Parts List
Contents
1. Colour Viwer 5100 Common 163056 Chart for Colour Adjustment Common J65042 Calibration Software 995 775 885 5000 2500 4500 5700 2 HERF TLM Attached in Siemens chart Common Service Manual 1 E5700 VAA11801 R 3578 Nikon COOLPIXS 700 VAA11801 J VAA11802 U VAA11803 EP VAA11804 EN PARTS LIST NIKON CORPORATION Nikon Tokyo Japan Copyright 2002 by Nikon Corporation Recycled paper 11 Rights Reserved Printed in Japan July 2002 VAA11801 R 3578 636 065 2507 5 411 177 410210 9 6 001 370 5 411 1767203 10 645 054 9793 5 d 2 636 066 2063 5 636 064 9200 5 CID 2 5 ud 68060 332 5 636 065 2446 5 636 065 2545 5 636 066 NN 411 180 0405 10 636 066 9376 5 gt 636 AUN 636 065 2330 1 gt Sac S SS 645 055 3257 5 636 066 2070 5 gt 636 066 4913 5 411 173 7008 10 636 066 2209 5 2 412 063 1106 10 411 177 4102 10 6K680 479 5 m 411 173 7008 10 gt gt 8 412 063 1106 10 411 184 72. D 6 BATTERY UNIT IIR hh hh mh hn D7 CP 1 PCB CA 1 PCB PW 1 PCB overt ttt IP D8 LENS UNIT CCD EVF tt D 9 ASSEMBLY EVE CCD A 1 LENS UNIT tt A 2 CP 1 PCB PW 1 PCBT A 3 A 4 BATTERY UNIT t III hh hh hh hh hn 5 LENS UNIT COVER cect crete etree eee ee eee hh hh hh hh hh nnn nn n 6 CABINET gt AT JOINT UNIT vec cere hh hh hh hh hh nnn AS LCD UNIT sse IRI hh hh hh hh nnn 9 10 BACK CABINET SB TOP COVER A 1 1 ADJUSTMENT cece cc M eee IRI Ih hh hh hh hh hh n nnn nn A12 A21 DISCRIPTION OF CIRCUIT E1 ET7 ELECTRICITY OVERALL WIRING rete eee treet nett ee eee ee ee hh hh nnn nn E8 OVERALL BLOCK DIAGRAM 9 CP 1 BLOCK DIAGRAM reset tere hh hh hh hh hh ntn E10 CP 1 BLOCK LENS UNIT D
3. Firmware Version v583 71 Mtn USB Storage ET ET t Serial et Video Mode Sf see 10 Lens Adjustment Preparation Siemens star chart POWER switch ON Adjustment condition Make a copy of A4 size siemens chart in enlarged A3 size or larger Illumination above the subject should be 400 lux 10 Set the siemens star chart 150 cm 3 cm between Siemens star chart and the surface of camera s protection lens Adjustment method 1 Double click on the DscCalDi128 2 Set the siemens star chart 150 cm 3 cm so that it be comes center of the screen LCD Test Monitor 3 Click the Focus and click the Yes 4 Lens adjustment value will appear on the screen adjustment value is 1000 64 5 Click the OK DSCCALDI Yes DSCC jh Focus Result 1 972 19 979 12 991 00 994 150 cm 3 cm Siemens star chart 14 E5700 VAA11801 R 3578 A 11 AWB Adjustment Preparation Color viewer POWER switch ON set to Any MODE Note When setting the camera in place set it to an angle so that nothing appears in any part of the color viewer except the white section Do not enter any light Adjusting method 1 Double click on the DscCalDi128 2 Click the AWB and click the Yes 3 AWB adjustment value will appear on the screen
4. SELF LED 38362258302 E17 5700 VAA11801 R 3578 A The contents of inspection standards and tools for E5700 Inspection Standards s o ttem icm o R1 to R5 2 TOOIS S f Ra Rn ate s HO ROG RR ame T1 to T2 Conditions to be set and prepared for inspections 1 Physical stance to measure On the applicable product its lens shall be set flat and its monitor shall be set to vertically stand up 2 Room temperature and constantly controlled humidity 25 5 Relative humidity 65 20 3 Battery to be employed Primary battery Unless otherwise specified us a Sanyo 2CRS lithium battery within four months of manufacture When using various manufacturers conduct the inspection using a Sanyo Matsushita or Duracell 2CRSlithium battery Secondary battery Use the dedicated rechargeable battery EN EL1 Use after it has been fully charged with the dedicated AC adapter EH 21 or battery charger MH 53 4 Standard power supply Specified AC power supply EH 21 shall be required E5700 VAA11801 R 3578 Inspection standards Item Criteria Applied tool s External view Gap Difference in General components height Gap 0 3mm or less Difference in height 0 15mm or less When the battery cover is closed Gap 0 6mm or less Difference between right and left must not be noticeable Difference in height 0 3mm or less Perform measurement under free condition
5. Q ty Remarks 636 066 9352 636 066 9352 TERMINAL COVER 636 066 9376 636 066 9376 SLD SLD UNIT COVER 1 O 636 066 9680 636 066 9680 CF CF COVER HOLDER 2 636 067 0501 636 067 0501 SPACER 1 636 067 0518 636 067 0518 SPACER 1 645 052 2789 645 052 2789 LCD LCD 2 O 645 052 4318 0 645 052 4318 LCD LCD 1 O 645 052 5728 645 052 5728 OPTICAL FILTER 2 645 052 6992 645 052 6992 LCD LCD 3 O 645 053 7400 645 053 7400 MICROPHONE 2 645 053 8520 645 053 8520 SPEAKER 2 645 054 4095 645 054 4095 FPC FPC 2 636 064 1969 OA 645 054 4217 645 054 4217 L 4 L 4 2 3 645 054 4224 645 054 4224 7 L 7 1 645 054 9793 645 054 9793 DIAL UNIT 1 645 055 2779 645 055 2779 SIDE CONTROL UNIT 1 645 055 2786 645 055 2786 BACK CONTROL UNIT 3 Parts List VAA11801 R 3578 A R 3578 A Pes fi us Q ty Part Number Part Code Part Name x Main Assembly Remarks Unit d Order 645 055 3257 645 055 3257 SLD SLD SWITCH UNIT 1
6. Criteria Monitor Shooting image Inclined degree of image shall be 0 5 degree or less PC monitor and print output Output will be evaluated while the display range boundary of LCD unit is regarded as standard when the through the monitor image is made Lens capacity Focal length Wide end position Compellingoo 7 85 mm 7 4 Tele end position Compellingoo 71 20 mm 196 7 Wide end position Compellingoo F2 8 7 8 0 4 Open aperture F No Tele end position Compelhngoo F4 2 9 2 2 8 Peripheral light reduc must not be extreme light reduction tion Ghost Flare Surface ghost There must not be an outstanding malfunction There must not be an outstanding flare at the center Distortion There must not be an outstanding deformation Dust in a picture There must not be an outstanding dust in a picture Lens barrel Zoom There must not be an abnormal action for example the unit operates one sidedly or its operation is not smooth or it is caught As changing the camera s posture check it in all the directions AF Distance measurement Focus must be fit in a selected area operation Select the AF area and check it Shortest photograph The focus of AF must be fit at the following distance distance Normal 500mm Check at each zoom position Macro Within 30mm from the protection glass surface Set to the Macro mode Check
7. 636 065 0824 5 P gt Ce 636 063 5043 5 f 411 178 8901 10 836 066 2032 5 636 063 5050 5 636 066 Mh 636 066 8225 5 8 411 178 8901 10 cn 645 054 4217 5 636 066 2063 5 636 065 6840 5 bere 645 053 8520 5 D 411 178 8901 10 mor d 636 065 3016 5 gt 25 i 93053 71000 7 411 180 2706 10 636 065 8080 5 Y 063 lt Fo Noe E 6 lt 645 054 4095 5 EINK 636 065 29 gt lt dM lt lt T ER NN LL CS 411 177 4102 10 636 065 2903 5 E 636 066 4913 5 636 065 2958 5 ESS 6860627058 4 5 636 065 7854 5 wea 411 TID 636 066 4890 5 636 065 2477 5 E 411 180 2706 10 an 180 2706 10 7 636 060 84295 G mue E 1 636 066 7501 5 636 065 27983 636 065 81340 5 645 052 2789 5 N 636 066 2535 636 064 9163 1 411 180 2706 10 645 054 4215 1 169 9603 10 dnm E 636 058 9674 5 636064918701 636 065 6857 5 636 066 8201 5 2 1179 oim 636 064 1969 1 636 066 2018 5 636 065 1180 x no 411 175 8904 10 R gt gt S 21118 80200 636 065 4501 5 7 c 411 175 8904 10 411 175 8904 10 6B100 202 1 409 509 4609 5 2 636 065 7090 5 636 065 2712 5 645 052 5728 5 6 600 430 5 636 065 1173 5 636 066 4913 5 Fig 2 F2 E5700 636 065 2651 5 636 066 0 Os 411 180 us 052 6992 1
8. SPACER 3 5 636 067 4301 636 067 4301 MONITOR BUTTON SPRING 3 5 Parts List VAA11801 R 3578 A R 3578 A Q ty Remarks 636 066 3763 636 066 3763 CF CF COVER LABEL 636 066 3923 636 066 3923 BACK UNIT HOLDER 3 5 636 066 4548 636 066 4548 SHIELD TAPE 1 5 636 066 4890 636 066 4890 TAPE 2 5 636 066 4913 636 066 4913 SPACER 2 3 5 636 066 5651 636 066 5651 SPACER 2 5 636 066 5668 636 066 5668 SPACER 2 5 636 066 7501 636 066 7501 SPACER 2 3 5 636 066 8041 636 066 8041 US USB HOLDER 2 5 636 066 8164 636 066 8164 FRONT COVER 3 1 636 066 8201 636 066 8201 SPACER 2 5 636 066 8218 636 066 8218 SPACER 3 5 636 066 8225 636 066 8225 SPACER 2 5 636 066 9093 636 066 9093 CF CF CARD COVER 2 5 636 066 9116 636 066 9116 LOCK COVER 3 5 636 066 9246 636 066 9246 TOP BACK HOLDER 1 5 636 066 9253 636 066 9253 SPACER 2 5 Parts List VAA11801 R 3578 A R 3578 A
9. Y E 7 Vertical register transfer clock 7 5V 0V 15V raw ee mb b nc L gu Reset gate clock 12 5V 16V 5 H Horizontal register transfer clock OV 3 3V SUB Substrate clock Approx 8V ss pe bw Table 1 1 CCD Pin Description When sensor read out Bl ES700 E GND DC om DC DC DC 3 IC904 and IC906 V Driver IC904 and IC906 are vertical clock driver for image sensor The ternary pulse of V 1 A B and C and V 3 B and C for CCD which are output from ASIC IC102 are generated to add the sensor reading clock XSG and the vertical transfer clock XV V 2 V 4and two pulse of SUB for CCD which are output from ASIC IC102 are generated from vertical transfer clock XV 4 IC905 H Driver CDS AGC and A D converter IC905 contains the functions of H driver CDS AGC and A D converter As horizontal clock driver for CCD image sensor 1 A and B and H 2 A and B are generated inside and output to CCD The video signal which is output from the CCD is input to pins 29 of IC905 There are sample hold blocks inside IC905 generated from the SHP and SHD pulses and it is here that CDS correlated double sampling is carried out After passing through the CDS circuit the signal passes through the AGC amplifier PGA
10. VAA11801 R 3578 Rotate the LCD unit approx 45 degree in an arrow direction Remove the 4 pieces of screws D M2 x 3 Remove the back LCD cover 2 Remove the FPC and connector 4 Remove the connector 5 and the connector 6 Remove the 3 pieces of screws 7 MI 7 x 2 Remove the LCD side holder 8 Remove the front cover 9 D3 E5700 VAA11801 R 3578 Remove LCD D from the LCD holder Remove the 2 pieces of solders 2 Remove the LCD PCB VF 1 Remove the spacer 4 NYY Pss om 4 JOINT UNIT Joint cover Monitor cover Remove the joint cover from the joint unit by lifting it up from the bottom Remove the 1 piece of screw D MI 7 x 4 Rotate the A of the joint approx 90 degree in an arrow direction I Remove the 1 piece of screw 2 MI 7 x 2 Rotate the A of the joint approx 90 degree in an arrow direction II Remove the Monitor cover e Remove the 1 piece of screw 2 MI 7 x 2 5 Remove the TB 1 4 04 E5700 VAA11801 R 3578 5 Remove screw M1 7 x 2 5 Remove 2 Pieces of screws 2 MI 7 x 3 5 Open the battery cover 3 Remove the screw 4 MI 7 x 3 the cover grip 0 and then remove the screw 6 1 7 x 4 5 Remove the screws 7 1 7 x 4 Close the SB 8 e Remov
11. 1 2 Internal Communication Bus The SY A block carries out overall control of camera operation by detecting the input from the keyboard and the condition of the camera circuits The 8 bit microprocessor reads the signals from each sensor element as input data and outputs this data to the camera circuits ASIC or to the LCD display device as operation mode setting data Fig 4 1 shows the internal communication between the 8 bit microprocessor ASIC and SPARC lite circuits ASIC TEST ASIC RESET S REQ 8 bit ASIC SO DATA BUS 32 bit Microprocessor j ASIC SI SPARC lite ASIC SCK MAIN RESET Fig 4 1 Internal Bus Communication System 3 Key Operaiton For details of the key operation refer to the instruction manual EXTS2 DELETE DISP LCD BAT DET EXT AV JACK DIN QICK MENU PLAY RE CONNECT Table 4 2 Key Operation LCD EVF WIDE TELE pen E6 ES700 VAA11801 R 3578 A 4 Power Supply Control The 8 bit microprocessor controls the power supply for the overall system The following is a description of how the power supply is turned on and off When the battery is attached a regu lated 3 2 V voltage is normally input to the 8 bit microprocessor 1 301 by IC302 so that clock counting and key scanning is carried out even when the power switch is turned off so that the camera can start up again When th
12. Attache the screw 40 M1 7 x 2 5 11 SB TOP COVER Close the SB Attach the SB Top cover Open the SB Attache the screw 1 7 x 4 5 All E5700 VAA11801 R 3578 ADJUSTMENT 1 Equipment IBM compatible AC adapter 21 USB cable UC E1 Oscilloscope 2 Servicing Tools e Color viewer 5 100 Siemens star chart Calibration software Chart for color adjustment 3 Adjustment Items and Order Lens Adjustment AWB Adjustment Color Adjustment CCD White Point Defect Detect Adjustment CCD Black Point Defect Detect Adjustment USB Storage information registration LCD Panel Adjustment 7 1 LCD AFC Adjustment 7 2 LCD RGB Offset Adjustment 7 3 LCD Gain Adjustment 7 4 LCD Blue Brightness Adjustment 7 5 LCD Red Brightness Adjustment Note If replacing the lens CCD optical filter CA 1 or CP 1 board it is necessary to perform the above 1 5 adjustments 2 5 adjustments other than these should be carried out in sequence 4 Setup 1 System requirements Windows98 Me 2000 or XP IBM compatible PC with Pentium processor CD ROM drive 3 5 inch high density diskette drive USB port 40 MB RAM Hard disk drive with at least 15 MB available VGA or SVGA monitor with at least 256 color display 2 Installing calibration software Insert the calibration software installation diskette into your diskette drive Open Explorer Copy the Dsc
13. 180 0405 10 645 055 2786 5 412 063 1106 10 c EA 636 066 2063 5 gt H 412 063 1106 10 412 063 1106 10 636 066 3923 5 gt r 636 06649136 636 065 2804 5 Gay a we B t 180 2 412 064 8500 10 636 065 i 636 065 5294 5 636 PRIN 636 065 2347 1 636 065 m 412 063 1106 10 636 066 3558 5 645 054 4217 5 411 018 6906 10 636 064 9194 5 636 065 4778 5 636 065 c 636 067 4301 5 411 177 4102 10 VAA11801 R 3578 636 065 2460 1 411 018 6906 10 636 065 2644 5 411 177 4102 10 411 176 8903 10 636 066 9116 5 411 177 4102 10 636 412 058 8400 10 412 058 8400 10 412 058 ol 10 636 065 Oe a 411 177 4102 10 59 645 054 4217 5 636 066 8218 5 Fig 3 E5700 Parts List ou VAA11801 R 3578 A R 3578 A Dad Q ty Remarks 409 509 4609 409 509 4609 CCD IMAGE SENSOR 411 018 1802 411 018 1802 SCREW SCREW 5 12 O 10 411 018 3806 411 018 3806 SCREW SCREW 4 O 10 x 411 018 6906 411 018 6000 SCREW SCREW 4 3 O 10 411 169 9603 411 169 9609 SCREW SCREW 2 2 10 x 411 173 7008 411 173 7000 SCREW SCREW 3 1 10 x 411 175 8904 411 175 8000 SCREW SCREW 4 2 O 10 411 176 7203 411 176 7200 SCREW SCREW 4 1 10 411 176 8903
14. Speed 8 sec sec bulb setting available 1 E5700 VAA11801 R 3578 Aperture Seven blade iris diaphragm Built in Speedlight Guide number 12 38 4 ISO 100 m ft Accessory shoe Standard ISO hot shoe contact with safety lock Interface USB Video output User can choose from NTSC and PAL 1 O terminals DC input Audio video A V output Data output USB Power sources One rechargeable Nikon EN BL1 lithium ion battery supplied or six volt 2CR5 DL245 lithium battery available separately MB E5700 battery pack available separately with six LR6 AA alkaline lithium NiCad or NiMH batteries EH 21 AC adapter battery charger available separately Battery life EN EL1 Approximately 90 minutes as measured at room temperature 20 C 68 F under standard Nikon test conditions monitor on zoom adjusted with each shot flash used in approximately one third of photographs image quality set to NORMAL Dimensions W x H x D 108 x 76 x 102 mm 4 3 x 3 0 x 4 0 Approximately 480 g without battery and memory card 2 E5700 VAA11801 R 3578 DISASSEMBLING N WARNING There are high voltege parts inside Be careful of this electric shock when you remove the cover You must discharge the main condenser according to the instruction of this repair manual before you remove the cover Notes D Remove the battery prior to dissassmbly 2 At disassembling be sure to m
15. a PON PA ON LCD ON LCD BL EVF ON EVF BL CHG VOL F D CHG ON F A o gt 03008 IC309 POPOUT POPSW EX ST ZRESET COMREQ TEMP ZPULSEI ZPULSE2 ZM IN2 ZM INI PI CTRL BEEP SP MUTE TO DMA CARD o RE WAKE UR 5 b RENE ASIC SO ASIC SI so 9 2 ASIC SCK MAIN RESET J ASIC RESET RXD USB CONNECT TO DMA E12 E5700 VAA11801 R 3578 CA 1 CA 1 BLOCK DIAGRAM 15 7 5V LENS OPTICAL LPF 14 IC903 CCD ICX282AK B SUB 1 2 3 4 5 8 9 10 1 904 906 V DRIVER CXD3400N CSUB IC905 CDS A DC H DRIVER 24 E13 E5700 VAA11801 R 3578 A PW 1 PW 1 BLOCK DIAGRAM FET SW 2A UPDI915TE Battery JK501 UNREG AC ADAPTER CN501 NE UE er EVF ON C ANALOG 5 15V D ow Y 5 0V A 15001 DISCHARGE DC DC CIRCUIT CONVERTER TRANS 15 0V A ae MA 15 15 SWITCHING CONTROL DIGITAL 1 85 L5006 C5028 1 85V D STEP DOWN CIRCUIT DIGITAL 3 35V BL L5007 C5029 STEP DOWN CIRCUIT Q5008 TK11840L 5014 5060 LED ANODE SWITCHING STEP UP LCD EVF PANEL CONTROL CIRCUIT 15005 5022 5040 12 3 V L STEP UP CIRCUIT LED BACK LIGHT LED ANODE Q5005 ofLCD L5004 C5021 STEP UP Q5022 CIRCUIT E14 E5700 VAA11801 R 3578 VF 1 VF 1 CIRCUIT DIAGRA
16. om SYA SCAN 3 121 DE JAK BATTERY 0 8 E5700 VAA11801 R 3578 OVERALL BLOCK DIAGRAM 64Mbit x2 SDRAMI 1 i 16Mbit Fras h Addre ss Data2 1 IC102 Datal I I LL ee Controll er USB vort DRAM por SRAM Signal COMPACT FLASH F 12bitA D CDS AGC Controll er Pr ocessor 1 B Sbit Sbit D A A D MIC IN OUT EVF Display Driver Electoronic Flash Display 1 8inch 8bit CPU 3MHz wan ir 32 768 kHz E9 E5700 VAA11801 R 3578 1 951 FOCUS IC801 IC106 IC107 DRIVER IC108 LENS SINI IC952 TO CONTROL TIN 1 4 sIN2 sT SHUTTER TC7MH273FK UNIT CP 1 IC953 LB1938T 1 BLOCK DIAGRAM IC101 MB86838PBT2 A Address 0 24 CN301 TO SW BACK sparc Tn E 2 TO EXTBATT RISC CN303 CPU IC104 IC 103 SD 0 15 IC102 n TO SW SIDE MT48LC2M32B2 S 8bit CN304 l meer SA 133 KS6M1U1568CBP SWoP CN306 2 SYSTEM CCD 0 9 CN101 5 6 ADCK CN307 um ASIC Xi CSO 14 31818MHz XH 1 2 BU2381FV FSC4I XSGA 1 2 CN14
17. 080 005 1 080 005 NECK STRAP RING COVER 2 1 5 1 100 035 1 1 100 035 NECK STRAP RING 2 1 5 1 120 468 1 120 468 HOT SHOE SCREW 4 1 10 68001 370 68001 370 HOT SHOE UNIT 1 1 5 68060 332 68060 332 HOT SHOE TERMINAL MOLD 1 1 5 68060 333 68060 333 SB UNIT 1 2 1 68100 202 68100 202 LENS UNIT 1 2 1 6 600 430 6K600 430 LPF LPF SPACER 1 2 5 6 680 479 6K680 479 SB SB TOP COVER 1 1 5 501 3 501 3 EYELET 2 1 5
18. 22990 HEGK 1 0 0 0 01 1482 1541 2183 D2 82 25 17 64 03 14991540 2183 D4 83 26 17 65 VAA11801 R 3578 13 CCD White point Defect Detect Adjustment Adjustment method e Double click on the DscCalDi128 Select the CCD Defect from Test menu of Calibration Soft and click the OK Refer to FIG 1 After adjustment adjustment value will appear on the screen Refer to FIG 2 Dsc Calibration Ver 128 release Calibration Upload LoD AWB R Bright B Bright m Calibration Focus Image RGB Offset Gain MCOMPP 1 1 Uv Matric E 2 T CCD Results Tint Phase Cal Mode hiitialize of 512 n 0 r vco Haro Test 100 v Monitor 4 y 0 White Setting Black Language USB Storage VID Set 02 lt FIG 2 gt Se PD Se Re Monitor CCD Defect lt FIG 1 gt CCD Black CCD Black EIS Adj EIS Check 14 CCD Black point Defect Detect Adjustment Note When setting the camera in place set it to an angle so that nothing appears in any part of the color viewer except the white section Do not enter any light Adjustment method Double click on the DscCalDi128 Select the CCD Black from Test menu of Calibration Soft and click the OK Refer to FIG 1 After adjustment An adjustment value will appear on the sc
19. CHECK 128 2 12822 130 30 4 Click the OK DSOCALDI Dsc Galibration AWB Results EE PAGC 6 1221 14 AGC 185 366 493 648 2VAGO 30 244 409 52 WB 260 128 252 Adjustment CHECK 128 128 134 Camera MS 5074 5209 All white pattern value SENSE 61 Color viewer IRIS 43 n 0 466 412 354 3 1 443 453 373 3 DATA2 4095 520 DATA3 2495 2826 28 DATA4 4094 4095 40 DATA5 1961 2421 44 15 E5700 12 Color Adjustment Note AWB adjustment should always be carried out first Adjustment condition Set the color adjustment chart to the color viewer Do not enter any light VAA11801 R 3578 Set the color adjustment chart so that it becomes center of the screen Adjustment method Double click on the DscCalDi128 Click the UV Matrix and click the Yes Color adjustment values will appear on the screen CHECK 022 042 042 0 2 Click the OK value Camera 15 cm 1 cm white pattern color viewer and color matrix adjustment chart 16 E5700 Adjustment Pp DO 77 23 15 64 DSCC ALDI Q Execute Matrix Calibration Yes or No Yes Dsc Calibration Matrix Results a LOR 96 3
20. E5700 1 2 1 amp VF1 CIRCUIT DESCRIPTION 1 Circuit Description 1 1 Digital clamp The optical black section of the CCD extracts averaged values from the subsequent data to make the black level of the CCD output data uniform for each line The optical black section of the CCD averaged value for each line is taken as the sum of the value for the previous line multiplied by the coefficient k and the value for the current line multiplied by the coefficient 1 k 1 2 Signal processor 1 ycorrection circuit This circuit performs gamma correction in order to maintain a linear relationship between the light input to the camera and the light output from the picture screen 2 Color generation circuit This circuit converts the CCD data into RGB signals 3 Matrix circuit This circuit generates the Y signals R Y signals and B Y signals from the RGB signals 4 Horizontal and vertical aperture circuit This circuit is used gemerate the aperture signal 1 3 AE AWB and AF computing circuit The AE AWB carries out computation based on a 64 segment screen and the AF carries out computations based on a 6 segment screen 1 4 SDRAM controller This circuit outputs address RAS CAS and AS data for controlling the SDRAM It also refreshes the SDRAM 1 5 Communication control 1 SIO This is the interface for the 8 bit microprocessor 2 PIO PWM SIO for LCD 8 bit parallel input and output makes it possible to switch between
21. at each zoom position in the range where the Macro mode display tulip color is changed into yellow R2 E5700 VAA11801 R 3578 Applied tool s Photoshop Printer Focal length Measuring instrument Lens drive tool Focal length Measuring instrument Lens drive tool Visual observation Visual observation Visual observation Tape measure VAA11801 R 3578 Criteria Applied tool s Shooting with a speed light Light adjustment Tele end 0 5 2 7m Standard reflection accuracy Wide end 0 5 4 1m plate In the above range 1Ev or less ISO AUTO Speed light Compelling flash Exposure P mode Guide No FULL 11 5 0 5 0 6 EV Flash meter ISO100 m Charge for 18 seconds with the new battery and perform New battery measurement within 1 second Recycling time Within 8 seconds When the full charged battery mark is displayed Lock under uncharged While the shutter release button is lightly pressed the speed Visual observation condition light icon blinks and release cannot be accepted While the camera is under speed light pop up condition and uncharged condition in the flash mode press the release button Wrong flash Wrong flash must not occur New primary Check by loading unloading a battery giving a light shock battery and operating mode buttons except S2 Speed light pop up When stored or during storing action the speed light shall not Visua
22. individual input output and PWM input output 1 6 TG SG Timing generated for 2 million 3 million 4 million 5 million pixels CCD control 1 7 Digital encorder It generates chroma signal from color difference signal 1 8 JPEG encorder and decorder It is compressed and elongated the data by JPEG system VAA11801 R 3578 2 Outline of Operation When the shutter opens the reset signals ASIC 1C102 and CPU 1 101 and the serial signals take a picture commands from the 8 bit microprocessor are input and operation starts When the TG SG drives the CCD picture data passes through the A D and CDS and is then input to the ASIC as 10 bit data The AF AE AWB shutter and AGC value are computed from this data and three exposures are made to obtain the optimum picture The data which has already been stored in the SDRAM is read by the CPU and color generation is carried out Each pixel is interpolated from the surrounding data as being either Ye Cy Mg and Gr primary color data to produce R G and B data At this time correction of the lens distortion which is a characteristic of wide angle lenses is carried out After AWB and y processing are carried out a matrix is generated and aperture correction is carried out for the Y signal and the data is then compressed by the JPEG method by JPEG and is then written to card memory compact flash When the data is to be output to an external device it 15 taken data from
23. the overall configuration of the SY A block refer to the block diagram The configuration of the SY A block centers around a 8 bit microprocessor IC301 The 8 bit microprocessor handles the following functions 1 Operation key input 2 Mode LCD display 3 Clock control 4 Power ON OFF 5 Storobe charge control 6 Signal output for lens control of zoom focus and so on Pin Signal Outline 3 MP 1 A input lens temperature 3 POPOUT O JjSmboppup CON SCANING 1 Key matrixi s 5 AVREF 1 standard voltage 10 EVFON O 0 u BL o se OND O OO 5 o Mode backlig igm 4 LCDON 0 DCDC converter LED system ON OFF signal H ON 5 o Dimmer DA PWM output 14 bit PWM ouput 16 EXTSB DET I External strobo connection detection terminal L Detection ren 3 Buzzer o 22 CHGON O Strobecharge control circuit OSC HON 3 3 coM63 bemmmogpuo3 SSCS x Bas LCD drive power supply Connect to VLOO termina 2830 VILCO 2 LOD power input terminal connect to outside resister connection UNE ee DAMIEN NUN NE 5 ssa o SLOD segment ouput ae 5 Pem o Photo interaptor ON OFF control L ON 5 LcbBL o LCD backlight O
24. with battery Outside and inside There must be no noticeable damage and soil Visual observation status When pushing the main body noticeable noise must not be heard Observe and check it by naked eyes under fluorescent lamp and natural sunshine Operation Operability Operation While operating any irregularities or irregular noise shall not Primary battery be required Secondary battery Check it by shaking the camera while operating Lightly hit the camera onto the Linoleum laid desk while operating Operability of buttons No cave ins of the buttons shall be required Malfunctions shall not be required Operator must feel click on each button Click must occur when or after a switch is ON Check it while operating normally Lever Knob When clicking normal touch shall be required Any outstand ing caught in mechanism touch or rubbed in mechanism touch or play shall not be required Check and observe the condition through normal operation Operation touch When operating a lever or knob by hand any irregular condi tions shall not be required Operate the camera in the actual photography procedure and check the operation touch Each cover When closed there must not be an extreme play Each cover can be opened closed without any outstanding caught in mechanism touch or rubbed in mechanism touch or abnormal noise Open and close each cover and check it E5700
25. 0 CN182 15 SCAN IN 2D 2 LAVA alaiaiaiaiaisie 16 SCAN OUT 3 DMA CINY MIC 11 amp FERRO GND 12 aS HIS SS Siu SS SY IIe SYA gt eza Lese CN304 oz 6645 1AV4J11SP130G CN181 SCAN IN ole Spr TH A S DU MCN EO VUE UO CAL IN DMA 93 SPEAKER DNYT H SCAN IN 5A TBA SCAN IN so oo H bisector 0 SYA 2 39 SUE CEEIEEPEBP ESEBSEBEESEESSSESEESSSESESEISSS e CMD1 5 aalala lalala CN505 GND O CN302 zSz zzz Elea P s eoooJxzxe9esz gt lt 1AV4J06Z0206 ol CMD2 1AV4J11SLOSOG EVE AN SCAN IN 6A d o ruc SCAN OUT 2 1 531868565 oae gt o oo HCO EV By SYA TN SCAN IN 5 H EXT BATTER 355 sss SCAN OUT 1 m CN502 SCAN IN 6 41 1AV4J10HDO20N CN303 SCAN OUT s1 BATTERY 1 3 1 un Emm BATTERY 21 3 BATTERY SCAN OUT 1 o SW 121 SCAN IN 08 9 e sx CN306 CN651 U N T 2 lt 3 070 135 1AV4J10Q0LO20G H 14V4J10QLO20G BAT DET JK501 M SCAN IN 1B SCAN IN 5D SCAN IN 50 5 SCAN IN 2B
26. 004 10 411 177 4102 10 060 6302 10 une N 1 100 035 1 5 501 3 5 411 018 880e00 EN 411 gt 411 181 jac 636 066 eus V 0 636 066 3534 636 064 853 1 5 ge 468 10 Lae a 058 8400 10 411 180 270610 636 065 2774 5 636 065 2491 5 ce 035 1 5 equ S 412 058 8400 10 501 3 5 A 411 184 6106 10 1K080 005 5 636 066 9246 5 65 411 184 7004 10 412 063 110610 42 060 6302 10 636 065 9063 5 412 063 1106 10 645 052 4318 5 412 064 8708 10 6 065 2538 5 DN 636 066 2186 5 a 645 054 4224 5 636 066 4548 5 636 065 6987 5 4 APPS x wes oN S 411 177 4102 10 i SC 2 636 065 2842 5 SOUCI 412 058 8400 10 412 058 8400 10 amp BA On 636 065 2385 5 i 411 176 7203 10 7 412 064 6803 10 645 055 2779 5 636 065 6970 5 411 1774102 10 4 9 636 065 2392 5 Eis 18g 1 E5700 066 3763 5 066 Ufo 636 065 P 636 066 636 411 178 8901 10 636 065 1364 5 636 065 2750 1 411 180 2706 10 7 636 065 Rupe 36 066 5668 411 178 8901 10 636 066 5651 5 411 178 8901 10 VAA11801 R 3578 636 058 0 E 411 177 4102 10 M LI 177 4102 10 636 064 9217 5 spe 6 060 3330 1 oN
27. 1 FD 0 15 XSGB 1 2 AMEA E MP 5 s FLASH oe TO CAI 25 gt Oe CN801 EVF CXA3272R PANEL 1 152 CN182 MIC TK15405M C CN181 VIDEO JK901 SP AV_JACK AUDIO E10 E5700 VAA11801 R 3578 CP 1 bY AR CP 1 LENS BLOCK DIAGRAM PON VDD5 MAIN BLOCK amp SYSTEM BLOCK CN951 LENS BLOCK p N 752 y FM CKI gt y FOUT4 FOCUS DRIVER 09508 PIZ E ZRESET 27 99506 ZPULSE1 1 5 09507 ZPULSE2 VDD3 1 953 OUT ZOUT2 ZOOM DRIVER SHOTTER DRIVER SMD 2 IRIS DRIVER Ell E5700 001 LIGHT LCD AL3 2V UNRE 1 28 CN307 23 26 32 55 VDD RESET BAT OFF EL ON CH DCINCHK X3001 3MHz IC301 8bit MICRO PROCESSOR UNREG CMD CP 1 8bit MICRO PROCESSOR E a CP 1 8bit MICRO PROCESSOR BLOCK DIAGRAM ZPULSE1 8 ZPULSE2 ZOOM IN2 62 ZOOM INI 6 USB CONNECT SCAN IN6 Eu IET o PICS NNW SIZE AF AE TEST EXT 52 EXT 51 m SCAN OUTO SCAN OUTI LEFT RIGHT DOWN LCD EVF WIDE TELE DELET DISP LCD REV LCD OPEN DET EXT BAT EX DIN Q3012 lt 2 SCAN OUT3 ASIC TEST MAIN RESET ASIC RESET SCAN OUT4 5 2V VAA11801 R 3578 03010 DC IN
28. 1 R 3578 RN rias OVERALL WIRING 1 TI Te Te 7 Teo e S 5 8 S T3 2 STE STSTS TRTSTS S 8 S 8 S S 9 CN101 8 CN305 1AV4J1 1RXS01G gt oT BD 96 E ines En T H VOUT 63 lt lt lt lt lt aF aaa z BP eral n osc 124 GND E E J F_ANA 3 AOUT d B VSB 4i GND 15 5 GND AVJACK el te AVJACK DMA SYA H 562 562 Z XsGiC 18 18 XSGIC L SUBeT 5 AF_TG 8 m XSG2B 5628 n XSGIB Hi XSG1B SYA TRE e XSG2A Ha XSG2A DLSB 2 eo XSGIA XSG A DLRDY e GND GND GNDCSB hd GND GNDCSB is EG GND t8 GND GND SB 2 8 1 VX4 NC eS CN174 VX3 VX3 UNREG_SB ie 1AV4J10EGO20G VX2 jy 9 63 LCD AN EC EC Le hb E 0 LCD CA XSUB 2H ei XSUB A XM xr GND CN107 CN171 GND 24 124 GND 1AV4J10UCI50G 1 4 11512406 25 125 GND DMA NOT USED ij TGHD 264 TGHD HVDD 2 27 7VCA i 7 7VCAD LCDCK ls LCDC CKHi TGVD 28 2 TGVD tal LCDSD CKH2 9 LCDSC LCDSD CKH2 4 G 29 sf LCDSEN 5 5 LCDSEN STH 15 0 to 1 12 3VCL e e 1
29. 2 3VCL XSTH 2 50 2 8 te GND PCG 33 AD3 ASIC U 94 8 ASIC U XPCG fs ADA 134 AD4 5 104 9 ASIC V _ VSS to AD5 ssi 1351 ADS LCOY m LCDY AD6 se t36 AD6 CSYNC t 1 CSYNC R fy ADT GND Na ui GND BSS 8 ADS CD CA 14 14 CA PCD 71 E 203 LCD AN 154 i LCO AN XENB E AD10 lao ENB 6 AD11 D11 ADCK 2 2 ADCK CN112 lie XSTV CCDCK faa CCDCK 1AV4J11B33706 317 8 CCDSD a 4 CCDSD USB GND 1i VVDD 29 CCDEN ssi 45 CCDEN DATAC 21 CKV2 2 1 15 2VCA 46 46 15 2VCAD DATACH 3i CO CKV1 22 47 GND COM 25 5S 1VCA us 287775 RXD 54 NOT USED 499 49 TXD 6 3 4V ls 0 3 4V DIN DETECT USB DETECT 31282180N O 1 SCAN QUT 2 t3 SCAN IN 9 9 AV JACK 4 SCAN IN 2C 5 0 5 SCAN IN 1C So LR SOEN IN 99 ze aa eE d4x E 7 97 0 mwe A D DA Ie s us d BIB at BLK 15 8 SCAN IN 4C o UN tH vra 10 SCAN IN 6E So ec E HST s SACN IN 5E So d RGT TEE am SPER TEJEJEJETEJEJEIETETEIEJEIEIETETEIESEET DMA EI 13 SCAN IN 9 o 14 SCAN 10 07
30. 3578 1 2 Switching Regulator Controller K11840L 1C503 This is the LED backlight circuit for EVF and is provided with one built in channel 1 Short circuit Protection Circuit If output is short circuited for the length of time determined by the condenser which is connected to Pin 2 of IC503 all output is turned off The power is restored by ON and OFF 2 LED Backlight Power Supply Circuit for EVF Consists of a step up switching regulator and carries out constant current control for the LEDs 2 AC Adaptor and Battery Distinction Differentiated by the voltage at pin 56 of the 8 bit microprocessor When an AC adaptor is being used transistor 03010 on the 5 circuit board is turned on so that pin 56 becomes low When a battery is being used D3016 stops the current from flowing so that the transistor turns off and the voltage at pin 56 becomes high 3 Battery Charging Protection Circuit A FET UPA1915TE switch is inserted into the end of the battery harness so that charging current does not flow to the battery by mistake when a battery and an AC adaptor are being used together When a voltage is being generated by the AC adapter Q5003 15 turned off so that the battery circuit is isolated If there is no voltage coming from the AC adaptor Q5003 turns on and power is supplied from the battery E4 E5700 11801 3578 1 4 SY A CIRCUIT DESCRIPTION 1 Configuration and Functions For
31. 36 065 2385 636 065 2385 GRIP COVER O 5 636 065 2392 636 065 2392 STAND COVER 5 636 065 2415 636 065 2415 C STAND COVER C 5 636 065 2422 636 065 2422 B STAND COVER B 5 Parts List is VAA11801 R 3578 A R 3578 A pase Q ty Remarks 636 065 2446 636 065 2446 MONITOR COVER 636 065 2460 636 065 2460 LCD BACK COVER LCD 1 636 065 2477 636 065 2477 BATTERY COVER 5 636 065 2491 636 065 2491 JACK COVER 5 636 065 2507 636 065 2507 JOINT COVER 5 636 065 2538 636 065 2538 LED DECK 5 636 065 2545 636 065 2545 LCD LCD MODE COVER 5 636 065 2644 636 065 2644 LCD LCD HOLDER 5 636 065 2651 636 065 2651 LCD LCD SIDE HOLDER 5 636 065 2699 636 065 2699 HARNESS HOLDER 5 636 065 2705 636 065 2705 BOTTOM HOLDER 5 636 065 2712 636 065 2712 A SPEAKER HOLDER 5 636 065 2736 636 065 2736 BATTERY HOLDER 5 636 065 2743 636 065 2743 BATTERY HOLDER COVER 5 636 0
32. 411 176 8903 SCREW SCREW 2 1 3 10 411 177 4102 411 177 410 SCREW SCREW jg Jens O 10 x 411 178 8901 411 178 8900 SCREW SCREW 4 2 O 10 411 179 7408 411 179 7408 SCREW SCREW 1 2 10 411 180 0405 411 180 0405 SCREW SCREW 4 3 10 411 180 2706 411 180 2700 SCREW SCREW ie ode O 10 411 181 6901 411 181 6901 SCREW SCREW io 4 10 411 184 6106 411 184 6100 WASHER 1 4 O 10 411 184 7004 411 184 7004 WASHER t i O 10 Parts List VAA11801 R 3578 A R 3578 A Pes fi ou Q ty Part Number Part Code Part Name x Main Assembly Remarks Unit 412 058 8400 412 058 8400 SCREW SCREW 412 060 6302 412 060 6302 SCREW SCREW 2 1 10 412 063 1106 412 063 1106 SCREW SCREW 11 13 10 412 063 6101 412 063 6101 SCREW SCREW 2 2 O 10 412 064 6803 412 064 6803 SCREW SCREW 1 1 10 412 064 8500 412 064 8500 SCREW SCREW 2 3 10 412 064 8609 412 064 8609 SCREW SCREW 1 2 10 412 064 8708 412 064 8708 SCREW SCREW 1 1 10 636 058 0114 636 058 0114 C BATTERY SPRING 1 2 O 5 636 058 9674 636 058 9674 SHIELD TAPE 1 2 5 636 058 9858 636 058 9858 VF 1 2 5 636 060 8429 636 060 8429 SPACER 1 2 5 636 063 5043 636 063 5043 A BA
33. 5 6970 636 065 6970 D COVER STAND D 636 065 6987 636 065 6987 BACK LENS HOLDER 636 065 7090 636 065 7090 SPACER Parts List ou VAA11801 R 3578 A R 3578 A Dad Q ty Remarks 636 065 7854 4 636 065 7854 TB 3 RELAY TB 3 636 065 8080 636 065 8080 CONDENSER HOLDER 2 5 636 065 8134 636 065 8134 EVF EVF HOLDER 2 O 1 636 065 9063 636 065 9063 SPACER 1 5 636 066 0946 636 066 0946 LENS UNIT COVER 1 1 636 066 2018 636 066 2018 TAPE 2 5 636 066 2025 636 066 2025 SPACER 2 5 636 066 2032 636 066 2032 SPACER 2 5 636 066 2063 636 066 2063 SPACER 2 3 5 636 066 2070 636 066 2070 SPACER 1 5 636 066 2087 636 066 2087 SPACER 1 5 636 066 2186 636 066 2186 LED TB 4 SELF TIMER LED PCB TB 4 1 O 5 636 066 2209 636 066 2209 PAD HOLDER 1 5 636 066 2216 636 066 2216 SPACER 2 5 636 066 3534 636 066 3534 SPACER 1 5 636 066 3558 636 066 3558
34. 65 2750 636 065 2750 CYFA FARILE C F CARD HOLDER 5 636 065 2774 636 065 2774 JACK HOLDER 5 636 065 2798 636 065 2798 BATTERY KNOB COVER 5 Parts List ou VAA11801 R 3578 A R 3578 A 636 065 2804 636 065 2804 LCD LCD LOCK LEVER Q ty Remarks 636 065 2842 636 065 2842 RING 636 065 2903 636 065 2903 STAND 636 065 2958 636 065 2958 BATTERY SLIDE 636 065 2965 636 065 2965 SPRING PLATE 636 065 2972 636 065 2972 BATTERY KNOB SPRING 636 065 2989 636 065 2989 LCD LCD LOCK SPRING 636 065 3016 636 065 3016 PWB FLEXIBLE PWB 636 065 4501 636 065 4501 B SPEAKER HOLDER B 636 065 4747 636 065 4747 LCD LCD LOCK HOLDER 636 065 4778 636 065 4778 SPACER 636 065 5294 636 065 5294 LCD LCD COVER HARNESS 636 065 6840 636 065 6840 MOUNTING LENS 636 065 6857 636 065 6857 SPACER 636 06
35. CD unit into the finder unit be careful of the dust etc Position where the EVF spacer should be attached N rrangement of FPC and lead wires EVF spacer 4 5 e Assemble spacer mounting lens and CCD to 1 PCB Attach the screws 2 M1 7 x 2 5 Solder the CA 1 PCB 3 Mounting lens CCD Al E5700 VAA11801 R 3578 3 LENS UNIT 22 x m Optical A y Ps Ry VN b 2 9 a Optical filter side Lens side CCD side CCD side 7 e Attach CA 1 holder 3 to lens unit e Attach 2 pieces of screws 4 1 7 x 2 5 Assemble the spacer optical filter and spacer into the lens unit Attach the CA 1 PCB to the lens unit Attach the 2 pieces of screws 0 M1 7 x 6 Assemble the speaker holder the speaker and the speaker holder A 7 Attach the screw 8 MI 7 x 3 e Pass the connector and FPC of EVF unit through the hole A of the lens unit Attach the EVF 9 e Attach the 2 pieces of screws 10 M1 7 x 3 A2 E5700 Attach SB unit D to condenser holder 2 Attach the screw 3 1 7 x 4 Attach the TB 2 OCB 4 to the CP 1 Connect the FPC 6 Connect the FPC 8 of the holder unit 7 e Attach the 2 pieces of spacer 9 Connect the SB unit D and CP 1 PCB by the co
36. CalDI 128 folder on the floppy disk in the FD drive to a folder on the hard disk A12 E5700 VAA11801 R 3578 A 5 Installing USB drive Install the USB drive with camera or connection kit for PC 6 Color Viewer Turn on the switch and wait for 30 minutes for aging to take place before using Color Pure 7 Adjustment items required at replacement of parts awe coorta Coppe rsbrana usp CCD er jh 35 1 B Adjustment required xAdjustment not required A Adjust the camera when at need 8 Connecting the camera to the computer 1 Line up the arrow on the cable connector with the notch on the camera s USB port Insert the connector 2 Locate a USB port on the back of your computer AC Pid To USB port USB Cable 33 R EEE 2 13 E5700 11801 3578 9 Calibration software After starting the applicable calibration software the following is displayed on the PC monitor Calibration Calibration Upload LOD 7 Bright B Bright VOOMDO Firmware 3 24 RGB Offset Gain 5E UV Matrix zil Initialize r wo Haro Cal Data LCD 7 fico 1 Setting
37. IAGRAM tt E1 1 CP 1 BLOCK 8 bit MICRO PROCESSOR DIAGRAM stesse mmm E12 CA 1 BLOCK DIAGRAM E13 PW 1 BLOCK DIAGRAM E14 VE 1CIRCUIT DIAGRAM t E15 TB 3 BLOCK DIAGRAM E16 TB 2 BLOCK DIAGRAM cece treet teeter eee hh nh hh tnn E17 INSPECTION STANDARD R1 R5 TOOL LIST s8 III III hh hh hh hh hh hh nn ntn n T1 T2 VAA11801 R 3578 Specifications Effective pixels 5 0 million high density CCD total pixels 5 24 million Image size pixels 2560 x 1920 Full 1280 x 960 SXGA 2560 x 1704 3 2 1024 x 768 XGA 1600 x 1200 UXGA 640 x 480 VGA L
38. M 02101 0 61 LON TAXO CAAO ALS ALSX ASS gt E Ei 5 5 SN3X 099 g d 9 SSA 9JdX 93 HS2 HLSX HIS CHAI THYD AAAH 0351 10 1 Se Siti EE 5 THIS CH33 1 Ei gt DR G 021 01 Ca EL 02 09144 DI ddAIdd 621 091 1 39 724 E DAE ZI 85 5 00609 12 921 021 PLIENO LOTNI CVNODTdO OL NV 991 921 dND INASI 215 215 QNS CDAY E C DAE N3S021 05431 3230271 afo 3 I9 8 Se 605 EIS E15 E5700 VAA11801 R 3578 A TB 3 TB 3 BLOCK DIAGRAM TB3 CN671 CN672 SCAN IN 1A e tii SCAN IN 1A SCAN IN 74 10 SCAN IN SCAN IN 4A 64 19 SCAN IN SCAN IN 5A 41 7 SCAN IN 5A 6 SCAN IN 5 SCAN SCAN IN 6A 1 4 CMD 4 8 GND TO SLD UNIT E PUO SCAN IN 6A TO CP1CSYA CN304 CN673 NC 4 NC 21 TO CMD E16 E5700 VAA11801 R 3578 A TB 4 TB 4 BLOCK DIAGRAM 06802 90258 28 06801 NSSW440TVR
39. M1 7x2 5 and then remove the USB holder Remove the FPC 7 and the connector 8 e Remove the FPC 9 Remove the screw 1 7 3 Remove the 2 Pieces of connector and then remove CP 1 PCB 2 Remove the 2 Pieces of spacers 3 Remove the FPC 12 and then remove the holder unit Remove the screw 1 7 4 Remove SB unit 7 from condenser holder 9 Remove the 9 Remove the 2 D8 E5700 VAA11801 R 3578 9 LENS UNIT Spacer Optical filter Spacer el 1 Remove 2 Pieces of screws 1 7 x 3 Remove the Remove the screw 3 MI 7 x 3 Remove the speaker holder A the speaker and the speaker holder B 6 Remove the 2 Pieces of screws 2 1 7 x 6 Remove the CA 1 PCB from the lens unit The spacer optical filter and spacer can be removed Remove the 2 Pieces of screws 9 1 7 x 2 5 and then remove the CA 1 holder 0 Remove the solder D ofthe CA 1 PCB Remove the 1 piece of screw 2 1 7 2 5 Remove the CCD Mounting lens and spacer from the CA 1 9 Remove the EVF spacer Remove the LCD 2 D9 E5700 VAA11801 R 3578 ASSEMBLY Attach the LCD D to the finder unit Align the spacer with the position 3 Affix the spacer and then bent it in order of 4 5 Note When inserting the L
40. NOFF HiON 59 SCAN INS Key matrix input o i IE 3 MMI O Zoom motor drive pulse o SPARC wake up terminal 1 ADVREFON AD VREF ON OFF signal 6 mw oO ee BKOmCTL Backup battery charge control 6 SCANINO 1 Keymatrixinput 7 70 raon 0 DCDC converter G nalog ON OFF signal HON 7 0 DODC converter digital ON OFF signal H ON L8 SELFLED 1 0 Revkeye reduction sel AF assistance fumes dive SP MUI MUTE Audio mute O O O See next page 5 E5700 VAA11801 R 3578 Outline Serial clock output ASIC Internal connection connect to VSS terminal directly XOUT Main clock oscillation terminal Main clock oscillation terminal 3 MHz VDD XCIN i 4 Clock oscillation terminal 32 768 kHz XCOUT illati Clock oscillation terminal RESET BAT OFF Battery OFF detection signal L No battery E om X a RESET RXD I Host wake up input terminal Serial communication request signal om EM EA EE 3 55 Zoom motor drive pulse count interruption USB power connection detection L USB power detection Command dial input 2 SPARC reset signal L Reset Table 4 1 8 bit Microprocessor Port Specification 77 78 79 81 82 83 84 85 86 87 88 91 97 00
41. Programmable Gain Amplifier It is A D converted internally into a 12 bit signal and is then input to ASIC IC102 The gain of the AGC amplifier is controlled by pin 36 38 serial signal which is output from ASIC IC102 INTERNAL CLOCKS PRECISION TIMING CORE Fig 1 3 IC902 Block Diagram VAA11801 R 3578 5 Lens drive block 5 1 Focus drive The focus stepping motor drive signals FM RESETB FM CW FM CLK and FM OEB which are output from ASIC expansion port IC108 are used to drive micro step by the motor driver IC951 Detection of the standard focusing positions is carried out by means of the photointerruptor FPI inside the lens block 5 2 Zoom drive The DC motor drive signals ZIN1 and ZIN2 which are output from 8 bit microprocessor 1 301 are used to drive by the motor driver 1C953 Counting and detection of the standard zoom positions is carried out by means of photoreflector ZPI inside the lens block 5 3 Iris drive The iris stepping motor drive signals IIN1 IIN2 IIN3 and IIN4 which are output from the ASIC expansion port IC106 are converted into drive by the motor drive 1C952 and are then used to drive the iris steps 5 4 Shutter drive The two shutter motor drive signals SIN1 SIN2 which are output from the ASIC expansion port 1 106 are converted into drive pulses by the motor drive 1C952 and the mecha shutter is opened and closed by regular current drive 2
42. TTERY TERMINAL A 1 2 O 5 636 063 5050 636 063 5050 B BATTERY TERMINAL B 1 2 O 5 636 064 1969 636 064 1969 CP 1 MAIN PCB 1 1 2 1 636 064 8531 636 064 8531 VF 1 WIRE UNIT VF 1 1 1 5 636 064 9163 636 064 9163 CCD CA 1 IMAGE SENSOR PCB CA 1 1 2 1 Parts List ou VAA11801 R 3578 A R 3578 A Dad Q ty Remarks 636 064 9187 636 064 9187 PW 1 POWER GENERATION PCB PW 1 636 064 9194 636 064 9194 LCD VF 1 LCD 1 1 636 064 9200 636 064 9200 SW TB 1 REVERSE SW TB 1 5 636 064 9217 636 064 9217 SW 2 BATTERY SW PCB TB 2 5 636 065 0824 636 065 0824 WIRE UNIT 5 636 065 1173 636 065 1173 HOLDER LENS 5 636 065 1180 636 065 1180 EVF EVF HOLDER 5 636 065 1197 636 065 1197 CA 1 CA 1 HOLDER 5 636 065 1364 636 065 1364 CF CF CARD SHAFT 5 636 065 2255 636 065 2255 JOINT UNIT 5 636 065 2309 636 065 2309 MONITOR BUTTON 5 636 065 2330 636 065 2330 TOP CABINET O 1 636 065 2347 636 065 2347 BACK CABINET 1 6
43. VAA11801 R 3578 Nikon COOLPIXS 700 VAA11801 J VAA11802 U VAA11803 EP VAA11804 EN REPAIR MANUAL NIKON CORPORATION Nikon Tokyo Japan Copyright 2002 by Nikon Corporation Recycled paper 11 Rights Reserved Printed in Japan July 2002 11801 3578 CONTENTS SPECIFICATIONS M1 M 2 DISASSEMBLING WARNING NOTES SB TOP COVER D 1 DISCHARGE ELECTRICITY FROM THE MAIN CAPACITOR D 1 BACK CABINET LCD UNIT D2 D3 JOINT UNIT lt D 4 CABINET D 5 LENS UNIT COVER uu
44. VF backlight power supply The controller is used FA7708R and TK11840L 1 1 Switching Regulator Controller FA7708R C501 This is the basic circuit which is necessary for controlling the power supply for PWM type switching regulator and is provided with five built in channels CH1 CCD power supply circuit 2 digital 1 85 V power supply circuit CH3 digital 3 35 V power supply circuit CH4 LCD panel power supply circuit 5 LED backlight circuit for LCD 1 Short circuit Protection Circuit If output is short circuited for the length of time determined by the condenser which is connected to Pin 37 of IC501 all output is turned off The power is restored by ON and OFF 2 Digital 3 35 V Power Supply Circuit Consists of a step down type switching regulator and outputs 3 35 V 2 5 95 3 Digital 1 85 V Power Supply Circuit Consists of a step down type switching regulator and outputs 1 85 V 5 95 4 CCD Power Circuit and Digital 5 V Power Supply Circuit 15 0 V 0 5 V 7 5 V 0 5 V and 5 02 V 0 1 V are output by flyback transformer T5001 The voltage is adjusted to 5 02 V Digital 5 V and CCD 5 02 V are shared 5 LCD Panel Power Supply Circuit Consists of a step up type switching regulator and outputs 12 3 V 2 5 96 6 LED Backlight Power Supply Circuit for LCD Consists of a step up switching regulator and carries out constant current control for the LEDs VAA11801 R
45. de of lens unit cover Attach the lens unit cover 2 to the camera body Attach the SB unit 3 to the camera body Insert the FPC D between the lens unit cover and the camera body Arrangement of FPC D Connect the FPC D and connector 4 Arrangement ofthe lead wires Attach the 2 pieces of screws 1 7 x 3 5 e Attach the 4 pieces of screws 1 7 x 4 E5700 VAA11801 R 3578 7 TOP CABINET Connect the connector D and Connect the 2 pieces of FPC 9 Attach the top cover 4 to the camera body Close the SB Attach the 2 pieces of screws 6 1 7 x 4 5 Attach the screw 7 1 7 x 4 Arrangement ofthe lead wires the cover grip 8 and then attach the screw 9 1 7 x 4 5 Open the battery cover Attach the screw M1 7 x 3 Open the SB e Attach the 2 pieces of screws 12 M1 7 x 4 5 Attach the screw 9 M1 7 x 2 5 A7 E5700 VAA11801 R 3578 8 JOINT UNIT Joint cover Monitor cover Attach TB 1 to the joint unit Attach the 1 piece of screw 2 MI 7 x 2 5 Rotate the A of the joint approx 90 degree in an arrow direction I Attach the monitor cover Rotate the A of the joint approx 90 degree in an arrow direction II Attach the 1 piece of screw MI 7 x 2 Attach the 1 piece of screw D MI 7 x 4 Attach the join
46. de of the CL412 waveform is VG 0 1 Vp p with respect to the CL410 VG waveform Note 16 2 LCD RGB Offset adjustment and 16 3 LCD Gain adjustment should always be carried out first VG CL410 waveform VG 0 2 0 1Vp p CL412 waveform A20 E5700 VAA11801 R 3578 16 5 LCD Red Brightness Adjustment Adjusting method 1 Adjust LCD Bright so that the amplitude of the CL411 waveform is VG 0 1 Vp p with respect to the CL410 VG waveform Note 16 2 LCD RGB Offset adjustment and 16 3 LCD Gain adjustment have done VG CL410 waveform VG 0 1 0 1Vp p CLA11 waveform A21 E5700 VAA11801 R 3578 1 OUTLINE OF CIRCUIT DESCRIPTION 1 1 CA1 CIRCUIT DESCRIPTION 1 IC Configuration IC903 ICX282AK B CCD imager IC904 IC906 CDX3400N V driver IC905 AD9849K ST H driver CDS AGC A D converter 2 IC903 CCD Structure Interline type CCD image sensor Optical size Diagonal 11 mm 2 3 type Effective pixels 2588 H x 1960 V Pixels in total 2658 H x 1970 V Optical black Horizontal H direction Front 12 pixels Rear 58 pixels Vertical V direction Front 8 pixels Rear 2 pix els Fig 1 2 CCD Block Diagram Symbol Symbol Pin Description Voltage Vertical register transfer clock 7 5 0 us 2 DAS Vertical register transfer clock 7 5V 0V 15V Vertical register transfer clock 7 5V 0V enm Nc
47. e battery is removed the 8 bit microprocessor opererates in clock backup mode using the backup lithum ion battery At this time the 8 bit microprocessor only carries out clock counting and waits in standby for the battery to be attached again When a switch is operated the 8 bit microprocessor supplies power to the system as required The 8 bit microprocessor first sets both the P A ON signal at pin 70 and the P ON signal at pin 71 to High and then turns on the DC DC converter After this the ASIC RESET at pin 97 and the MAIN RESET at pin 91 set to High so that the ASIC and the SPARC lite are set to the active condition If the LCD monitor is on the LCD ON signal at pin 14 and the LCD BL signal at pin 58 set to High and the DC DC converter for the LCD monitor is turned on If EVF is lighting the EVF ON signal at pin 10 and EVF BL signal at pin 11 set to High LCD monitor and EVF are not turned on simultaneously If a video jack is inserted LCD and EVF turn off Once SPARC lite processing is completed the ASIC and the SPARC lite return to the reset condition all DC DC converters are turned off and the power supply to the whole system is halted SPARC _ sbircpy Lop ieee LCD MONITOR MONITOR 15 1V A ag 7 7V A 12V L 12V E MODE Power voltage OFF SLEEP Displ Video output Display mode Video output Table 4 3 Power E7 ES700 VAA1180
48. e the 2 Pieces of screws 9 1 7 x 4 5 e Carefully remove the top cabinet 10 from the camera unit Remove the 2 Pieces of FPC Remove the FPC 2 and the connector 13 Remove the top cabinet 10 D5 E5700 VAA11801 R 3578 6 LENS UNIT COVER Remove the 4 Pieces of screws 1 MI 7 x 4 Remove the 2 Pieces of screws 2 MI 7 x 3 5 Remove the FPC and the connector Carefully remove the SB unit amp from the camera unit Carefully remove the Lens unit cover 6 from the camera unit D6 E5700 VAA11801 R 3578 7 BATTERY UNIT Remove the Terminal cover 1 Remove the screw 2 1 7 x 3 Remove 2 Pieces of screws 3 MI 7 x 4 Remove the battery cover by pulling it out from the joint part Remove the screw 5 1 7 x 4 Remove 3 Pieces of screws M1 7 x 3 and then remove the stand 7 Carefully come the bottom holder 8 to the surface Remove the C F card holder 9 Remove the 2 Pieces of screws 1 7 4 Remove the spacer Remove the connector 12 connector 3 and the connector e Remove the battery holder 15 e Remove the microphone 46 D7 E5700 VAA11801 R 3578 8 CP 1 CA 1 PW 1 Remove screw 1 7 2 5 Remove connector connector 3 and then remove the PW 1 0 e Remove the screw
49. els or Visual observation dim pixels on LCD Bright pixel A 1 1 mE dec Bright pixels Visible normally through 5 ND filter Dim pixels Visible normally Standard Within the above quantity Self timer Visual observation Operation time 10 3 seconds Stop watch 10 seconds 3 1 seconds 3 seconds Blinks for 9 seconds and lights for 1 second LED blinks lights Blinks for 2 seconds and lights for 1 second Measure the time until release is done since S2 was ON Electric characteristics Consumption current 0 2mA or less when the power switch is OFF Constant voltage Stand by 0 30mA or less at Sleep power supply Connect 6V from the constant voltage power supply and Ammeter perform measurement Start Photography 1 less when the custom 0 start monitor is ON B C voltage Level 1 4 9 0 2V for battery 7 4 0 2V for secondary battery Constant voltage 6 5 0 2V external battery power supply Level 2 4 0 0 25V for battery 6 7 0 25V for secondary battery Volt meter 5 9 0 2V external battery Level3 3 8 0 2V for battery 6 3 0 2V for secondary battery 5 7 0 2V external battery R5 E5700 11801 3578 2 TRH E Tool List E X New tool Remarks Tool No J63070 100 240Volts AA Ea T 5100K
50. emorize how the lead wires were arranged how the screws were fixed and the type of the used screws 3 Electrical parts must be grounded since they are easily damaged by static 1 SB TOP COVER Open the SB unit Remove the screw 2 1 7 x 4 5 Remove the SB Top cover 9 Discharging electricity from the main condenser A WARNING There are high voltege parts inside Be careful of this electric shock when you remove the cover You must discharge the main condenser according to the instruction of this repair manual before you remove the cover 2KQ 5W Black Terminal Gray Terminal 2 BACK CABINET VAA11801 R 3578 Remove the Hood VF D e Remove the screw MI 7x2 5 Remove the 4 Pieces of screws 3 M1 7 x 3 5 Open the CF card cover 4 Remove the 2 Pieces of screws 5 1 7 4 Carefully remove the Back Cabinet 6 from the camera body Remove the 7 and the connector 8 Remove the Back Cabinet 6 Open the Jack cover 9 Remove the screw M1 7 x 3 and then remove the Jack Holder Remove the Jack cover 9 Remove the 2 Pieces of the Pad 1 Remove the 2 Pieces of screws 2 1 7 x 3 Remove the 2 Pieces of screws MI 7 x 4 e Remove the screws M1 7 x 3 5 Carefully remove the LCD unit from the back cabinet Pull out the connector amp from the back cabinet D2 E5700
51. ens 8 x Zoom Nikkor Focal length F 8 9 71 2 mm 35 mm 135 camera format equivalent 35 280 mm f number 2 8 f4 2 Construction Fourteen elements in ten groups Autofocus AF Contrast detect through the lens TTL AF Focus range 50 cm 1 87 3 cm 0 8 in macro mode Focus area selection Five area multi AF and spot AF available Viewfinder Color LCD viewfinder 0 44 180 000 dot high temperature polysilicon TFT LCD with brightness adjustment Magnification 0 30 0 84 x Needs confirmation Frame coverage Approximately 97 through freeze image Diopter adjustment 4 1 Monitor 1 5 110 000 dot low temperature polysilicon TFT LCD with brightness and hue adjustment Frame coverage Approximately 97 through freeze image Storage Media Type I and CompactFlash CF cards and Microdrive cards File system Compliant with Design rule for Camera File systems DCF and Digital Print Order Format DPOF Compression JPEG baseline compliant Exposure Metering Four mode through the lens TTL metering 256 segment matrix Spot Center weighted AF spot Exposure control Programmed auto with flexible program shutter priority auto aperture priority auto manual exposure compensation 2 0 2 0 in steps of EV autoexposure bracketing Range W 2 0 18 0 EV ISO 100 equivalent 0 5 17 0 EV Shutter Mechanical and charge coupled electronic shutter
52. he recorded image data file through PHOTOSHOP and pick up a measurement section with the corner color its central area 64 x 64 pixels with the rectangle selector tool Read the histogram s RGB Finder EVF View Image There must be no blur distortion ghost halation or other out Visual observation standing troubles in contrast gradation etc Defective pixels Total 3 pixels or less 1 pixel or less at the center and 3 pixels Visual observation or less in the periphery View Field of view 75 or more and less than 100 in each of vertical and hori Scale zontal directions Trace the range which can be checked with the finder on the picture which was taken at the 3m position Dust fluff and damage Eyepiece acrylic Visual observation filter 100um or more 0 0 0 50 or more and less 3 or less than 100um Less than 50um Not in one point nor outstanding EVF unit Visual observation SOumormoe p 30 um or more and 50um roles or less Not collected in one point Less than 301m nor outstanding R4 E5700 VAA11801 R 3578 Criteria Applied tool s LCD and others Monitor LCD View There must be no shading in the LCD display range Visual observation nclination between the monitor and the monitor frame must not be outstanding Visual field ratio Through the monitor image 96 to 100 Visual observation Play back image 98 to 100 Bright pix
53. l observation operation have an outstanding caught in mechanism touch rubbed in mechanism touch play etc Latch must be accurately effective When luminance is low pop up operation must be done by lightly pressing the shutter release button Push the speed light in each direction and check it Quality of image Resolution in AF The resolution must be in compliance with the following values EIAJ chart in all the postures of the EIA J chart evaluation Horizontal center 1250 TV lines PHOTOSHOP Vertical center 1250 TV lines Horizontal line s at each corner 850 TV lines Vertical line s at each corner 850 TV lines Set the conditions as follows FINE auto white balance center weighted metering P mode sensitivity 100 gradation adjustment standard and profile emphasis standard Wide end position aperture open Equip the 5100K viewer with the chart and shoot an object in the full range of angle of view Then open the recorded image data file through PHOTO SHOP and check the resolution visually R3 E5700 VAA11801 R 3578 Item Criteria Applied tool s Quality of image Reproduction of color R G Color bar chart 1 Set the conditions as follows FINE auto white balance center weighted metering P mode sensitivity 100 gradation adjustment standard and profile emphasis standard Equip the 5100K viewer with the chart and shoot an object in the full range of angle of view Open t
54. nnector 10 Connect the CP 1 and CA 1 PCB by the connector Attach the screw 2 M1 7 x 3 Connect the FPC 3 Fig 1 Connect the connector D and connector 15 Fig 2 Attach the USB holder 6 Attach the screw 17 M1 7 x 2 5 Connect the PW 1 PCB and CP 1 PCB by the connector 9 Connect the connector Q0 Fig 3 Attach the screw 1 7 x 2 5 E5700 VAA11801 R 3578 VAA11801 R 3578 Fig 3 A4 5700 VAA11801 R 3578 5 BATTERY UNIT Position where the battery unit should be attached Arrangement ofthe lead wires r Attach the microphone Attach the battery holder 2 Position where the battery unit should be attached e Attach the 2 pieces of screws MI 7 x 4 Connect the connector 4 connector 5 and connector Attach the spacer 2 Attach the C F card holder 8 Attach the bottom holder 9 and the stand 10 Attach 3 pieces of screws M1 7 x 3 Attach the screw 12 M1 7 x 4 Attach the battery cover 13 Attach the 2 pieces of screws M1 7 x 4 e Attach the screw 19 M1 7 x 3 Attach the terminal cover 6 A5 E5700 6 LENS UNIT COVER Arrangement ofthe lead wires VAA11801 R 3578 FPC D should be at outsi
55. reen Refer to FIG 3 Dsc Calibration Black Results 4 lt FIG 3 gt All white pattern Color viewer 17 E5700 VAA11801 R 3578 15 USB STORAGE INFORMATION REGISTRATION USB storage data is important for when the camera is connected to a computer via a USB connection If there are any errors in the USB storage data or if it has not been saved the USB specification conditions will not be satisfied so always check and save the USB storage data Adjustment method 1 Connect the camera to a computer Refer to 8 Connecting the camera to the computer on the page 12 2 Double click on the DscCalDi128 3 Click on the Get button in the USB storage window and check the USB storage data VID NIKON PID NIKON DSC E5700 Serial Rev 1 00 4 Check the Serial in the above USB storage data If the displayed value is different from the serial number printed on the base of the camera enter the number on the base of the camera Then click the Set button 5 Next check VID and Rev entries in the USB storage data If any of them are different from the values in 3 above make the changes and then click the corresponding Set button Dsc Calibration Calibration r Upload LCD R Bright B Bright VCOMDO C_ E jm Focus RGB Offset Gain Image Matrix
56. t cover A8 E5700 VAA11801 R 3578 9 LCD UNIT LCD holder e Attach the spacer to the LCD holder Attach the LCD PCB VF 1 2 Solder the 2 pieces of 9 Attach the LCD to the LCD holder Attach the front cover D to the front LCD cover Attach the LCD side holder 2 Attach Joint unit to the front cover LOD unit Attache the 3 pieces of screws 3 MI 7 x 2 e Connect the connector and the connector Connect the connector and the FPC Attach the back LCD cover 9 Joint unit 9 E5700 VAA11801 R 3578 Rotate the LCD unit approx 45 degree in an arrow direction Attach the 4 pieces of screws 9 M2 x 3 Back cabinet e Pass the connector D through the hole of the back cabinet and then pull it out to the front side of the rear cover Attach the back cabinet to the front LCD unit Attache the screws 0 MI 7 x 3 5 Attache the 2 Pieces of screws 3 1 7 x 4 Attache the 2 Pieces of screws 1 7 3 Attache the 2 Pieces of Pad 5 10 E5700 VAA11801 R 3578 10 BACK CABINET Attach the Jack cover Attach the Jack Holder and then attach the screw M1 7 3 Connect the FPC and the connector Attach the back cabinet Attach the Hood VF Attache 2 Pieces of screws 8 M1 7 x 4 Attache the 4 Pieces of screws M1 7 x 3 5
57. the memory and output via the UART When played back on the LCD and monitor data is transferred from memery to the SDRAM and the data elongated by JPEG decorder is displayed over the SDRAM display area 3 LCD and EVF Block LCD Block is in the VF1 board and it is constructed by LCD driver IC171 and around circuits The video signal Y color difference signal from the ASIC are converted into RGB signals by the LCD driver and these RGB signals and the control signal which is output by the LCD driver are used to drive the LCD panel The RGB signals are 1H transposed so that no DC component is present in the LCD element and the two horizontal shift register clocks drive the hori zontal shift registers inside the LCD panel so that the 1H transposed RGB signals are applied to the LCD panel Because the LCD closes more as the difference in potential between the COM common polar voltage and the R G and B signals becomes greater the display becomes darker if the difference in potential 18 smaller the element opens and the LCD become brighter Also EVF Block is in the board and it is con structed by EVF driver IC801 and around circuits The operation is the same as the LCD block E5700 1 3 PW1 POWER CIRCUIT DESCRIPTION 1 Power Circuit Outline The switching regulator consists of a DC DC converter and it uses a digital power supply CCD power supply LCD panel power supply LED backlight power supply and E
58. zi mi Mode Initialize v bd uco Cal Data LOD Type 23 cop Black 04 sl Set Serial 000002000002 FE Set PID NIKON DSC E5700 Rev hm Set i Setting Language Video Mode 18 E5700 VAA11801 R 3578 16 LCD Panel Adjustment VF1 board Side CL414 XENB CL412 B lt CL411 R ms CL410 G 1 CL409 CSYNC 16 1 LCD AFC Adjustment Preparation POWER switch ON Adjusting method 1 Double click on the DscCalDi128 2 Select 0 on the LCD H AFC 3 While watching the LCD monitor adjust H AFC so that the edge of the LCD adjustment frame are the same distance from the left and right edge of the LCD screen A PCD Adius ane 16 2 LCD RGB Offset Adjustment Adjusting method 1 Adjust LCD RGB Offset so that the amplitude of the CL410 waveform is 3 95 V 0 1 Vp p 3 95V 0 1Vp p CL410 waveform A19 E5700 VAA11801 R 3578 16 3 LCD Gain Adjustment Adjusting method 1 Adjust LCD so that the amplitude of the CL410 waveform is 6 4 V 0 2 Vp p Note 16 2 LCD RGB Offset adjustment should always 6 4V be carried out first 0 2 CL410 waveform 16 4 LCD Blue Brightness Adjustment Adjusting method 1 Adjust LCD B Bright so that the amplitu
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