FujiFilm FinePix4800Zoom Service Manual Download

Page: 35 / 67

Initial Adjustment

Page

Add Purpose

Name

Function (Contents)

value

5.List of Adjustment Addresses and Data

FinePix4800Zoom(U/E/EG) SERVICE GUIDE

A4h

E_ZP7AFDROP

Zoom Pos.7 evaluation value reduction trend threshold value (MS4bit: Minimum aperture, LS4bit: Open)

76h

A5h

E_ZP8AFDROP

Zoom Pos.8 evaluation value reduction trend threshold value (MS4bit: Minimum aperture, LS4bit: Open)

76h

A6h

E_ZP9AFDROP

Zoom Pos.9 evaluation value reduction trend threshold value (MS4bit: Minimum aperture, LS4bit: Open)

64h

A7h

E_ZP10AFDROP

Zoom Pos.10 evaluation value reduction trend threshold value (MS4bit: Minimum aperture, LS4bit: Open)

64h

A8h

E_SLANTZP1

ZP1 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

A9h

E_SLANTZP2

ZP2 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

AAh

E_SLANTZP3

ZP3 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

ABh

E_SLANTZP4

ZP4 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

ACh

E_SLANTZP5

ZP5 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

ADh

E_SLANTZP6

ZP6 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

AEh

E_SLANTZP7

ZP7 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

AFh

E_SLANTZP8

ZP8 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

B0h

E_SLANTZP9

ZP9 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

B1h

E_SLANTZP10

ZP10 AF reliability base de-focusing (MS4bit: Minimum aperture, LS4bit: Open)

64h

B2h

E_ERIA_AGR1

Allowable range for peak position between ZP1 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B3h

E_ERIA_AGR2

Allowable range for peak position between ZP2 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B4h

E_ERIA_AGR3

Allowable range for peak position between ZP3 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B5h

E_ERIA_AGR4

Allowable range for peak position between ZP4 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B6h

E_ERIA_AGR5

Allowable range for peak position between ZP5 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B7h

E_ERIA_AGR6

Allowable range for peak position between ZP6 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B8h

E_ERIA_AGR7

Allowable range for peak position between ZP7 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

B9h

E_ERIA_AGR8

Allowable range for peak position between ZP8 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

BAh

E_ERIA_AGR9

Allowable range for peak position between ZP9 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

BBh

E_ERIA_AGR10

Allowable range for peak position between ZP10 AF detection areas (point, MS4bit: Minimum aperture, LS4bit: Open)

32h

BCh

E_WPEAK_DF1

ZP1 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

BDh

E_WPEAK_DF2

ZP2 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

BEh

E_WPEAK_DF3

ZP3 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

BFh

E_WPEAK_DF4

ZP4 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

C0h

E_WPEAK_DF5

ZP5 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

C1h

E_WPEAK_DF6

ZP6 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

C2h

E_WPEAK_DF7

ZP7 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

C3h

E_WPEAK_DF8

ZP8 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

53h

C4h

E_WPEAK_DF9

ZP9 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

C5h

E_WPEAK_DF10

ZP10 W detection base de-focus (MS4bit: Minimum aperture, LS4bit: Open)

42h

C6h

E_AFSELECT

AF area AF evaluation value selection (1: 300KHz, 2: 1 MHz)

01h

C7h

E_AF_EV0

AF detection exposure (maximum sensitivity UP SV value)

10h

C8h

E_AF_EV1

AF detection exposure (gain control select maximum TV value)

3Ch

C9h

E_AF_EV2

AF detection exposure (change from 8 pixels ® 4 pixels maximum TV value)

3Ch

CAh

E_AF_EV3

AF detection exposure (change from 4 pixels ® 2 pixels maximum TV value)

3Ch

CBh

E_AF_EV4

AF detection exposure (change from open ® minimum aperture select maximum TV value)

55h

CCh

E_AF_EV5

00h

CDh

E_AF_EV6

00h

CEh

E_STD_HL_H

AF horizontal 300KHz base value H

00h

CFh

E_STD_HL_L

AF horizontal 300KHz base value L

28h

D0h

E_STD_HH_H

AF horizontal 1MHz base value H

00h

D1h

E_STD_HH_L

AF horizontal 1MHz base value L

14h

D2h

E_STD_V_H

AF vertical base value H

01h

D3h

E_STD_V_L

AF vertical base value L

F4h

D4h

E_STD_DET_H

Base value H during AF detection

00h

D5h

E_STD_DET_L

Base value L during AF detection

28h

D6h

E_AF_PEAK

Peak hold

05h

D7h

E_AF_CORE

Setup value for AF detection coring

52h

D8h

E_AF_CORE0

Setup value for AF detection range 0 coring

52h

D9h

E_AF_CORE1

Setup value for AF detection range 1 coring

52h

Summary of Contents for FinePix4800Zoom

Page 1: ...U E EG_Model WARNING THE COMPONENTS INDENTIFIED BY THE MARK ON THE SCHEMATHIC DIAGRAM AND IN THE PARTS LIST ARE CRITICAL FOR SAFETY PREASE REPLACE ONLY BY THE COMPORNENTS SPECIFIED ON THE SCHEMATHIC DIAGRAM AND IN THE PARTS LIST IF YOU USE WITH PART NUMBER UN SPECIFIED IT MAY RESULT IN A FIRE AND AN ELECTORICAL SHOCK ...

Page 2: ...end their replacement 5 Check the B voltage to see it is at the values specified 6 Make leakage current measurements to determine that exposed parts are acceptably insulated from the supply circuit before returning the product to the customer 7 CAUTION FOR CONTINUED PROTECTION AGAINST FIRE HAZARD REPLACE ONLY WITH SAME TYPE 2 5 AMPERES 125V FUSE ATTENTION AFIN D ASSURER UNE PROTECTION PERMANENTE C...

Page 3: ...nt 14 4 2 5 Various downloading software decompressions preservation methods and notes 16 4 2 6 Install the DSC jig driver and the PC adjustment software 17 4 3 Adjustment Using the PC 18 4 3 1 Setting up the Adjustment Software 18 4 3 2 FFWJ217 EXE Command Description 20 4 3 3 Writing and Reading From the EEPROM 20 4 3 4 Starting the Adjustment Software 22 4 3 5 L Display LCD Adjustment 23 4 3 6 ...

Page 4: ...66 319 204 398 1330 Approx 774 sec Approx 272 sec 1 Specifications 1 1 Product Specifications CCD sensor 1 1 7 inch Super CCD with primary color filter The total number of pixels 2 47 million in an interwoven pattern The number of effective pixels 2 306 million Viewfinder Real image optical Lens Super EBC Fujinon optical 3x zoom lens Aperture F2 8 F7 0 Wide angle to F4 5 F10 8 Telephoto Focus TTL ...

Page 5: ...o 104 degrees Fahrenheit 80 humidity or less no condensation Camera dimensions 80 mm x 97 5 mm x 36 3 mm 3 1 in x 3 8 in x 1 4 in W H D not including accessories and attachments Camera mass weight 258 g 9 1 oz not including accessories batteries or SmartMedia Weight for photography Approx 300 g 10 6 oz including batteries and SmartMedia Cradle dimensions 80 mm x 53 mm x 80 mm 3 1 in x 2 1 in x 3 1...

Page 6: ...h Shutter button Strap mount Flash control sensor Microphone Self timer lamp Lens Lens Cover Viewfinder lamp Mode dial OPEN Flash pop up button Viewfinder Power button Mode switch DISP button SmartMedia slot cover release button SmartMedia slot cover SmartMedia slot BACK button Display panel Battery cover MENU OK button Tripod mount LCD monitor Speaker Cradle connection socket Connection socket co...

Page 7: ...f internal Components R PANEL ASSY R PANEL MIC ASSY XE PWB UNIT LCD M FRAME ASSY MAIN PWB ASSY DC PWB ASSY F PANEL ASSY LENS CONST BARRIER MOTOR HEAD ST PWB UNIT F PANEL MODE DIAL ASSY B W LCD KEY PWB ASSY BATTERY CONNECTOR PWB HOLDER SPEAKER ASSY B COVER ASSY LENS BARRIER ...

Page 8: ...Zoom U E EG SERVICE GUIDE 3 Disassembly 3 1 Removing R PANEL ASSY F PANEL ASSY 4 1 3 1 2 5 6 7 8 attention Thing to remove F PANEL after flash is discharged step1 Remove in the order indicated by circled numbers step2 step3 step4 ...

Page 9: ...SSY is installed on R PANEL ASSY the position of the RP lever of SW901 and R PANEL is noted attention When BARRIER MORTOR HEAD is installed on F PANEL the position of the hole of the barrier drive axis of MORTOR and LENZ BARRIER is noted with LENZ BARRIER shut Remove in the order indicated by circled numbers step1 step1 Refer to the decomposition procedure of 3 1 F PANEL R PANEL even for the under...

Page 10: ...tion Thing to install ST SHEET surely attention Remove in the order indicated by circled numbers Refer to the decomposition procedure of 3 1 F PANEL R PANEL even for the undermentioned procedure step1 step2 step3 step4 After ST PWB UNIT is installed the harness of MIC ASSY is assembled through the lower side of capacitor C819 ...

Page 11: ...9 11 8 10 step1 Remove in the order indicated by circled numbers Refer to the decomposition procedure of 3 1 F PANEL R PANEL even for the undermentioned procedure Remove in the order indicated by circled numbers Refer to the decomposition procedure of 3 1 F PANEL R PANEL even for the undermentioned procedure step1 step2 step3 ...

Page 12: ...12 13 9 11 8 10 3 3 4 3 8 Removing BATTERY CONNECTOR PWB HOLDER 1 2 Remove in the order indicated by circled numbers Refer to the decomposition procedure of 3 1 F PANEL R PANEL even for the undermentioned procedure step1 step2 step3 step4 step1 step2 Remove in the order indicated by circled numbers ...

Page 13: ...operation checks PC AT compatible Windows 98 Brightness meter LS 110 Minolta or equivalent Color temperature meter Color Meter IIIF Minolta or equivalent MAIN PWB 3 DC PWB ST CONST ST PWB XE PWB LENSCONST 1 MODE DIAL B W LCD Mode dial battery adjustment DC jack voltage adjustment Display LCD adjustment CCD defect data OFD adjustment 3 Picture adjustment AF adjustment Flash adjustment 2 End setting...

Page 14: ...40 against the pattern box With the filter LB140 in contact with the brightness meter adjust the pattern box brightness to 160 5cd m2 2 Color temperature 6100 50 K with LB140 filter No chart center of pattern box Minolta color meter IIIF or equivalent 4 2 3 Measuring Intrument and Jig Connection Diagram Filter LB140 Pattern box 30 5mm Fig A Preparations for Picture Adjustment Up to 50mm Camera Vol...

Page 15: ...om the reference face see 1 The conversion lens is not used with 600mm adjustment 2 Illuminate the AF chart with the light source Ensure that the brightness at the surface of the AF chart is 9 0 12 0Ev 3 Locate the conversion lens concentric with the camera lens Measurement Place the filter LB140 against the pattern box With the filter LB140 in contact with the color temperature meter adjust the p...

Page 16: ...ftware Note Specify the preservation drive for C drive if it is decompres sion software which can specify the preservation drive Similarly defrost without making a new folder if it is decom pression 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 step3 The folder nam...

Page 17: ...SC 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 step 1 DSC jig driver ZJ00476 100 ZIP is downloaded from Web server http fujifilm di intranets...

Page 18: ...der any circumstances The software will not run if it has been altered in any way Step 1 Double click on the executable file FFW217 exe Fig D 1 to display the FFW Start up Screen Fig E Step 2 Select the Setting menu Fig F 1 from the menu bar on the Menu screen and then select Mode set ting Fig F 2 Step 3 Select the EVR menu Fig G 1 from the Custom ize dialog screen and setup as follows Fig G 2 Ite...

Page 19: ...een Fig 2 P20 The PC adjustment software will generate an error if the power supply is changed while it is running or in the worst case may result in the PC hanging up 3 When all adjustment have been completed always check that the camera is identified as Mass Storage 4 The values resulting from adjustment as shown on the PC screens Fig 4 Fig 6 Fig 7 Fig 10 Fig 15 Fig 18 Fig 21 Fig 22 Fig 23 on th...

Page 20: ...ware will not run if it has been altered in any way 4 3 3 Writing and Reading From the EEPROM This adjustment software may be used in the same manner as the adjustment remote RM95B to write and read data from the EEPROM Use the following procedure Step 1 Display the screen for selection of PC camera ad justment items see P20 Step 2 Select Data EVR from the menu on the Adjust ment Items Select Scre...

Page 21: ...Dialog Screen 1 5 1 2 3 4 Step 6 batch write write to RAM Select the file saved in Step 5 check Read file Write RAM Fig N 2 on the EVR Record Dialog Screen and click on the Start button Fig N 5 A check as shown in Fig N 4 is unnecessary at this point The data in the file saved on the PC is automatically writ ten to RAM The data written to RAM is displayed in blue Step 7 batch write write to ROM Se...

Page 22: ...at E Termination Setting has been completed before completing adjustment see the page on adjustment items for details Note 2 Ignore until an instruction is received when downloading firmware Step 4 When the Enter key on the PC is pressed the Adjust ment Items Select Screen Fig 3 is displayed Select the item to be adjusted Fig 3 1 shows the camera firmware version to be adjusted 1 Fig 2 FinePix 480...

Page 23: ...n the C key is pressed on the PC keyboard the CCD defect Data Write OFD Adjustment Fig 6 ap pears Proceed with the adjustment in accordance with the instructions on the PC screen The adjust ment procedure and description are given below Step 1 After Exchange a new lens insert the CCD defect Data floppy disk supplied with the lens in the A drive of the PC Step 2 Enter the 8 digit number on the flop...

Page 24: ... automatically using End data Battery high voltage 5 80V 0 02V 0 00V Step 4 Press the Enter key in the Battery Voltage Adjust ment completed Screen Fig 10 to return to the Start up screen Fig 2 Step 5 Important Supply 5 0 01V to the camera from the DC jack with the Start Screen selected and the lithium battery jig removed If adjustment is to consist only of battery voltage adjustment is to be con ...

Page 25: ...key The PC then automatically begins Picture adjustment Step 3 When adjustment without the filter is complete a message requiring insertion of the LB140 filter ap pears on the screen Fig 13 Insert the filter and press the Enter key The PC then automatically re commences Picture adjustment Step 4 When adjustment with the filter is complete a message re quiring removal of the LB140 filter appears on...

Page 26: ...it the 600mm con version lens to the camera and press the Enter key The PC then automatically begins AF adjustment Step 3 When INF adjustment is complete the 600mm AF Adjustment Start Screen Fig 17 is displayed Re move the 600mm conversion lens and press the En ter key The PC then automatically commences 600mm AF Adjustment Step 4 When 600mm adjustment begins the 800mm adjust ment is also calculat...

Page 27: ...etion Screen Fig 21 is dis played Step 3 When the Enter key is pressed in the Flash Adjustment Completion Screen Fig 21 the system returns to the Adjustment Items Select Screen Fig 3 Proceed with any other necessary adjustments Always select E End Setting to complete adjustment see P29 for de tails 4 3 12 F1 F2 Display Adjustment Results I II Select F1 or F2 on the Adjustment Items Select Screen W...

Page 28: ...erted press the Y key if not press the N key Step 3 The download begins when the Y key is pressed Downloading requires approximately 30 seconds Ensure that the DC jack or USB cable are not re moved from the camera during the download If the N key is pressed the system returns to the Start up screen Fig 2 Insert the card in the cam era and begin again from Step 1 above Step 4 The Download Completio...

Page 29: ...2 Automatically written USB IDs are as follows Numbers in indicate decimal numbers Other numbers are ASCII numbers Select E on the Adjustment Items Select Screen When the E key is pressed on the PC keyboard the End Setting Start Screen Fig 27 appears Proceed with the END setting in accordance with the instruc tions on the PC screen The adjustment procedure and description are given below Step 1 Pr...

Page 30: ...he repair center is selected the USB ID Write Com pletion Screen Fig 30 appears Press the Enter key Step 5 Important When the Enter key is pressed the FinePix 4800Zoom PC Adjustment Completion Screen Fig 31 appears Remove the DC jack while en suring that the USB cable remains connected Terminate the adjustment software by selecting PC adjustment software Operation Completion Remove the USB cable a...

Page 31: ...00 101 102 103 104 105 106 107 108 109 110 111 7 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 8 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 9 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 A 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 B 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 C 192 193 194 195 196 1...

Page 32: ...tion From ZP1 INF equivalent to zoom position 1 macro photography MOD 8Fh O 0 15h E_ZP2MMOD Focus position From ZP2 INF equivalent to zoom position 2 macro photography MOD 77h O 0 16h E_ZP3MMOD Focus position From ZP3 INF equivalent to zoom position 3 macro photography MOD 65h O 0 17h E_ZP4MMOD Focus position From ZP4 INF equivalent to zoom position 4 macro photography MOD 56h O 0 18h E_ZP5MMOD Fo...

Page 33: ...Eh E_ZP9MNG Focusposition FromZP9INF whenzoomposition9macrophotographyAFnotfunctioning 1Ch 0 4Fh E_ZP10MNG Focusposition FromZP10INF whenzoomposition10macrophotographyAFnotfunctioning 18h 0 50h E_ZP1AFSFT Zoom position 1 AF shift MS4b Minimum aperture LS4B Open Centre value 8 88h 0 51h E_ZP2AFSFT Zoom position 2 AF shift MS4b Minimum aperture LS4B Open Centre value 8 88h 0 52h E_ZP3AFSFT Zoom posi...

Page 34: ...tart close margin pulses MS4B FAR LS4B NEAR EEh 0 8Bh E_ZP2AFSCP_M Macro photography zoom position 2 AF search start close margin pulses MS4B FAR LS4B NEAR EEh 0 8Ch E_ZP3AFSCP_M Macro photography zoom position 3 AF search start close margin pulses MS4B FAR LS4B NEAR EEh 0 8Dh E_ZP4AFSCP_M Macro photography zoom position 4 AF search start close margin pulses MS4B FAR LS4B NEAR EEh 0 8Eh E_ZP5AFSCP...

Page 35: ...ngeforpeakpositionbetweenZP7AFdetectionareas point MS4bit Minimumaperture LS4bit Open 32h 0 B9h E_ERIA_AGR8 AllowablerangeforpeakpositionbetweenZP8AFdetectionareas point MS4bit Minimumaperture LS4bit Open 32h 0 BAh E_ERIA_AGR9 AllowablerangeforpeakpositionbetweenZP9AFdetectionareas point MS4bit Minimumaperture LS4bit Open 32h 0 BBh E_ERIA_AGR10 AllowablerangeforpeakpositionbetweenZP10AFdetectionar...

Page 36: ...ition LS4bit CompensationfromAF_MINTV 45h 0 F6h E_AF_DZ Locon base value divisor with digital zoom 04h 0 F7h E_AF_GRADE Reduction evaluation parameter for AF evaluation value 02h 0 F8h E_AFEXPOS_H ApplicablebrightnessvalueforexposurecompensationduringAFdetection setwithEV 10 unsignedinteger 3Dh 0 F9h E_AFEXPOS_L Exposure compensation during AF detection set with EV 10 unsigned integer FAh 0 FAh E_...

Page 37: ...t0 DLLoperatingband AD bit8 bit2 AFEoperationmode ADbit10 bit4 5 AMPbandcontrol ADbit12 13 01h 1 2Ch E_EXTP00_VGA Equivalent VGA setup value LOW for 1 0EV sensitivity increase 38h O 1 2Dh E_EXTP01_VGA Equivalent VGA setup value for 0 9EV sensitivity increase 4Eh O 1 2Eh E_EXTP02_VGA Equivalent VGA setup value for 0 8EV sensitivity increase 63h O 1 2Fh E_EXTP03_VGA Equivalent VGA setup value for 0 ...

Page 38: ... D region flash sensitivity compensation 00h O 1 61h E_SCHRG_C Flash trickle charge EVRCH7 approximately 1 9V 64h 1 62h E_SCHRG_L Flash trickle charge EVRCH7 approximately 1 85V 5Ch 1 63h E_SCHRG_H Flash trickle charge EVRCH7 approximately 1 1V 2Fh 1 64h E_SCHARG_TIM Flash charge detect wait time time from STRB_CC in ms units 1Eh 1 65h E_CHRG_TM_MAX Maximum flash charge time in units of seconds 0F...

Page 39: ...ightness table 00h 1 91h E_LCD_TBL17 LCD brightness table 00h 1 92h E_LCD_TBL18 LCD brightness table 00h 1 93h E_LCD_TBL19 LCD brightness table 00h 1 94h E_LCD_TBL20 LCD brightness table 00h 1 95h E_LCD_SIGCEN LCD signal base 80h O 1 96h E_LCD_MODE0 LCD mode 0 83h 1 97h E_LCD_MODE1 LCD mode 1 14h 1 98h E_LCD_MODE2 LCD mode 2 00h 1 99h E_LCD_MODE3 LCD mode 3 00h 1 9Ah E_LCD_MODE4 LCD mode 4 10h 1 9...

Page 40: ... split load 1 Split load 01h 1 C8h E_TFD_LG56 Not used area for use with subsequent models TFD register 56 00h 1 C9h E_TFD_LG57 Not used area for use with subsequent models TFD register 57 00h 1 CAh E_TFD_LG58 Not used area for use with subsequent models TFD register 58 00h 1 CBh E_TFD_LG59 Not used area for use with subsequent models TFD register 59 00h 1 CCh E_EZ_STEP Number of pixels for horizo...

Page 41: ...Ch 2 02h E_SHAKE_TV3 Zoom position 3 handshake limit shutter speed expressed as TV value x 10 3Ch 2 03h E_SHAKE_TV4 Zoom position 4 handshake limit shutter speed expressed as TV value x 10 3Ch 2 04h E_SHAKE_TV5 Zoom position 5 handshake limit shutter speed expressed as TV value x 10 3Ch 2 05h E_SHAKE_TV6 Zoom position 6 handshake limit shutter speed expressed as TV value x 10 3Ch 2 06h E_SHAKE_TV7...

Page 42: ...om position 1 5Ah 2 33h E_ZP2MTHR Macro photography movie focus position From ZP2 INF for zoom position 2 4Bh 2 34h E_ZP3MTHR Macro photography movie focus position From ZP3 INF for zoom position 3 40h 2 35h E_ZP4MTHR Macro photography movie focus position From ZP4 INF for zoom position 4 37h 2 36h E_ZP5MTHR Macro photography movie focus position From ZP5 INF for zoom position 5 2Fh 2 37h E_ZP6MTH...

Page 43: ... difference with compensation high 70h 2 68h E_AWBEV_PRM Limit for linked exposure with flash photography 0Bh 2 69h E_D_LMT Lower limit value EVx10 for metering linked to light detection 37h 2 6Ah E_AWB_INSTH_H Internal flash light detection threshold high 00h 2 6Bh E_AWB_INSTH_L Internal flash light detection threshold low 19h 2 6Ch E_AE_2 01h 2 6Dh E_ABC_LEV ABC target level 1Ah 2 6Eh E_ABC_MIN ...

Page 44: ...L2G_A 5 WBG adjustment value at fluorescent lighting auto white daylight illumination 28h O 2 A5h E_L2R_A 5 WBR adjustment value at fluorescent lighting auto white daylight illumination 3Eh O 2 A6h E_L2B_A 5 WBB adjustment value at fluorescent lighting auto white daylight illumination 33h O 2 A7h E_L3G_A 6 WBG adjustmentvalue atfluorescentlighting3autowhitedaylightillumination 28h O 2 A8h E_L3R_A ...

Page 45: ...28h 2 D5h E_L2MAXRG Fluorescent lamp daylight white detection frame X 35h 2 D6h E_L2MINBG Fluorescent lamp daylight white detection frame Y1 49h 2 D7h E_L2MAXBG Fluorescent lamp daylight white detection frame Y 5Ah 2 D8h E_L3MINRG Fluorescent lamp 3 daylight white detection frame X1 28h 2 D9h E_L3MAXRG Fluorescent lamp 3 daylight white detection frame X 35h 2 DAh E_L3MINBG Fluorescent lamp 3 dayli...

Page 46: ...R pixel offset value 80h O 3 10h E_A2_BOFF YCPRO Other than A REC clear skies B pixel offset value 80h O 3 11h E_A2_CGR YCPROOtherthanA RECclearskies Rcolordifferencedatacolorphasecompensationvalue Rcolordifferencedatagainvalue 65h 3 12h E_A2_CGB YCPROOtherthanA RECclearskies Bcolordifferencedatacolorphasecompensationvalue Bcolordifferencedatagainvalue 65h 3 13h E_A2_YAPC YCPROA RECclearskies Othe...

Page 47: ...IGHT_UYBAL YCPRONight timemode Other than FULL size edge compensation mixing ratio 44h 3 43h E_NIGHT_UYLEV YCPRONight timemode Other than FULL size edge compensation gain value 20h 3 44h E_NIGHT_UYCOR YCPRONight timemode Other than FULL size edge compensation coring value 01h 3 45h E_NIGHTL_GOFF YCPRO Night time mode long TV GR GB pixel offset 80h O 3 46h E_NIGHTL_ROFF YCPRO Night time mode long T...

Page 48: ... GR GB pixel offset value 80h O 3 78h E_NS1_ROFF YCPRO M REC standard sensitivity R pixel offset value 80h O 3 79h E_NS1_BOFF YCPRO M REC standard sensitivity B pixel offset value 80h O 3 7Ah E_NS1_GAMMA YCPROM RECstandardsensitivitySharp1 2rselect MS4bit Flash LS4bit Noflash 00h 3 7Bh E_NS1_YAPC YCPROM RECstandardsensitivityFULLsizeSharp1edgecompensationprocessingsetup bit6 7 YAGC bit5 0 YAPC 08h...

Page 49: ...ROM REChighsensitivityFULLsizeSharp3edgecompensationmixingratio 44h 3 AFh E_HS3_YLEV YCPRO M REC high sensitivity FULL size Sharp 3 edge compensation gain value 24h 3 B0h E_HS3_YCOR YCPRO M REC high sensitivity FULL size Sharp 3 edge compensation coring value 04h 3 B1h E_HS3_UYAPC YCPROM REChighsensitivity FULLsizeSharp3edgecompensationprocessingsetup bit6 7 YAGC bit5 0 YAPC 08h 3 B2h E_HS3_UYBAL ...

Page 50: ...long TV B pixel offset value 80h O 3 E3h E_HS1L_CGR YCPROM REChighsensitivitySharp1 2longTVRcolordifferencedatacolorphasecompensationvalue Rcolordifferencedatagainvalue 60h 3 E4h E_HS1L_CGB YCPROM REChighsensitivitySharp1 2longTVBcolordifferencedatacolorphasecompensationvalue Bcolordifferencedatagainvalue 60h 3 E5h E_HS3L_CGR YCPROM REChighsensitivitySharp3longTVRcolordifferencedatacolorphasecompe...

Page 51: ...CODE 00h 4 19h E_PRODUCT19 Device product name UNICODE 00h 4 1Ah Blank Reserved 00h 4 1Bh E_SERIAL_NUM0 Device serial number UNICODE 59h O 4 1Ch E_SERIAL_NUM1 Device serial number UNICODE 2Dh O 4 1Dh E_SERIAL_NUM2 Device serial number UNICODE 32h O 4 1Eh E_SERIAL_NUM3 Device serial number UNICODE 37h O 4 1Fh E_SERIAL_NUM4 Device serial number UNICODE 37h O 4 20h E_SERIAL_NUM5 Device serial number ...

Page 52: ..._PNAME11 Product name full name 20h 4 50h E_PNAME12 Product name full name 5Ah 4 51h E_PNAME13 Product name full name 4Fh 4 52h E_PNAME14 Product name full name 4Fh 4 53h E_PNAME15 Product name full name 4Dh 4 54h E_PNAME16 Product name full name 00h 4 55h E_MODEL1 Model name not used reserved 00h 4 56h E_MODEL2 Model name not used reserved 00h 4 57h E_MODEL3 Model name not used reserved 00h 4 58h...

Page 53: ...h E_JIG_PRM11 Jig parameter 11 00h 4 8Dh E_JIG_PRM12 Jig parameter 12 00h 4 8Eh E_JIG_PRM13 Jig parameter 13 00h 4 8Fh E_JIG_PRM14 Jig parameter 14 00h 4 90h E_JIG_PRM15 Jig parameter 15 00h 4 91h E_SHUT_MODE Shuttertimingadjustment 1 Smear 2 Accumulationforelectronicshutteronly 3 Continuousaccumulation 4 Mechanicalshutteraccumulation 00h 4 92h E_AUTO_DEBUG For automatic debugging 00h 4 93h E_JIG_...

Page 54: ...chronous 1 USB Note ChangetheinitialvaluetoUSBafterUSBrelease 00h 4 BFh 00h 4 C0h 00h 4 C1h SGmanagement E_SG10 For SG 00h 4 C2h E_SG11 For SG 00h 4 C3h E_SG12 For SG 00h 4 C4h Basicnotificationdata E_OFD_B OFD bottom voltage 00h O 4 C5h E_OFD_T OFD top voltage 00h O 4 C6h E_TEST_QLT QLT value for fixed length examination 00h 4 C7h E_TEST_IDX_H IDX value high for fixed length examination 0Bh 4 C8h...

Page 55: ...G Fluorescent lamp white low temperature detection frame X2 46h 4 F2h E_L3LMINBG Fluorescent lamp white low temperature detection frame Y1 32h 4 F3h E_L3LMAXBG Fluorescent lamp white low temperature detection frame Y2 49h 4 F4h E_TEST_VIDEO LCD VIDEO output select 00h 4 F5h E_PWROFF_CNT Number of POWER OFF counts 00h 4 F6h E_PMSTS1 KOPMSTS register value MSB 00h 4 F7h E_PMSTS2 KOPMSTS register val...

Page 56: ...evel R color difference 4 high bits B color difference 4 low bits 00h 5 38h E_ENC_BLKLVL Encoder sync signal blanking level 42h 5 39h E_ENC_SYNCLVL Encoder sync signal sync level 1Dh O 5 3Ah E_ENC_BPCBLVL Encoder burst B color difference level EDh O 5 3Bh E_ENC_BFCRLVL Encoder burst R color difference level 00h O 5 3Ch E_EGHB_HBLKS Encoder horizontal blanking position register HBLKS low 8 bits MSB...

Page 57: ...REC clear skies Other than FULL size brightness noise reduction minimum value 00h 5 6Ch E_UTHCSLA YCPRO A REC clear skies Other than FULL size coring gradient 0 16x 1 16 steps 20h 5 6Dh E_UTHCOFS YCPRO A REC clear skies Other than FULL size coring offset value 18h 5 6Eh E_UTHCMAX YCPRO A REC clear skies Other than FULL size coring maximum value 16h 5 6Fh E_UTHCMIN YCPRO A REC clear skies Other tha...

Page 58: ...RT_UTHCMIN YCPRO Portrait Other than FULL size coring minimum value 04h 5 A0h E_NIGH_THNSLA YCPRONight time FULLsizebrightnessnoisereductiongradient 0 16x 1 16steps 00h 5 A1h E_NIGH_THNOFS YCPRONight time FULL size brightness noise reduction offset value 00h 5 A2h E_NIGH_THNMAX YCPRONight time FULL size brightness noise reduction maximum value 00h 5 A3h E_NIGH_THNMIN YCPRONight time FULL size brig...

Page 59: ...it mode Area 7 weighting coefficient 04h 5 D5h E_AE_WGTP7 Portrait mode Area 8 weighting coefficient 01h 5 D6h E_AE_WGTP8 Portrait mode Area 9 weighting coefficient 01h 5 D7h E_AE_WGTP9 Portrait mode Area 10 weighting coefficient 01h 5 D8h E_AE_WGTP10 Portrait mode Area 11 weighting coefficient 01h 5 D9h E_AE_WGTP11 Portrait mode Area 12 weighting coefficient 01h 5 DAh E_AE_WGTS0 Scenery mode Area...

Page 60: ...0h 6 0Ah E_LS1_UTHNMAX YCPRO Low sensitivity Other than FULL size Sharp 1 brightness noise maximum value 00h 6 0Bh E_LS1_UTHNMIN YCPROLowsensitivity Other than FULL size Sharp 1 brightness noise minimum value 00h 6 0Ch E_LS1_UTHCSLA YCPROLowsensitivity Other than FULL size Sharp 1 coring reduction gradient 0 16x 1 16 steps 20h 6 0Dh E_LS1_UTHCOFS YCPROLowsensitivityOther than FULL size Sharp 1 cor...

Page 61: ...p2brightnessnoisereductiongradient 0 16x 1 16steps 00h 6 41h E_NS2_THNOFS YCPROStandardsensitivity FULL size Sharp 2 brightness noise reduction offset value 00h 6 42h E_NS2_THNMAX YCPROStandardsensitivity FULL size Sharp 2 brightness noise reduction maximum value 00h 6 43h E_NS2_THNMIN YCPROStandardsensitivity FULL size Sharp 2 brightness noise reduction minimum value 00h 6 44h E_NS2_THCSLA YCPROS...

Page 62: ...coring maximum value 32h 6 77h E_HS2_THCMIN YCPROHighsensitivity FULL size Sharp 2 coring minimum value 04h 6 78h E_HS2_UTHNSLA YCPROHighsensitivity OtherthanFULLsizeSharp2brightnessnoisereductiongradient 0 16x 1 16steps 00h 6 79h E_HS2_UTHNOFS YCPROHighsensitivity Other than FULL size Sharp 2 brightness noise reduction offset value 00h 6 7Ah E_HS2_UTHNMAX YCPROHighsensitivity Other than FULL size...

Page 63: ... than FULL size Sharp 2 brightness noise reduction minimum value 00h 6 ACh E_VHS2_UTHCSLA YCPROUltra highsensitivity Other than FULL size Sharp 2 coring reduction gradient 0 16x 1 16 steps 00h 6 ADh E_VHS2_UTHCOFS YCPROUltra highsensitivity Other than FULL size Sharp 2 coring offset value 00h 6 AEh E_VHS2_UTHCMAX YCPROUltra highsensitivity Other than FULL size Sharp 2 coring maximum value 00h 6 AF...

Page 64: ...E_MKIZU_DATA CCD defect data 00h O 8 00h FFh E_MKIZU_DATA CCD defect data 00h O 9 00h FFh E_SKIZU_DATA CCD defect data 00h O A 00h FFh E_SKIZU_DATA CCD defect data 00h O B 00h FFh E_SKIZU_DATA CCD defect data 00h O C 00h FFh E_SKIZU_DATA CCD defect data 00h O D 00h FFh TG E_TG_PATERN TG pattern data 00h O E 00h FFh E_TG_PATERN TG pattern data 00h O F 00h 6Bh E_TG_PATERN TG pattern data 00h O ...

Page 65: ...RA_H_POS1 Graphic characters horizontal high 1 bits 01h 1 FEh E_GRA_H_POS2 Graphic characters horizontal low 8 bits 5Bh 1 FFh E_GRA_V_POS Graphic characters vertical 5Eh 4 1Fh USB E_SERIAL_NUM4 Device serial number UNICODE 38h O 5 3Ah Encoder E_ENC_BPCBLVL Encoder burst B color difference level EFh O 5 3Bh E_ENC_BFCRLVL Encoder burst R color difference level 11h O 5 3Ch E_EGHB_HBLKS Encoder horizo...

Page 66: ... GUIDE 66 6 Appendix 6 1 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 ...

Page 67: ...26 30 Nishiazabu2 chome Minato ku Tokyo106 8620 Japan FUJI PHOTO FILM CO LTD ...

Search results

Summary of Contents for FinePix4800Zoom

Reviews:

Related manuals for FinePix4800Zoom

Brands by name

Popular brands

FujiFilm FinePix4800Zoom, Service Manual

Search results

Summary of Contents for FinePix4800Zoom

Reviews:

Related manuals for FinePix4800Zoom

Brands by name

Popular brands