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SERVICE MANUAL Dual Camera VPC-TH1 VPC

Contents

1. oi C D LLI 3 lt lt 7 t lt LL LL 5 2 CD CO E a
2. F GND si D1 17300 SG314 J vonis VOLTAGE VIEW MODE LCD ON DSA12 ZRAS 0024 352222328 B Dos 8 Y AACE da 8 22 2 2 s 5 af s 38883222 S VDD3 EEE 5 8 5 8422 5 E 2 85 5 018 018 33 a 18 m 0 8 8 5 RI TN i K5W1213LCA E 018 0418 SETS EZ z 2 C056 0 5 i 13 QXXAGBOSO N EI 0012 8 Eus 0028 12 8 bas we DDR SDRAM ome VDD1 8 DOM 205
3. 1AV4J11B8060N 1608 MJC 040 D1 2 L5001 D5007 JK501 FBMH1608HL300 RB060M 30 UNREG s GND N F5004 05202 2A32V SIS473DV COLO UNREGST MA21D38 F88K2ROD3MFFD 11 05204 TODMA e A L oo DC JACK 5005 Sz gt 2A32V rs JSR 1608 S oZ F88K2ROD3MFFD 5 J N Q5009 a DTC144EM 1 521 1 m m MAX8601ETD T 18 OO GMAX8601ETD P 5 ER 9 8 3 22 8 16 T 55 C5206 5 1608 5 S COO pee m vs 8 m _ TO DMB LTIMEOUT ge E BE 77 St o 52 5 285 8 8 aX Qi Q er a r 5 r 2 TS TO BATTERY 1 x 00 5 5 gs Fr TO SYA Q9 BATTERY Be ee 77 1M 1 16J z Q5014 BAT CHARGE USB_VBUS 4 AN 2SK3541 R5057 27K 16J 9 TO DMA 1 1 16 I il M lt 3 T 1 D0 5 3 55 i i 92 e S BE 5 R5210 D0 5 1 1 16
4. AA CO DO XAN i PM TS F35A 3 Ta STROBE CHARGE R5431 3 ANN 541 QBD4218NUV P 1 AL3 2V 2 AL3 2V SN a 3 FLCTL PIN 24 4 ZCHGDONE 5 CHG CP2 LW 6 BOOST5V 2V div E WS 7 N C 2 001 E 0 01 3508 8 20us div Vei dde ete ibd RUE NC s GND UE E ET JW542 AWG30 n GND ul 55 12 GND CN171 BREMEN TERRENI BLACK 2 0X1 25 13 GND I 2 GND PIN 34 8388 15 GND CP8 16 UNREGST UNREGST 2V div zz UNREGST 20 UNREGST 2888 5 UNREGST TEM 4736 TO CP1 DMA CN105 CN171 MA2SD19 PIN 36 E D5404 CP6 GND 1 2V div IGBT GND 2 TB1 BOARD SD CARD SOCKET TB2 BOARD HINGE SWITCH 1 2 JW653 AWG32 T1 17300 SG314 J T2 17300 SG314 J HINGE SW1 RED 2 0X1 25 TO VF1 JW171 CN142 GND 1 SDCLK 2 S6501 GND 100 1 16 ESE18L11BXK JW654 AWG32 SDCMD 4 m 06 HINGE SW2 SDDATA3 5 SDDATA2 6 R1402 BLACK 2 0X1 25 10 1 16 1AV4S10B5501G SDDATA1
5. CN103 a on GND 1 a E VDD12 GND 2 an VDD12 GND 3 au VDD12 VDD12 VDD12 GND 6 a VDD12 0012 VDD12 VDD3 9 au VDD12 LCD AN 0 EE LCD CA 11 LCDCA 05 VDD12 LCDSD 12 au L VDD12 LCDCK 13 VDD12 LCDEN 4 LCDRESET 9 Gi VD 16 uD E L en VDD12 AVSS12 GND 18 e AVSS12 S1PLL LMCLK 19 AVSS12 S2PLL GND 20 AVSS33A ADAC LCDD7 21 AVSS33A1_ADC LCDD6 22 AVSS33A1_VDAC LCDD5 23 AVSS33AR_VDAC LCDD4 24 e AVSS33D_VDAC LCDD3 25 VSS LVDS eO VSS LVDS VSS USB LCDDO 28 VSS USB VDD3 29 VSS USB GND e VSS USB VSS USB VSS VSS VSS VSS E VSS vss VSS CN105 AL3 2V 1 VPIXCLK J oe ZCHGDONE 4 N 2 2 CHG 5 SLCHG vss BOOST5V a s NC U5 3 ves NC 8 uve 3 vss NC 9 3 e vss GND 10 vi J vss GND E GND 12 j vss GND 13 z sa UNREGST 16 UNREGST Lo UNREGST 7 iS UNREGST 18 a UNREGST 2 1
6. MRST J VSS NAND RESET 1 VSS ZUSBDET VSS ZAVJACK VSS ZCARD VSS PLLEN 7 e VSS 5 mamas BOOST5V VSS VSS TO SYA gt PAON1 J FP vss 2 1 VSS A I2CSDATA 1 VSS I2CSCLK 7 e VSS TO CAA vss VSS SLVSD3P 1 gt VSS SLVSD3N VSS SLVSD2P 3 vss SLVSD2N a VSS SLVSCP 3 CLK24M VSS SLVSCN J LENS SDO J gt VSS SLVSD1P LENS SDI J VSS SLVSDIN J PS 1 gt VSS SLVSDOP 1 AD gt VSS SLVSDON 5 ZPI_AD J gt VSS ADCK J LENS RESETN J gt 1 VSS VDD3 uma 3 LENS SCLK J vss VAA2 8 lt V AA2 8 LENS_EN J gt vss CMOS1 8V lt CMOS1 8V LENS_TEMP J gt Vis SHUTTER es SHUTTER 4 FPIOUT VSS RESETN 2 ZPIOUT EO 45 _ mm de MD SS 1 o9 amp ufo dr BP d dn K K dL K K Ree d EE K d d d d KK GL hk E Gk uL o o 8 5 lt D xa A d D S S S S S S S S S S S S S S S S S S S S S S S O O S S S O O S S O S E Z 2 2 Z Z O seve s 5 E k E FLASH
7. D2 p 1015 D7 00000060000000000000006000000000000066000000000000000 0 il nom s Z S S S E Z Z E Z S S 6 8 6 6 6 Z lt lt Z Z lt lt lt lt lt lt lt Or OQ X m X Cot c G G G o D Bn S66 5 6 5 w mc w s w BS Gc SS 02 17 i D3 vssd past 4 PROGRAM FLASH s D6 C20 D6 DO D7 D8 A22 D8 D9 F18 D E D10 D10 D11 B22 Du D12 E19 D13 E20 919 cz D14 015 023 015 ZWE E21 ZEWA ZFRD 2080 025 pes NAND_RESET 0030 20 pasg z m 0029 0028 E24 502
8. 99 F1 17300 SG314 J G sles RSS 85 oc E BOOST5V 59 3 3V REG VDD3 VDD3 EL X VDD33 VDD3 QXC6221S04XGP CN951 1 E 7 Mond VDD1 8 26 THERMISTOR TO DMA 235 FOCUS QUU 25 FOCUS PI K PON Br ve 23 N C TO SYA F SENSE AT 22 FOCUS PI E FPI AD 21 GND EN 2 ZOOM sarez ZOOM 18 ZOOM A H FERAI 17 2 W 16 N C v 15 ZOOM PI K e 14 ZOOM PI E ON 13 HALL OUT W IN 0502 200 Bv R9511 5 12 DRIVE 4J7K 146D co 1 IN i DRIVEs Ra 55 68 2 1 951 LC898200A H OUT3A r7 10 GND SAD GXXGA0500131P 7 HALL IN G Z SENSE 3 LENS DRIVER HALL OUT 8 OUT Be IRIS CONTROL BALL 53 our 6 HALL_OUT 5 5 7 2a 4 sane A R9523 _ 01 62 ay SSS 3 FOCUS B Wy LENS RESETN Eodem FOCUS A wisi T FOCUS ot E TO LENS E N n vga rat m 5 Oo R9526 470 1 16D W Am 1 a E HALL OUT TN gs PS ES 5 CLK24M 1 CLK24M LENS RESETN LENS RESETN LENS SCLK LENS LENS EN LENS EN C LENS SDO J LENS SDO LENS 5013 LENS SDI STATE1 STAT
9. CN191 L1901 DLP2ADN900HL4 TMDS SHLD2 TMDS DATA2 TMDS DATA2 TMDS SHLD1 TMDS DATA1 TMDS DATA1 IC191 TDA9989BET GXXAGB057 P HDMI TRANSMITTER TMDS SHLDO L1902 DLP2ADN900HL4 TMDS 0 TMDS DATAO R1922 10K 1 16D 100 1 16J VDD5 TO PWA D1901 RB520S 30FJ R1935 1 8K 1 16J R1936 1 8 1 16 R1934 27K 1 16J TMDS CLK SHD TMDS CLK TMDS CLK DDC CEC GND CEC DDC SCL DDC SDA N 6 1A32V RESERVED DDC 5V HOTPLUG DET A HDMI INT R1911 4 7K 1 16J VDD3 HDMI_HPD R1921 0 1 16Z 12 000MHz Q1902 UP0431300 VDD3 R1920 22K 1 16J 16 12 13 14 15 16 17 R1937 3 3K 1 16J HDMI CONNECTOR 18 19 CP1 BOARD TCA LENS ZPIOUT TCA
10. 3 254595290922 2 lt N gt gt D NVX E t LLI lol ele 2 ms x SeSe B 5 5 5 SON B 5 lt miu X X S gt L V 292 0 2882 2525 5 E zviva san o gt ZZ z z mI KTIHSSQWL SANL 5 0 1 050011 4 a ovivasan gt o O I 55 232 008 gt 939 v 195 8 z 03 03530 0 00 81 6 13 90104104 2 2 9 H3MOd 2 s H3MOd lt LAOO LAOO N3dO 340 06 9 z HOLSIWH3HL 9 1 HOLSIWH3HL OV Id 50204 2 Id 0903 2 3 Id 5 903 1 ND lt 5 x V WOOZ 2 2 o 8 s 8 WOOZ V INOOZ 4 d WOCZ 9r ON a 002 lt gt 3 Id WOOZ 2 amp Id WOOZ CC a uso Vd LLI 0 lt a oso LVg 6 TINH nn 8
11. Backrush pulse Get Video Mode Factory Code 3 11 Reset Setting Carry out reset settings after replacing CP1 board 1 Turn on the camera 2 Set the NORMAL mode and press the MENU button 3 Choose the OPTION MENU 3 4 Choose the RESET SETTINGS and press the SET button 5 Select RESET and press the SET button 3 12 The Compulsive boot starting method 1 Keep MENU button SET button and SHUTTER button de pressed while switching on the power 2 Connect the camera and the computer with USB cable 99 3 13 Firmware uploading procedure 1 Uploading the firmware should be carried out if the version number COMPL PWB XX X on the replacement circuit board is lower than the version of the distributed firmware For XX X enter the name of the circuit board containing the firmware 2 The firmware is distributed by e mail in self extracting archive format Change the extension of the distributed file to EXE and save it in your preferred folder 3 When you double click the saved file the firmware binary file will be saved in the same folder 4 The firmware must not be distributed without permission 1 Overwriting firmware from the SD card Preparation SD card SD card with firmware rewritten into the root direc tory Data S314Nxxx BIN xxx version Overwriting method 1 Insert the above SD card 2 Turn on the camera 3 Set the NORMAL mode 4 Pres
12. Ss STT 7 SSM3J120TU 8 on Br 25 gt o 5 a s d R5042 25 1 100K 1 16J e mss 77 ur 2 60 05004 ANN DMA B 2513541 TI Sa 8 D 2 1 as SYA VDD1 2 P1 17300 SG314 J R5024 VOLTEGE VIEW MODE LCD ON menm USE BATTERY C8 CA1 BOARD IMAGE SENSOR CAT VDDIO VDDIO C2 17300 SG314 J VDDIO L9101 SDINO SLVSON SLVSOP SLVS1N SLVS1P SLVSCN SLVSCP SLVS2N SLVS2P ob AG Kb bb SLVS3N SLVS3P AGND VAA2 8 L9102 2 FBMH1608HL601 1608 VAAPIX R9101 VAAPIX 23 VAAPIX 24 AGND 25 2 FLASH 27 SHUTTER 2 2 SHUTTER GPI3 co 2 67 GPIO 3 IC911 MT9J001112STCV LCC GPIO 3 34 35 36 3 RESET EXTCLK N CMOS1 8 VDDPLL p FBMH1608HL601 1608 VDDPLL 43 44 lt lt BO Q lt lt gt Q Q Q Q gt gt gt gt gt C gt gt C 9103 0 1 16Z A GND 2 0 O O A gt 19104 1608 601 1608
13. E P R rm R PE Sees cee aH ND ND 6 ES 8 1 z 9 L S eo Lu tc 2 ZMS 39NH ZMS 39NIH 6 qatu IMS 9 LMS 39NIH 448 2 19 18 17 16 15 14 13 12 11 C3 10 2 O SD CARD SOCKET CA1 BOARD 10911 CMOS IMAGE SONSOR 10Mpix CN911 CN901 LCD 3inch 230Kpix WIDE CN172 CN103 OVERALL CIRCUIT LENS UNIT x30 F 1 8 CN951 IC951 LENS DRIVER IRIS CONTROLLER TB1 BOARD CP1 BOARD PWA 48 000MHz Tee eee uumummuummumummt CN105 CN541 IC501 IC521 BATTERY CHARGE SWITCHING CONTROL 5ch LVDS IC101 SYSTEM ASIC IC121 PROGRAM FLASH 512Mb DATA CLK DDR SDRAM 512Mb CONTROL X3002 TEMP SENSOR SERIAL TB2 BOARD AUDIO CODEC IC182 it MICRO PROCE 16bit 48k 8bit MICRO OCESSOR T 32 768KHz USB2 0 High Speed CN110 omponent 1C302 BATTERY BACKUP Wununununumumunuunuumnununununununuunuunununuununununununmu 4 BOARD VIDEO OUT S AUDIO OU CN191 HDMI ZOOMSW UNIT KEY SWITCHES CN622
14. 20 636 121 5381 21 636 122 6356 22 636 120 9830 23 636 121 4766 24 636 121 5916 25 636 121 4735 26 636 121 4773 27 636 121 4759 28 636 121 4742 29 636 121 4803 30 636 121 4964 101 411 178 9403 102 411 193 2106 103 411 194 8206 104 412 078 7902 105 411 178 6204 106 411 218 4405 107 411 177 9503 108 411 175 5705 109 411 184 0005 109 411 194 8404 28 DESCRPTION HOLDER BACK SG314 J FLEXIBLE PWB CP1 amp TB4SG314 COMPL PWB TB 4 BUTTON SELECT SG314 J HOLDER BUTTON BAS SG314 J BUTTON MENU SG314 J BUTTON REC PLAY SG314 J BUTTON MOVIE SG314 J BUTTON SHUTTER SG314 J CABINET BACK SG314 J COVER DC SG314 J SCR S TPG PAN PCS 1 7X4 0 SCR S TPG PAN PCS 1 7X4 0 SCR PAN PCS 1 7X3 SPECIAL SCREW 1 7X3 0 SCR PAN PCS 1 7X4 SCR S TPG PAN PCS 1 7X7 SCR S TPG PAN PCS 1 7X3 SCR PAN PCS 1 7X3 SCR PAN PCS 1 7X2 0 VPC TH1 VPC TH1EX VPC TH1GX SCR PAN PCS 1 7X2 0 EXCEPT VPC TH1 VPC TH1EX VPC TH1GX CABINET AND CHASSIS PARTS 1 G314 J PARTS LIST 1 29 CABINET AND CHASSIS PARTS 2 LOCATION PARTS NO 31 32 33 34 35 36 37 38 39 40 41 42 43 44 44 44 45 46 47 48 49 50 51 52 53 53 53 54 55 56 645 099 2308 404 120 5400 636 068 0265 636 126 0688 636 120 5276 636 121 5251 636 123 3057 636 121 5329 636 121 5183 636 120 9823 636 121 5176 636 121 5107 636 122 6349 636 121 4926 636 123 0483 636 123 0490 636 121 5336 636 106 6310 636 120 5054 636 121 4780 636
15. 10 Screw 1 7 x 3 11 Holder strap front 12 Spacer blind 13 Screw 1 7 x 3 14 Holder strap back 15 Two screws 1 7 x 4 16 Stand 17 Remove the solder 18 Screw 1 7 x 3 19 Screw 1 7 x 3 20 Cabinet top 21 Spacer cabi front 22 Flexible pwb CP1 amp TB4 23 Cover SD 24 Screw 1 7 x 3 25 Two screws 1 7 x 26 Two screws 1 7 x 27 Remove the cabinet back from the main body 28 Cover DC 29 Three screws 1 7 x 4 30 Holder back 31 Two screws 1 7 x 4 32 TB4 board 33 FPC 34 Unit zoom 35 Flexible pwb CP1 amp TB4 36 Button select 37 Holder button bas 38 Button menu 39 Button rec play 40 Button movie 41 Button shutter 42 Spacer mic 43 Remove the solder 44 Two screws 1 7 x 4 45 Holder bottom 46 Spacer shield wire 47 Connector 48 Two screws 1 7 x2 49 Dec joint 50 Two screws 1 7 x 4 51 Screw 1 7 x 3 52 Two screws 1 7 x 3 46 Spacer shield wire 53 Compl cabinet front 54 Screw 1 7 x 3 55 Screw 1 7 x 3 42 Spacer mic 53 Compl cabinet front 2 Note Do not tuck the lead wires 13 2 2 REMOVAL OF TB1 BOARD LENS ST1 BOARD CP1 BOARD AND TB3 BOARD When assembling tighten the screws order abc When assembling tighten the screws order abc 5 L2 When assembling Wowk 4G tighten the screws order d 2 2 A os 7 gt 38 14 1 Three
16. 100 1 16J 47 4 RB106 WW AAA 8 7 NW MN uvo UV3 UV4 UV5 UV6 UV7 D4 FSEL VMUTE RB109 PSELCON DSA1 TO DSA2 DSA3 02 0015 TO DQ14 sou no DQ13 TO DQ12 DQM DOMI DQS1 0051 ees DQ11 DQ10 TO DQ9 o 008 o 007 o 006 o 005 004 DQMO 0080 003 002 001 TESTO TCLKIO TSCKIN CLKSEL1 CLKSELO va CP1 BOARD DMA MAIN W RB102 0 e w co 5 n zl ala T S a A gt gt gt gt gt gt gt gt LOWER RIGHT R1519 911 600 10 C15 11 1608 ASIC_S
17. vss TO ST1 CN541 HDMI INT 1 VSS 4 10 11 12 C12 R1010 1K 116J RB101 10K 8 W aman VDD3 LAMA SAM VDD3 L1002 aa BLM15BA330SN1 R1002 51 1 16 ralo Ef Ef Ef E x x lt al a o r m TOO eT l SS 528 0 F FL o a al 21 99 lt o o E o 51 u 2 Z Z 5 os 2 1 J 5 6 Af f s o f ef Kf e o af f lt lt lt lt lt lt lt lt lt lt lt lt lt lt o e 9 GPIOF2 2 GPIOFt GPIOFO TSEL2 z TSELI 9 TSELO TRST TMS TCK RTCK TDO 9 GPIOC23 3 GPIOC22 GPI0021 GP GPIOG 2 GPIOC GPIOC GP ocie GP GPlOC 2 GPIOC GPIOC GPIOC11 3 GP 2 GP GP oc GP GP oc 7 GP os 9 cpioce GP GP oc 2 GPIOC1 3 GP oco GP 2 GPIOAI 2 GP
18. IA O O aml IA O N C9 VOLTAGE VIEW MODE LCD ON 18 19 PAON1 PAON2 PAON2 TO DMA VDD3 3 VAA2 8 VAA2 8 51 8 CMOS1 8V TO DMA CAA C1 17300 SG314 J 0 8V REG IC901 XC6221B082G QXC6221B082GP CMOS1 8V VDDSLVS TX PAON1 R9005 2 2K 1 16J 2 8V REG IC902 TK70628HCL G GTK70628HC GG PAON2 VAAPIX R9006 4 3K 1 16J PAON2 I2CSCLK 1 lt SCL G9001 TO DMA RUM003N02 23 C x 2 ry 8 VDDIO 58 oe our rT ry Q9002 RUMOO3NO2 I2CSDATA J T lt SDA TO DMA CP1 BOARD CAA LEVEL SHIFT 2 8V REG IC903 TK70628HCL G VDD3 VDDPLL R9008 10K 1 16J 1005 R9004 0 1 162 CMOS1 8V VDDIO SLVSDON SLVSDOP SLVSD1N SLVSD1P SLVSCN SLVSCP SLVSD2N SLVSD2P SLVSD3N SLVSD3P TO DMA FLASH SHUTTER GPI3 GPI2 GPIO RESET TO DMA ADCK J VDDIO CN901 3 1 VDDIO 2 VDDIO GND GND 4 5 SLVSON SLVSOP GND SLVS1N SLVS1P GND SLVSCN SLVSCP GND SLVS2N SLVS2P GND VAA2 8 1005 R9003 0 1 16Z VAAPIX SLVS3N SLVS3P 19 GND 2 AGND t 2 2 0 1 VAA 22 VAA 4 2 2 3 VAAPIX 5 VAAPI
19. 7 lt g TO TB1 CN142 555g B 5 8 888 4 d d gle CN101 8886 8 8 amp 8 8 SMS u 8442 gl gs B S 88 5 5 445 8 888993 9933 98 s s s 5 49 GND 5 44 amp 3 2 gs 9 8 2 8 2 2 GND SDCMD 4 SDCMD SDDAT3 5 SDDAT3 206 SDDAT2 6 SDDAT2 z g x SDDAT1 7 SDDAT1 48 000MHz C1121 SDDATO 8 SDDATO SDWP 9 SDWP 10 ND m G GND 2 ZCARD 2 ZCARD to Gd ue purense soper SDDET 18015 14 VDD3 003 7003 15 VDD3 voo1 8 i GND 7 GND 0 18 GND BOOSTSV 7 BAT 19 BACKUP BAT TO PWA eur TO SYA 2 GND vor 3 UOUT AN13208A NCC Y QAN13208A o C e d VIDEO DRIVER I 1 0 60 C11 TO VF1 CN172 CP1 BOARD DMA MAIN UPPER LEFT D1 17300 SG314 J VOLTAGE VIEW MODE LCD ON VDD1 8 e a 2 gt 3 3 VDD3 e 3 3 C1058 0 1 1066 8 0 1 B 2215 1 2 VDD1 2 15 IBS VDD1 2 2 ell _ IL L LLL LL LLTI TTT LL A 11 l 200000000000002210 8 e AVDD12 S2PLL AVDD12 S1PLL AVDD12 VDD18DDR
20. GP 3 GP GP oe 3 GP 2 GP GP GP 2 GP 2 2 GP GP GP GP GPIOA16 AVDD33A1 ADC VDD USB33 VDD USB33 AVDD33A1 6 101 EV3XA QEV3XA N Pr FF R A A Fri m 13 14 15 16 17 18 19 CP1 BOARD DMA MAIN UPPER RIGHT ZFWB ZFRD J gt a lt 2 5 VDD1 8 Se 8 x DSA2 ONENAND CLK ONENAND AVD x r rer 7 7 o D1 a 22 2 RE 81 8 VDD3 a amp 8 s Bf of Sf amp m gno S 8 a 6 Bl 8 E ae 2 Sj 3 4 H Z 5 5 8 uj 5 2 mE 112 gt Alf af of x wf af of al f a ur voo 9 T lt lt a lt lt lt lt gt a X X X X 2 lt Sm 2 50 err z o a u2 Ste E 53 SN gt i 85 5 5 vssa a 5 TY OL e 5 108 vssa gle 8 II XXAGB050 N ac 55 VSSQo 0011 i 0027 G4 us vocas
21. Li R5206 H Q5204 5 W USB ON 253541 27K 1 16J 2 i SYA eo QI PT A F5002 F5003 2A32V 1 6A32V UNREG A O UNREGSY F88K2ROD3MFFD F88K1R6D3MFFD 1608 1608 TO SYA 1AV4L2KN6R8NG LQH3NPN6R8NMOL a LCDAN G 6 L5007 5 8 6 8 N lt 3 8 8 92230 255 out 24 0 58 8 tx 8 o S 0 03397 5 5 i 9 ai 1 Q5008 5072 zd Be R5075 ste eS 15 116D R5001 1608 Dr gt LCDCA 910 1 160 CH7DRAIN ox 4 Lo C5003 478 63 8 ee IC503 LOUTA21 XC9235C28CER 1AV4L2KN4R7NG 47M 25 PW CH7 SW QXC9235C28CEP LOHSNPNAB7NMOL 1AV4L2YH4R7MG 5301 15005 NR3015T4R7M LOUTB21 AV 5 3 0X3 0 9 M VAA2 8 _ 9 NR4018T4R7M Se LOUTB22 1AV4L2FY4R7MG MA21D38 3 od E ras PGND2 SWITCHING CONTROL PVDDI oo Ni SS T E Na CX P ro N M es 2 NR3015T2R2M gt 1 1AV4L2YH2R2MG UPD168805FC AN2 E1 25 a le L5003 LOUT31 N x AL b 4 ET 4 e 2 8 5 P 5 8 2 8 8 5 TO DMA 5 5 zd a 1 T i5 X 2 s 8 8 D EE z EF A N PON SYA e LBLON TO BOOST5V C 6 4 XC9235C18CER 1AV4L2YH4R7MG QXC9235C18CEP NR3015T4R7M L5006 VDD1 8 gt E ge CMOS1 8V WV e 82K 1 16D ga 445 05003 o 9
22. 1 Set the camera so that it becomes center of the siemens star chart in the collimator zoom wide and tele Set a distance of 0 5 1 0 cm between camera lens and collimator lens Do not touch the each lens Set the camera so that it becomes center of the screen in the collimator Double click on the DscCalDi exe Select Infinity on the LCD Test and click the Yes Lens infinity adjustment value will appear on the screen Click the OK Lens Adjustment 1m is carried out after this adjust ment Dsc Calibration Adjustment value determination is effectuated using below val ues The adjustment values fulfill the conditions below they are de termined as within specifications Adjustment value determination PZ_SW ZSW ZSW adjustment value of zoom PI switch position 52 lt ZSW lt 34 AF WIDE ZIW ZIW infinity adjustment value of focus at zoom position wide 77 lt ZIW lt 78 AF MID1 ZIM1 ZIM1 infinity adjustment value of focus at zoom position middle1 96 lt ZIM1 lt 96 20 AF MID2 ZIM2 ZIM2 infinity adjustment value of focus at zoom position middle2 115 lt ZIM2 lt 1 14 MID3 ZIM3 infinity adjustment value of focus at zoom position middle3 138 lt ZIM3 lt 137 I MID4 ZIM4 ZIM4 infinity adjustment value of focus at zoom position middle4 194 lt ZIM4 lt 195 AF I MID5 ZIM5 ZIM5 infinity adjustment value of focus at zoom position
23. 636 120 9809 CAPACITORS C1701 303 391 3804 CERAMIC 10 6 3V C1702 403 455 1002 CERAMIC 10 10V C1703 303 396 9504 CERAMIC 2 20 10V C1704 303 396 9504 CERAMIC 2 20 10V C1705 303 396 9504 CERAMIC 2 20 10V C1706 303 396 9504 CERAMIC 2 20 10V C1707 303281 2405 CERAMIC 0 220 16V C1708 303281 2405 CERAMIC 0 220 16V C1709 303 383 5007 CERAMIC 10 16V C1710 303 383 5007 CERAMIC 10 16V C1712 303 391 3804 CERAMIC 10 6 3V RESISTORPACKS RB171 6450729119 150X4 1 16W RB172 6450729119 150X4 1 16W RESISTORS 1701 3012261506 MT GLAZE 0 000 ZA 1 16W R1702 301 228 4505 MT GLAZE 2 2 JA 1 16W 1703 3012248903 MT GLAZE 100K JA 1 16W CONNECTORS CN171 645 093 9228 N S P CN172 645 093 7033 SOCKET PWB WIRE 3 N S P COMPL PWB ST 1 636 120 5276 SEMICONDUCTOR Q5402 4060215107 TIG032TS S TL E INTEGRATEDCIRCUIT IC541 40968423800 IC BD4218NUV DIODES D5401 3072456805 DIODE FPSN4 05402 407 265 1900 DIODE RE0208DA TR E 05404 3072214108 DIODE MA2SD19 TRANSFORMERS T5401 645 097 3864 TRANS STEP UP T5402 645 084 1835 TRANS STEP UP CAPACITORS C5401 3033925005 CERAMIC 22UM 6 3V C5410 303 428 3302 CERAMIC 0 0220 K 350V C5411 303 428 3609 CERAMIC 0 010 350V C5431 303 391 3804 CERAMIC 10 6 3V C5432 303391 3804 CERAMIC 10 6 3V C5433 303311 3501 CERAMIC 1000 50V C5434 303311 3501 CERAMIC 1000 50V C5435 3033115000 CERAMIC 33 50V RESISTORPACK
24. 11 18 LEVEL SHIFT Q9002 1 2 3 4 5 6 101 SYSTEM ASIC GPI 3 0 SHUTTER FLASH SDIN 3 0 SDIP 3 0 SCKIP SCKIN A I2CSCLK A I2CSDATA RESET N ADCK SG314 SENSOR BLOCK 10 LENS TEMP ZPI AD AD TO IC101 BOOST5V 4 IC952 1 PON 3 3 REG TO SYA ZPIOUT FPIOUT STATE1 STATE2 LENS RESETN CLK24M LENS SDI LENS SCLK LENS EN LENS SDO PS SHUTTER TO IC101 C5 11 VDD1 8 12 LENS CIRCUIT IC951 LENS DRIVER IRIS CONTROLLER VM1 VM2 VM3 VM4 VCC VDD3 OPVDD ADVDD DAVDD DVD33 ADVRH VDD3 13 14 15 US DRIVE Z SENSE PILED F SENSE ZOOM A ZOOM A ZOOM B FOCUS A FOCUS B FOCUS B DRIVE HALL IN HALL IN HALL OUT HALL OUT VDD3 15 24 22 FOCUS A 2 9 CN951 LENS BLOCK THERMISTOR ZOOM PI FOCUS PI ZOOM MOTOR FOCUS MOTOR IRIS SHUTTER SPRING HALL ELEMENT SG314 LENS BLOCK 17 18 19 I CA1 BOARD I I LENS UNIT CN901 BtoB CN951 FPC CN101 BtoB CN103 BtoW MAIN CIRCUIT LEVEL SHIFT SDA A I2CSDATA Q9001 SCL 09002 A I2CSCLK ADCK SLVDJIO S N P SLVSCIN P XO FLASH RESET ___ X1102 GPI 0 3
25. 17 CP1 BOARD SYA SYSTEM CONTROL a ttt aaa C18 LCD CIRCUIT C19 ST1 BOARD STROBE C19 BOARD SD CARD 9006 1 C19 TB2 BOARD HINGE SWITCH eerte C19 TB3 BOARD MR 0 2 C20 BOARD KEY SWITCHES serrer tette ttt aaa aaa C20 VF1 BOARD LCD CONNECTOR tete te tette ttt tette tette reset C20 PRINTED WIRING BOARDS P W B CP1 0 9 9 9 C21 SIDE rr PPP C22 C23 TBS P W B SIDE A amp B R C23 P W B SIDE A amp B R C24 TB2 P W B 0 ttt ttt ttt C24 P W B SIDE A amp C25 P W B SIDE A amp B ttt tt ttt tt rtc C25 TB4 P W B 0 ttt ttt C26 C1 NOTES 1 All resistance values in OHMS unless otherwise noted K21 000 M 1 000 000 2 All capacitance values in pF unless otherwise noted p pico farad nznano farad p Uzmicro farad 3 All inductance values in unless otherwise noted u or U micro henry mzmilli henry Figure of printed wiring boards Multilayer board Side A means the
26. 7 E TO VF1 JW172 SDDATAO 9 SDDAT2 ff jan 2 HINGE SWITCH SDWP 9 SDDAT3 W 4 GND 10 SDDATO 5 W 6 e GND 11 SDDAT1 7 8 ZCARD 12 ZCARD e SDDET 13 SDDET e VDD3 14 SDWP 6 VDD3 15 GND 16 GND 17 GND 18 Q1403 BACKUP BAT 19 5 UP0431300 GND D TO CP1 DMA CN101 TUP0431300 G 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 C19 CN611 CN621 GND KEY 2nd TB3 BOARD MR SENSOR TB3 T3 17300 SG314 J MR SENSOR IC611 MRX1518HTA QMRX1518HTA P SKRMAAE010 1AV4S10B6030G TB4 BOARD KEY SWITCHES 6201 SKRNPBE010 KEY 1st TO ZOOM SW UNIT CN622 GND BOOST5V RED LED SCANIN1 GREEN LED SCANIN2 GND 1 2 3 4 SCANINO 5 6 7 8 D SCANIN3 E SW3 2V SCANIN4 9 ZOOM AD SHUTTER SCANOUTO S6202 SKRHAAE010 SCANOUTI SW3 2V ZOOM AD BOOST5V GREEN LED RED LED C GND TO CP1 SYA CN301 6203 SKRMAGEO10 X VREC 56204 SKRMAAEO10 PLAY TB4 T4 17300 SG314 J 56205 SKRMAAE010 MENU 000900 20000 TO CP1 DMA CN103 10 C20 11 JW171 AWG32 AWG30 HINGE SW1 TO 2 JW653 RED JW172 AWG32 AWG30 HINGE SW2 2 JW654 12
27. EXC24CF900 USB VBUS FPLAD 1500 f 3 AUDSD r 16 FBMH1608HL300 USB D SLVsDOP sane SLVSDON ZPLAD MN 5 12054 4 e USB D 1 LCOD3 R1302 l ABK LENS RESETN 1 VyS TTT oanez Pb_OUT LENS 2 5 LCDD2 AWG32 AWG30 Ej Y OUT 0 LENS EN n LCDD1 TO MIC L MIC L 1 RE Pr OUT Viano Vua o 1 p eco LINE L MOS1 8V 150 AUDIO LOUT 11303 CMOS1 8V Fc SHUTTER A Dg 5 BK1005HM102 GND 89 Z E 8 s ERES SHUTTER 5 9909 oR aunen ey LINE R 5 5 5 5 5 5 5 5 5 5 5 W BK1005HMTI weena A 66 6006 3 9 00000600000 FLASH 00000000000 660060060060 poem STATE 818 QUT i 98 aren 1 T po ET 58 558 VDD1 8 VDD1 8 NES T 588 gt BOOSTSV j 71 8 J eel l i 8 5 P1 ki B 8 TOCAA TOTCA 22 E ES Be 8 268 J 3 F m 3 L b ala N 55 H EE 2715 7 E Su 45 5 E 475 a 42
28. F higher than solder containing lead and moreover it does not contain lead which attaches easily to other metals As a result it does not melt as easily as solder containing lead and soldering will be more difficult even if the temperature of the soldering iron is increased The extra difficulty in soldering means that soldering time will increase and damage to the components or the circuit board may easily occur Because of this you should use a soldering iron and solder that satisfy the following conditions when carrying out repair work Soldering iron Use a soldering iron which is 70 W or equivalent and which lets you adjust the tip temperature up to 450 C 842 F It should also have as good temperature recovery characteris tics as possible Set the temperature to 350 C 662 F or less for chip compo nents to 380 C 716 F for lead wires and similar and to 420 C 788 F when installing and removing shield plates The tip of the soldering iron should have a C cut shape or a driver shape so that it can contact the circuit board as flat or in a line as much as possible Solder Use solder with the metal content and composition ratio by weight given in the table below Do not use solders which do not meet these conditions Tin Sn Silver Ag Copper Cu Composition ratio by weight Lead free solder is available for purchase as a service tool Use the following part number when ordering Part name Lead free so
29. the camera Do not enter any light 2 Double click on the DscCalDi exe 3 Click the AWB and click the Yes 4 AWB adjustment value will appear on the screen 5 Click the OK Dsc Calibration 445 2 3008 1291 MS 2 1841 178 AWB Results 1 WB 216 503 658 128 128 146 WB FS 262 486 455 4 LU S 2 142 126 gt E 0 1843 178 MS C3 1709 1674 Fno FOR 15 1 SS FOR ISO 1 YLEVEL FOR 15 1 ESO E When all of the AWB adjustment screen is not displayed use a scroll bar Adjustment value determination is effectuated using the CHECK CHECK FS MS MS MS MS 5 C4 MS 5 5 2 5 Z MS 7 MS C2 Z MS C3 Z 5 C4 2 5 C5 7 5 22 MS Z2 MS Z2 MS C2 22 MS C3 22 MS C4 Z2 MS C5 Z2 IRIS PWM 1 IRIS PWM 2 IRIS PWM and IRIS PWM4 values If CHECK wc2 CHECK FS wncO wnc1 wnc2 MS ms1 ms2 MS M ms3 ms4 MS C ms5 ms6 MS C2 ms7 ms8 MS ms9 ms10 MS C4 ms11 ms12 MS C5 ms13 MS Z ms14 ms15 MS M Z ms16 ms17 MS C Z ms18 ms19 MS C2 2 20 ms21 MS 2 ms22 ms23 MS C4 Z ms24 ms25 MS C5 7 ms26 MS 22 ms27 ms28 MS 22 ms29 ms30 MS C 22 ms31 ms32 MS C2 22 ms33 ms34 MS 22 ms35 ms36 MS C4 22 ms37 ms38 MS C5 22 ms39 IRIS PWM 1
30. 1 STATE 155 5555555555855 5 5 5 G 5 5 5 5 5 5 5 5 G 5 5 5 5 5 5 G 5 5 5 5 5 5 5 5 5 5 58908809 5 5 5 6 5 5 6 5 5 5 5 lt lt lt S S S 2 8 S S Z 8 lt B 5 9 5 5 5 5 5 5 5 5 3 900909090900090000990909000009090909000909000000000 0053335300005 90303 HALL OUT J 777 0 4 VDD3 VDD3 2 J 2 bel 0 VDD1 8 VDD1 8 ES als LE 8 BOOSTS BOOST5V She i EM E SEE 8 7 z 8 s PAON2 ge 3 a ra PAON1 7 EST es VDDS 30m c x Sem lt J J Ei i ze bod gta E TO CAA 2 EE 2 o o 5 72 H 2 2 Z BE m 9 24 lt 2 x pp 5 z 2 s al el Z s g D S S E 6 6 l E n E Q 9 s 5 2 2 x ol o 9 o z 5558 a 2 2 2 gt gt gt gt gt gt gt gt gt gt Q a 5 AI A j m oz Zi 0 5 gt gt gt m ojl o lt DJ oj El 1 E Z o a
31. 121 5268 636 127 3152 636 121 5411 636 121 4865 636 126 5089 636 126 5119 636 126 5133 636 127 1608 636 120 9809 636 121 5237 DESCRIPTION ASSY LAMP SG314 ELECT 60U A 300V COVER TRIGER SX612 J SPACER ST1 5SG314 J COMPL PWB ST 1 SPACER CON 11 SG314 J COMPL PWB CP 1 F W HEAT SINK RUB ASIC SG314 CHASSIS BOTTOM SG314 J COMPL PWB TB 3 CHASSIS RIGHT SG314 J EARTH JACK SG314 J FLEXIBLE PWB CP1 amp TB3SG314 COVER JOINT SG314 J VPC TH1 VPC TH1EX VPC TH1GX COVER JOINT SG314 J2 VPC TH1R VPC TH1bEXR VPC TH1GXR VPC ZH1R COVER JOINT SG314 J3 VPC TH1BL VPC TH1EXBL VPC TH1GXBL ASSY JOINT SG314 J ASSY SHIELD WIRE CP1 VF1 COMPL PWB TB 2 BUTTON POWER SG314 J HOLDER WIRE SG314 J SPACER HOLDER JOINT SG314 HOLDER JOINT SG314 J CABINET RIGHT SG314 J ASSY COVER LCD B SV 314 VPC TH1 VPC TH1EX VPC TH1GX ASSY COVER LCD B SV 314 VPC THTR VPC TH1bEXR VPC TH1GXR VPC ZH1R ASSY COVER LCD B SV 314 VPC TH1BL VPC TH1EXBL VPC TH1GXBL SPACER LCD FPC SG314 J COMPL PWB VF 1 SPACER PWB SG314 J LOCATION PARTS NO 30 57 58 59 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 101 105 106 107 108 110 111 112 112 113 114 114 115 636 121 5404 645 098 7229 636 126 5065 636 127 6085 636 121 5138 636 121 5213 636 105 2207 636 127 1820 645 099 3169 645 099 2520 636 122 4772 636 122 8558 636 127 4050 636 125 6 636 121 5374 636 121 5282 636 121 5312 636 120 9816 411 17
32. 1NO AT TR 60919 gt 1 TWH T lt lt o TIVH 9 V Sn203 e g 5 91004 02 2 90004 CL C C LOEND a que wa w w ESTEE 2 DE LIE 2 Nu eee 75150084 11 2 515008 a 1815008 3 av WOOZ 5 03 1 lt AZEMS 0 HnONVOS EISS AZEMS 5 5 T OLNONVOS 8 WOOZ 6 gt HNINVOS 6 NS THE NINVOS 2 2 O L 6 N s ININVOS ININVOS z S ONEI ONINVOS te LAD GND V lt z AIM LM 9 2 2 1 2 ND 62 2 OLLNO 00821 92 AV z asn 23391 9 9 d asn d391 9 L asn 7 vo L s 00 90851 ez 8 3 5 90391 6 LNO Jd 10001 2 8 1 3NH 02 6 X101 of 8i qH ZL 2 2 2 5 13530027 19539091 N3021 N3027 lt 32021 m 32021 5 25821 7 27 0297 vo 391 021 7 C olo 2 556 26 lt gt x G En DEN S 52 5 9 lt LS x e 9 pene gt gt
33. 3 22 Holder LCD 4 Spacer holder joint 15 Screw 1 7 x2 23 LCD 5 Two screws 1 7 x 16 TB2 board 24 24 Cover LCD front 6 Holder joint 7 Cabinet right 8 Button power 9 Cover joint 22 10 Two screws 1 7 x 3 2 bu 11 Cover LCD back n When assembling assemble order 17 Spacer LCD FPC gt 4 Spacer holder joint _ 16 2 4 BOARD LOCATION TB4 board TB1 board y J TB3 board VF1 board CP1 board r TB2 board ST1 board 17 3 ELECTRICAL ADJUSTMENT 3 1 Table for Servicing Tools Pattern box Calibration software VJ8 0190 VJ8 0192 VJ8 0188 VJ8 0260 VJ8 0282 LZ J 9 Fluorescent tube viewer HAKUBA light viewer 5700 Discharge jig Ref No Number Download the calibration software and the firmware from the following URL http www digital sanyo com overseas service Place the DscCalDi exe file camapi32 dll file and QrCodelnfo dll file together into a folder of your choice 3 2 Equipment 1 AC adaptor 2 PC IBM R compatible PC Windows 2000 or XP or Vista 3 3 Adjustment Items and Order 1 Optical Axis Adjustment 2 Lens Adjustment Infinity 3 Lens Adjustment 1m 4 AWB Adjustment 5 CMOS White Point Defect Detect Adjustment 6 CMOS Black Point And White Point Defect Detect Adjust ment In Lighted Note If the lens board and changing the part it is necessary to adjust again I
34. 301 224 9306 301 258 7101 301 261 8409 301 261 3800 301 261 8706 301 226 1506 301 226 1506 301 224 9504 301 261 1509 301 224 9009 301 224 9702 301 224 9702 301 225 3808 301 225 3808 301 314 0404 301 314 0503 301 261 8508 301 226 1506 301 226 1506 301 225 8100 301 261 2704 301 261 2704 301 269 3901 301 226 1506 301 226 1506 301 258 9303 301 258 9303 301 261 5101 301 226 1506 301 226 1506 301 226 1506 301 261 5309 301 226 1506 THERMISTOR 308 054 7700 FUSES 423 034 0905 A 323 031 5609 A 423 033 6205 323 031 5609 A 323 031 5609 323 031 5500 323 031 5500 JACK 645 086 0430 CONNECTORS 645 076 4158 645 093 7026 645 098 8134 645 086 0638 645 097 3888 645 097 6155 645 073 7060 645 092 7836 645 095 5433 DESCRIPTION MT GLAZE MT FILME MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT FILM MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT FILM MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT FILM MT FILM MT GLAZE MT GLAZE MT GLAZE MT FILM MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE 100K JA 1 16W 82K DD 1 16W 47K DD 1 16W 100K JA 1 16W 100K JA 1 16W 680K JA 1 16W 47K JA 1 16W 68K JA 1 16W 15K DD 1 16W 33 DD 1 16W 100K JA 1 16W 100K J
35. 3856 H X 2764 V 1 2 CP1 and VF1 CIRCUIT DESCRIPTION 1 Circuit Description 1 1 Digital clamp The optical black section of the extracts averaged values from the subsequent data to make the black level of the output data uniform for each line The optical black section 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 y correction 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 image sensor into RGB signals 3 Matrix circuit This circuit generates the Y signals R Y signals and B Y sig nals 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 CS data for con trolling the SDRAM It also refreshes the SDRAM 1 5 Communication control 1 SDIO This is the interface for the 8 bit microprocessor 1 6 Digital encorder It generates chroma signal from color difference signal 2 Outline
36. 51 52 IRIS 2 3 54 IRIS PWMS 55 56 IRIS PWM4 57 the adjustment values fulfill the conditions below they are determined as within specifications Adjustment value determination wc0 128 2 wc1 128 2 wc2 lt 255 wnc0 128 2 wnc1 128 2 wnc2 lt 255 2090 2ms1 23500 990 lt ms2 lt 1620 1860 lt 3 lt 2730 1680 lt ms4 lt 2440 1510 lt ms5 lt 2210 1430 2ms6 2150 1380 lt 7 lt 2100 1370 2ms8 2080 1370 lt ms9 lt 2080 1350 lt 510 lt 2060 1230 lt 11 lt 1940 1150 lt ms12 lt 1870 1040 lt 13 lt 1760 2400 lt ms14 lt 3800 990 lt ms15 lt 1620 1990 lt ms16 lt 3000 1730 lt 17 lt 2500 1510 lt ms18 lt 2210 1430 lt ms19 lt 2150 1380 lt ms20 lt 2100 1370 lt 21 lt 2080 1370 lt ms22 lt 2080 1350 lt 23 lt 2060 1230 2ms24 1940 1150 lt ms25 lt 1870 1040 lt 26 lt 1760 2400 lt 27 lt 3910 990 lt ms28 lt 1620 2120 lt 29 lt 3320 1970 lt ms30 lt 3030 1860 2ms31 22780 1820 lt ms32 lt 2650 1730 lt 33 lt 2560 1640 lt ms34 lt 2480 1520 lt 35 lt 2360 1360 lt ms36 lt 2200 1230 lt 37 lt 1940 1150 lt ms38 lt 1870 1040 lt ms39 lt 1760 51 gt 52 gt 53 gt 54 gt 55 gt 56 gt 57 Adjustment values other than the above are irrelevant 5 CMOS White Point Defect Detect Adjustment Preparation POWER switch ON Adjustment method 1 Double click on the DscCalDi exe 2 Select
37. CCD Defect on the LCD Test and click the Yes 3 After the adjustment is completed OK will display 4 Click the OK 6 CMOS Black Point And White Point Defect Detect Adjustment In Lighted Camera Pattern box color viewer Preparation POWER switch ON Setting of pattern box Color temperature 3100 20 K Luminance 900 20 cd m Adjusting method 1 Set a distance of 0 5 1 0 cm between the pattern box and the camera 2 Double click on the DscCalDi exe 3 Select CCD Black on the LCD Test and click the Yes 4 After the adjustment is completed the number of defect will appear 5 Click the OK 3 9 Factory Code Setting 1 Check the Factory Code display within the Setting group 2 For U S A Canada and NTSC general area If FC SANYO does not appear click on the W mark located on the right of the Factory Code display BOX and select SANYO For Europe and PAL general area If FC SANYO does not appear click on the W mark located on the right of the Factory Code display BOX and select SANYO 3 10 Language Setting 1 Click on the W mark located on the right of the Language display BOX 2 Select language Default is English 3 End DscCal and remove the camera before turning the camera power OFF Upload B Bright VCOMDC AWB RGB Offset Gain VCOMPP Tint Phase LT LE Test USB storage Ge ViD
38. CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC 1000P K 50V 470 010 10V 010 10V 010 10V 010 10V 6 3V 0 010 4 70 K 6 3V 4 70 K 6 3V 10V 10V 10V 10V 10V 10V 10V 10V 10V 10V 50V 50V 4V 10V 10V 10V 10V 10V 4V 10V 6 3V 6 3V 6 3V 10U M 6 3V 4 K 6 3V 2 2U K 6 3V 4 70 K 4 70 K 4 70 K 6 3V 0 1UK 10V 4 70 K 6 3V 0 1UK 10V 0 1UK 10V 2 2U K 6 3V 4700P K 25V 4 70 K 6 3V 0 1UK 10V 6 3V 6 3V 50V 50V 0 1UK 10V 6 3V 0 1UK 10V 6 3V 0 010 0 1U K 10V 100 6 3V 6 3V 6 3V 22P J 50V 22P J 50V 0 1UK 10V 470 K 6 3V 220P J 25V 1UK 10V 0 1UK 10V 1UK 22U M 6 3V 22U M 6 3V 22P J 50V 22U M 6 3V 470P K 50V 1UK 10V 6 3V 6 3V S gt lt lt n x x x x x x x x x LOCATION PARTS NO C5055 C5061 C5062 C5071 C5072 C5073 C5074 05111 05112 05201 C5202 05204 C5206 05207 C5208 C
39. D2 05 323 588 lt 0012 uy PROGRAM FLASH D4 Ds TO VF1 CN172 07 o8 CN103 x GND 1 on DSAG GND 2 GND 3 iE GND 4 0013 GND 5 0014 GND 6 EH 77 ied zum HINGE 8 5 A16 VDD3 5 RESET 2050 LCD AN 10 TOPWA LCOCA LCD CA m LCDSD 12 LCDCK 13 0028 14 LCDRESET pasa 16 VD HD E 0026 GND Hi LMCLK 19 s 2 HEEE 2 GND z 0023 LCDD7 2 DAC e LCDD6 z asss amp 65 LCDD5 m n 4 LCDD4 2 vss 05 LCDD3 35 Esos pem LCDD2 8 e X LCDD1 27 28 LCDDO VDD3 29 GND 30 DSCKP 056 DSAS m DSA8 DSA DSA CN105 DSA6 AL3 2V 1 DGATEO M FLCTL 3 HA HEUS ZOHGDONE 5 ZCHGDONE 4 5 w c CHG s BOOST5V ws 7 EV3 ZCAS NC 8 w MM ZRAS NC E qe s REN GND 10 w 2 2050 GND Spa y ks mm GND 12 3 um m m GND 13 GND 4 va DSA2 GND 15 Ys UNREGST 16 UNREGST t 0015 UNREGST 7 e UNREGST 18 003 UNREGST 19 2 UNREGST SY
40. M 2096 3 Capacitors U pF P pF 4 Inductors UH HH G uus 276 k 576 K iie N 3096 Z ass 80 20 MH mH 5 N S P Not available as service parts LOCATION PARTS NO DESCRIPTION COMPL PWB CP 1 F W 636 123 3057 SEMICONDUCTORS 305 168 3 03 305 216 1200 305 172 4708 305 167 0406 405 218 3902 305 216 2108 305 167 0406 405 218 3902 305 216 2108 305 200 9007 305 210 5709 305 217 3906 305 167 0406 405 218 3902 305 216 2108 305 166 9509 305 181 1205 305 186 7301 305 173 4009 405 218 4701 305 181 4909 405 219 2706 305 200 6006 305 168 3 03 305 216 1200 305 172 4703 405 218 2707 305 181 4909 405 218 2707 305 206 7700 405 218 2707 305 181 4909 405 220 5604 405 220 5604 TR DTC144EM TR RN1104MFV TR UNR32A3 TR EMD12 TR UP0431300 TR RN4984FE TR EMD12 TR UP0431300 TR RN4984FE TR EML17 TR UPOKG8D TR HN2E07JE TR EMD12 TR UP0431300 TR RN4984FE TR EMH2 TR NSBC144EDXV6T5 TR UP04213 00 TR PEMH2 TR SSM3J120TU TR 25 3541 TR MCH5835 E TR UP03397 TR DTC144EM TR RN1104MFV TR UNR32A3 TR 650 TR 25 3541 TR 650 TR SI3473DV E3 TR 650 TR 25 3541 TR RUM003N02 TR RUM003N02 INTEGRATEDCIRCUITS 409 696 6301 409 680 0704 410 663 3001 309 675 0101 309 650 3509 409 697 3101 410 671 2508 410 655 7604 309 611 7607 409 695 0102 410 667 4905 409 696 6103 IC EV3XA BGA N S P IC AK8113L IC K5W1213LCA AK60 BGA N
41. MICRO PROCESSOR R3011 59 800 8 M lt AL3 2 V R3004 330K 1 16J TIMEOUT TO PWA 2 1 ZCHGDONE TO DMA R3013 22K 1 16D AN TH301 NCP15WF104F03 RC TO DMB GREEN LED e ZUSBDET 1 RED LED TO TB4 CN621 50 DMA ZBACKUPCTL gt SH 512 513 5 T T 6 8 KEY 2ND KEY 15 HINGE a a TO DMA 501 z 6 ol lt e o 6 0 500 CN302 TO CNT TO PWA CLK DATAO TXR RDSE GND ASIC SCK POWER PANEL OPEN rasic 01 TO GND AL3 2V L3 2V RB303 i 2 BATTERY REMAINING GAUGE 1 7 L IC305 ANM eem 3 2V MAX17022ETA T 4 7K 1 16J GEAR A a 6 17022 R3010 7 8 TO TB3 CN611 AW 0 UP DOWN LEFT RIGHT SET 1 VREC 2 PW TEST C18 LCD CIRCUIT WAVEFORMS 0601160 __ FLASH REFLECTOR CN171 68114 DU uda 50 ST1 BOARD STROBE TTRN 0530H 018 T VOLTAGE STROBE AFTER CHARGE 81 17300 8G314 J
42. RED GREEN LED SG314 ALL BLOCK STROBE UNIT ST1 BOARD IC541 STROBE CHARGE LITIUM ION BATTERY 1900mAh TB3 BOARD 10 CAPACITOR C4 11 POWER CIRCUIT DC IN K TO SYA POWER LE ERR TO DC JACK IC521 E i TIMEOUT BATTERY CHARGE 4 ONT TO SYA TO BATTERY 9 USB Q5203 Q5204 O USB VBUS E USB ON TOSYA IC501 ALR c 4 gt VDD5 J SHDNBI TOSYA PVDD PVDD2 BOOST5 0V TO DMA L5301 DOUT11 12 STEP UP IC503 L5005 VAA2 8 LOUT11 12 CIRCUIT REGULATOR paona DMA SHDNB7 BLON TO SYA L5007 Q5007 Q5008 OUT7 E SWITCH LCDAN CURRENT 171 LCDCA TO DMA CIRCUIT eu LOUTA21 22 L5002 grt STEP UP amp DOWN VDD3 TO DMA LOUTB21 22 CIRCUIT H SHDNB23 PON L5003 LOUT31 32 TO SYA STEP DOWN 222 VDD1 2 CIRCUIT CMOS1 8V 1 504 L5006 VDD1 8 TO DMA REGULATOR q TOSYA G SG314 POWER BLOCK D 0 B A 12 13 14 15 16 17 18 19 VDD 18 VDDIO VDDPLL 28 VAAPIX 10 8 32 12 14 38 39 19 21 29 41 36 IMAGE SENSOR CIRCUIT CAA VDD SLVS TX VDD 000 VDDPLL VAAPIX VDD SLVS TX 22 25 GPI 3 0 SHUTTER IC911 FLASH 27 CMOS IMAGE SENSOR 1 0 3 4448 SLV 0 3jN E SLVSCP SLVSCN SCL EXTCLK RESET SDA
43. VDD 1 8 is output Feedback for the VDD 1 8 is provided to the switching controller Pin 3 of IC504 so that PWM con trol to be carried out 8 CMOS Analog 2 8 V Power Output VAA 2 8 is output Feedback for the VAA 2 8 is provided to the switching controller Pin 3 of IC503 so that PWM control to be carried out 1 4 ST1 STROBE CIRCUIT DESCRIPTION 1 Charging Circuit When UNREG power is supplied to the charge circuit and the CHG signal from microprocessor becomes High 3 3 V the charging circuit starts operating and the main electorolytic capacitor is charged with high voltage direct current However when the CHG signal is Low 0 V the charging circuit does not operate 1 1 Charge switch When the CHG signal switches to Hi IC541 starts charging operation 1 2 Power supply filter C5401 constitutes the power supply filter They smooth out ripples in the current which accompany the switching of the oscillation transformer 1 3 Oscillation circuit This circuit generates an AC voltage pulse in order to in crease the UNREG power supply voltage when drops in cur rent occur This circuit generates a drive pulse with a frequency of approximately 200 300 kHz and drive the oscillation trans former 1 4 Oscillation transformer The low voltage alternating current which is generated by the oscillation control circuit is converted to a high voltage alter nating current by the oscillation transformer 1 5 Rectifier c
44. bit Microprocessor Port Specification 2 Internal Communication Bus The SYA 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 5 1 shows the internal communication between the 8 bit microprocessor ASIC and SPARC lite circuits SREQ 8 bit ASIC_SDO Microprocessor ASIC SDI ASIC SCK Fig 5 1 Internal Bus Communication System 3 Key Operaiton For details of the key operation refer to the instruction manual Table 5 2 Key Operation 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 or DC IN input a regulated 3 2 V power off 2 4 V voltage is normally input to the 8 011 microprocessor IC301 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 the battery is removed and DC IN does not input the 8 bit microprocessor operates in sleep mode using the backup battery At this time the 8 bit microprocessor only carries out clock counting and waits in standby for the battery to be attached again or DC
45. of Operation When the shutter opens the reset signals ASIC and CPU and the serial signals take a picture commands from the 8 bit microprocessor are input and operation starts The picture data from CMOS passes through the A D and CDS and is then input to the ASIC as digital 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 ei ther R G and B primary color data to produce H 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 JPEG and is then written to card memory SD card When the data is to be output to an external device it is taken data from the memory and output via the USB I F When played back on the LCD and monitor data is transferred from memery to the SDRAM and the image is then elongated so that it is displayed over the SDRAM display area 3 LCD Block The LCD display circuit is located on the CP1 board and VF1 board and consists of components such as a power circuit The signals from the ASIC are 8 bit digital signals that is input to
46. sat isfied so always check and save the USB storage data Preparation POWER switch ON Adjustment method 1 Connect the camera to a computer Refer to 3 5 Con necting the camera to the computer on the page 18 2 Double click on the DscCalDi exe 3 Click on the Get button in the USB storage window and check the USB storage data VID SANYO PID TH1 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 PID 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 Calibration Upload MB Firmware BBright a l Cal Mode PAF Cal i Phase Gar Daa OVCO Tr AFC Test ___ USB storage vb Video Mode PID J St Rv perv paso Fem cote 24 5 TROUBLESHOOTING GUIDE POWER LOSS INOPERTIVE TAKING INOPERATIVE PUSH SHUTTER BUTTON PUSH THE POWER SW FOR A WHILE IC301 43 IC301 23 51 INPUT CHECK POWER SW KEY INPUT CHECK UNIT SW YES IC501 D6 F6 PON IC504 4 PON2 Q5004 1 PAON1 IC503 4 PAON2 301 9 36 59 LOW VDD LOW CHECK IC10
47. w 2 H 9 ol A lt lt E Z a 9 lt lt o 2 2 XM l ol 2 2 9 4 gs o 9 Q 89 89 882 a a z 5 5 5 5 3 3 3 d 5 lt J Nj lt J lt J lt J N lt J E I N 2 gt o 1AV4V10B8820G X1102 51 8 A CMOS1 8V 1 2 m D 1 2 VDD3 VDD3 IC C1122 0 C j VDD1 8 VDD1 8 kl RH2 1M 1 16J r W 2 8 VAA2 8 BOOST5V BOOST5V TO PWA A GND WF o D GND C14 e GPIOD9 GPIOD10 GPIOD11 I z lt lt 9 5 ZPIOUT AUDPDN FPIOUT HALL OUT LENS TEMP AC5 O AD4 ADS AD VDD3 ZPLAD amp AINO VREFAI C1006 2 o x VREFAO gt o 0 1 B 55 gt gt VOUT lt e eo OO 9 R1041 24 1 16 E E M VOUT UOUT YOUT IC153 l 8 018 5 eo a x X 3 VREFV R1090 C1010 XOUT XIN USBD VBDET XOUT XIN 1AV4V10B8820G X1102 48 000MHz C1121 E Ed o AE12 AE13AD12 OQ 44 2 1160 USBD C1122 aze 1 R1122 1M 1 16J W 81014 88107 VPIXCLK L1003
48. 00 DIODE MA21D3800 OSC CRYSTAL 48 00000MHZ OSC CERAMIC 12 00MHZ OSC CRYSTAL 32 768KHZ IMPEDANCE 33 OHM P 945 053 2666 IMPEDANCE 10 OHM P 645 094 0521 IMPEDANCE 33 OHM P 945 066 4688 IMPEDANCE 30 OHM P 945 053 5476 IMPEDANCE 240 OHM P 6450956522 FILTER EMI 90 OHM 945 053 5414 1000 OHM P 945 053 5414 1000 OHM P 945 070 8627 INDUCTOR 10U 945 070 8627 INDUCTOR 10U M 645 090 9719 90 OHM M 645 090 9719 IMPEDANCE 90 OHM M 945 066 4688 IMPEDANCE 30 OHM P 6450843976 INDUCTOR 4 7U M 645 098 1968 INDUCTOR 4 7U M 645 089 9775 INDUCTOR 2 2U M 645 098 2002 INDUCTOR 2 2U M 645 095 6508 INDUCTOR 4 7U N 6450843976 INDUCTOR 4 7U M 645 098 1968 INDUCTOR 4 7U M 645 095 6515 INDUCTOR 6 8U 645 091 0043 INDUCTOR 4 7U M 645 098 2118 INDUCTORA 7U CAPACITORS 4034545100 CERAMIC 1UK 10V 4034545100 CERAMIC 1UK 10V 3033925500 CERAMIC 10 6 3V 3033925500 CERAMIC 10 6 3V 3033914306 CERAMIC 010 16V LOCATION PARTS NO C1001 C1005 C1006 C1010 C1012 1013 C1017 C1018 C1047 C1048 C1051 C1052 C1053 C1054 C1057 C1058 C1063 C1064 C1065 C1066 C1121 C1122 C1201 C1204 C1205 C1206 C1207 C1208 C1209 C1304 C1506 C1507 C1509 C1510 C1511 C1512 C1513 C1514 C1515 C1801 C1802 C1804 C1805 C1810 C1811 C1812 C1818 C1901 C1902 C1903 C1904 C1905 C1906 C1907 C1908 C1909 C1910 C1911 C3001 C3005 C3006 C3012 C3015 C5001 C5003 C500
49. 01 224 9009 301 224 9306 301 261 5002 301 224 9009 301 258 7101 301 261 7907 301 261 9109 301 224 9504 301 261 2308 301 261 9307 301 224 8903 301 224 8804 301 225 1200 301 225 0104 301 224 8903 301 224 8903 301 224 9306 301 225 0104 301 240 9601 DESCRIPTION MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT FILM MT FILM MT FILM MT FILM MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT FILM MT GLAZE MT GLAZE MT FILM MT FILM MT GLAZE MT FILM MT FILM MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE 220 JA 1 16W 220 JA 1 16W 0 000 ZA 1 16W 100 JA 1 16W 4 7K JA 1 16W 0 000 ZA 1 16W 1 16W 2 4K JA 1 16W 100 DU 1 16W 0 000 ZA 1 16W 44 2 DD 1 16W 1 0K DU 1 16W 1 0M JA 1 16W 100 JA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W JA 1 16W 75 DD 1 16W 91 DD 1 16W 91 DD 1 16W 75 DD 1 16W 75 DD 1 16W 75 DD 1 16W 10 JA 1 16W 0 000 ZA 1 16W JA 1 16W JA 1 16W 0 000 ZA 1 1
50. 0V 3033113501 CERAMIC 1000 50V 303 313 3905 CERAMIC 680PK 50V 303 313 3905 CERAMIC 680PK 50V 303 343 4705 CERAMIC 0 10 10V 303 343 4705 CERAMIC 0 1UK 10V 303 358 8309 CERAMIC 1UK 10V 3033113501 CERAMIC 1000 50V 303 343 4705 CERAMIC 0 10 10V 303 313 3905 CERAMIC 680PK 50V 3033113501 CERAMIC 1000PK 50V 303 3745801 CERAMIC 0 22U K 6 3V 303 358 8309 CERAMIC 1UK 10V RESISTORPACKS 645 040 1756 R NETWORK 10 4 1 32W 645 078 4019 R NETWORK 0X2 0 063W 645 072 9119 R NETWORK 150 4 1 16W 645 072 9119 R NETWORK 150 4 1 16W 645 066 4328 R NETWORK 47 4 1 16W 645 066 4328 R NETWORK 47X4 1 16W 645 066 4328 R NETWORK 47X4 1 16W 645 066 4328 R NETWORK 47 4 1 16W 645 040 1756 10 4 1 32W 645 091 2900 R NETWORK 20 2 1 16W 645 078 4613 R NETWORK 2 2 2 0 063W 645 091 2887 R NETWORK 200 2 1 16W 645 078 4002 R NETWORK 100 2 0 063W 645 029 6000 R NETWORK 100KX4 1 32W 6450328862 R NETWORK 47KX4 1 32W 645 029 5997 645 051 0854 645 029 5997 645 072 9157 645 078 4002 645 078 4606 645 064 1619 RESISTORS 301 224 9009 301 237 2905 301 224 9009 301 224 9306 301 224 8804 301 225 1200 301 226 1506 301 224 8804 301 224 9009 R NETWORK 1KX4 1 32W R NETWORK 330X4 1 32W R NETWORK 1KX4 1 32W R NETWORK 150KX2 0 063W R NETWORK 100KX2 0 063W R NETWORK 220X2 0 063W R NETWORK 39KX2 1 16W MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE 1 16W 51
51. 1 IC301 PWA BLOCK CAA BLOCK CHECK IC302 HIGH IC301 53 LOW RESET CHECK IC302 SERIAL CHECK IC301 COMMUNICATION CP1 DMA BLOCK HIGH IC301 49 LOW 2 BAT OFF ais CHECK CP1 DMA BLOCK HIGH 0155 CHECK X3002 OSCILLATION YES CHECK IC301 NO PICTURE IC101 AE12 XOUT MAIN CLOCK FOR SYSTEM OPERATION CHECK NO OPERATION IF ABSENT OSCILLATION CHECK X1102 OSCILLATOR IC301 63 64 INCORRECT HANDSHAKING ASIC_SDO BETWEEN 8 BIT CPU AND ASIC ASIC_SDI CHECK EACH INTERFACE CHECK SOLDERING OF MEMORY EACH PIN 25 6 PARTS LIST PACKING MATERIALS LOCATION PARTS NO 7001 7001 7001 7002 7003 7004 7004 7005 7005 7006 636 122 9296 636 122 9289 636 126 2040 636 122 9326 636 077 8139 636 123 6843 636 123 6836 636 083 6532 636 094 2158 636 126 2057 DESCRIPTION CARTON INNER SG314 EX VPC TH1EX VPC TH1GX VPC TH1EXR VPC TH1GXR VPC TH1EXBL VPC TH1GXBL CARTON INNER SG314 U VPC TH1 VPC TH1R VPC TH1BL CARTON INNER SG314 U4 VPC ZH1R ONLY REINFORCE PAD A SG314 J INNER BOTTOM CUSHION SHEET SX774 KRO LABEL BLUE MODEL SG314 U3 VPC TH1BL VPC TH1bEXBL VPC TH1GXBL LABEL RED MODEL SG314 U2 VPC TH1R VPC TH1EXR VPC TH1GXR LABEL CARTON BLUE 718EX2 VPC TH1BL VPC TH1EXBL VPC TH1GXBL LABEL CARTON RED 815 EX2 VPC TH1R VPC TH1EXR VPC TH1GXR CARTON INNER2 SG314 U4 VPC ZH1R ONLY ACCESSORIES LOCATION PARTS NO DESCRIPTION Note Refer
52. 4 C5005 C5006 C5007 C5021 C5022 C5024 C5031 C5032 C5033 C5036 C5037 303 311 3501 303 382 2700 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 391 3804 303 311 3303 303 382 2700 303 382 2700 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 314 6509 303 314 6509 303 384 9202 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 343 4705 303 375 0300 403 455 1002 303 391 3804 303 391 3804 303 391 3804 303 419 8903 303 382 2700 303 439 8402 303 382 2700 303 382 2700 303 382 2700 303 343 4705 303 382 2700 303 343 4705 303 343 4705 303 439 8402 303 311 7301 303 382 2700 303 343 4705 303 391 3804 303 391 3804 303 391 3804 303 311 5109 303 311 5109 303 343 4705 303 391 3804 303 343 4705 303 391 3804 303 311 3303 303 343 4705 303 391 0506 303 391 3804 303 391 3804 303 311 7103 303 311 7103 303 343 4705 303 373 5307 303 319 3008 403 455 1002 303 346 2302 303 383 5007 303 392 5005 303 392 5005 303 311 7103 303 392 5005 303 311 4805 303 378 5302 303 334 0907 303 334 0907 DESCRIPTION CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC
53. 5301 C5302 C5303 C5304 C9001 C9002 C9003 C9004 C9006 C9009 09011 09013 09502 09504 09505 09506 09508 09510 09511 09512 09513 09515 C9516 09517 C9518 C9519 C9520 C9523 C9524 RB101 RB102 RB103 RB104 RB106 RB107 RB109 RB110 RB111 RB181 RB182 RB183 RB184 RB303 RB304 RB305 RB306 RB307 RB311 RB312 RB951 RB952 R1001 R1002 R1008 R1010 R1014 R1015 R1019 R1020 R1021 33 DESCRIPTION 303 334 0907 CERAMIC 6 3V 303 3822700 CERAMIC 4 7UK 6 3V 303 358 3205 CERAMIC 100 6 3V 403 455 1408 CERAMIC 22UK 16V 303 383 5007 CERAMIC 1UK 303 311 3303 CERAMIC 0 01UK 16V 303 334 0907 CERAMIC 6 3V 303 3822700 CERAMIC 4 7UK 6 3V 303 358 3205 CERAMIC 100 6 3V 403 455 1408 CERAMIC 22UK 16V 403 455 1408 CERAMIC 22UK 16V 303 3481204 CERAMIC 0 068UK 10V 403 455 1002 CERAMIC 1UK 10V 403 455 1002 CERAMIC 1UK 10V 403 455 1002 CERAMIC 1UK 10V 303 358 3205 CERAMIC 10UK 6 3V 3033811209 POS SOLID 33UM6 3V 303 3098709 CERAMIC 1 00 J 50V 303 383 5007 CERAMIC 1UK 303 391 3804 CERAMIC 6 3V 303 374 5801 CERAMIC 0 22U K 6 3V 303 3822700 CERAMIC 4 7UK 6 3V 303 391 3804 CERAMIC 6 3V 303 419 8903 CERAMIC 10UM 6 3V 303 374 5801 CERAMIC 0 22U K 6 3V 303 391 3804 CERAMIC 6 3V 303 334 0907 CERAMIC 6 3V 303 3434705 CERAMIC 0 1UK 10V 303 343 4705 CERAMIC 0 1UK 10V 303 343 4705 CERAMIC 0 10 10V 303 343 4705 CERAMIC 01UK 10V 303 340 2803 CERAMIC 22UK 1
54. 6W 4 7K JA 1 16W 100 JA 1 16W 100 JA 1 16W 100 JA 1 16W 0 000 ZA 1 16W 100 JA 1 16W 100 JA 1 16W 22K JA 1 16W 0 000 ZA 1 16W 10K DU 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 27K JA 1 16W 1 8K JA 1 16W 1 8K JA 1 16W 3 3K JA 1 16W 330 JA 1 16W 1K JA 1 16W 1K JA 1 16W 330K JA 1 16W 10K DU 1 16W 1K JA 1 16W 4 7K JA 1 16W 330K JA 1 16W 220 JA 1 16W 22K DD 1 16W 750 JA 1 16W 1K JA 1 16W 1 16W 1K JA 1 16W 910 DU 1 16W JA 1 16W 180K DC 1 16W 68K DD 1 16W 12K DD 1 16W 2 2K JA 1 16W 7 9K DU 1 16W 15K DD 1 16W 100K JA 1 16W 100 JA 1 16W 4 7K JA 1 16W 27K JA 1 16W 100K JA 1 16W 100K JA 1 16W 1K JA 1 16W 27K JA 1 16W 680K JA 1 16W LOCATION PARTS NO R5059 R5061 R5062 R5063 R5070 R5071 R5072 R5074 R5075 R5076 R5111 R5201 R5202 R5203 R5204 R5205 R5206 R5207 R5208 R5209 R5210 R5301 R5302 R5303 R5304 R9003 R9004 R9005 R9006 R9008 R9013 R9014 R9015 R9016 R9501 R9502 R9504 R9505 R9506 R9507 R9510 R9511 R9511 R9513 R9514 R9515 R9516 R9517 R9519 R9520 R9523 R9526 R9529 TH301 F5001 F5002 F5003 F5004 F5005 F5006 F5007 JK501 CN101 CN103 CN105 CN110 CN191 CN301 CN302 CN901 CN951 301 224 8903 301 261 7303 301 261 8508 301 224 8903 301 224 8903 301 240 9601 301 225 1408 301 225 0807 301 261 9307 301 262 3205 301 224 8903 301 224 8903 301 261 3800 301 224 9405 301 224 9405 301 224 8903 301 225 0104 301 224 9405 301 224 9306 301 224 8903
55. 8 E23 0053 F23 o 0027 0926 F24 0026 0025 G20 pee F DQ24 0023 621 0023 H20 0922 0021 025 Sa Sm D 624 0929 85 Be 623 DOM 0052 H23 pase Dita 0019 Doa DQ18 DQ17 120 pair pate H21 pate DSCKP DCKN 424 DSUK DAo DSAS DA5 J25 DSA5 C DSA4 DAB K20 DS 8 23 DSA7 o DSA11 DA6 L20 DGATEI DGATEO DGATEO DSRON DCKE L24 DSOR DAt2 Lt9 DSA12 T DSBAO B ZDWE M19 20501 ZCAS M21 205 ZRAS ZRAS M23 DBA DSBA1 ZDCS M25 2080 DA10 P19 DSA10 DSAO DAO M20 DAt DSA1 DA2 P20 0542 DSA3 24 poss io DQ15 A 1 fn Dat4 Rt9 0914 C13 CP1 BOARD DMA MAIN LOWER LEFT UNREGST v om UNREGST s UNREGST J vss UNREGST 20 vss TO ST1 CN541 A HDMLINT J DACDAT J bul SYST E M S AI2CSDATA 2 lii A I2CSCLK J m VDD3 VDD3 vss VDD1 8 Tamm VDD1 8 vss ZSREG 1 HINGE HOTLINE ZBOOT COMREG ASIC SDO VSS SDI ASIC SCK J VSS TO DMB
56. 8 9403 411 178 6204 411 218 4405 411 177 9503 411 175 5705 411 176 1003 411 181 2705 411 199 0601 411 199 0700 411 184 0005 411 175 5705 411 194 8206 411 178 0103 DESCRIPTION HOLDER LCD SG314 J LCD 990000412 ASSY COVER LCD F SV SG314 EXCEPT VPC ZH1R ASSY COVER LCD F SV SG314 VPC ZH1R ONLY HEAT SINK CMOS SG314 J HOLDER LENS CHASSIS SG314 HOLDER LENS SG211 J SPACER LENS BOTTOM SG314 ENS ASSY OPTICAL FILTER SPACER SG314 CA1 SV SG314 HEAT SINK TAPE CMOS SG314 HOLDER HEAT CMOS TB1 314 HOLDER TB1 SG314 J SPACER CA SG314 J HOLDER CA SG314 J COMPL PWB TB 1 SCR S TPG PAN PCS 1 7X4 0 SCR PAN PCS 1 7X4 SCR S TPG PAN PCS 1 7X7 SCR S TPG PAN PCS 1 7X3 SCR PAN PCS 1 7X3 SCR PAN PCS 1 7 2 5 SCR PAN PCS 1 4X2 SCR TIN 1 7X2 EXCEPT VPC TH1 VPC TH1EX VPC TH1GX SCR TIN 1 7X2 VPC TH1 VPC TH1EX VPC TH1GX SCR PAN PCS 1 7X2 0 SCR PAN PCS 1 7X3 VPC TH1 VPC TH1EX VPC TH1GX SCR PAN PCS 1 7X3 EXCEPT VPC TH1 VPC TH1EX VPC TH1GX SCR S TPG PAN PCS 1 4X3 5 CABINET AND CHASSIS PARTS 2 G314 J PARTS LIST 2 31 ELECTRICAL PARTS Note 1 Materials of Capacitors and Resistors are abbreviated as follows Resistors MT FILM MT GLAZE OXIDE MT Metallized Film Resistor Metallized Glaze Resistor Oxide Metallized Film Resistor Capacitors MT POLYEST Metallized Polyester Capacitor 2 Tolerance of Capacitor 10pF over and Resistor are noted with follow symboles cu 196
57. A 1 16W 2 0K DU 1 16W 1 0M JA 1 16W 1 0M JA 1 16W 100K JA 1 16W 27K JA 1 16W 1 0M JA 1 16W 1K JA 1 16W 100K JA 1 16W 1K JA 1 16W 180K DC 1 16W 43K DD 1 16W 2 0K DU 1 16W 22K DD 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 2 2K JA 1 16W 4 3K JA 1 16W JA 1 16W 22 JA 1 16W 22 JA 1 16W 1 5K JA 1 16W 1 5K JA 1 16W 2 FD 1 6W 22 FD 1 6W 47K DD 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 10 JA 1 16W 4 7K DU 1 16W 4 7K DU 1 16W 4 7K DC 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 220K DC 1 16W 220K DC 1 16W 1 0K DU 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 470 DU 1 16W 0 000 ZA 1 16W TH NCP15WF104F03 RC FUSE FUSE FUSE FUSE FUSE 32 2 32 2 32V 1 6A 32V 2 32V 2 FUSE 32 1A FUSE 32 1A SOCKET DC 3P PLUG PWB PWB 20P N S P SOCKET PWB WIRE 3 N S P PLUG PWB PWB 20 SOCKETAOP NS SOCKET IF HDMI 1 N SOCKET FPC 17 N SOCKET FPC 6P N S PLUG PWB PWB 44P SOCKET FPC 27 N P P S S P S P S P S P S P LOCATION PARTS NO DESCRIPTION MISCELLANEOUS 636 1215244 HOLDER TERMINAL BAT SG314 411 178 9403 SCR S TPG PAN PCS 1 7 4 0 636 121 5534 TERMINAL BATT SG314 J COMPL PWB TB 1 636 120 9816 SEMICONDUCTORS 305 167 0406 TR EMD12 OR 4052183902 TR UP0431300 OR 3052162108 TR RN4984FE RECHARGEABLEBATTERY 76301 A 9450516000 CAPACITORS C1401 303311 7301 CERAMIC 4700 25V C1402 303 309 8402 CERA
58. Adjustment Setting ment Infinity i In Lighted registration w w w mmm mmm mmm Dee O 0 Be sure to carry out the necessary adjustments after replacing the unit Adjustment is possible from the menu setting screen of the camera and by using the calibration software 3 7 Updating the firmware Check the firmware version immediately after the CP1 board has been replaced If an old version is being used interfer ence and errors in operation may also occur If an old version is being used update it with a newer version Refer to 3 13 Firmware uploading procedure Page 23 3 8 Adjust Specifications Adjustment method 1 Optical Axis Adjustment 1 Set a distance of 1 0 3 0 cm between the camera lens and the white part of fluorescent tube viewer Do not enter any light 2 Double click on the DscCalDi exe Input 251 to the CalMode and click the OK 4 Adjustment value will appear on the screen 5 Click the OK 2 Lens Adjustment Infinity Fluorescent tube viewer Camera Preparation POWER switch ON Note Do not vibrate during the adjustment Collimator Preparation POWER switch ON If using a ready made collimator set to infinity Note Do not vibrate during the adjustment If readjusting after it has already been adjusted wait for 15 minutes or more for the unit to cool down first Adjustment method
59. DO ASIC_SDI ASIC_SCK ZSREQ CLOCK GEN e DD3 QAK8113L G AK8113 R1021 Ici R1024 lt z 10K 1 16J 220 1 16 er VDD3 lt R1019 D4 FSEL 0 1 162 PR W VDD3 Za s of m xis 5 S 4 4 o R1256 CLK24M D4CKOUT R1023 d AW JW184 i E AWG32 AWG30 C1001 1000P HOTLINE A GND 1 B TXD1 W SD JW183 5 e AyD AWG32 AWG30 Mes c HDMI INT TO MIC R MIC R AUDIO R1053 L1007 LMCLK AUDIO LOUT OO BRTOOSLIZAT 100 1 160 M LCDD7 JW182 RB183 E 7 LCDD6 AWG32 AWG30 M 3 LCDD5 A GND 1 CB183 1 B 6 AM 5 LCDD4 e 1 2 JW181 5 LCDD2 WW AWG32 AWG30 LCDD1 Ma TO MIC L 2 88108 LCDDO RB104 150 150 MW 22K RB182 VDD3 R1802 0 1 162 og 29 EU FF 5 oss Il 52 25 55 a 9 a FILTERSEL VMUTE z VDD3 3 3 e UOUT J 1507 18 AN13208A PE QAN13208A P VIDEO DRIVER 12 JW186 AWG32 AWG30 SP 1 SP x JW185 ui AWG32 AWG30 e SP 1 S
60. EI STATE 1 STATE SHUTTER SHUTTER FPIOUT 2 FPIOUT ZPIOUT 27 LENS TEMP LENS TEMP 1 FPI AD EPLRD ZPI AD 2 AD J TO DMA 17 CP1 BOARD SYA SYSTEM CONTROL BOOST5V BOOST5V Boosrsv TO DMA SW3 2V SW3 2V Y1 17300 SG314 J a VOLTAGE VIEW MODE LCD ON TEMP TO PWA PWA UP0431300 Q3003 AL3 2V 32 AL3 2V E AL3 2V of Sr 8 Zs 5 BACKUP3 2V d oa TO 58 a ERR 89 2 95 PLLEN DMA 2 0 3 6 tc lt 5 So BRE Sg 28 100 AN 2 7 b 4 R3001 1 330 1 16 BACKUP_BAT 1 W BAT_OFF TO DMA CN301 RESET TO PWA TCA R3014 e GND 750 1 16 55 TOPWA AED LED 75 e lt SW3 20N GREEN LED R3012 LMRST TO DMA BOOST5V BOOST5V 220 1 16J ro en W3 2V SW3 2V LC87F2924BUFL64TBM E B3056 SCAN OUT1 X3002 QXXGA0500081P USB PWA SCAN OUTO milies 8bit
61. IN input When a switch is operated the 8 bit microprocessor supplies power to the system as required The 8 bit microprocessor first set the P ON signal at pin 31 and the P ON2 signal at pin 29 to high and then turns on the DC DC converter After this low signal is output from pin 27 so that the ASIC is set to the reset condition After this these pins set to high and set to active condition Once it is completed the ASIC returns to the reset condition all DC DC converters are turned off and the power supply to the whole system is halted ASIC CMOS 8 bit CPU memory 2 8 V A Power voltage 3 3 V 1 0V 1 8V 2 8 V D 1 V D Power OFF Power switch ON Auto power OFF Play back Table 5 3 Camera Mode Note 4 MHz Main clock operation 32 kHz Sub clock operation 10 2 DISASSEMBLY 2 1 REMOVAL OF CABINET BOTTOM CABINET TOP CABINET BACK TB4 BOARD AND CABINET FRONT tighten the screws order When assembling When assembling assemble order AB When assembling assemble order When assembling tighten the screws order When assembling assemble order AB NOTE Discharge a strobe capacitor with the discharge jig VJ8 0188 for electric shock prevention 12 1 Cover battery 2 Spacer bottom 3 Spacer LCD 4 Spacer LCD front 5 Screw 1 7 x 7 6 Three screws 1 7 x 3 7 Screw 1 7 x 8 Three screws 1 7 x 4 9 Remove the cabi bottom from the main
62. JA 1 16W JA 1 16W 1K JA 1 16W 100 JA 1 16W 4 7K JA 1 16W 0 000 ZA 1 16W 100 JA 1 16W 1 16W LOCATION PARTS NO R1023 R1024 R1025 R1027 R1028 R1029 R1032 R1041 R1053 R1056 R1090 R1121 R1122 R1256 R1301 R1302 R1303 R1304 R1352 R1516 R1517 R1519 R1529 R1534 R1537 R1801 R1802 R1814 R1815 R1904 R1911 R1914 R1915 R1916 R1917 R1918 R1919 R1920 R1921 R1922 R1924 R1925 R1934 R1935 R1936 R1937 R3001 R3002 R3003 R3004 R3005 R3009 R3010 R3011 R3012 R3013 R3014 R3015 R3019 R3026 R5001 R5010 R5021 R5022 R5023 R5024 R5031 R5032 R5042 R5043 R5044 R5045 R5046 R5055 R5056 R5057 R5058 301 225 7905 301 225 7905 301 226 1506 301 224 8804 301 225 1200 301 226 1506 301 224 9009 301 261 1004 301 261 6702 301 226 1506 401 352 2108 301 261 5101 301 224 9405 301 224 8804 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 224 9009 301 261 9703 301 261 9901 301 261 9901 301 261 9703 301 261 9703 301 261 9703 301 225 8100 301 226 1506 301 224 9009 301 224 9009 301 226 1506 301 225 1200 301 224 8804 301 224 8804 301 224 8804 301 226 1506 301 224 8804 301 224 8804 301 224 9900 301 226 1506 301 261 2605 301 226 1506 301 226 1506 301 225 0104 301 225 8506 301 225 8506 301 225 0203 301 225 8001 301 224 9306 301 224 9306 301 225 0401 301 261 2605 301 224 9306 301 225 1200 301 225 0401 301 225 7905 301 261 8706 301 263 2306 301 224 9306 3
63. MIC 10P D 50V C1403 3033098402 CERAMIC 1089 50V C1404 3033098402 CERAMIC 1089 50V C1405 3033098402 CERAMIC 1089 50V C1406 3033098402 CERAMIC 1089 50V C1408 303311 7301 CERAMIC 4700 25V C1409 303311 7301 CERAMIC 4700 25V C1410 303311 5109 CERAMIC 386 50V RESISTORPACKS RB141 645 029 5980 R NETWORK 100 4 1 32W RB142 645 0401756 R NETWORK 10KX4 1 32W RB143 645 0401756 R NETWORK 10KX4 1 32W RESISTORS R1401 3012248804 MT GLAZE 100 JA 1 16W R1402 3012258100 MT GLAZE 10 1 16W CONNECTORS CN141 645 092 8185 SOCKET CARD SD 12 N S P CN142 9450752231 SOCKET PWB PWB 20 5 COMPL PWB TB 2 636 120 5054 SWITCH 645 0923159 SWITCH PUSH 1P 1TX1 MISCELLANEOUS 6361226318 ASSY WIRE VF1 amp TB2 SG314 N S P 6361226325 ASSY WIRE VF1 amp TB2 SG314 N S P 56501 COMPL PWB TB 3 636 120 9823 INTEGRATEDCIRCUIT IC611 4096902309 MRX1518HTA CAPACITOR C6101 303 343 4705 CERAMIC 010 SWITCH 56110 645 057 0773 SWITCH PUSH 7 CONNECTOR CN611 645 073 7060 SOCKETFPC6P 5 COMPL PWB TB 4 636 120 9830 SWITCHES 96201 645 054 8857 SWITCH PUSH 1P 2TX1 S6202 6450791499 SWITCH PUSH 4DIR CENTER S6203 645 098 9094 SWITCH PUSH 1P 1T 56204 645 057 0773 SWITCH PUSH 1P 1T 56205 645 057 0773 SWITCH PUSH 1P 1T CONNECTORS CN621 645 097 6155 17 5 CN622 645 0737060 6P 5 LOCATION PARTS NO COMPL PWB VF 1
64. P F VDD3 WHITE E VBDET Q1301 ZUSBDET DICTAMEN C1812 4 78 1608 R1801 1071 16 5618 7 003 USB VBUS BCLK TO PWA AM 2 AVIA TO USB amp AV E CN110 DACDAT L1301 AW 1 AV_JACK AUDSD 2 USB VBUS USBD 1608 EBMHIGOBHL300 n AUDCK 3 USB D 8 R1302 4 USB D O Pb OUT 01162 ANN 5 Pb OUT s Y OUT a 8 LINE L 9 GND q 1 AUDPDN 21 22 z3 24 TO TB1 CN142 CN101 1 GND SDCLK 2 SDCLK 3 GND SDCMD 4 SDCMD SDDAT3 5 SDDAT3 SDDAT2 6 SDDAT2 SDDAT1 7 SDDAT1 SDDATO 8 SDDATO 8 Ix 9 SDWP 10 GND ZCARD GND 12 ZCARD SDDET 13 SDDET VDD3 14 VDD3 5 5 15 VDD3 16 GND 17 GND 18 GND BACKUP BAT 19 BACKUP BAT TO SYA 20 GND C1515 2 13 14 15 17 18 19 DMB D2 17300 8G314 J A I2CSDATA A I2CSDATA A I2CSCLK A I2CSCLK HDMI INT A HDMI INT TO DMA HDMI HPD HDMI TO SYA F VPIXCLK VPIXCLK 1 UV7 UV6 UV6 UV5 2 UV5 1 UV4 UV3 J UV3 J UV2 J uvo J UVO Yo J Yo Y1 J Y1 Y2 J Y2 D I 4 Y4 Y5 Y5 Ye J Y6 Y7 2 Y7 BCLK BCLK LRCLK J LRCLK DACDAT 1 DACDAT B TO DMA CP1 BOARD DMB HDMI VDD1 8 TO DMA R1919 100 1 16J R1904 0 116Z 100 1 16J
65. RB541 645 029 5997 R NETWORK 1KX4 1 32W RESISTORS R5402 3021061609 MT GLAZE 100KJD 1 8W R5422 3021061708 MT GLAZE 220KJD 1 8W R5424 3012249009 MT GLAZE 10K JA 1 16W 5425 3012251804 MT GLAZE 47 1 16W 5431 3012248804 MT GLAZE 100 JA 1 16W R5432 3012249009 MT GLAZE 10K JA 1 16W R5433 3012250609 MT GLAZE 5 6K JA 1 16W R5434 3012250209 MT GLAZE 3 3K JA 1 16W R5435 3012248804 MT GLAZE 100 1 16W CONNECTOR CN541 645 092 3906 SOCKET PWB PWB 20 N S P 35 DESCRIPTION CIRCUIT DIAGRAMS amp PRINTED WIRING BOARDS TABLE OF CONTENTS OVERALL WIRING amp BLOCK DIAGRAMS Page OVERALL WIRING RENE ii i a i i a a C3 LLL C4 POWER CIRCUIT C4 IMAGE SENSOR CIRCUIT C5 LENS CIRCUIT A A A A C5 MAIN CIRCUIT C6 SYSTEM CONTROL CIRCUIT ttt Aa aaa aaa 67 C7 CIRCUIT DIAGRAMS CP1 BOARD PWA POWER I ttt ttt ttt tt ttn C8 CA1 BOARD IMAGE SENSOR ettet ttt C9 CP1 BOARD CAA LEVEL SHIFT C10 MAIN CIRCUIT WAVEFORMS C10 CP1 BOARD DMA 0 tet ttt C11 1 16 CP1 BOARD TCA 5
66. S P IC AN13208A LGA N S P IC TK70630HC G IC AK4649ECB L BGA N S P IC TDA9989BET C1 518 BGA N S P IC LC87F2924BUFL64TBM E BGA N S P IC NJU7286ARB1 IC MAX17022ETA IC UPD168805FC AN2 A BGA 5 IC XC9235C28CE LOCATION PARTS NO IC504 IC521 IC901 IC902 IC903 IC951 IC952 D1901 D5002 D5003 D5007 D5201 D5202 D5203 D5204 D5301 X1102 X1901 X3002 L1002 L1003 L1005 L1006 L1007 L1301 L1303 L1304 L1501 L1502 L1901 L1902 L5001 L5002 32 MT COMPO Metallized Composite Capacitor TA SOLID Tantalum Solid Capacitor AL SOLID Aluminum Solid Capacitor NP ELECT Non Polarized Electrolytic Capacitor OS SOLID Aluminum Solid Capacitors with Organic Semiconductive Electrolytic Capacitor DL ELECT Double Layered Electrolytic Capacitor POS SOLID Polymerized Organic Semiconductor Capacitor DESCRIPTION 409 695 6401 XC9235C18CE 409 695 5800 MAX8601ETD 409 696 6202 IC XC6221B082G 409 690 0909 IC TK70628HC G 409 690 0909 IC TK70628HC G 410 676 4507 IC LC898200A TBM H BGA N S P 4096855308 IC XC6221S04XG DIODES 407 261 8903 307 250 1802 307 248 0701 307 250 0706 307 248 2408 307 248 2408 307 248 2408 307 248 0701 307 248 0701 OSCILLATORS 645 094 0170 645 069 0075 645 090 3298 INDUCTORS 645 094 0521 DIODE 5205 30 DIODE RB496EA DIODE MA21D3800 DIODE DRB060M 30 ZENER DIODE EDZ7 5B ZENER DIODE EDZ7 5B ZENER DIODE EDZ7 5B DIODE MA21D38
67. SERVICE MANUAL Dual Camera Contents 1 OUTLINE OF CIRCUIT DESCRIPTION 3 2 DISASSEMBLY u uu u Z u l uu i u kasai na Seien ade sU ie 12 ELECTRICAL ADJUSTMENT 18 4 USB STORAGE INFORMATION REGISTRATION 24 5 TROUBLESHOOTING GUIDE 25 ee eee 26 CIRCUIT DIAGRAMS 8 PRINTED WIRING BOARDS C1 RoHS e This product does not contain any hazardous substances prohibited by the RoHS Directive NVARNING eYou are requested to use RoHS compliant parts for maintenance or repair eYou are requested to use lead free solder This product has been manufactured using lead free solder Be sure to follow the warning given on page 2 when carrying out repair work CAUTION Danger of explosion if battery is incorrectly replaced Replace only with the same or equivalent type recommended by the manufacturer Discard used batteries according to the manufacturer s instructions NOTE 1 Parts order must contain model number part number and description 2 Substitute parts may be supplied as the service parts S P Not available as service parts Design and specification are subject to change without notice SG314 U EX GX U2 EX2 GX2 U3 EX3 GX3 U4 R NYO VPC TH1 Product Code 168 173 02 U S A Canada Ta
68. UT 18 PON2 29 USB ON 24 PON 81 NAND RESET 32 SCAN OUTO SCAN SCAN OUT2 oo 51 KEY_1ST 83 ASIC SCK 1 oo 23 KEY_2ND 63 SI SHUTTER SW ASIC SO 64 03005 ZSREG 50 STBY_RED 7 RED LED MRST 27 GREEN 29005 HOTLINE 5 i 6 GREEN LED 52 ZOOMSW UNIT oo 45 ZOOM_AD IC611 TB3 AL3 2V 1 VCC OUT 2 22 PANEL OPEN 3 SENSOR HDMI HPD 16 IC305 ZUSB DET 15 BAT SY 2 cELL TXRX 5 mE TO PWA ZAV JACK 47 BATTERY REMAINING GAUGE ZCARD 2 oo 41 HINGE 2 3 4 5 6 7 8 O E 03003 ST CHG ON ZCHG DONE BAT T ERR DC IN TIME OUT PON2 USB ON PON NAND RESET PLLEN ASIC SCK ASIC_SDO ASIC_SDI ZSREQ MRST HOTLINE ZBOOT_COMREQ HDMI_HPD ZUSB_DET ZAVJACK ZCARD TO PWA TO PWA TCA TO DMA TO DMA DMB SG314 SYSTEM BLOCK 10 C7 11 12 1 THERMISTOR TO CP1 DMA J TO DMA CN105 13 BLOCK TRANSFORMER CIRCUIT CHARGE EMISSION CONTROL CIRCUIT OSCILLATION CIRCUIT LIGHT EMITTING ELEMENT CHARGE MONITOR CIRCUIT XENON TUBE TRIGGER CIRCUIT SG314 ST BLOCK 14 15 16 17 18 19 CIRCUIT DIAGRAMS CP1 BOARD PWA POWER
69. VF1 BOARD LCD CONNECTOR LCDRESET R1701 0 1 162 CN171 GREST SHDB 13 14 15 16 1 1 1 1 1 1 1 1 1 1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 DUMMY LED R1703 100K 1 16J C1702 1 1703 1608 228 10 1704 228 10 1608 1705 2 2 B 10 1608 1706 2 2 B 10 1608 18 63 C1712 C1707 0 228 16 1608 0 228 16 1608 C1709 1 16 1608 C1710 16 1608 17 18 TOLCD 19 PRINTED WIRING BOARDS P W B CP1 P W B SIDE A LI er m nr m L 4 JA 2 HHL LL 8 e ol o o o o RO hy rm E 44 KAJ CP1 P W B SIDE B 14 13 22 CA1 P W B SIDE A CA1 P W B SIDE B P W B SIDE A TB3 E B SIDE B m 3 TB1 P W B SIDE A TB1 P W B SIDE B TB2 P W B SIDE A TB2 P W B SIDE B G Q9 e 9 D D NO a Z N ST1 P W B SIDE B ST1 P W B SIDE A P W B SIDE B VF1 P W B SIDE A TB4 P W B SIDE A TB4 P W B SIDE B SANYO SANYO Electric Co Ltd Jan 09 Osaka Japan
70. X AGND GND FLASH SHUTTER GPIO GND SCL gt SDA RESET N VDDSLVS TX CMOS1 8V VDDPLL 1 38 EXTCLK 39 GND VDD 4 4 4 3 VDDPLL 44 VDD 10 C10 11 12 13 14 15 TEST POINT WAVEFORM LOCATION IC101 PINAE12 XOUT 1V div 10ns div IC101 PIN P3 ADCK 500mV div 40ns div IC101 PIN AD22 LMCLK 1V div 20ns div IC101 PIN W17 LCDVD 1V div 2ms div IC101 PIN AD20 LCDHD 1V div 1Ous div 16 MAIN CIRCUIT WAVEFORMS 17 TEST POINT LOCATION PIN 23 A DACKOUT ss 1V div 10ns div IC101 PIN AB25 D4CKIN 1V div 4ns div IC101 PIN Y2 AMCLK 1V div 20ns div IC101 PIN W20 CLK24M 1V div 10ns div IC101 PIN AD13 VPIXCLK 1V div 4ns div 18 WAVEFORM WF SG314 MAIN 19 CP1 BOARD DMA MAIN
71. XI 48 000MHz A I2CSDATA A I2CSCLK VPIXCLK Y 0 7 UV 0 7 IC191 HDMI 1 0080 3 00 0 3 TRANSMITTER 121 PROGRAM FLASH 512 0 DDR SDRAM 512Mb ZCS0 IC153 VIDEO DRIVER 0010 3 VOUT DACDAT BCLK LRCLK 182 AUDIO CODEC ADCDAT AMCLK AUDEN AUDSD AUDCK PWA BLOCK POWER SUPPLY PAON1 PAON2 SHUTTER LENS RESET LENS SCLK LENS EN LENS SD PON PON2 FPIOUT ZPIOUT CLK24 POWER PANELOPEN AD ZP AD LENS TEMP MRST PLLEN SREQ SDCLK ASIC_SCK KEY 1st 2nd SDDAT 0 3 ASIC SDI STBY RED GREEN SDCMD 500 8bit MICRO PROCESSOR SDDET SDWP 101 ST CHG SYSTEM ASIC LMCLK TMDS DATA O S N P DDC CEC AUDIO L OUT AUDIO R OUT USB VBUS C6 TO PWA 15 CN302 FPC CN301 FPC CN105 BtoB CN191 HDMI CN110 AV amp USB 16 USB VBUS TO CN110 SG314 MAIN BLOCK 17 SYSTEM CONTROL CIRCUIT STROBE CIRCUIT AL3 2V BOOST5V CHARGING CIRCUIT UNREGSY BACKUPS 2V 9 2 5401 T5401 D5402 CN541 X3002 UNREGST 16 20 32 768KHz Q3001 302 BATTERY BACKUP XCIN 54 XCOUT 55 BAT 7 UJ N gt 2 2 I O m T 4 T ALWAYS o 8bit MICRO PROCESSOR 60 BATTERY Q3003 26301 I TB1 SW3 2V lt co ZBACKUP CTL SW3 2 ON ST CHG ON 8 ZCHG DONE 17 TMP 48 CNT 4 ERR 34 DC IN 40 TIME O
72. djustment values fulfill the conditions below they are de termined as within specifications Adjustment value determination AF TEMP AD ATAD ATAD adjustment value of focus temperature A D 264 lt ATAD lt 837 AF WIDE ZW ZW adjustment value of focus at zoom position wide 77 lt ZW lt 78 AF MID1 ZM1 ZM1 adjustment value of focus at zoom position middle1 96 lt ZM1 lt 96 AF MID2 ZM2 ZM2 adjustment value of focus at zoom position middle2 118 lt ZM2 lt 117 AF MID3 ZM3 ZM3 adjustment value of focus at zoom position middle3 147 lt 2 3 lt 97 MID4 ZM4 ZM4 adjustment value of focus at zoom position middle4 199 lt ZM4 lt 148 AF MID5 ZM5 ZM5 adjustment value of focus at zoom position middle5 234 lt ZM5 lt 213 AF MID6 ZM6 ZM6 adjustment value of focus at zoom position middle6 240 lt ZM6 lt 241 AF MID7 ZM7 adjustment value of focus at zoom position 67 259 lt ZM7 lt 230 Set the siemens star chart 100 0 5 cm from lens surface AF MID8 ZM8 ZM8 adjustment value of focus at zoom position middle8 286 lt ZM8 lt 286 AF TELE ZT ZT adjustment value of focus at zoom position tele 306 lt ZT lt 306 4 AWB Adjustment Camera Pattern box color viewer Preparation POWER switch ON Setting of pattern box Color temperature 3100 20 K Luminance 900 20 cd m Adjusting method 1 Set a distance of 0 5 1 0 cm between the pattern box and
73. ens block 4 3 Iris drive The drive method is a galvanometer type without braking coil The output from the Hall sensor inside the lens is amplified by the Hall amplifier circuit inside the IC951 lens drive IC and the difference between the current and target aperture determined by the resulting output and the exposure amout 16 bit serial signal LENS SDI and LENS and LENS EN output from the ASIC IC101 is input to the servo amplifier circuit IC951 to keep the aperture automatically controlled DRIVE and DRIVE to the target aperture 4 4 Shutter drive Reverse voltage is applied to the above aperture drive coil to operate the shutter When the shutter operates the SHUTTER signal that is output from the ASIC IC101 becomes high input to SHUTTER of IC951 and the shutter operates 5 Video Clip Recording and Playback 5 1 Recording The signal from the camera block is input to 101 ASIC The data that is input to the ASIC is input to SDRAM and converts this data to encoded MPEG4 data after which it is written in sequence onto the SD card as streaming data At this time the audio signals that are input to the built in microphone are converted into digital data by the audio CODEC IC of IC183 and they are then input to ASIC The audio data is then en coded AAC and then it is written in sequence onto the SD card together as streaming data with the image signals de scribed above 5 2 Playback The data i
74. er supply output is received and the PWM duty is varied so that each one is maintained at the correct voltage setting level Feedback for the backlight power CH7 is provided to the both ends voltage of registance so that regular current can be controlled to be current that was setting 2 1 Short circuit protection circuit If output is short circuited for the length of time determined by the condenser which is connected to Pin of IC501 all output is turned off To reset momentarily set the control sig nal P ON to repeat control or temporarily disconnect the input power supply 3 Motor System Power Output BOOST 5 V is output Feedback for the 5 0 V output is pro vided to the switching controller Pin B7 of IC501 so that PWM control can be carried out 4 Digital 3 25 V Power Output VDD3 is output Feedback for the VDD3 is provided to the swiching controller Pin F3 of IC501 so that PWM control can be carried out 5 Digital 1 2 V Power Output VDD 1 2 is output Feedback for the 1 2 V is provided to the switching controller Pin C3 of IC501 so that PWM control to be carried out 6 Backlight Power Supply output Regular current is being transmitted to LED for LCD back light Feedback for the both ends voltage of registance that is being positioned to in series LED are provided to the switch ing controller Pin C4 of IC501 so that PWM control to be carried out 7 Digital and CMOS 1 8 V Power Output
75. g TO ST1 CN541 HDML INT DACDAT 2 dd 12 50 J 12 5 Ed VDD3 VDD3 E VDD1 8 Jam 46 007 TO DMB 00 pas zsREQ Das HINGE 00 HOTLINE 1 s ZBOOT_COMREQ E ASIC 500 1 800 7 ASIC SCK JW1 86 MRST id ZSREQ AWG32 AWG30 E CLOCK GEN SP 1 ZUSBDET 3 0 81136 SP 8 AKB113 RED ZA icit R1024 lt R1021 ww D aii JW185 vons AWG32IAWG30 9 ias PLLEN Hin D4 FSEL SP 1 SP E 005 5 5 5 01162 ER T er 4 PI TO SYA 85 aL a a ico R1256 CLK24M A IBCSDATA E D4GKOUT VBDET 2201167 JW184 01301 AWG32 AWG30 AGND h zuseper HOTLINE sivsosP SLVSD3N JW183 w m AWG32 AWG30 ds SLVSD2N MIC R 1 AUDIO ROUT 003 USB VBUS UM E a A HDMI INT TO R TO USB amp AV A wa 3 R1053 HOOT ima 3 AUDIO CODEC w mao CN110 852 BKTOOSI USBD 01 16Z lt 100 1 16D 3 Loop J G30 tz E ADCDAT E5007 AV JACK posa mm AWG32 AW OAKIBASECELI Coo um 0 m j SLVSDIN DACDAT
76. ircuit The high voltage alternating current which is generated at the secondary side of T5401 is rectified to produce a high voltage direct current and is accumulated at electrolytic ca pacitor C5412 1 6 Charge monitoring circuit The functions programmed in the 541 monitor oscillations and estimate the charging voltage If the voltage exceeds the rated value charging automatically stops Then the ZCHG DONE signal is changed to Lo output and a charging stopped signal is sent to the microcomputer 2 Light Emission Circuit When FLCTL signal is input from the ASIC the stroboscope emits light 2 1 Emission control circuit When the FLCLT signal is input to the emission control cir cuit Q5402 switches on and preparation is made to the light emitting Moreover when a FLCLT signal becomes Lo the stroboscope stops emitting light 2 2 Trigger circuit The Q5402 is turned ON by the FLCLT signal and light emis sion preparation is preformed Simultaneously high voltage pulses of several kV are emitted from the trigger coil and ap plied to the light emitter 2 3 Light emitting element When the high voltage pulse form the trigger circuit is ap plied to the light emitting part currnet flows to the light emit ting element and light is emitted Beware of electric shocks 1 5 SYA CIRCUIT DESCRIPTION 1 Configuration and Functions For the overall configuration of the SYA block refer to the block diagram The SYA bl
77. iwan General VPC TH1EX Product Code 168 173 03 Europe U K South America China Australia Hong Kong Russia Middle East Africa General Korea Taiwan VPC TH1GX Product Code 168 173 04 South America China Australia Hong Kong General Korea Taiwan VPC TH1R Product Code 168 173 06 U S A Canada Taiwan General VPC TH1EXR Product Code 168 173 07 Europe U K South America China Australia Hong Kong Russia Middle East Africa General Korea Taiwan VPC TH1GXR Product Code 168 173 08 South America China Australia Hong Kong General Korea Taiwan VPC TH1BL Product Code 168 173 10 U S A Canada Taiwan General VPC TH1EXBL Product Code 168 173 11 Europe U K South America China Australia Hong Kong Russia Middle East Africa General Korea Taiwan VPC TH1GXBL Product Code 168 173 12 South America China Australia Hong Kong General Korea Taiwan VPC ZH1R Product Code 168 173 13 U S A Canada REFERENCE No SM5310773 WARNING Do not use solder containing lead This product has been manufactured using lead free solder in order to help preserve the environment Because of this be sure to use lead free solder when carrying out repair work and never use solder containing lead Lead free solder has a melting point that is 30 40 C 86 104
78. lder with resin 0 5 mm dia 500 g Part number VJ8 0270 PRODUCT SAFETY NOTICE The components designated by a symbol N in this schematic diagram designates components whose value are of special significance to product safety Should any component designated by a symbol need to be replaced use only the part designated in the Parts List Do not deviate from the resistance wattage and voltage ratings shown Note If replacing existing solder containing lead with lead free sol der in the soldered parts of products that have been manufac tured up until now remove all of the existing solder at those parts before applying the lead free solder 1 OUTLINE OF CIRCUIT DESCRIPTION 1 1 CMOS CIRCUIT DESCRIPTION 1 IC Configuration The CMOS peripheral circuit block basically consists of the following ICs IC911 MT9J001112STCV CMOS imager CDS AGC ADC built in H driver V driver serial communication circuit built in 2 911 CMOS Structure The electric charges which are generated when each pixel is optically converted are in turn converted into signal voltages by the FD amplifier and they are then transmitted by the built in H driver and V driver The signals are sampled and ampli fied by the CDS and PGA circuits at the point they are output and then they are AD converted and output The output uses the 12 bit LVDS interface 1 2 3 inch positive pixel array CMOS type fixed imaging ele ment Effective pixels
79. middle5 237 lt ZIM5 lt 238 AF I MID6 ZIM6 21 6 infinity adjustment value of focus at zoom position middle6 288 lt ZIM6 lt 287 I MID7 7 ZIMT infinity adjustment value of focus at zoom position middle7 348 lt ZIM7 lt 348 I MID8 ZIM8 ZIM8 infinity adjustment value of focus at zoom position middle8 471 lt ZIM8 lt 470 AF TELE ZIT ZIT infinity adjustment value of focus at zoom position tele 200 lt ZIT lt 598 IRIS GAIN g g adjustment value of gain 128 lt g lt 127 IRIS OFFSET o o adjustment value of offset 128 lt 0 lt 127 3 Lens Adjustment 1m Camera 100 0 5 Siemens star chart Preparation POWER switch ON Adjustment condition Siemens star chart A3 Fluorescent light illumination with no flicker Illumination above the subject should be 700 lux 10 Note Do not vibrate during the adjustment If readjusting after it has already been adjusted wait for 15 minutes or more for the unit to cool down first Adjustment method 1 so that it becomes center of the screen zoom wide and tele Set the camera and the chart in a straight and do not put optical systems mirror and conversion lens etc Double click on the DscCalDi exe Click the Focus and Click the Yes Lens adjustment value will appear on the screen Click the OK 05631 Adjustment value determination is 6116103160 using below val ues The a
80. ock centers around a 8 bit microprocessor IC301 and controls camera system condition mode The 8 bit microprocessor handles the following functions 1 Operation key input 2 Clock control and backup 3 Power ON OFF 4 Storobe charge control L ASICSCK Serial clock output CL required ZCARD Card detection SW3 2 V required a ZBACKUPCTIL O Backupbattery chargecontol Gameracharge permission SSS HOTLINE HotimerquesftomASIO O o o GREENLED O Switch unit LED green H lighting REDLED O Switch unit LED red H lighting combine with UTX CL required STCHGON Strobo charge control H charge 3 we o H M ZUSBDET I USB power detection terminal L detection HM PD 1 BM hat pug detection 37 ZOHG DONE 1 condensor charge voltage detection 18 TIMEOUT Charge done detection 19 Bater power detection UART sendng BALURK 1 Battery power detection UART SCANIN 1 22 PANELOPEN Panel open detection MR sensor 05800260066 SS NOTUSED HDMLINT delete TGVD delete MRST O System reset MRST SW320N SW 3 2 V power L 3 2 V PON O Digitalsystem powerstartu
81. p signal NOTUSED I2CSDATA delete O Digitalsysiompowerstartupsignal SSCS NANDRESET OneNAND reset _ PLL enable signai x wss RDSEL CLK SFW 1 Debug CN DATAO SFW DebugCN o 00 DON DC jack insertion detection SW3 2 V required Panelrotatindetection SSS SCANOUT2 0 KoscnoWpi2 0 T 45 ZOOMSWAD __ 4 ZAVJACK Cabedeecin See next page O 02 OC 0 IO IO IO IO IO GO P O 0 O O 5 0 07 O N Banery temperature detection SSS 49 smo Banery OFF detection signal input 50 ZSREQ 1 Serial communication request signal CL required 5 SSCS RESET 1 586 7 0 5 82 koscitlaion input 58 O O O O O oOo oO 5 60 BATTERY UNREG voltage 061660866 6 Camera temperature detection SSS 63 ASCSD O Serial data output CL required 64 asic spo Serial data input CL required Table 5 1 8
82. s read from the SD card and the encoded data is decoded into image data where it is displayed by the LCD or ona TV monitor At the same time the audio data is also de coded and is input to IC182 as digital data D A conversion is carried out at C182 and the sound is then output to the speaker or to the LINE OUT terminal 6 Audio CODEC Circuit 1 182 The audio signals from the microphone are converted into 16 bit digital data AD conversion is carried out at a maximum sampling frequency of 48 kHz During audio playback the 16 bit digital data is converted into analog signals and these drive headphone through the speaker or line out system and headphone amplifier DA conversion is carried out at a maximum sampling frequency of 48 kHz 1 3 PWA POWER CIRCUIT DESCRIPTION 1 Outline This is the main power circuit and is comprised of the follow ing blocks Switching controller 10501 Motor system power output L5301 Digital 3 25 V power output L5002 Digital 1 2 V power output L5003 Backlight power output Q5007 L5007 Digital and CMOS 1 8 V power output IC504 L5006 CMOS analog 2 8 V power output 503 L5005 2 Switching Controller 1C501 This is the basic circuit which is necessary for controlling the power supply for a PWM type switching regulator and is pro vided with seven built in channels only CH1 motor system CH2 digital 3 25 V digital 1 2 V and CH7 backlight are used Each pow
83. s the MENU button 5 Choose the OPTION MENU 3 6 Choose the FORMAT 7 Toggle the SET button to the left for 2 seconds FIRMWARE UPDATE will display 8 Choose YES 9 Press the SET button Update is starting Note Do not turn off the camera s power or remove the SD card while the firmware is being updated The power will turn off after the update is complete 2 Overwriting firmware from the calibration software Preparation PC with overwriting firmware copied to the preferred folder in the HD Data S314Nxxx BIN xxx version Overwriting method 1 Connect the camera s USB AV terminal to the computer USB connector 2 he USB Connection screen appears on the camera s LCD monitor Choose the COMPUTER and press the SET button Next choose the CARD READER and press the SET button Double click on the DscCalDi exe Click the Firmware Choose the fimware file to use for overwriting and click the Yes Update is starting The message will appear and choose OK After the update is complete disconnect the USB cable and turn the camera s power off Note Do not turn off the camera s power while the firmware is be ing updated 4 USB STORAGE INFORMATION REGISTRATION USB storage data is important for when the camera is con nected 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
84. screws 1 7 x 3 2 Connector 3 TB1 board 4 Three screws 1 7 x 2 5 5 Two screws 1 7 x 3 6 Screw 1 7 x 4 7 Screw 1 7 x 8 Two screws 1 7 x 3 9 Heat sink CMOS 10 11 Screw 1 7 x 2 5 Holder CA FPC Connector Holder TB1 Spacer CA 16 Two screws 1 7 x 4 17 Two screws 1 7 x 4 18 19 20 21 22 Holder lens chassis Holder lens Remove the lens part Holder lens Spacer lens bottom 23 Three screws 1 4 x 3 5 24 25 26 27 28 Lens Screw 1 7 x2 Heat sink tape CMOS Holder heat CMOS TB1 Assy flexible pwb CA1 mounting lens 29 Two screws 1 7 x 7 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 Screw 1 7 x 3 Connector ST1 board Spacer ST1 Remove the solder Assy lamp Cover triger Remove the solder Spacer con ST1 Flexible CP1 3 Four screws 1 7 x 3 CP1 board Flexible CP1 amp TB3 Heat sink rub ASIC Screw 1 4 x 2 Earth jack 46 Two screws 1 7 x 3 4T Chassis bottom 48 Three screws 1 7 x 2 5 49 TB3 board 50 Chassis right 35 Assy lamp dressing method 26 Heat sink tape CMOS 35 Assy lamp soldering order 39 42 Flexible pwb CP1 amp TB3 15 2 3 REMOVAL OF TB2 BOARD VF1 BOARD AND LCD 1 Screw 1 7 x2 12 Remove the solder 17 Spacer LCD FPC 20 VF1 board 2 Screw 1 7 x 3 13 Connector 18 FPC 21 Spacer pwb 3 Holder wire 14 Assy joint 19 Two screws 1 7 x
85. sh French German Spanish Italian Dutch Portuguese Russian EXCEPT VPC ZH1R INSTRUCTION MANUAL Quick guide English French Spanish VPC ZH1R ONLY INSTRUCTION MANUAL Quick guide Turkish Korean Traditional chinese Simplified chinese EXCEPT VPC ZH1R INSTRUCTION MANUAL Camera Software English EXCEPT VPC ZH1R INSTRUCTION MANUAL Camera Software English VPC ZH1R ONLY Table of accessories CABINET AND CHASSIS PARTS 1 LOCATION _ PARTNO cl c c a d 22 a cl c CO O gt 636 125 8289 636 122 9395 636 123 0407 636 121 5442 636 121 5350 636 126 0633 636 121 5367 636 125 8685 636 126 2439 636 122 9340 636 121 5428 636 126 0671 636 127 2582 636 123 0315 636 121 5169 636 123 0520 636 123 0537 636 123 0339 645 099 0168 636 121 4940 636 126 2446 DESCRPTION LABEL CAUTION SG217 U ASSY CABI BOTTOM SG314 ASSY COVER BATTERY SG314 STAND SG314 J HOLDER STRAP FRONT SG314 SPACER BOTTOM SG314 JO HOLDER STRAP BACK SG314 J SPACER BLIND SG314 J SPACER LCD SG314 J SPACER MIC SG314 J HOLDER BOTTOM SG314 J SPACER SHILD WIRE SG314 J SPACER CABI FRONT SG314 J COMPL CABINET FRONT SG314 DEC JOINT SG314 J VPC TH1 VPC TH1EX VPC TH1GX DEC JOINT SG314 J2 VPC TH1R VPC TH1bEXR VPC TH1GXR VPC ZH1R DEC JOINT SG314 J3 VPC TH1BL VPC TH1EXBL VPC TH1GXBL COMPL CABINET TOP SG314 UNIT ZOOM SG314 J COVER SD SG314 J SPACER LCD FRONT SG314 J LOCATION
86. tem 1 6 adjustments should be carried out in sequence Adjustment environment Temperature 25 10 degrees Humidity 55 25 o 3 4 Setup 1 System requirements Windows 2000 or XP or Vista IBM B compatible PC with pentium processor 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 Pattern box Turn on the switch and wait for 30 minutes for aging to take place before using Color Pure It is used after adjusting the chroma meter VJ8 0192 adjust color temperature to 3100 20 and luminosity to 900 20 cd m Be careful of handling the lump and its circumference are high temperature during use and after power off for a while 3 Computer screen during adjustment Calibration Gain Cal Mode i Phase VCOMDC VCOMPP L T es Test vD j Se seia Video Mode __________ perv paso at Fem cote 3 5 Connecting the camera to the computer 1 Use the supplied dedicated USB interface cable to connect the camera to the computer 2 Turn on the camera Choose the COMPUTER and press the SET button Next choose the CARD READER and press the SET button 3 6 The adjustment item which in necessary in part exchange Optical Point And ctor USB Axis Adjust just White Point Language storage Heset Adjust ment Defect Detect Setting information Setting
87. the LCD directly The 8 bit digital signals are con verted to RGB signals inside the LCD driver circuit This LCD has a 3 wire serial and functions such as the brightness and image quality are controlled Because the LCD closes more as the difference in potential between the VCOM common polar voltage AC and the H G and B signals becomes greater the display becomes darker if the difference in potential is smaller the element opens and the LCD become brighter In addition the timing pulses for signals other than the video signals are also input from the ASIC directory to the LCD 4 Lens drive block 4 1 Focus drive The 16 bit serial data signals LENS SDI and LENS SCLK and LENS EN which are output from the ASIC IC101 are used to drive FOCUS A FOCUS A FOCUS B FO CUS B by the motor driver IC IC951 and are then used to microstep drive the stepping motor for focusing operation De tection of the standard focusing positions is carried out by means of the photointerruptor F SENSE inside the lens block 4 2 Zoom drive The 16 bit serial data signals LENS SDI and LENS SCLK and LENS EN which are output from the ASIC IC101 are used to drive ZOOM A ZOOM A ZOOM B and ZOOM B by the motor driver IC 1951 and are then used to microstep drive the stepping motor for zooming operation De tection of the standard zooming positions is carried out by means of the photointerruptor F SENSE inside the l
88. to the table of accessories O JJ JJ O 20 9051 9051 9052 9053 9053 26 636 124 1403 636 103 1 83 636 123 0414 645 099 2780 645 099 2797 645 099 2803 645 099 2810 645 098 8721 645 076 0235 645 084 0104 645 098 8714 645 095 6034 645 098 9612 636 126 2101 645 099 2834 636 127 0755 636 123 2159 636 123 5013 636 127 3114 636 123 5020 636 123 5037 636 127 3121 STRAP BELT SG314 U STRAP CAP LENS SG112 J ASSYL CAP LENS SG314 CABLE DSC USB Ddicated USB inter face cable CABLE DSC USB Ddicated USB inter face cable CABLE DSC A V Ddicated AV inter face cable CABLE DSC A V Ddicated AV inter face cable CORD POWER 1 2MK VPC TH1EX VPC TH1EXR VPC TH1EXBL CORD POWER 1 5MK VPC TH1EX VPC TH1EXR VPC TH1EXBL CORD POWER 1 8MK VPC TH1 VPC TH1R VPC TH1BL VPC ZH1R CORD POWER 1 9MK VPC TH1 VPC TH1R VPC TH1BL VPC ZH1R ADAPTOR AC DC BATTERY RECHARGE LI ION CASE SOFT SG314 U4 VPC ZH1R ONLY CABLE DSC HDMI TYPE A amp C Mini HDMI cable VPC ZH1R ONLY DISC CD ROM XSC G314 04 N S P Xacti software PDF instruction manual English French Spanish VPC ZH1R ONLY DISC CD ROM XSD G314 U N S P Xacti software PDF instruction manual and quick guide English French German Spanish Italian Dutch Portuguese Russian Turkish Korean Traditional chinese simplified chinese Note Turkish is only a quick guide EXCEPT VPC ZH1R INSTRUCTION MANUAL Quick guide Engli
89. view from A side of the board Side B means the view from B side of the board Singlelayer board View from the copper foil side of the board otherwise noted PRODUCT SAFETY NOTICE THE COMPONENTS DESIGNATED BY A SYMBOL AN IN THIS SCHEMATIC DIAGRAM DESIGNATES COMPONENTS WHOSE VAL UE ARE OF SPECIAL SIGNIFICANCE TO PRODUCT SAFETY SHOULD ANY COMPONENT DESIGNATED BY A SYMBOL NEED TO BE REPLACED USE ONLY THE PART DESIGNATED IN THE PARTS LIST DO NOT DEVIATE FROM THE RESISTANCE WATTAGE AND VOLT AGE RATINGS SHOWN EXPLANATORY NOTES EXAMPLES Resistor 10K 1 16J means 10kilo ohm 5 1 16watt max 1M 1 10D means 1mega ohm 20 556 1 10watt max Tolerance K 10 J 5 G 2 1 D 0 5 Capacitor 0 047 F means 0 047micro farad Ftype Electrolytic capacitor 10 16 means 10micro farad 16volt max Inductor 330 J means 330micro henry 5 470 K means 470micro henry 10 No description J or K means 5 The number of H written in slant character shows the voltage The number of H written in upright character shows the height of the parts PAL H EX C2 OVERALL WIRING MIC L MIC OVERALL WIRING amp BLOCK DIAGRAMS ev SM

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