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SERVICE MANUAL Digital Camera VPC-X1220EX VPC

1. UNREGSY B LLL i 5 TO S 80668 S BE 8 1 MRST se 8 se ses R1122 Mares Ng t ES ji E 5E BTS m cuo i Queer monn DI rest E ores eo R1025 ZS 5 1608 BSRST ZSYRSTI cro ran EXCLKS ou Qua ones 0018 FON PONO pou IPON SELF LED pango USBCNT nii PW ON na USBD BEEN ano usen pang 1st o VEDET vas ZCARD CA lam Sand Bier mere cn wera wa mos Dum suc Se Ka Si me se MEC TEST Lm soo sot E E Sion Rovesy Swan NAND ALE e x cron NAND_CLE wou AP esou Syro Gros i R1032 Jeou A ronn mr ORN Goro 8 J cron E E onum 8 Goran BODY TEMP 4 2 enen 2 A 8 A VDD3 gt we Ba Barons Boos di BATTERY Gaono m m m m m ZJerouan wow WW 2050 li Rioja Ka 0 1716Z ZERD E zoswe me ZEWA an zpscs Do zoas Di ed zns ve mn Da e S STEN A S C oro 2 Y DTC115EM l e D E e pe D o7 A bid REFE CTL pe no Do pasa m Dio E En m eg pasi pe pe paso Dia om DOM ota a pouz Dis Gos paw Sosa bog ien Das poso
2. CN903 BACKUP BAT 1 BACKUP BAT 2 NC 3 14 5V A 4 14 5V A 5 GND CCDOUT 6 CCDOUT r GND LH1 8 LH1 9 GND al 10 H1 H2 11 H2 12 GND 13 SUBGT2 14 SUB 15 SUBGT 16 GND RG 17 RG 18 GND 19 7 0V A 2 7 0V A V15B 21 V15B V15C 22 V15C V9B 23 V9B V9A 24 V9A V10 25 V10 V15A 26 V15A V14 27 V14 V6 28 V6 V7A 29 V7A 12 30 V7B V8 31 V8 V5 32 V5 V3 33 V3 V12 34 V12 Cali 35 V11B ZUM 36 V11A V1B 37 V1 B V2 38 V2 ii 39 V4 5 40 V1A V16 41 V16 V13B 42 V13B R 43 V13A T 44 GND BL E s GND TO CA1 CN911 C14 12 13 14 15 16 17 18 19 CN911 BACKUP BAT E NC 14 5V A 14 5V A GND CCDOUT GND O 1 a UT414 TZ Z9 CA1 BOARD CCD IMAGE SENSOR LH1 LH1 co co ii 632 Cn O N GND H1 H1 O H2 H2 GND SUBGT2 NI SUBGT2 W SUB ra G UJ SUBGT GND al an G O RG E JJ G GND 7 0V A cO CO 7 0V A NI O V15B V15C V15B NI V15C NI NI V9B V9B V9A V10 V9A V10 V15A V15A V14 V6 V14 NI AM V6 DO Co V7A V7A NI co V7B V8
3. F P C SES ER EES SPEAKER JW183 CN911 CN903 spwT NPP BACKUP BAT 1 1 BACKUP BAT i NC Te pon NG BRA swiss i 14 5V A 3 3 14 5V A f P 14 5V A 4 4 14 5V A GND 5 5 GND CCDOUT 6 6 CCDOUT GND 7 7 GND 8 8 LH1 9 9 GND JW181 10 H1 MIC GY 1 GN MIC 12 GND DMA JW182 13 SUBGT2 GND BK 14 SUB 15 SUBGT 16 GND 17 RG 18 GND 9 7 0V A 20 7 0V A s i x 21 V15B CN102 CN541 22 V15C CE SELF LED 1 1 SELF LED LE 2 23 V9B AL3 2V 2 2 AL3 2V 24 V9A GND 3 3 GND 25 V10 CHG 4 4 CHG 26 V15A CHGDONE 5 5 CHGDONE 27 V14 DMA FLCTL 6 6 FLCTL 28 V6 1ST 7 7 1ST 29 V7A 2ND 8 8 2ND 30 V7B PW ON 9 PW ON 31 V8 D M A 14 5V A 10 14 5V A 32 V5 GND 11 11 GND 33 V3 UNREGST 112 12 UNREGST 34 V12 35 V11B CAA 36 V11A 37 V1B 38 V2 PWA 39 V4 40 VIA 41 V16 42 V13B 43 V13A 44 GND 45 GND E Gi TRANS 2 TRIGGER Z Y lt
4. 1608 1608 e ZSYRSTI VDD11P2 C1010 C1001 C1005 478 10 B 4 7 B RBS RT026 3 SYCKI GND11 PHY 3 GND11_PHY VDD11_PHY C1003 007 0 01 B 0 1 B 1 B EON 2 i PONO VDD11_PHY d NW PON2 RB104 lt TE PONT GND2USB SELF_LED RB106 Gps mm lt USBONT d 2 GPS VD33USB PW ON E 4 GPIOS DP gt 2ND 5 6 GPIOS LIG IEN IST L 8 GPIOS veus 8 GPIOS VSSUSB ZGARD E 4 GPIOS AVSSUSB H GPIOS AVDDUSB EEE CIE GPIOS RREF R1016 aw 1 6K 1 16 Ti GPIOS SMC Ze SE B 6 em TMC2 A 3 4V A 3 4V A sn 7 8 KSI 1 TMC1 n 7 0V A 7 0V A Sie l 2 KSI NEC TESTI 7 14 5V A 14 5V A E 8 4 NEC TESTO RB103 RB114 B10 m TSEL2 2 390 E 4 Tea E LCDAN a LCDAN Sa y E TsELO 7 LCDCA m LCDCA S02 5 mert E n SO3 i ANN 2 co TMS 3 3 Kito VDD3 VDD3 mo 2 1 1 VDD1 1 Sem VDD1 1 HDYIBSY mis 1 8 VDD1 8 VDD1 8 NAND ALE TCK a UNREGST ws UNREGST NAND_CLE RTCK 3 UNREGSY UNREGSY ME AG33 NU BACKUP BAT me BACKUP BAT AV33 A C1029 AL3 2V Al 3 2V eeh 0 1B se AGND la 2 m um BOOST3 8V S BOOST3 8V AIN9 la AIN8 mee AING R1031 ans 8 0 1 16Z BATTEMP J A VDD3 AM 4 R1014 PON J ANS 3 C1013 0 1 16Z B LCDPWM AN2 HIR Wv e EXCLKS J AN 5 L BSRST 3 AINO E GC SC
5. e RP ima J SG41D ST BLOCK 2 3 4 9 6 r 8 9 10 11 12 13 14 15 16 17 18 19 C7 DMA MAIN D1 25900 SG41D U VOLTAGE VIEW MODE LCD ON A VDD1 8 1608 1608 C1001 C100 1 1002 C1006 Ore bei 1003 cido7 018 018 vo Tu iv 7 0V A Fa 7 0V A 414 5V A sv LGDAN Jam LODAN LCDCA Jam LCDCA VDD3 VODs VDD1 1 VOD1 1 VDD1 8 Jamm VDD1 8 UNREGST Ze UNREGST UNREGSY UNREGSY BACKUP BAT amm BACKUP BAT A ALBAY BOOST3 8V ee BOOST3 8V some pou LCDPWM J ma para Papa ae TOPWAN PW CCDCK COOK CCDEN OGDEN CCDSD CODE TGVD TVp M GHD SUBGT SUBGT SUBGT2 susan AFESD2P aii AFESD2N AFESDZN AFECKP NFEGKP AFECKN AFEGKN AFESD1P AFESDIP AFESD1NJ AFESDIN ADCK ADC VDRST ADEST song se Hun m sej M REES EP ww nis sov EN arid sk R sm me SN MS p BACKUP BAT emmm BACKUP BAT VDD3 VDD3 3 4V A Te 3 4V A 7 0V A s 7 0V A d 14 5V A 14 5V A RODI e 0 1 16Z uad vops gt AA R1002 pahina i ANODE LLL VDD18 e VW R1003 p 0 1 16Z Amas A_VDD11 VODIJ Damm Wy CP1 BOARD DMA MAIN LCD CONNECTOR 8 LENS lt AL32V A VDD3 T SLS
6. gt POWER LINE 11 12 13 14 C6 15 5G41D MAIN BLOCK 16 Xe TUBE 17 BACK UNIT FPC BACK UP Li Z9101 IC911 12M CCD 18 19 CIRCUIT DIAGRAMS POWER CIRCUIT CIRCUIT WAVEFORMS VOUT1 A B VDD smaBoo LIN gt BOOST3BV CIRCUIT pups IC101 JCNIZI swa L5041 D5041 E STEP UP 14 5V A PIN A3 PIN 7 CIRCUIT z XO DCLK L5051 D5051 l SW5 INVERTING STORM 1 V div 1 V div CIRCUIT CH8 A i 6 BE gt 3 4V A 1 Ons div 20ns div VREGO AL3 2V SDA I2C SDA SWITCHING CONTROL LL SCL lac SCL EN PON 32 768KHz PON2 X5001 A LCDPWM NG L5061 STEP DOWN i Ke 1V div CIRCUIT a aae van cg 1 22 40us div SWA A B H STEP UP DOWN SWB2 A B CIRCUIT VOUT2 A B VDD3 SW3 L5031 STEP DOWN DEI SEM PIN 21 Q5071 sw 1 KS PLODAN V3 CIRCUIT enn ran 1V div CURRENT ISET7 DETECTOR CIRCUIT SG41D PW BLOCK 40us div STROBE CIRCUIT R Se Gas dl NA a A A TAIR ZON AR ins aaa ANIE ARCA AD y al CHARGING CIRCUIT 1 C5401 T5401 D5402 POWER FILTER BLOCK C5412 ST2 OSCILLATION RECTIFIER s 1V div TRANSFORMER CIRCUIT 40us div WF SG41D STROBE CHARGE TO CP1 DMA CN102 CHARGE MONITOR CIRCUIT EMISSION CONTROL CIRCUIT LIGHT EMITTING ELEMENT XENON TUBE TRIGGER CIRCUIT LIGHT EMISSION CIRCUIT cHT
7. AFESD1N AFESD1N ADCK ADCK VDRST VDRST SCLK SCLK SDVO SDVO SDV1 SDV1 SDV2 SDV2 SDV3 SDV3 SDV4 SDV4 SDV5 SDV5 SAVO SAVO SAV1 SAV1 SAV2 SAV2 D1001 MA4S111 R1030 1K 1 16J PAON3 3 J PAON3 W 2 o O T 1ST BACKUP BAT w BACKUP BAT VDD3 3 VDD3 R1036 1K 1 16J 2ND 7 0V A 43 4 A 14 5V A 3 4V A 7 0V A 14 5V A WeLanv TO CAA GHOL eivsa 6vsa 2100 9100 cAOq cSOq gro SUZ LO dxosa HI vsa LOq sioq HNOQ LSDQ NOSQq SLOQ ZLO0 LO 0LO0 twasa SVOZ OSQq R1203 10K 1 16J DQ21 DQ20 DQ19 DQ18 600 800 100 twsa ovasa SvHZ IMSQZ DQS3 DQM3 DQ23 DQ22 DQ27 R1201 0 1 16Z IC121 QXXAGBO63 N TY90009801DPGG gl POL VDD1 8 DQ26 DQ25 DG24 PROGRAM FLASH SDRAM DQ28 R1202 0 1 16Z VDD3 oeoa 6700 AJAY qn JIM gt gt 31V QNVN 8evsa ZVSd 9vsa 0600 6200 ASS AQH Qquaz OSOZ 319 QNVN HAZ dM visa svsa 19 18 17 16 15 14 13
8. 3 4V A 7 0V A SUBGT J SUBGT2 ADCK TGHD TGVD CCDCK CCDSD CCDEN AFESD2P AFESD2N AFECKP AFECKN AFESD1P AFESD1N VDD3 PAON3 SUBGT SUBGT2 ADCK TGHD TGVD CCDCK CCDSD CCDEN AFESD2P AFESD2N AFECKP AFECKN AFESD1P AFESD1N lt lt BACKUP_BAT R9015 100K 1 16J CAA C1 25900 SG41D U VOLTAGE VIEW MODE LCD ON IC901 MAX8918ITM T QMAX8918ITM P 1 V DRIVER CP1 BOARD CAA CCD AFE amp DRIVER R9045 33K 1 16J R9049 100 1 16J D9002 MA2Z720 00L BEERDER AD9971BCPZRL AFESD2N QAD9971BCPZ J AFECKP Eni 474A AFECKN re We CCDOUT AFESD1P CDS AGC A D C AVSS AFESDIN H DRIVER ou ct Cne 1 2 s0 1 bia S 777 R9043 C9032 27 1 16J 0 01 B m 1 ell L9001 Sal LET n e FBMH1608HL601 J Ss S oj Lo FR e Os OS So Woo 0 o O De OS o lor B S Ut e L QNJM2877F303P co 2 O 2 LO 2 NO NO CO o BEES ge NJM2877F3 03 C ES T C9007 m m is Gy 5 120P CH i m 1 AL C9018 ra Ce 8P CH SN NG gt a Sa SA G BT tO C9008 3 120P CH O XL S x lt c eX O T TX a GO R9057 100K 1 16J
9. Digital VDD1 8 output system L5061 Analog 14 5 V A output system L5041 D5041 Analog 7 0 V A output system L5051 D5051 Analog 43 4 V A output system IC501 built in LDO LCD backlight output system L5071 D5071 Motor system BOOST 3 8 V output system L5301 D5301 2 Switching Controller IC501 This is the basic circuit which is necessarv for controlling the power supply for a PWM type switching regulator and is pro vided with seven channels and two channels LDO Only CH1 motor system CH2 CH3 and CH6 digital sys tem CH4 CH5 and CH8 analog system and CH7 LCD back light system are used Feedback from motor system CH1 digital system CH2 CH3 and CH6 analog system CH4 CH5 and CHB are received and the PWM duty is varied so that each one is maintained at the correct voltage setting level CH8 is output by LDO Feedback for the LCD backlight power output CH7 is so that regular current can be controlled to be current that was set ting 2 1 Short circuit protection circuit If output is short circuited for the length of time determined by the IC501 register setting all output is turned off To reset output it is necessary to reset the contrller IC to reset the power 3 CH1 Motor System 3 8 V Output 3 8 V is output BOOST 3 8 V output is so that PWM control can be carried out at the internal circuit of the switching con troller IC501 4 CH2 Digital 3 25 V Output 3 25 V is o
10. gt O a We DMA DMA A m oo o 5525759995 Elsa Suez o a e esee Bless C O 3223232223 8 x x II 222222222272 G gt O B 3003030003 O LLPLELLLE STROBE UNIT W1 25900 SG41D U LCD BACK UNIT FPC 1 2 3 4 5 6 r 8 9 10 11 12 13 14 15 16 17 18 19 C3 G OVERALL CIRCUIT aa a 2 eee am a 7wx wu mwww wiwa iiwuawwww wwiiww w ww aawwsaawwiw wiwwwi wwwwawi i w iwwwwwawwwwwwxowwawwswvwwwwuwww iwiiiii4wwwww wwiv ia m aawxw wwwww w iwww i uwvvivwvwwv 11 l SSE AAA a AA ACE AKA l CA1 BOARD SN PROGRAM FLASH i aki eu poul PAON3 512Mbit 512Mbit i l SIOTOASIG AA A 4 A I I I I AID C a HDRIVER SG TG 12M CCD DA ADDRESS2 gp J i ADDRESS1 y ULE V DRIVER f I i I I lt gt CPU I H T L Taa a JPEG ii SDRAM CARD A jai CLK oe gt CONTROLLER lt Zus l E JN SIO TO ASIC UART SAN l LENS AF AE AWB SIGNAL SRAM DRIVER o CC INTEGRATOR PROCESSOR B 4 CONTROLLER i AUDIOOUT I VOUT LCD BACKLIGHT BACKUP BAT gar T ENCODER a _ TO CAA TOLCD I
11. Africa General Korea Taiwan VPC X1220GX Product Code 168 259 03 South America China Australia Hong Kong General Korea Taiwan VPC X1220EXGD Product Code 168 259 05 Europe U K South America China Australia Hong Kong Russia Middle East Africa General Korea Taiwan VPC X1220GXGD Product Code 168 259 06 South America China Australia Hong Kong General Korea Taiwan VPC X1250P Product Code 168 259 07 U S A Canada Taiwan General VPC X1220PX Product Code 168 259 10 Taiwan South America General VPC X1220PXGD Product Code 168 259 11 Taiwan South America General REFERENCE No SM5310804 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 carrving out repair work and never use solder containing lead Lead free solder has a melting point that is 30 40 C 86 104 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 boar
12. V7B CJ O W V5 W NI V3 V12 GO W V12 CAO R V11B V11B CJ al V11A V1B V11A W O W M V2 O oo V4 VIA W co V16 V16 EN V13B V13A V13B N V13A S O GND N N N N O On amp W GND TO CP1 CAA CN903 o R9102 470 1 16J MA R9104 47 1 16J 33 OO 6 UL VW Q9101 UP05C8P00 C9103 0 1 B 1 2K 1 16J VOLTAGE VIEW MODE LCD ON 16 CAT C3 25900 SG41D U UJ STI BOARD STROBE 8 SWITCH STROBE UNIT 1AV4L17B0620G T5401 JW541 AWG32 AWG30 TTRN 0530H 018 T pep XAN XK XAN BROWN 2 0X1 28 8 RE0208DA a TRG s 2 1 PINK a 9 C 5410 0 022 350B 3216 1AV4L17BO450N adj e D3501 R3506 L SML E12U8WG 270 1 16J CN541 f W 11 SELF LED 2 AL3 2V 3 GND AWA 4 CHG M 5 CHGDONE JW542 AWG32 AWG30 AW 6 FLCTL XKT S STROBE ME I 1ST BLACK 2 0X1 25 gt CHARGE
13. sonato 7 DATAO SDDATI 2 DATAT SODAT2 D DATA2 ZCARD GARD COMMON WP 01401 UP0431300 14 15 62 G TO SD 16 17 18 CP1 BOARD DMA MAIN LCD CONNECTOR amp LENS UPPER LEFT R1001 K d A VDD3 AL3 2V 0 1 16Z A VDD3 VDD3 R1002 VDD1 8 R1003 0 1 16Z A_vDD1 1 A VDD1 1 DD1 1 D1 25900 SG41D U R1121 1 2K 1 16D VOLTAGE VIEW MODE LCD ON C1034 0 1 B lt AL3 2V ad C1121 7P CH RB101 10K 2 0 90 e e go o o oc e o B 8 V e V VZ V 2 S 90 9 9 9 SS Gv A a Q a 8 8 a se a a DB O Goo o a gt gt gt gt gt gt Jen 3 1 S ud X1102 48 00000MHz RB102 10K GND GND LL 8 8 a R1122 1M 1 16J MHST e 8 ZMRST XIN 3 XI XOUT 2 YO LI C1122 7P CH 1000P B INI C1004 5 a Jen CKTEST O CKTEST 1 CKTEST 2 A VDD3 C1002 0 1 B A VDD1 1 A VDD1 8 O 1006 1B oQlo 1608 C1011 R1025 0 1 16Z BSRST BAT OFF 0 1 16Z C1035 CD IE A CZD A CD Ia CD 2 m 2
14. 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 accompanv 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 freguency of approximately 200 300 kHz and drive the oscillation trans former 1 4 Oscillation transformer The low voltage alternating current which is generated bv the oscillation control circuit is converted to a high voltage alter nating current by the oscillation transformer 1 5 Rectifier circuit The high voltage alternating current which is generated at the secondary side of 15401 is rectified to produce a high voltage direct current and is accumulated at electrolvtic ca pacitor C5412 1 6 Charge monitoring circuit The functions programmed in the IC541 monitor oscillations and estimate the charging voltage If the voltage exceeds the rated value charging automaticallv 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 FLOTL signal is input from the ASIC the stroboscope emits light 2 1 Emission control circuit When t
15. which are output by the ASIC IC101 The motor drive signals IOUT and IOUT are output in accordance with the set tings from the motor driver IC IC951 to drive constant the moving coil motor for iris 4 4 Shutter drive Drive settings are made bv means of the serial data signals L STR L SCLK and L SDATA and data signal IIN which are output bv the ASIC IC101 The shutter drive signals SOUT and SOUT are output in accordance with the set tings from the motor driver IC IC951 to drive constant the moving coil motor for shutter and then mecha shutter is opened and closed 5 Kev Operaiton For details of the kev operation refer to the instruction manual Table 2 1 Kev Operation 6 Power Supply Control The ASIC controls the power supply for the overall svstem The following is a description of how the power supply is turned on and off When the battery is attached IC501 is operating and a regulated 3 2 V is input to ASIC IC101 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 power switch is off the ASIC operates 32 768 kHz of subclock When the battery is removed the ASIC power switches the secondary lithium battery for memory backup by IC501 and operates at low consumption At this condition 32 768 kHz of subclock operates clock counting Also the battery for lithium backup is charged 10 hours from it to be attached Wh
16. 028 0703 R NETWORK 1KX4 1 16W 945 028 0703 R NETWORK 1KX4 1 16W 945 037 0817 R NETWORK 0X4 1 16W 945 028 0697 R NETWORK 100X4 1 16W LOCATION RB501 RB951 RB952 R1001 R1002 R1003 R1004 R1005 R1006 R1007 R1008 R1009 R1010 R1011 R1012 R1013 R1014 R1015 R1016 R1017 R1018 R1019 R1020 R1021 R1022 R1023 R1024 R1025 R1026 R1027 R1028 R1029 R1031 R1032 R1035 R1037 R1121 R1122 R1201 R1202 R1203 R1301 R1306 R1401 R1404 R1701 R1801 R1802 R1803 R1804 R1806 R1811 R3008 R5001 R5004 R5041 R5042 R5043 R5045 R5051 R5052 R5061 R5071 R5072 R5073 R5081 R5091 R5094 R5095 R5096 R5097 R9015 R9028 R9029 R9035 R9043 29 PARTSNO 645 078 4613 645 078 4835 645 078 4880 RESISTORS 301 226 1506 301 226 1506 301 226 1506 301 225 1408 301 226 1506 301 226 1506 301 225 1804 301 226 1506 301 224 9009 301 224 9306 301 224 9108 301 226 1506 301 226 1506 301 226 1506 301 224 9306 301 302 4407 301 224 8903 301 224 9009 301 225 7905 301 226 1506 301 226 1506 301 226 1506 301 224 9306 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 225 1408 301 263 1705 301 224 9405 301 226 1506 301 226 1506 301 224 9009 301 224 8903 301 224 9009 301 224 8804 301 224 9009 301 226 1506 301 225 8100 301 224 8804 301 224 9504 301 229 3903 301 226 1506 301 263 7400 301 262 8903 301 224 9306 301 259 2105 301 2
17. 12 11 10 C11 CP1 BOARD DMA MAIN LCD CONNECTOR 8 LENS LOWER RIGHT o WI C pato pq TO LCD DQ17 L Date DOIG pas 3 Dons pau 5 Done bois TO BACK UNIT FPC DQ13 A vor 5 DQ12 EE pan E HA 2 2 DQ10 amp Bon metz DQ9 1 SCAN OUT2 n pas 1 DN UL JW181 Be par SEAMING AWG32 AWG30 DQ6 e 8 SCAN OUTO MIC poe t Sio e 1 MIC GY DQ5 7 SCAN IN1 n3 D05 sit 6 SCAN OUTO iz set JW182 pad pos m Ta 28T AWG32 AWG30 uus pas m e 5 SCAN IN2 i i GND BK Wi 002 4 SCANIN3 IIROAMA r pu TO MIC WE a so ES 915 AWG32 AWG30 EEEEEEEE 2 g Ee E w s BS so 1 NC til SEM 5 85888885885655838888888888888BBaaa2222822 25882835B 5 JW184 ENEE s CN302 AWG32 AWG30 OOO000000000000000000000000006060600S606006060000698060 HA NES Sp rp AAA LL a TO SPEAKER R1802 C1804 YOUT 100 1
18. 3051694501 TRDTC114EM CB922 3033914306 CERAMIC 0 1UK 16V OR 305 216 1101 TR RN1102MFV C1001 3033846409 CERAMIC 4 7UK 6 3V OR 305 172 4604 TR UNR32A1 C1002 3033380309 CERAMIC 0 1UK 10V Q1301 4052183902 TR UPO431300 C1003 3033380309 CERAMIC 0 1UK 10V OR 305 167 0406 TR EMD12 C1004 3032761307 CERAMIC 1000PK 50V OR 305 216 2108 TR RN4984FE C1005 4034737604 CERAMIC 10U M 6 3V Q1302 305168 3703 TR DTC144EM C1006 3033380309 CERAMIC 0 1UK 10V OR 305 172 4703 TR UNR32A3 C1007 3033380309 CERAMIC 0 1UK 10V Q1401 405218 3902 TR UPO431300 C1010 3033846409 CERAMIC 4 7UK 6 3V OR 305 167 0406 TREMD12 C1011 303 338 0309 CERAMIC 0 1UK 10V OR 305 216 2108 TR RN4984FE C1013 3033380309 CERAMIC 0 1UK 10V Q5071 3052006006 TR UP03397 C1014 3033380309 CERAMIC 0 1UK 10V INTEGRATEDCIRCUITS C1029 3033380309 CERAMIC 0 1UK 10V IC101 4097024505 IC EV4S1 BGA N S P C1034 3033380309 CERAMIC 0 1UK 10V IC121 410 674 1706 IC TY90009801DPGG BGA N S P C1035 3032761000 CERAMIC 0 01UK 16V OR 4107039208 IC TY990A111219KC BGA N S P C1121 303 314 6400 CERAMIC 7PD SOV IC181 409 7017705 IC WM8941ECS V BGA N S P C1122 303 3146400 CERAMIC 7PD SOV IC182 7 4096772803 IC NJM2877F3 03 C1203 303 3818109 CERAMIC 1U K 6 3V IC302 4096935604 IC XC61GN2902HR C1204 303 381 8109 CERAMIC 1U K 6 3V IC501 4106990005 IC ADP50260005ACBZ BGA N S P C1205 3033380309 CERAMIC 0 1UK 10V ICS06 4097027100 IC XC6221C17BGR G C1206 3033380309 CERAMIC 0 1UK 10V IC901 409 698 8709 IC MAX8918ITM C1209 3033380309
19. 411 186 8207 105 411 182 2704 106 411 182 2605 107 411 188 8304 108 411 186 0409 109 411 207 8308 DESCRPTION COVER BATTERY SG41D U VPC X1250 VPC X1220EX VPC X1220GX VPC X1220PX COVER BATTERV SG41D U2 VPC X1250GD VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD COVER BATTERY SG41D U3 VPC X1250P ONLY SPRING OPEN COVER SG21F COVER DC SG21F U VPC X1250 VPC X1250P VPC X1220EX VPC X1220GX VPC X1220PX COVER DC SG41D U2 VPC X1250GD VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD SHAFT CV BATT SG21F U SPRING BATT LOCK SG21F U STAND SG21F U VPC X1250 VPC X1250P VPC X1220EX VPC X1220GX VPC X1220PX STAND SG41D U2 VPC X1250GD VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD COMPL PWB CP 1 F W DEC LENS RING SG41D LENS ASSY SPACER LENS SG16V JP ADHESIVE BACKUP SG187 SPACER LENS SG41D ASSY FPC CA1 SV SG41D SPACER BUCK UP SG287 BATTERY RECHARGE ASSY HL LCD SV SG41D UNIT CONTROL SG21F SPACER LCD SG21F U LCD A027DN03V2 COMPL CABI BACK SG41D U VPC X1250 VPC X1220EX VPC X1220GX VPC X1220PX COMPL CABI BACK SG41D U2 VPC X1250GD VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD COMPL CABI BACK SG41D U3 VPC X1250P ONLY SPECIAL SCREW 1 4X3 5 VPC X1250GD VPC X1250P VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD SPECIAL SCREW 1 4X3 5 VPC X1250 VPC X1220EX VPC X1220GX VPC X1220PX SCR PAN PCS 1 4X2 SCR S TPG PAN PCS 1 4X5 SCR PAN PCS 1 4X3 SCR S TPG PAN PCS 1 6X5 SCR S TPG PAN PCS 1 6X3 5 SCR S TPG PAN PCS 1
20. 6 x 3 21 CP1 board 11 Spacer lens When assembling tighten the screws order AB 11 2 3 REMOVAL OF ST1 BOARD AND ST2 BOARD 1 Earth USB 11 ST2 board 2 Four screws 1 4 x 3 12 Remove the solder 3 Dec lens 13 Two screws 1 4 x 3 5 4 Cabi front 14 Remove the solder 5 Spacer mic 15 ST1 board 6 Dec top 16 Adhesive main CON 7 Microphone 17 Assv lamp 8 Speaker 8 18 Terminal batterv 9 Spacer STI 19 Lever batt lock 10 Dec window flash When assembling tighten the screws order A gt B gt C gt D 12 2 4 BOARD LOCATION STI board CP1 board lt T ST2 board _ 13 3 ELECTRICAL ADJUSTMENT 3 1 Table for Servicing Tools Pattern box Part code VJ8 0190 VJ8 0191 VJ8 0188 VJ8 0260 VJ8 0282 Discharge jig Spare lump collimator Download the calibration software and the firmware from the following URL http www overseas sanvo com dcamera service Place the DscCalDi exe file camapi32 dll file and QrCodelnfo dll file together into a folder of your choice Spare lump pattern box 3 2 Equipment 1 PC IBM R compatible PC Windows 2000 or XP or Vista 3 3 Adjustment Items and Order 1 Lens Adjustment Infinity 2 AWB Adjustment 3 CCD White Point Defect Detect Adjustment 4 CCD 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 Item 1 4 adjus
21. 7U M C1807 3032795005 CERAMIC 4700PK 25V 5041 645 093 8153 INDUCTOR 2 2U C1808 3033818109 CERAMIC 1U K 6 3V 28 LOCATION C1809 C1810 C1811 C1812 C3009 C5001 C5002 C5003 C5004 C5005 C5009 C5021 C5031 C5041 C5042 C5043 C5044 C5051 C5052 C5053 C5054 C5061 C5063 C5072 C5073 C5081 C5301 C5302 C9001 C9003 C9004 C9005 C9006 C9007 C9008 C9009 C9010 C9012 C9013 C9014 C9015 C9016 C9017 C9018 C9019 C9023 C9024 C9030 C9032 C9036 C9041 C9044 C9051 C9052 C9061 C9062 C9502 C9503 C9504 C9506 RB101 RB102 RB103 RB104 RB105 RB106 RB107 RB108 RB109 RB110 RB111 RB112 RB113 RB114 RB117 RB141 PARTSNO DESCRPTION 303 3818109 CERAMIC 1UK 6 3V 303 3818109 CERAMIC 1UK 6 3V 303 3818109 CERAMIC 1UK 6 3V 303 3818109 CERAMIC 1UK 6 3V 303 338 0309 CERAMIC 0 1UK 10V 303 3058505 CERAMIC 15PJ 50V 303 3058505 CERAMIC 15P J 50V 3033846300 CERAMIC 2 2UK 6 3V 303 3846508 CERAMIC 10U K 6 3V 303 3846300 CERAMIC 2 2UK 6 3V 303 3818109 CERAMIC 1U K 6 3V 303 3846508 CERAMIC 10U K 6 3V 303 3846508 CERAMIC 10UK 6 3V 303 3846508 CERAMIC 10U K 6 3V 303 4085500 CERAMIC 2 2UK 16V 3032744102 CERAMIC 1500PK 50V 403 4551606 CERAMIC 10UK 16V 4034615407 CERAMIC 4 7UK 10V 303 2761000 CERAMIC 0 01UK 16V 303 3818109 CERAMIC 1UK 6 3V 303 387 3009 CERAMIC 4 7UK 10V 303 3846409 CERAMIC 4 7UK 6 3V 3033769401 CERAMIC 1UK 6 3V 3034085500 CERAMIC 2 2UK 16V 303 380 6601 CERAMIC 0 22UK 6 3V 303 3846300 CERAMIC 2 2UK
22. CERAMIC 0 1UK 10V IC902 309669 6904 IC AD9971BCPZ C1308 3033380309 CERAMIC 0 1UK 10V IC903 4096772803 IC NJM2877F3 03 C1309 3033818109 CERAMIC 1U K 6 3V IC951 409 694 7607 IC BD6545GW BGA N S P C1710 3033846409 CERAMIC 4 7UK 6 3V DIODES C1715 3033846409 CERAMIC 4 7UK 6 3V D5041 3072235509 DIODE MA2Z720 C1720 4034615407 CERAMIC 4 7UK 10V D5051 3072381206 DIODE CUS01 Q C1721 4034615407 CERAMIC 4 7UK 10V D5071 3072235509 DIODE MA2Z720 C1722 4034709403 CERAMIC 4 7UK 16V D5301 307238 1206 DIODE CUS01 Q C1723 4034709403 CERAMIC 4 7UK 16V D9001 3072235509 DIODE MA2Z720 C1724 4034709304 CERAMIC 4 7UK 25V D9002 3072235509 DIODE MA2Z720 C1725 4034709304 CERAMIC 4 7UK 25V CRYSTAL DEVICES C1726 3033827804 CERAMIC 2 2UK 10V X1102 6450915208 OSC CRYSTAL 48 00000MHZ C1727 3033827804 CERAMIC 2 2UK 10V X5001 645 090 3298 OSC CRYSTAL 32 768KHZ C1728 3034085500 CERAMIC 2 2UK 16V INDUCTORS C1729 3034085500 CERAMIC 2 2UK 16V L1004 645 0940521 IMPEDANCE 33 OHM P C1730 4034615407 CERAMIC 4 7UK 10V L1006 945 053 5476 IMPEDANCE 240 OHM P C1801 3033846409 CERAMIC 4 7UK 6 3V L1301 645 095 6522 FILTER EMI 90 OHM C1802 3033380309 CERAMIC 0 1UK 10V L1302 945 053 5414 IMPEDANCE 1000 OHM P C1803 3033818109 CERAMIC 1U K 6 3V L1304 9450535414 IMPEDANCE 1000 OHM P C1804 3033380309 CERAMIC 0 1UK 10V L1801 645 053 5451 IMPEDANCE 600 OHM P C1805 3033380309 CERAMIC 0 1UK 10V L5021 645 098 1968 INDUCTOR 4 7U M C1806 3033846409 CERAMIC 4 7UK 6 3V L5031 645 098 1968 INDUCTOR 4
23. RB541 i 2ND a IC541 1KX4 1 16W 9 PW ON BD4221NUX QBD4221NUX P 10 14 5V A TO ST2 Auen TE ao 47 1 16J JW543 AWG32 AWG30 gt 12 UNREGST CE SE 4 TO CP1 DMA RED DO gt CN102 9 JW544 AWG32 AWG30 CE 1 o o GRAY 2 to oF we a TI as TO ST2 JW552 4 SE o ETE 352 8555 58 IGBT_GND 5 MA27D290GLBF D5403 IGBT_GND ST2 BOARD STROBE MAIN CAPACITOR POZ JW551 AWG30 EVQPQHB55 S 1 CE S1 25900 SG41D U L RED VOLTAGE STROBE AFTER CHARGE TO ST1 JW543 s 19 JW552 AWG30 ST2 lit S2 25900 5G41D U G RAY VOLTAGE STROBE AFTER CHARGE TO ST1 JW544 1 2 3 4 9 6 7 8 9 10 11 12 19 14 15 16 17 18 19 C16 PRINTED WIRING BOARDS P W B CP1 P W B SIDE B CP1 P W B SIDE A ar NA pa FN d y A an JON t D JO ws ay DI nds r a YU LEO OIOR ipsus a yA D r YY DENG r jn s a CE q k 4 f J Aw 1 O HERE em E 7 NG RU MAAN NG wo NG NA vote EA e gt Ze XX X X X II Ze 4 OO NS we Inm T Lil op mm 13 ZON ee A e E ES D a gt S y ma ws a i IKEL UNO HE i i TN AA SS 3 g ZA re y ty NE TE P BA INANG ja Yi AA je PLM uty Si 19 18 17 16 lo 14 13 12 10 C17 CA1 P W B SIDE A STI P W B SIDE A ST2 P W B SIDE A C18 C
24. Setting of pattern box Color temperature 3100 4 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 when zoom wide edge 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 U does not appear click on the W mark located on the right of the Factory Code display BOX and select FC SANYO U 3 For Europe and PAL general area If FC SANYO EX does not appear click on the W mark located on the right of the Factory Code display BOX and select FC SANYO EX 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 Calibration Upload R LA Gain Tl B Bright VCOMDC VCOMPP Phase LE LE Dres Test VIDL_ J Se seia 1 Video Mode PID J Set Rev ___ perv poe Ge s 3 11 Reset Setting Carry out reset settings after replacing CP1 board 1 Turn on the camera 2 Press the MENU button 3 Choose the OPTION MENU 4 Choose the RESET SETTINGS and press the SET butt
25. ovasa cIVSQ LLVSQ olvsd 6vsa OS00000006000000000000600600060000800006069000000000000000000000000600000000600006000600000698069000 8vsa Ysa 9vsq svsa vvsa evsa evsa Lysa ovsa deasa4v Neasa4v dLdS 4V NLdS HV dA031V Z9H k 0 ak Ol NX924V AddO1 OUV 1NOlaz NIZ NII NIS Sd 1 HLS 1 ATOS 1 vivas 1 PSU UNE vOOLY INOQDHOZ SHO 11913 SNOVd qsaoo N3Q99 NIGII EIN DLOLH 9 B cLogns 198ns Lliga ISHQA Z940 6201H eS Z94 H0 8c0 LH IAVS Z94 H0 22014 DAYS Z94 H0 FGU LU SAQ Z9LLO 220Lu PNG ZIL L O to LH ENG Z9 H 0 800 LH ana 0 9001H Z940 LAG solad Z94 H0 S00 LH ONG GADL asanv Moanv qianv M9001 N3091 cLLdH asaoi p anaan LQ 9d sq OOF vaad 2018H 00k 0LL H FOL L OSL LLOLH Lb2T1S00 LHA TIONI 5dIb2ddE TAY L 90014 1vqova 1vqoav 941 119118 R Kaer AFESD2P AFESD2N AFESD2N AFECKP AFECKP AFECKN AFECKN AFESD1P AFESD1P
26. sx un Doo sa d ave GOL lac SDA zi paz lac sc et poss PA S oon Doos Txoo Gee poz4 SODATO jwen pasa SODATI em ave SDDAT2 Sena past SODATS iin pozo mm CS cet pata SODET m 09003 pare crocs sowe och pan SDOLK moon ANA ME pais L1004 VVV ja T E LMISBAGBOSNI e is croci pata Zaan E rona pan ZJeroan pan Tree Dan ero pon ero pas E eons Dos non x pa KAABA E eroca ZJACKIN AW Seno DOG E rocs pos Geo a DEN E 5 coca pos ZPIOUT E ocz pag Hour Slam Dat po OCG T 258 R1030 edd 3 8 B 2 SYSYSYSYS B ist 6 5660666666666660666800060666 ano R1036 wl 5 8 EB dr E ZSS u z x a a amp amp x el al al ala el siz x 5 8 REP 5 SX SA 815518183 8815222558 283 2 E 8 3 9 b SI 2 ga 8 ds 8 8 a 88888888133 8 4 8 BR B ol a 3 2 8 8 JE s 83 33 o 2 9 53 5 5 8 9 af ai 2 31323 SES d 4 A 2552983 2982399 9898 99 98389 3323 B 8 8 J ggs g3 8 sr 2 3 2 4 2 2 z HA ala L 3338288332388 8 88 23238328 a z a Z JA Ki el sl el si g ahela rl sl El j sz a 2 4 44353448 28288868838 3133 228358582 E BABE WE s o o 8 2 3 5 9 Q Q 8 vou E W EE Bg J j aj zj 8 8 8 8 J 8 eRe ida s ala Saal aiSia 8599 8 AB 232 8888 g azez 8 ages as g 8888 a a 8888 aa a a a al R1201 vue R1203 10KAN6J IC121 QXXAGB063 N TY90009801DPGG PROGRAM FLASH SDRA
27. which in necessarv in part exchange Lens CCD Whitel CCD Black Point And ee Point Factory Adjust Defect White Point Defect Detect Cord b Adjustment Setting Infinity In Lighted COMPL PWB CP1 Be sure to carry out the necessary adjustments after replacing the unit A 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 18 3 8 Adjust Specifications 3 Double click on the DscCalDi exe 1 Lens Adjustment Infinity 4 Click the Focus and click the Yes 5 Lens infinity adjustment value will appear on the screen 6 Click the OK IBI 1e107 1 BJ Collimator Preparation POWER switch ON If using a ready made collimator set to infinity Note 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 A B PZ1 PZ1 adjustment value of zoom PH switch position 1 945 lt PZ1 PBR lt 1010 Do not vibrate during the adjustment Adjustment method 1 Set a distance of 0 5 1 0 cm between came
28. 0 1 16Z 7 0V A e Q Sa BS Bm L 9 2 B5 87 cc S 05 rx s NT o bi 1 e 1AV4L26B5580G L5041 2 2 M D 2 ot in MA2Z720 00L fx D5041 ai ng NO ai 3 3 0X3 0 H 1 5 1AV4L2YH2R2MG L5051 2 2 M CUS01 TE85L Q D5051 R5091 0 1 16Z VDD1 8 BEN IC506 XC6221C17BGR 1AV4L26B5580G oe ase R5001 1K 1 16J BACKUP BAT TO DMA co LPON2 s 5 Sm o o BA G PO 777 SA 888 H oo Re 1AV4L26B5580G NG L5071 Q5071 2 2 2 M 3 4 LCDAN H 1 2 MA2Z720 00L o 2 IN 08 D5071 g a 2 5 8 8 275 XIN eT ng ot 5 0 0 ai 8 RTCGND L UP03397 T 8 FR 1 LCDPWM 10K 1 16D Q 3 68K 1 16D R5071 SES Ba R5073 EXCLKS J 1 5 5 Yoko IC501 E y N E 32 23 GXXAGAD50265P L5301 2 Benet 1 SS EE ADP50260005ACBZR 2 2 M I2C SDA e A z 3 96X3 96 6 panga ni 2 2 ES H 1 8 CUS01 TE85L G o I2C SCL 1 4 0X4 0 D5301 gl eg 1AV4L2FY2R2M dee TO DMA n 4 SWITCHING CONTROL G AT 28 mu N 7773 2 FTIT 327 S 1AVARIL A2222G 3 2 RB501 3 2 o 43 4V A L ox 0 1 16Z a o S B R5081 a 3 0X3 0 1AV4L2YH4R7MG C5005 2 2 B 63 1608 R5094 0 1 16Z AL3 2V L5031 4 7 M VDD1 1 H 1 5 3 0X3 0 wl ZS 1AV4L2YH4R7MG ai 3 l mo E R5095 0 1 16Z VDD3 PON 9 10 11 12 13 C13 14 15 16 17 18 19 TO DMA TO DMA BACKUP BAT VDRST SCLK SAV2 SAV1 SAVO SDV5 SDV4 SDV3 SDV2 SDV1 SDVO VDRST SCLK SAV2 SAV1 SAVO SDV5 SDV4 SDV3 SDV2 SDV1 SDVO 14 5V A
29. 16J 0 1 B JE VDD3 1 B si SCAN IN 3 L m B N Es SCAN OUT 0 l 2 3 ST Oma O ag ADCDAT A 2 QNJM2877F303P 0 OK MENU PLAY SCENE sa En JE 3 4 BS EE 18 1 DOWN LEFT RIGHT UP E i L oanez 2 WIDE TELE AVREF z 2 z 3 8 3 Se dl IE TEST el lsl j x e QWMB8941ECS P m 29 252 8 8 AUDIO CODEC G 7 mjx x lt VIDEO AMP 2 x E8222 2 lt z lt lt lt Z aa A A a L1304 BK1005HM102 AUDIOOUT 1AV4L3DB102PG VOUT TO USB 8 AV L1302 BK1005HM102 1AV4L3DB102PG AL 21 22 23 24 USBDET 3 USB VDD USBD Ga PEN 7 ass f da di de il 6 ng USBD al 5 ZJACKIN si E 4 ZAW JACK Q1302 i 3 AUDIO OUT USBCNT DIGA 2 VIDEO OUT 1 GND g CN110 VBDET 88 0 R1401 1 SDCMD 100 1 16J e VDD3 3 4 SDCLK RB141 5 100 SDDAT3 b 6 6 SDDATO B 4 7 SDDAT1 1 2 8 SDDAT2 7 8 9 ZCARD 10 11 SDWP 12 R1404 10K 1 16J Q1401 UP0431300 AL3 2V C12 TO BATTERV CL502 LITTELFUSE 1608 CP1 BOARD PWA POWER BATT g C BATTEMP TO DMA Oxo UNREGSY 2A32V F5001 1608 s LITTELFUSE BAT R5043 R5096 2 2 1 16J 0 1 16Z 14 5V A gi x oco nS pO Oro a SE ze B es x PWA ey ae a co P1 25900 SG41D U e Q VOLTAGE VIEW MODE LCD ON 32 i p Se USE BATTERY Ez 1 R5097
30. 4X4 SCR S TPG PAN PCS 1 4X3 5 SCR S TPG TIN 1 6X3 0 24 CABINET AND CHASSIS PARTS 1 SG41D J Parts List 1 CABINET AND CHASSIS PARTS 2 LOCATON PARTSNO 22 636 121 9396 23 636 139 4024 23 636 139 4000 23 636 136 1071 23 636 136 1019 23 636 136 1125 24 636 1219747 24 636 132 5288 25 645 102 2196 26 636 121 9891 27 645 102 2004 28 636 121 9754 29 636 121 9839 30 636 121 9761 31 636 132 8951 32 636 126 5683 33 636 121 9532 34 636 121 9518 35 636 100 3094 36 636 126 3931 37 636 124 7481 38 636 132 8937 39 636 126 9421 40 636 123 3781 41 645 102 2226 42 636 138 0829 108 411 186 0409 411 190 2208 DESCRPTION DEC LENS SG21F U ASSY CABI F SV SG41D EX2 VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD ASSY CABI F SV SG41D EX VPC X1220EX VPC X1220GX VPC X1220PX ASSY CABI FRONT SV SG41D VPC X1250 ONLY ASSY CABI FRONT SV SG41D2 VPC X1250GD ONLY ASSY CABI FRONT SV SG41D3 VPC X1250P ONLY CABI FRONT INNER SG21F U VPC X1250 VPC X1250P VPC X1220EX VPC X1220GX VPC X1220PX CABI FRONT INNER SG41D U2 VPC X1250GD VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD MICROPHONE LEVER BATT LOCK SG21F U ASSY LAMP SG41D DEC WINDOW FLASH SG21F U TERMINAL BATTERY SG21F U DEC SELF SG21F U COMPL PWB ST 1 SPACER ST1 SG21F U BUTTON TOP SG21F U DEC TOP SG21F U SPRING EJECT SG16V JP LABEL BATTERV SG21F U ADHESIVE MAIN CON SG21F U COMPL PWB ST 2 ASSY HLD BATTERY SV SG21F EARTH USB SG21F U SPEAKER 8 SPAC
31. 6 3V 303 3846508 CERAMIC 10U K 6 3V 303 3932607 CERAMIC 22U M 6 3V 303 381 8109 CERAMIC 1U K 6 3V 303 381 8109 CERAMIC 1UK 6 3V 303 381 8109 CERAMIC 1UK 6 3V 303 3835007 CERAMIC 1UK 16V 303 3380309 CERAMIC 0 1UK 10V 303 3200508 CERAMIC 120PJ 50V 303 3200508 CERAMIC 120PJ 50V 303 381 8109 CERAMIC 1U K 6 3V 303 3818109 CERAMIC 1UK 6 3V 303 3835007 CERAMIC 1UK 16V 303 3380309 CERAMIC 0 1UK 10V 303 2761307 CERAMIC 1000PK 50V 303 2761307 CERAMIC 1000PK 50V 303 3380309 CERAMIC 0 1UK 10V 4041204205 TA SOLID 47U M 10V 303 3117806 CERAMIC 8PD 50V 3033380309 CERAMIC 0 1UK 10V 3033380309 CERAMIC 0 1UK 10V 3033423303 CERAMIC 0 1UK 25V 3032793001 CERAMIC 2PC 50V 303 276 1000 CERAMIC 0 01UK 16V 3033978209 CERAMIC 2 2UK 25V 3033380309 CERAMIC 0 1UK 10V 303 4117409 CERAMIC 0 22UK 25V 303 3818109 CERAMIC 1U K 6 3V 303 3818109 CERAMIC 1U K 6 3V 3033200607 CERAMIC 220PJ 25V 3033200607 CERAMIC 220P J 25V 303 3380309 CERAMIC 0 1UK 10V 303 3380309 CERAMIC 0 1UK 10V 3033380309 CERAMIC 0 1UK 10V 303 2761307 CERAMIC 1000PK 50V RESISTORPACKS 645 078 5719 R NETWORK 10KX2 0 063W 945 028 0710 R NETWORK 10KX4 1 16W 945 028 0710 R NETWORK 10KX4 1 16W 945 028 0703 R NETWORK 1KX4 1 16W 6450784224 R NETWORK 0X2 0 063W 645 078 5702 R NETWORK 1KX2 0 063W 945 028 0697 R NETWORK 100X4 1 16W 6450686405 R NETWORK 150KX2 1 16W 945 028 0710 R NETWORK 10KX4 1 16W 945 028 0697 R NETWORK 100X4 1 16W 945 037 0817 R NETWORK 0X4 1 16W 6450784224 R NETWORK 0X2 0 063W 945
32. 62 5605 301 275 1908 301 148 6009 301 227 5602 301 262 5605 301 258 6708 301 226 1506 301 258 6609 301 258 6708 301 257 4002 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 226 1506 301 224 8903 301 228 4406 301 228 4406 301 240 9106 301 225 1101 DESCRPTION R NETWORK 2 2KX2 0 063W R NETWORK 33KX2 0 063W R NETWORK 390X2 0 063W 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 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 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 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 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 GLAZE MT GLAZE MT GLAZE 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 47K JA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 47 JA 1 16W 0 000 ZA 1 16W 10K JA 1 16W 1K JA 1 16W 150 JA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 1K JA 1 16W 1 6K DD 1 16W 100K JA 1 16W 10K JA 1 16W 220 JA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 1K JA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 1
33. 6W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 47K JA 1 16W 1 2K DC 1 16W 1 0M JA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 10K JA 1 16W 100K JA 1 16W 10K JA 1 16W 100 JA 1 16W 10K JA 1 16W 0 000 ZA 1 16W 10 JA 1 16W 100 JA 1 16W 2 2K JA 1 16W 180 JA 1 16W 0 000 ZA 1 16W 75 JA 1 16W 62K DC 1 16W 1K JA 1 16W 1 JA 1 16W 56K DC 1 16W 2K DC 1 16W 2 2 JA 1 16W 8 2K JA 1 16W 56K DC 1 16W 12K DC 1 16W 0 000 ZA 1 16W 10K DC 1 16W 12K DC 1 16W 68K DC 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 0 000 ZA 1 16W 100K JA 1 16W 2 7 JA 1 16W 2 7 JA 1 16W 5 6 JA 1 16W 27 JA 1 16W LOCATION R9045 R9047 R9049 R9053 R9057 R9501 R9502 R9503 TH301 PARTSNO 301 225 0500 301 225 1804 301 224 8804 301 225 0906 301 224 8903 301 340 6708 301 225 0708 301 225 8001 THERMISTORS DESCRPTION MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE MT GLAZE 33K JA 1 16W 47 JA 1 16W 100 JA 1 16W 82K JA 1 16W 100K JA 1 16W 0 68 FE 1 10W 56K JA 1 16W 330 JA 1 16W 308 054 7700 TH NCP15WF104F03 RC FUSES F5001 A 323 031 1700 F5002 A 323 031 1700 CN110 CN141 CN171 CN302 CN903 CN951 CONNECTORS 645 097 2287 645 092 8185 645 101 0858 645 095 5983 645 098 5850 645 087 1535 FUSE FUSE 32V 2A 32V 2A SOCKET8P N S P SOCKET CARD SD 12 N S P SOCKET FPC 39P N SOCKETFPC HP N SOCKET FPC 45
34. 83502 RB104 HIGH LOW CHECK 1C101 IC101 AB22 S2 PUSH SHUTTER ALL THE WAY HIGH LOW CHECK 83502 RB104 HIGH LOW FLASH OFF MODE SHOOTING POSSIBLE NO CHECK PWA BLOCK CHECK ST1 BOARD 6 PARTS LIST DESCRIPTION CARTON INNER SG41D EX VPC X1220EX VPC X1220EXGD VPC X1220GX VPC X1220GXGD VPC X1220PX VPC X1220PXGD CARTON INNER SG41D U VPC X1250 VPC X1250GD VPC X1250P CUSHION BAG SG455 BXO REINFORCE PAD A SG21F U VPC X1220EX VPC X1220EXGD VPC X1220GX VPC X1220GXGD VPC X1220PX VPC X1220PXGD REINFORCE PAD A SG41B U VPC X1250 VPC X1250GD VPC X1250P LABEL GOLD TEXT SG218 GX2 VPC X1250GD VPC X1220EXGD VPC X1220GXGD VPC X1220PXGD PACKING MATERIALS LOCATION PARTS NO 9101 636132 8746 9101 636138 4605 9102 636131 9386 9103 636125 6032 9103 636138 2700 9104 6361192361 9105 636074 6589 LABEL CARTON PINK 712EX3 VPC X1250P ONLY ACCESSORIES LOCATION PARTS NO DESCRIPTION Note Refer to the table of accessories 1 2 OT RC OR OR OR OR 9051 9052 9053 9056 22 P P P SBB P 636 131 6033 636 133 2255 645 102 5180 645 102 1823 645 098 8721 645 076 0235 645 100 9708 645 084 0104 645 100 9692 645 098 8714 645 102 3230 645 102 3339 636 133 0237 636 133 0244 636 133 0251 636 136 6021 STRAP SG21F M DISC CD ROM SSP G41D EX Sanyo Software Pack N S P Instruction manual PDF Dutch English Fr
35. A1 P W B SIDE B ST2 P W B SIDE B cLS LPDS SOS SANYO SANYO Electric Co Ltd Nov 09 Osaka Japan
36. Aen C3 DEENEN C4 CCD IMAGE SENSOR CIRCUIT a C5 LENS CIRCUIT T C5 MAIN CIRCUIT r C6 POWER CIRCUIT OOOO C7 STROBE CIRCUIT PRON PCE C7 CIRCUIT DIAGRAMS CIRCUIT WAVEFORMS a CZ CP1 BOARD DMA MAIN LCD CONNECTOR 8 LENS tt C8 CP1 BOARD PWA POWER C13 CP1 BOARD CAA CCD AFE 8 DRIVER C14 CA1 BOARD CCD IMAGE SENSOR ettet aaa aa ana aa saa aaa ea aaa aa sea ttt C15 STI BOARD STROBE 8 SWITCH anna C16 ST2 BOARD STROBE MAIN CAPACITOR C16 PRINTED WIRING BOARDS P W B CP1 P W B SIDE A amp B ee C17 CA1 P W B SIDE A amp B ee C18 STI P W B SIDE A amp B OE C18 ST2PW B SIDE AA BI C18 C1 NOTES 1 All resistance values in OHMS unless otherwise noted K 1 000 M 1 000 000 2 All capacitance values in YF unless otherwise noted p pico farad n nano farad p u or U micro farad 3 All inductance values in UH unless otherwise noted H uor U micro henry mzmilli henry Figure of printed wiring boards Multilayer board Side A means the 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 A IN THIS SCHEMATIC DIAGRAM DESIGNATES COMPONENTS WHOSE VAL UE ARE OF SPECIAL SIGNIFICANCE TO PRODUCT SAFETV SHOULD ANV COMPONENT DESIGNATED BV A SVMBOL NEED TO BE REPLACED USE ONLV THE PART DESIGNATED IN THE PARTS
37. After passing through the CDS circuit the signal passes through the VGA VGA Variable Gain Amplifier It is con verted internally into a small amplitude actuating signal LVDS and is then input to IC101 The gain of the VGA am plifier is controlled by pins 32 83 and 34 using serial signals which is output from IC 101 REFT REFB O O AD9971 3V INPUT Q 1 8V OUTPUT O T nml GENERATOR SYNC Fig 1 4 1C902 Block Diagram 1 2 CP1 CIRCUIT DESCRIPTION 1 Circuit Description 1 1 Signal processor 1 Gamma 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 CCD data 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 2 AE AWB and AF computing circuit The AE AWB carries out computation based on a 64 seg ment screen and the AF carries out computations based on a 6 segment screen 1 3 SDRAM controller This circuit outputs address RAS CAS and AS data for con trolling the SDRAM It also refreshes the SDRAM 1 4 PIO PWM SIO for LCD It possible to switch be tween individual input output and PWM input output 1 5 TG SG Timing generated for 12 mi
38. ER MIC SG41D SCR S TPG PAN PCS 1 4X3 5 SCR S TPG PAN PCS 1 4X3 26 CABINET AND CHASSIS PARTS 2 SG41D J Parts List 2 27 ELECTRICAL PARTS Note 1 Materials of Capacitors and Resistors are abbreviated as follows Resistors Capacitors MT FILM Metallized Film Resistor MT POLVEST Metallized Polvester Capacitor MT GLAZE Metallized Glaze Resistor MT COMPO Metallized Composite Capacitor OXIDE MT Oxide Metallized Film Resistor 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 2 Tolerance of Capacitor 10pF over and Resistor are noted with follow symboles D ege 1 G asus 290 W mana bo No 10 M 20 N 30 2 80 20 3 Capacitors U pF P pF 4 Inductors UH uH MH mH 5 N S P Not available as service parts LOCATION PARTS NO DESCRIPTION LOCATION PARTS NO DESCRIPTION COMPL PWB CP 1 F W L5051 645 098 2002 INDUCTOR 2 2U M 636 133 2347 L5061 645 093 8153 INDUCTOR 2 2U L5071 645 093 8153 INDUCTOR 2 2U SEMICONDUCTORS L5301 645 098 2095 INDUCTOR 2 2U M Q1006 3051689507 TR DTC115EM L9001 945 066 4725 IMPEDANCE 600 OHM P OR 305 172 5007 TR UNR32AA CAPACITORS 01008 3052089702 TR SSM3J16TE CB921 3033914306 CERAMIC 0 1UK 16V Q1009
39. L 1 AVREFP p mm mm mm mm m EN lt 100K 1 16J E TO PWA PON2 3 Ra z R1013 oor 0 1 16Z ZDWE ZDCS zcas ZRAS DVREFI im DSRON 2 vases nasa 2 vase voseo 2 pass pasz S past iz paso 8 Dom S pav Dom SI pavo amp past S CCDCK ODOK DQ30 CCDENJ CODEN DQ29 S CCDSD CODSD D028 I2C SDA GPIOB D027 Z TGVD ie 12C_SCL GPIOBI pos Z TeHD LGP y 700 je Dos 5 TABO GPIOB poe E SUBGT SUBGT SDDATO 5 Pioc D023 z SUBGT2 SUBOTA SUDATI GPIOG nag SDDAT2 AFESD2P 5 len metz AFESD2P SDDAT3 5 AFESD2N 5 GPIOC pa ki L AFESD2N T SDCMD R1023 AFECKP sppgr iha SJ Da AFECKP 7 GPIOC Date AFECKNJ AFECKN SDWE 5 lem Da7 SDCLK J AFESD1P ARESDIE NABA 5 epoc ii BLM15BA330SN1 AFESD1N GPJOCI pais 8 AFESD1N S coca pa4 ADCKJ ADEN 8 Joco poal S E eoan D012 5 A VDRST VDRST 3 GPIOCJI2 pati e C9 12 13 14 15 16 17 18 19 VDD33A T9 CP1 BOARD DMA MAIN LCD CONNECTOR amp LENS UPPER RIGHT DMA LEN IOUT d R9502 56K 1 16J RB951 33K CN951 1 LD motor A 2 LD motor B 3 LD motor B 4 LD motor A 5 LD PI C 6 7 8 9 BOOST3 8V LD PI EK LD PLA Zoom PI A Zoom PI EK 10 Zoom PI C 11 Zoom motor 12 Zoom motor 13 Zoom motor 14 Zoom Motor ZPROUT oe 15 Zoom PR C
40. LIST DO NOT DEVIATE FROM THE RESISTANCE WATTAGE AND VOLT AGE RATINGS SHOWN EXPLANATORV NOTES EXAMPLES Resistor 10K 1 16J means 10kilo ohm 5 1 16watt max 1M 1 10D means 1mega ohm 0 5 1 10watt max Tolerance K 10 J 5 G 2 F 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 15 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 8 BLOCK DIAGRAMS OVERALL WIRING USB amp AV r a co LO LO LO QS Z o e r SM a Na o tr ojo FP ojo 8 I S 2 SE S nn a a coir L lo o e B JR d O a ox Et E op t Z lt lt 2 a o z x Z JA to lt LO xx 307 a lt lt amp e2g2xzoonooZ st 5200 lt 9008 r ri AD ioc mar O sla 02 z S O d m m lt EE FO O 865 E O gt gt gt LZ LL ZA sis S S lat dal aal Zoo O Zn el Ol EFE BAS gt z lt z zle SES H 30085 1 559299 Ow As mom B GP aaa B OSO Sile 98 a oO Ec HERE EO FE 235853 G ARI NY a N O EE 86391 85555555555 52232 S SENS 2 o o G aaala NON EE EE Sim sooo BWA o d d NINNIN
41. M 10 11 C8 12 13 DDB DTC114EM DMA LENS BOOST3 BV AL32V gt ZPLC et ZPIOUT FPIOUT L P cou 10951 BDE545GW om QBDES4SGW P cs LENS DRIVER m m EE aa SE CN951 LD motor A LD motor B LD motor B LD motor A LD PI C LD PI EK LD PLA Zoom PI A Zoom PI EK ZPR K ZPROUT Zoom PI C Zoom motor Zoom motor Zoom motor 4 Zoom motor Zoom PR C R9503 Bo Zoom PR EK Zoom PR A Aperture 1 Aperture 2 Shutter 3 Shutter 3 Shutter 4 DMA LCD Shutter 4 LU TO LENS CN171 LCDEN EX COM 2 CS ucos
42. N IIN SOUT 20 21 SHUTTER SOUT 22 23 MOTOR SIN D F CLK TO IC101 L n C B A 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 C5 UJ Li ion 3 7V LCD 2 inch CP1 BOARD I PWA BLOCK 32 768KHz X5001 IC501 SWITCHING CONTROL BACKUP BAT VDD1 1 VDD3 CN141 SD CARD SOCKET CN171 VDD3 LCDAN LCDCA 48 00000MHz X14102 E IC181 AUDIO CODEC VIDEO AMP UNREGST VDD1 8 VDD3 BOOST3 8V C SDA BSRST EXCLKS BATTEMP ZCARD SDDET SDDATI O0 3 SDCMD SDCLK SDWP LCDDIO 7 LCDHD LCDVD LCDEN LCDCK LCDSD CLK Q1302 be Q1301 a EN a EN MAIN CIRCUIT UNREGSY ST1 BOARD SHUTTER SW D3501 SELF LED ENA s ZCHGDONE BACKUP BAT 3 4V A 7 0V A 14 5V A VDD3 AFECK N P L AFESD1 N P AFESD2 N P 4 ADCK ii PAN e EE SL 915 M SYSTEM ASIC Gd VEH MU SDV 0 5 BOOST3 8V lt AL3 2V SII L C A m j C lt o a kin ee ES o Z O a ZPROUT x lt m E 22 HG 2 L LL mt Maga gt Naz 22306 Y O LISA A 8 CC Q CC L gt N N o CN Y aNg uwe zg c R ANO a QQ IC121 PROGRAM FLASH SDRAM 512Mbit 512Mbit DD1 8 VDD3 e I DE CAPACITOR LENS yo TROBE I I 1800V 80uF CN302 CAA BLOCK CN903 CDS AGC AD C H DRIVER BLOCK IC951 CN951 LENS DRIVER
43. NXOQ 200 vad ovad erva ea va ova 6va 8va ING 9va sva Wa eva HN twa ova DEI ZINIGS 91dIQS QINIQS gldIdS SINIQS IS NIS EdIdS INIOS gidIS glNIQS Hdlas HNIQS WEI ONIS de NINOS NIYO YIOY 86140149 5HOld9 96140149 SCHO SCHO 30ld9 HOld9 1E1401d9 06140149 621401d9 82140149 2140149 92140149 SCHO HOld9 2 30ld9 00 4014 12140149 08130149 61140149 81140149 2HH0ld9 91 4014 9LlHOld9 llHOld9 HHOld9 HEWER DER 01140149 640109 840109 H0ld9 9130149 91401099 HOld9 HOd9 ieHOd9 130149 0HOld9 QA9L GH9L 82130149 22 3019 92130149 52130149 rala01d9 aI301d9 cei30ld9 12 301d9 02 0149 61130149 81130149 2130149 9130149 SH301d9 t130ld9 130ld9 eH301d9 1130149 01130149 6130149 8 301d9 2 301d9 91301d9 6 30149 SO 30149 el301d9 130149 0130149 19091 0019021 Old9 IOd9 asf IOld9 0IQOld9 GPIOC 3 GPIOC 4 V JBLOV J8L8V JB LVV JLLGV VUN SDDAT3 SDCMD R1023 1K 1 16J GPIOC S SDDET GPIOCI6 SDWP GPIOC 7 SDCLK BLM15BA330SN1 L1004 o e a 5 o e a G s o e a G o o a 5 R1010 1K 1 16J GPIOC 17 ZJACKIN GPIOCI20 F_CLK GPIOC 21 ZPIOUT GPIOC 22 FPIOUT GPIOC 23 YIdVMLIVVMEIdVMELOV R1037 47K 1 16J VDD3 dMOSQ e 3 NASSA 34950 twasa
44. P N SOCKETFPC 23P N N S P S P S P S P MISCELLANEOUS 636 124 7498 SPACER_ST_WIRE SG21F U COMPL PWB ST 1 636 132 8951 SEMICONDUCTOR Q5402 4060215107 TR TIGO32TS S TL E INTEGRATEDCIRCUIT IC541 4097013301 IC BD4221NUX DIODES D3501 4072597802 LED SML E12U8W D5402 407265 1900 DIODE RE0208DA TR E D5403 4072672004 DIODE MA27D290G TRANSFORMERS T5401 645097 3864 TRANS STEP UP T5402 6450841835 TRANS STEP UP CAPACITORS C5401 3033932607 CERAMIC 22UM 6 3V C5410 3034283302 CERAMIC 0 022UK 350V C5411 3033818109 CERAMIC 1UK 6 3V C5413 3032861403 CERAMIC 10PD 50V C5414 3032761307 CERAMIC 1000PK 50V RESISTORPACKS RB541 9450280703 R NETWORK 1KX4 1 16W RB542 6450785719 R NETWORK 10KX2 0 063W RESISTORS R3506 3012250005 MT GLAZE 270 JA 1 16W R5412 3012251804 MT GLAZE 47 JA 1 16W R5413 3012620907 MT GLAZE 27K DC 1 16W R5414 3012628705 MT GLAZE 910 DC 1 16W R5416 3012248804 MT GLAZE 100 JA 1 16W R5417 3012621102 MT GLAZE 47K DC 1 16W R5422 4021105102 MT GLAZE 220K JE 1 8W R5424 3012249009 MT GLAZE 10K JA 1 16W SWITCHES 3501 6450220210 SWITCH PUSH 1P 1T S3502 6450903885 SWITCHPUSH 1P 2TX1 MISCELLANEOUS 6361220132 ASSYWIRE CE HOT SG21F N SP 636 1220156 ASSY WIRE CE GND SG21F N S P COMPL PWB ST 2 636 132 8937 CAPACITOR 05412 4041207107 ELECT 80UA 300V 30 CIRCUIT DIAGRAMS amp PRINTED WIRING BOARDS TABLE OF CONTENTS OVERALL WIRING amp BLOCK DIAGRAMS Page OVERALL WIRING eer
45. SERVICE MANUAL Digital Camera Contents 1 OUTLINE OF CIRCUIT DESCRIPTION ense 3 2 DISASSEMBLY L ae na EO de uda die ies 10 3 ELECTRICAL ADJUUSTMENTT 14 4 USB STORAGE INFORMATION REGISTRATION 19 5 TROUBLESHOOTING GUIDE 20 22 CIRCUIT DIAGRAMS 8 PRINTED WIRING BOARDS C1 RoHS e his product does not contain any hazardous substances prohibited by the RoHS Directive WARNING 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 3 N S P Not available as service parts Design and specification are subject to change without notice SG41D EX GX EX2 GX2 U3 PX PX2 R FILE NO N YO VPC X1220EX Product Code 168 259 02 Europe U K South America China Australia Hong Kong Russia Middle East
46. TO LENS I BATTERY MIC SWITCHING I I e NERO POWER SUPPLY ADCDAT B l OP a DACDAT I I ES I T B i po AUDIOOUT i M SPEAKER I E ka LCD BACKLIGHT SIO TO ASIC I 8 x mmm mmm mmm e e ma m m m mf w AA PA A A NNNM S aay S ac a aa ai JA A l pis Q L 4 SG41D ALL BLOCK TELE WIDE OK UP DOWN d I POWER SHUTTER i OK UP I LII ELECTRONIC FLASH SW I RIGHT LEFT PLAY MENU SCENE DISPLAY I I I i NOTE POWER LINE man ang m gt ST2 BOARD STI BOARD l MERE 1 D B a lt Mem f Xe FLASH VALVE 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 CCD IMAGE SENSOR CIRCUIT LENS CIRCUIT l I K CA1 l VDD3 43 4V A CAA DMA CN951 5 l LENS BLOCK Ic903 e DS S BLOC REG a AFESD1P AFESD1N I A LENS O LPF y y Gi AFESD2P AFESD2N 2 Y LDOIN LDOEN p FOUTE MI AFECKP AFECKN ZOOM PR d ud EE M CCDCK ZPROUT 15 c E s EE 922 CDS AGC A D C am Sp J H DRIVER PER 7 M VCC SIS 5350 REGI Ql gt roS i a FPIOUT CIN1 ngo gt LES A L CCDVL CCDVH SUBH H ZPR K ZOOM PI om em wm IC901 1 4 6 7 9 11 18 20 25 35 V DRIVER ZPIOUT V1 A B V2 V3 V4 V5 V6 V7 A B V8 V9 A B V10 V11 A B V12 V13 A B V14 V15 A B C V16 17 G FOCUS FOUT_B 2 MOTOR L PS FOUT B 3 L SDATA F L SCLK ZOUT 13 14 L STR ZOOM ZOUT 11 12 MOTOR l l SG41D CCD BLOCK IOUT 18 IRIS E IOUT 19 MOTOR ZI
47. age 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 applving the lead free solder 1 OUTLINE OF CIRCUIT DESCRIPTION 1 1 CCD CIRCUIT DESCRIPTION 1 IC Configuration The COD peripheral circuit block basicallv consists of the fol lowing ICs IC911 RJ23Y3BA1LG CCD imager IC901 MAX8918ITM T V driver IC902 AD9971BCPZRL CDS AGC A D converter H driver vertical TG 2 IC911 CCD Structure 1 2 33 inch 12 53 million picture element Effective pixels 4040 H X 3032 V Pixels in total 4102 H X 3057 V Optical black Horizontal H direction Front 2 pixels Rear 60 pixels Vertical V direction Below 19 pixels Above 6 pixels Dummy bit number Horizontal 26 Vertical 6 PinNo Symbol Pin Description Waveform Voltage 33 36 V2 VA 21 20 V15A V15B Vertical shift register clock pulse 7 0V 0V 16 38 V15C V16 28 27 V3 V5 Vertical shift register clock pulse 7 OV OV 14 5 V V6 V8 V10 V12 V13A Vertical shift register clock pulse 0 V 0 V V13B V14 37 32 24 V1A V1B V7A 25 18 17 V7B V9A V9B Vertical shift register clock pulse Substrate clock 7 0 V O V 14 5 V 21 0 Vp p 14 5 V Aprox 7 3 V CCD output 0 3 3 V When importing all o L OFDC1 2 Substrate
48. arene L 2 aga po sc an 3 2 22 ee poss 5 HSVNC alm on BATTERY LCDVD 6 VSVNC AVREFP 5 s ii CN102 LMOLK 7 DCLK AVBERM lt 100K 1 16J 55 SELF_LED 1 SELF LED LCDD7 3 D7 po 1 AL3 2V 2 AL3 2V LCDD6 9 D6 oor e onte 3 GND LCDD5 10 D5 ZDWE e ZDSWE CHG 4 CHG LCDD4 11 D4 a ZDSCS ZCHGDONE 5 CHGDONE I LCDD3 12 D3 ZCAS a ZCAS FLCTL 6 FLCTL LCDD2 13 D2 pa ZRAS GR 1ST 7 1ST LCDD1 14 D1 ovas F5 gg 2ND 8 2ND LCDDO 16 DO DYREFO gt E5 DTCHSEM H 9 PW ON Nn 16 GND DSRON i 14 5V A 10 14 5V A VDD3 VDD DOSB3 G 11 GND DVDD DQSB2 e UNREGST 12 UNREGST Vi DOSBI c REFE CTL TOSTI I va DQSB0 V3 DQS3 8 pas C N541 V4 pase 3 DOS VDD2 DOSI s R V5 paso 8 pase V6 paws S DOMS VDD3 vou SS VDD5 poii DOMI UNREGSY pamo POMY DQ31 8 EOS paso s notz D028 DOZ DQ27 peer DQ26 Z poe TXO61GN2902HR a DQ25 IC302 S bdo BAT FE VOLTAGE DET I netz poz 5653 DQ22 mo gt D020 5 Da Dare DQ18 Dare b g DQ17 onis DQ16 mais l DQ15 Dau 5 par pars TO BACK UNIT FPC DO13 8 DO12 5 ser Dat amp zi Z2 1 2 3 4 5 6 ki 8 9 10 11 12 13 14 15 16 17 18 19 C10 CP1 BOARD DMA MAIN LCD CONNECTOR 8 LENS LOWER LEFT DQ20 DQ19 DQ18 DQ17 DQ16 a 8 5 DQ15 DQ14 DQ13 DQ12 DQ11 ex 5 DQ10 DQ9 DQ8 DOT DQG DQ5 DQ4 DOSI DQ2 Dat DQO doa
49. control Bru Um picture element 3 3 V M geg Horizontal shift register clock pulse MTF KN Yo 0 V 3 3 V GND O DC DC DC FD OS Horizontal shift register clock pulse 0 V 3 3 V Reset pulse 3 3 Vp p S Table 1 1 CCD Pin Description When sensor read out 3 IC901 V Driver AV driver IC901 is necessarv in order to generate the clocks vertical transfer clock and electronic shutter clock which driver the CCD The signals SCLK SAV 0 2 and SDV 0 5 which are output from IC101 are source of the vertical transfer clock and are decorded and superimposed at V driver The SUBCLK signal which is output from IC101 is used as the sweep pulse for the electronic shutter spv2 SDVi DECODER sDvo xe is zc OJ sap SA XSG9 gt XV11 SCLK RESET CCDVH CCDVM1 CCDVM2 CCDVM3 CCDVL SUBCLK NOTE 3 DENOTES THREE LEVEL DRIVERS 2 DENOTES TWO LEVEL DRIVERS 2H DENOTES 2 LEVEL HIGH LOAD DRIVERS Fig 1 3 IC901 Block Diagram 4 IC902 H Driver CDS AGC and A D converter IC902 contains the functions of H driver CDS AGC and A D converter As horizontal clock driver and reset pulse for CCD image sensor are generated inside H1 H2 H3 and H4 and output to CCD The video signal which is output from the CCD is input to pin 25 of IC902 There are sampling hold blocks generated from the SHP and SHD pulses and it is here that CDS correlated double sampling is carried out
50. d 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 solder 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 volt
51. eing updated The power will turn off after the update is complete N O O 2 Overwriting firmware from the calibration software Preparation PC with overwriting firmware copied to the preferred folder in the HD Data S41DNxxx BIN xxx version Overwriting method 1 Connect the camera s USB AV terminal to the computer USB connector 2 The 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 3 Double click on the DscCalDi exe Click the Firmware 5 Choose the fimware file to use for overwriting and click the Yes 6 Update is starting The message will appear and choose OK 7 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 ig 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 sat isfied so alwavs 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 14 2 Double click on the DscCalDi exe 3 Cl
52. en the power switch is on the ASIC starts processing The ASIC first sets the PON signal and PON2 signal to High and then turn on the power circuit After PON signal is to High carry out setting of the operating freguency and oscillation control inside the ASIC During through screen operation the serial communication and PAON3 signal are set to High and the CCD power supply starts up During playback CCD power supply is turned off When LCD panel turns on the serial communication turns on the backlight power When the power switch is off the lens will be stowed and the power supply to the whole system is halted The ASIC set operation mode of clock ocillation 32 768 kHz ASIC LCD CCD memory MONITOR 1 1 V 1 8 V 14 5 V 7 V Power supply voltage 3 25 V 34V Table 2 2 Power supply control 7 Auto refresh function If the power is turned off while the battery is still inserted this model keeps running at 1 8 V and controls auto refreshing of the DDR with the aim of reducing the time reguired for startup While DDR auto refresh control is being carried out only PON2 is set to High and only VDD1 8V is started up even if the power supply which controls PON and serial communication is at Low 1 3 PWA POWER CIRCUIT DESCRIPTION 1 Outline This is the main power circuit and is comprised of the follow ing blocks Switching power controller IC501 Digital VDD3 output system L5021 Digital VDD1 1 output system L5031
53. ench German Italian Russian Spanish Portuguse Chinese Simplified Chinese Traditional Korean BATTERY RECHARGE LI ION BATTERY CHARGER CORD POWER 1 2MK VPC X1220EX VPC X1220EXGD CORD POWER 1 5MK VPC X1220EX VPC X1220EXGD CORD POWER 1 5MK VPC X1220EX VPC X1220EXGD CORD POWER 1 8MK VPC X1250 VPC 1250GD VPC 1250P VPC 1220PX VPC X1220PXGD CORD POWER 1 8MK VPC X1250 VPC 1250GD VPC 1250P VPC 1220PX VPC X1220PXGD CORD POWER 1 9MK VPC X1250 VPC 1250GD VPC 1250P VPC 1220PX VPC X1220PXGD CABLE DSC USB CABLE DSC A V INSTRUCTION MANUAL QUICK GUIDE 8 Dutch English French German Itlian Russian Spanish Portuguse INSTRUCTION MANUAL QUICK GUIDE 4 Turkish Chinese Simplified Chinese Traditional Korean INSTRUCTION MANUAL CAMERA SOFT English EXCEPT VPC X1250 VPC X1250GD VPC X1250P INSTRUCTION MANUAL SAFETY English Table of accessories A CABINET AND CHASSIS PARTS 1 LOCATION PARTSNO 1 636 132 5264 1 636 132 5271 1 636 133 4952 2 636 121 9860 3 636 121 9853 3 636 132 5295 4 636 121 9877 5 636 121 9907 6 636 121 9914 6 636 132 5301 T 636 133 2347 8 636 133 1524 9 645 102 2462 10 636 101 5608 11 636 104 3830 12 636 133 4815 13 636 135 2307 14 636 114 2809 15 645 098 9551 16 636 136 1156 17 645 099 3527 18 19 636 126 3948 20 645 102 2325 21 636 132 6049 21 636 132 6100 21 636 133 4945 101 312 063 8702 101 412 076 2305 102 411 181 2705 103 411 213 4202 104
54. he FLCTL signal is input to the emission control cir cult Q5402 switches on and preparation is made to the light emitting Moreover when a FLCTL signal becomes Lo the stroboscope stops emitting light 2 2 Trigger circuit The Q5402 is turned ON by the FLCTL signal and light emis Sion preparation is preformed Simultaneousiv 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 2 DISASSEMBLV 2 1 REMOVAL OF CABI BACK AND LCD 1 Screw 1 4 x 3 8 Screw 1 4 x 2 2 Screw 1 4 x 5 9 Three screws 1 4 x 4 3 Screw 1 4 x 5 10 Screw 1 6x 5 4 Four screws 1 4 x 3 5 11 Screw 1 6 x 3 5 5 Cabi back 12 Connector 6 Connector 13 Holder LCD 7 LCD NOTE Discharge a strobe capacitor with the discharge jig VJ8 0188 for electric shock prevention 10 2 2 REMOVAL OF CA1 BOARD CP1 BOARD AND LENS 1 Spring BATT look 12 Spacer backup 2 Shaft CV BATT 13 Batterv recharge 3 Spring open cover 14 CA1 board 4 Cover batterv 15 Spacer lens 5 Cover DC 16 Adhesive backup 6 Connector 17 Lens 7 Remove the solder speaker and microphone 18 Remove the solder 8 Stand 19 Remove the solder 9 Two screws 1 6 x 5 20 Screw 1 4 x 3 5 10 Two screws 1
55. ick on the Get button in the USB storage window and check the USB storage data VID SANVO PID X1250 for VPC X1250P X1220 for VPC X1220EX VPC X1220GX VPC X1220EXGD VPC X1220GXGD VPC X1220PX and VPC X1220PXGD 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 B Bright VCOMDC RGB Offset Gain VCOMPP Tint Phase CHE ees Test USB storage VID L_ Set Serial __ Video Mode PIDL___ iSet Rev auan pase Gal at Fem cote 19 5 TROUBLESHOOTING GUIDE POWER LOSS INOPERTIVE PW SW ON ON OFF IC501 B1 BOOST 4 2 V CHECK F5001 IC501 F6 AL3 2 V CHECK IC501 X5001 1 2 CHECK X5001 OSCILLATION C5002 C5001 CHECK IC101 IC101 AB23 PW ON PUSH S3501 HIGHOLOW CHECK 83501 RB104 HIGH LOW CHECK 1C101 IC501 CHECK PWA BLOCK CHECK 1C101 X1102 R1121 R1122 C1121 C1122 X1102 1 3 OSCILLATION CHECK IC101 20 TAKING INOPERATIVE PUSH SHUTTER BUTTON S5302 CHECK IC101 IC101 AB21 S1 PUSH SHUTTER HALFWAY HIGH LOW CHECK
56. llion pixel CCD control 1 6 Digital encorder It generates chroma signal from color difference signal 2 Outline of Operation When the shutter opens the ASIC starts shooting operation When the TG SG drives the CCD picture data passes through the A D and CDS and is then input to the ASIC as the LVDS1 The AR AE AWB shutter and AGC value are computed from this data and three exposures are made to obtain the opti mum picture The data which has already been stored in the SDRAM is read by the CPU and color generation is carried out At this time correction of the lens distortion which is a characteristic of wide angle lenses is carried out After AWB and g processing are carried out a matrix is gen erated and aperture correction is carried out for the Y signal and the data is then compressed by JPEG and is then writ ten 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 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 consists of components such as a power circuit The signals from the ASIC are 8 bit digital signals that is input to the LCD directly The 8 bit digital signals are con verted to RGB signals inside the LCD driver circuit The LCD is inp
57. on 5 Select RESET and press the SET button 3 12 The Compulsive boot starting method 1 Keep SET button and SHUTTER button depressed while switching on the power 2 Connect the camera and the computer with USB cable zd 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 S41DNxxx BIN xxx version Overwriting method 1 Insert the above SD card 2 Turn on the camera 3 The play button is pushed for 2 seconds and PLAY mode is desplayed Press the MENU button Choose the OPTION MENU Choose the FORMAT Cross left button is pushed 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 b
58. ot 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 WB 271 497 591 Fno FOR ISO 1 SS FOR ISO 1 VLEVEL FOR ISO 1 AR 985 1283 AR 3H2V 802 1035 gt Adjustment value determination is effectuated using AGC GE AGC CHECK MS AR and AR 3H2V values If AGC a1 a2 a3 a4 a5 a6 a7 GE AGC fd1 fd2 fd3 fd4 fd5 CHECK wc0 wci wc2 MS m1 m2 AR ar arm AR 3H2V ar2 arm2 and the adjustment values fulfill the con ditions below they are determined as within specifications Adjustment value determination 0 lt a1 lt 350 a2 lt 1023 a3 lt 1023 a4 lt 1023 a5 lt 1023 a6 lt 1023 a7 lt 1023 fd1 10 fd2 lt 10 fd3 lt 10 fd4 lt 10 fd5 10 wc0 128 2 wc1 128 2 wc2 130 40 3400 ms1 5300 3450 ms2 5350 500 ar 1500 500 arm 1500 500 ar2 1500 500 arm2 1500 Adjustment values other than the above are irrelevant 3 CCD White Point Defect Detect Adjustment Preparation POWER switch ON Adjustment method 1 Double click on the DscCalDi exe 2 Select CCD Defect on the LCD Test and click the Yes 3 After the adjustment is completed OK will display 4 Click the OK 4 CCD Black Point And White Point Defect Detect Adjustment In Lighted Camera Pattern box color viewer Preparation POWER switch ON
59. p 3 SDA ucock 7 SCL Lcop HSYNG ucovp n VSYNG CN102 LOU 7 DCLK SELF LED TT SELF LED onon i D7 M2 2 AL3 2V LCDD6 3 D6 n GND ucoos A D5 cha 4 CHG T m D4 ZCHGDONE s CHGDONE coos D3 E Em I 2 EE m 7 IST icopi m DI m 2ND ucooo m Do D E PW ON okin 16 GND 14 5V A 10 14 5V A VDD3 em 17 VDD 11 GND 18 DVDD UNAEGST 2 12 UNREGST 19 Vi 20 v2 TO ST1 I lu CN541 V4 2 VDD2 a V5 25 V 26 VDD3 E VDD5 UNREGSY x W I 29 V8 A 30 VGH 3 EE m 31 VGL 3 7 sm AGND 1 ws vou 2 L 33 FRP COMDC Ed S 5 VCAC ake E DRV BAT OFF VOLTAGE DET l ES a VLED 38 FB E VCOM TOLCD TO BACK UNIT FPC SCANOUT2 io SCANIN1 Sarai s SCAN INO AW 32 AWG30 e 8 SCANOUTO MIC so MIC GY 7 SCANINI T su s SCAN OUTO Eis wise ES AWG32 AWG30 kd 5 SCAN IN2 x pil GNDBK 2 1 SCANIN3 E se 1 pu TO MIC AWG32 AWG30 E NG SP WT JW184 CN302 AWG32 AWG30 Aupoowr SPHRD TO SPEAKER R1802 C1804 your W mm m dis mm SCANIN L scanour _ 0 L 2 3 BT DIO M pasa n 2 ASS 0 OK MENU PLAY SCENE 1 DOWN LEFT RIGHT UP 2 WIDE TELE WM8941ECS 3 PW_TEST TEST QWM8941ECS P AUDIO CODEC VIDEO AMP T rm mas USER vou pwo SES mo 1AV4L3DB102PG A 2 23 24 s USB VDD usa AE 7 USBD A 6 GND ao usep NAGA USB D m m D s VAR oun 3 AUDIO OUT USBENT SE 2 VIDEO OUT i GND ej 5 CN110 a l V cna i DATA3 2 COMMAND 3 VSS 4 VDD sock Em CLOCK son n VSS
60. ra lens and collimator lens when zoom wide edge Do not touch the each lens 2 Set the camera so that it becomes center of the siemens star chart in the collimator zoom wide and tele z O PZ SW B C PZ2 PZ2 adjustment value of zoom PR switch position 2 1051 lt PZ2 PBR lt 1116 PZ SW C B PZ3 PZ3 adjustment value of zoom PR switch position 3 1006 lt PZ3 PBR lt 1116 PZ BR PBR PBR adjustment value of zoom backrush pulse 0 lt PBR lt 45 PZ SP PSP PSP adjustment value of zoom stowing pulse 210 lt PSP lt 320 AF SW ASW ASW adjustment value of focus PI switch position 893 lt ASW lt 985 AF_BR ABR ABR adjustment value of focus backrush pulse 0 lt ABR lt 12 AF WIDE ZW ZW adjustment value of focus at zoom position wide 54 lt ZW lt 47 AF MID1 ZM1 ZM1 adjustment value of focus at zoom position middle1 86 lt ZM1 lt 48 AF MID2 ZM2 ZM2 adjustment value of focus at zoom position middle2 114 lt ZM2 lt 57 AF_MID3 ZM3 ZM3 adjustment value of focus at zoom position middle3 107 lt ZM3 lt 76 AF_TELE ZT ZT adjustment value of focus at zoom position tele 108 lt ZT lt 94 2 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 D T Adjusting method 1 Set a distance of 0 5 1 0 cm between the pattern box and the camera when zoom wide edge Do n
61. sda 16 Zoom PR EK Zoom PR A Aperture 1 Aperture 2 Shutter 3 Shutter 3 Shutter 4 Shutter 4 11 TO LENS ZPI_C ZPIOUT FPIOUT BD6545GW QBD6545GW P OUTIA LENS DRIVER FPI_C USBD lt USBD R1020 USBD 0 1 16Z USBD VBDET R1016 1 6K 1 16D NEC TESTO TSEL2 Ts 5 7 8 w TMS LO R10 5 i i1716J TDO TDI 2 IDI TCK TCK E E e prox 3 RICK AG33 Z R1035 0 1 16Z C1029 VOUTI YOUT J 0 18 VCBP R1032 lt 0 1 16Z AGND NA mamaman AV REF za DMA LCD 1 Ms e ANS 1 BI AIN7 NREGSY ca Ls ame EH won GE AIN5 ae SSM3J16TE wa JB 1 VCOM ZPROUT Sa a Sa Ge LCDEN E CS a uu ou d E SC zm i GS E fg BBE Du
62. tments should be carried out in sequence 3 4 Setup 1 System requirements Windows 2000 or XP or Vista IBM 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 K 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 Upload AWB i B Bright L ML MM VCOMDC Data Gain VCOMPP Phase T LE peras Test viD Set Seriai 1 Video Mode PID J SeRne auan paee Ga at Fem cote 3 5 Connecting the camera to the computer This camera requires a DC adaptor sold separately in order to use an AC adaptor 1 Insert the DC adaptor to the camera 2 Insert the AC adaptor s cable to DC terminal of the DC adaptor 3 Line up the arrow on the cable connector with the notch on the camera s USB port Insert the connector 4 Locate a USB port on your computer 5 If USB CONNECTION is displayed choose the COM PUTER and press the SET button Next choose the CARD READER and press the SET button zodiac 3 6 The adjustment item
63. ut signals from ASIC directly to the LCD and function such as image quality are controlled 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 Zoom drive Drive settings are made bv means of the serial data signals L STR L SCLK and L SDATA and data signal ZIN which are output by the ASIC IC101 The motor drive signals ZOUT and ZOUT are output in accordance with the set tings from the motor driver IC IC951 to drive the zoom DC motor Detection of the standard zooming positions is carried out bv means of signal ZPROUT from the photoreflector bv ASIC IC101 is detecting inside the lens block Also getting of the zooming positions is carried out by the ASIC IC101 count ing the photointerruptor ZPIOUT 4 2 Focus drive Drive settings are made by means of the serial data signals L STR L SCLK and L SDATA and data signal F CLK which are output by the ASIC IC101 The motor drive sig nals FOUT A FOUT A FOUT B and FOUT B are output in accordance with the settings from the motor driver IC IC951 to drive the focus stepping motor Detection of the standard focusing positions is carried out by the ASIC IC101 detecting the signal FPIOUT from the photointerruptor inside the lens block 4 3 Iris drive Drive settings are made bv means of the serial data signals L STR L SCLK and L SDATA and data signal IIN
64. utput VDD3 is so that PWM control can be car ried out at the internal circuit of the switching controller IC501 5 CH3 Digital 1 1 V Output 1 1 V is output VDD 1 1 output is so that PWM control can be carried out at the internal circuit of the switching controller IC501 6 CH4 Analog 14 5 V Output 14 5 V is output Feedback for the 14 5 V A output is pro vided to Pin B7 of IC501 so that PWM control can be car ried out 7 CH5 Analog 7 0 V Output 7 0 V is output Feedback for the 7 0 V A output is provided to Pin B4 of IC501 so that PWM control can be carried out 8 CH6 Digital 1 8 V Output 41 8 V is output VDD 1 8 output is so that PWM control can be carried out at the internal circuit of the switching controller IC501 9 CH7 LCD Backlight Output Regular current is being transmitted to LED for LCD back light Detecting for the switching controller Pin C3 of IC501 current flowing along connecting registance so that PWM can be controlled 10 CH8 Analog 3 4 V Output 3 4 V is output 43 4 V A output is output at the built in linear regulator IC501 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 electorolvtic capacitor is charged with high voltage direct current However when the CHG signal is Low O V

SERVICE MANUAL Digital Camera VPC-X1220EX VPC

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