI TAPE 

M326 BB13063-100 ST SHEET 

M327 BB14630-100 2.5A UL FUSE LABEL 

D 

E 

M320 

F 

Revised:17.May.2002 

57

6.Parts List 

6-3-2.Internal parts (E/EG-Model) 

H 

58 

M324 

M315 

M314 

M301 

M316 

M313 

A B 

A 

E 

M302 

M311 

B 

M310 

M309 

M325 

M312 


No. 

M301 BF03674-200 MODE ST UNIT UE 

M302 BB14678-100 ST LOCK LEVER 

M303 BB13055-100 MAIN FRAME 

M304 FZ04374-100 BATT CONNECTOR ASSY 

M305 BB11384-100 BL SCREW M1.7X3.5 

M306 BU01940-100 BATT FLAME ASSY 

M307 BB13091-100 SUB FRAME 

M308 BB11384-100 BL SCREW M1.7X3.5 

M309 BF03684-100 DCST PWB UNIT 

M310 BB13057-100 INSULATING TUBE 

M311 BB14127-100 SHEET STROBE 

M312 FZ04383-100 FPC 

M313 BB11640-100 SP SCREW M1.7X3.8 NI 

M314 CB0838-C101 MAIN PWB ASSY 

G 

G 

C 

M323 

F 

H 

D 

J 

M326 

I 

M321 

M322 

M307 

M308 

M313 

M306 


M327 

M304 

M318 

M317 

M305 

I 

M319 

M303 


No. 

M315 BB13059-100 MIC GUM 

M316 FZ04380-100 MIC ASSY 

M317 BB13056-100 SP HOLDER 

M318 FZ04652-100 SPEAKER ASSY 

M319 BB14136-100 GASKET 

M320 FZ04408-100 LCD 

M321 BU01939-100 BATTERY LID ASSY 

M322 BB13042-100 BATTERY LID 

M323 CB0840-A100 SUB PWB ASSY 

M324 BU01983-100 LENS CONST 

M325 FZ04406-100 EMI TAPE 

M326 BB13063-100 ST SHEET 

M327 BB14630-100 2.5A UL FUSE LABEL 

D 

E 

M320 

F 

Revised:17.May.2002


6-4.Cabinet R (U/E/EG-Model commonness) 

M405 

M404 

M403 


No. 

M401 BU01938-200 R PANEL ASSY UE 

M402 CB0840-A200 LED PWB ASSY 

M403 FZ04349-200 8 DIRECTION KEY ASSY 

M404 BB13061-100 8 PLATE 

M405 ATG1723-5ND SCREW 

M406 BB12585-100 ET SCREW #1 M1.7X3 

M407 BB13062-200 PRODUCT LABEL 

J 

M402 

6.Parts List 

M406 

M401 

M407 

59

6.Parts List 

6-5.Electrical Parts (U/E/EG-Model commonness) 

[ NOTE ] 

The components indicated by mark are critical for safety. 

When indicated parts by reference number,please include 

the board name. 

Ref Part No. Description Price 

No. 

60 

****************************************** 

BF03684-100 DCST PWB UNIT 

****************************************** 

[CONNECTOR] 

J602 FGY051-0202 CONNECTOR CJ 20P SN 0.5MM NH 

[SWITCH] 

SW601 FZ04209-400 SWITCH 

[CONNECTOR] 

CN601 FGC148-1201 CONNECTOR CJ 120P BB 0.4MM RV 

CN602 FGA113-0031 CONNECTOR CJ 3P RN 1.5MM PH 


CN604 FGB088-0201 CONNECTOR CJ 20P FN 0.5MM NH 


CN801 FGA157-0041 CONNECTOR LJ 4P SN 2.0MM RV 

CN901 FGY043-0241 CONNECTOR CJ 24P B 1.1MM NH 

[JACK] 

J601 FZ04171-100 JACK 

[FUSE] 

F601 FP00018-253 FUSE 2.5A 125V JIS 

PS601 FP00039-253 FUSE 2.5A 32V UL 

PS602 FP00039-253 FUSE 2.5A 32V UL 

PS603 FP00039-253 FUSE 2.5A 32V UL 

****************************************** 

CB0838-B102 MAIN PWB ASSY 

****************************************** 

[FUSE] 

F351 FP00036-502 FUSE 0.5A 32V UL 

[CONNECTOR] 

CN101 FGC147-1201 CONNECTOR CJ 120P BB 0.4MM PV 



CN202 FGC138-0401 CONNECTOR CJ 40P BB 0.4MM RH 


***************************************** 

CB0840-A100 SUB PWB ASSY 

***************************************** 

[CONNECTOR] 


CN152 FGC137-0401 CONNECTOR CJ 40P BB 0.4MM PV 

CN401 FGA129-0021 CONNECTOR CJ 2P SN 1MM RH 

[BATTERY] 

BT151 FZ04376-100 BATTERY 


Due to standardization,replacement in the parts list may be different from the 

parts specified in the circuit or the components used on the set. 

N.S.=Not Supplied. 

Parts not shown in the part list cannot be supplied. 

Ref Part No. Description Price 

No. 

**************************************** 

CB0840-A200 LED PWB ASSY 

**************************************** 

[SWITCH] 



[CONNECTOR] 


CN52 FGB119-0201 CONNECTOR CJ 20P FN 0.5MM NH


7. Appendix 

7-1. Preparing the CCD Defect Data Floppy Disk 

The CCD defect data file used when replacing the MAIN 

PWB ASSY is prepared as follows. 

* The serial number in the diagram at right is used as 

an example.(Fig P) 

 

Record the CCD serial number on the LENS CONST 

when replacing the MAIN PWB ASSY. 

The numbers in the diagram at right are as follows. 

Top: 0148400 (seven digits) 

Bottom: 0750 (four digits) 

The name of the defect data file containing the 

numbers is [14840750.dat]. 

The first, and last two, of the top seven digits are ignored, 

and only the second, third, fourth, and fifth 

digits are read. 

The top four digits which are read are combined with 

the bottom four digits to form the CCD defect data file 

name. Copy this file name to a sheet of paper. 

(note) 

1. Always ensure that the CCD serial number is read correctly. 

If the file name is read incorrectly, the defect data 

for the that file name (ie defect data for another CCD) 

will be used. 

 

Download the ZIP file of top four digits from Web 

server (http://fujifilm-di.intranets.com/). 

Open [ZJ00535-100(Fig (Q)-1)] in the CCD defect 

data folder, and download "1484.zip[Fig.Q-(2)]". 

 

Decompress "1484.zip". 

-->"1484 folders" including "14840750.dat" is made. 

 

Insert a writable floppy disk into the floppy disk drive 


 

Open in "1484 folders", search for 

"14840750.dat[Fig Q-(3)] ", and copy it onto the 

floppy disk. 

(note) 

2. The file identifier for the CCD defect data is ".dat". With 

some Windows settings, the identifier is not displayed. 

Change the setting in such cases. 

3. In some cases the CCD serial number includes letters 

as well as numbers. In such cases the file name is formed 

in exactly the same way. 

4. Do not create a folder on the floppy disk when copying 

the file. 

5. The defect data file may be used after copying to the C: 

drive on the computer, however it should be labeled clearly 

to ensure that it is recognizable as FinePix F601 CCDdefecte 

data, and kept in a safe place. 

 

Using the defect data in the floppy disk prepared in 

Step 5, perform CCD defect correction adjustment. 

< FinePix F601 LENS CONST > 

0148400 

0750 

7.Appendix 

A 

0 1 4 8 4 0 0 

0 7 5 0 

A 

< Fig. P> Pronunciation of CCD serial No. 

(1) 

(http://fujifilm-di.intranets.com/). 

(2) (3) 

< Fig. Q> Defect data making procedure chart 

61

7.Appendix 

62 


7-2.List of Related Technical Updates Issued 

To ensure that after-sales srevice is performed accuratety, keep a record here of the technical updates 

issued that cover this device. 

Technical Update No. Date Title Details/Other



8-1. Setting up the Downloading Software 

 

Insert the FinePix F601 firmware downloading software 

(ZJ00534-101) disk into the floppy disk drive (drive A:) 


Delete "ZJ00534-100" from C drive of PC once when you 

have installed "ZJ00534-101" in PC. 

 

Copy the entire [FinePixF601_UE] folder to the C: drive 

on the computer (Fig.1-(1)). 

 

When the entire folder has been copied to the C: drive, 

double-click [FinePixF601_UE\FFW217.exe (Fig.1-(2))] to 

start the downloading software. 

8-2. [F8] Firmware Download 

[Note] 

(1) Make the firmware Smart Media referring to "Attention 

at decompression". The place to which Web 

is up-loaded is in the folder of "Firmware". 

(2) When downloading firmware, always insert a 

smart media containing the downloading software 

into the camera prior to selecting the jig mode. 

(3) Verify the firmware version prior to using the Fine- 

Pix F601 Adjustment Software. If the firmware is not 

the current version, download the most recent version 

prior to running other adjustments.Refer to FUJI 

SERVICE BULLETIN for the camera for the version 

improvement. 

(4)Confirm the version of the firmware referring to 

[Firmware version confirmation screen displayed 

(Fig.2-(1)] after the Jig mode setting screen or [Adjustment 

item select screen (Fig.3-(1)]. 


Fx_F601_UED.FF 

[Note] 

Setup the downloading software with the initial settings 

in [4.8 Initial Settings for Adjustment Software] on page 

26 and page 27 of the Service Manual. FFW217.exe Display Screen (Windows screen) 

(1) 

Adjustment Item Select Screen 

(1) 

C:\FinePixF601_UE 

FFW217.exe 

+ - 


USB cable 

(1) 

Power supply 

DC_5V 

< Connections for Downloading Firmware > 

Firmware Version Confirmation Screen 

(2) 

63

8. Downloading Firmware FinePix F601 Zoom (U/E/EG) SERVICE MANUAL 

 



-> The [Run Download Screen (Fig.5)] is displayed. 

 

Follow the instructions on the [Run Download Screen 


-> The [Downloading Screen (Fig.6)] is displayed. Downloading 

requires between 1.5 and 2 minutes. 

-> The [Download Complete Screen (Fig.7)] is displayed 

when the firmware has been downloaded successfully. 

 

Carry out the following in accordance with the instructions 

on the [Download Complete Screen (Fig.7)]. 

(1) Remove the DC jack from the camera. 

(2) Press the [Enter] key on the computer. 

-> The [Cautions When Using Adjustment Software (Fig. is 

abbreviated)] is displayed. 

 

Follow the instructions on the [Cautions When Using Adjustment 

Software (Fig. is abbreviated)], and press the [Enter] 


-> The [Jig Mode Setup Screen(Fig. is abbreviated)] is displayed. 

 

Follow the instructions on the [Jig Mode Setup Screen(Fig. 

is abbreviated)], and press the [Enter] key on the computer. 

-> If the download has been successful the [Firmware Version 

Check Screen (Fig.8)] is displayed 

(ie. the check screen is displayed after the firmware is upgraded 

to the most recent version). 

 

Press the [Enter] key on the computer while in the [Firmware 

Version Check Screen (Fig.8)]. 

-> The [Adjustment Select Screen (Fig.4)] is displayed. 

 

Keep selecting other adjustment items from among the adjustment 

item select screen and adjust FinePix F601 ZOOM. 

64 

Firmware Version Check Screen(Ver.2.11) 

Adjustment Item Select Screen 

Run Download Screen 

Downloading Screen 

Download Complete Screen

FUJI PHOTO FILM CO., LTD. 

26-30, Nishiazabu 2-chome, Minato-ku, Tokyo 106-8620, Japan.

FinePix F601 Zoom Service Manual

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