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DXC-390/390P Service Manual

Contents

1. OOOO OOOO fU E Cita lt 2 art ia ia Soa Sie OO Pu UM 47MF 10V ERAMIC 0 1 ERAMIC 0 1 ERAMIC 0 1 ERAMIC 0 1 ERAMIC PF 16V Exi E Ca Ct ee ts mw 15MF 6 3V F F F F d E rij nj 3j BOARD EN 142 for UC J BOARD EN 142P for CE F 05 05 EN 142 BOARD
2. c940002 p o x 97 a 5810097 2581007 E a ess 5 C D 5 55 R1057 us eg a lo Eon 229 5 C982C987 992 d ux TP901 a z 998 rosso 0 OOOO g 5 2H E P CIC 2 2 16905 5 C1031L3 2 da 581088 4 96 m o R1008 a Sz 16921 16920 16909 Ro mm dep 8104263 2581037 R994 2 E 24 20 344 uu _ 8 H 28 cE IR cals R1044 2281039 553 16910 amp 2 S em UU 2 C1030 5 19 lt op 28980 2 a e C962 8 1036581035 8 5 50905 d 2828 con Bu axme 993 2 m 9 20009000 ib 55 90 0944 1006 958 5 o o 090 9 0
3. id 1606 1608 JUH UNREG LENS TER I gm 1 ge t 0908 1608 T 1608 1608 33 UNREG TW vim E 33 UNREG G E Se 220H 415V FER p 5 060 0602 T MA3J142E0LSO qu 2 1 4 fso Wo E AW H33V UNREG GND2 Di E T ge 1608 1608 4 WW Tua DC DC CONV wig te terete is 801 16604 C607 9 T 1611 2 88 CXD28 AN T4 pr pO DCIN DCOUT 2 DCOUT 18 7 T 4 7uH 7 4 XSHT VSHT XSHT VSHT 1 M m nm 2 1 6 14 8 2 3 4 ap a xt 3 7 A 15 12 3 5 15 7 3 2 5 5 e ra 3 D 4 1 C z E 5
4. OGOOGO ee UH I icy TO re UIT UIT AL RAM RAM IPC IP C RAM RAM RAM TAL TAL IPC RAM TAL ECT RAM RAM BOARD MB 875 BOARD MB 875P F 20V 0 1MF TME 35V 0 1MF 25V F 100 mw F 10V F 25V F C 0 1MF C 0 1M 0 1MF F F 10V F 10V 0 1MF F F 10V F 10V F 20V 0 1MF F F 10V F 35V ERAMIC ERAMIC ERAMIC C 4 7MF 35V C 0 C 0 ERAMIC ERAM MF 25V MF 25V lMF C 22PF 16V 1005 C 0 UM 15 UM 47 ERAMIC F 25V F 35V F 10V 0 1MF C 0 15 680MF C 0 F 25V F 35V 6 3V F 25V F F 25V F for UC J for CE 22MF 16V FF C 27PF 16V C 22PF 16V 1005 MB 875 BOARD Ref No or Q ty Part No C660 113 682 C661 115 705 C66
5. gt CONNECTOR HOUSING C CONNECTOR DIODE DIODE DIODE DIODE 11 BEAD BEAD BEAD BEAD BEAD FERR FERR FERR FERR FERR BEAD FERR BEAD FERR C 246455 C TC4W53F C C C TC74VHC UPD70F3 TC74VHC 5 80830 0206466 MAX3232 TC7504F QQ 15555 CXD1216 CXD1217 TC7S04F TC74VHC TC7504F TC7S04F MB88346 TC7S08F CHIP TANTALUM 10MF 16V TANTALUM 22MF 20V TANTALUM 10MF 10V CHIP CERAMIC 0 1MF F CERAMIC 22PF 16V 1005 CHIP CERAMIC 0 01MF CHIP CERAMIC 0 1MF F CERAMIC 15PF 16V CH CHIP CERAMIC 0 1MF F CHIP CERAMIC 0 1MF F TANTALUM 22MF 10V TANTALUM 33MF 10V CHIP TANTALUM 10MF 16V CHIP TANTALUM 10MF 16V CHIP CERAMIC 0 1MF CHIP CERAMIC 0 1MF F CHIP CERAMIC 0 1MF F TANTALUM 10MF 20V CERAMIC 18PF 16V CH TANTALUM 10MF 10V TANTALUM 33MF 16V CHIP CERAMIC 0 01MF CERAMIC 18PF 16V CH CERAMIC 18PF 16V CH CERAMIC 220PF 16V CH BOARD TO BOARD 20P ONNECTOR 8P BOARD TO BOARD 8 50 42 0150 4300150 42 0150
6. tg Jg tg tg rg Utd Jg tg tg Utd rg rg Utd J tg tg Jg tg tg Jg lt gt gt AN 1005 OW 16 gt gt 1005 1005 56 265 BOARD Ref No or Q ty Part No 8183 218 953 R184 208 107 R185 208 703 R186 218 941 8187 218 941 R188 218 941 R230 218 941 R231 218 941 R232 218 953 R233 218 953 R234 218 941 R235 218 965 R236 218 965 R237 218 953 R238 218 953 R239 216 833 R240 218 953 R241 218 953 R242 218 965 R243 218 965 R244 218 953 R245 218 990 R247 218 990 R248 218 967 R249 218 947 8250 218 971 R251 218 941 R252 218 941 R253 218 967 R254 218 967 R255 218 975 R256 218 981 R257 218 915 8258 218 981 R259 218 961 R260 218 954 R261 218 941 R262 218 970 R263 218 971 R264 218 941 R265 218 953 R266 218 95
7. MB 875 SIDE SUFFIX 11 2 De CO NO Hm N 16621 6645 nom 8 72 DoR U 1 632 2002 8 Bo 612 CN60 lt 2a N R628 000 22686 1 oJ 668901634 20 R611 1 n 5 i Sy e gt to IC CN605 UUTTTTUUUUUTTTUTUUUTUUUTTUTT sil 4 E 28676 S633 TR 5 5 R673 7 COS UR 639 R R624 y E gob E 20605 11633 16636 B R6265 as B dhgdh 58692 4 a 702 160 R619 o 86290 5614 2528 552 E 9601 C685 Rent nnnn Soe EE C686 L615 o In cR688 Sa E n 0698 9 ad 2o 32 6 56697 E oc 2 XN 861205585 0000 258687 nannnnnnnnnnnnnnnnounnnnrnrn a nnnnnnnnnnnnngnnnnnnunnnnnnnnnnnnnn 05602 E C671 695 UJ E C660 C682 0603 29 1 E 8 0 754863
8. PBLK PREBLANKING PULSE PLTB AGC GAIN MATCHING PULSE AGC GAIN MATCHING CAPACITOR PLTCB2 AGC GAIN MATCHING CAPACITOR PLTCR1 AGC GAIN MATCHING CAPACITOR PLTCR2 AGC GAIN MATCHING CAPACITOR PLTG AGC GAIN MATCHING PULSE Um nomi mi a ne PLTP AGC GAIN MATCHING PULSE PLTT AGC GAIN MATCHING PULSE RDIN R CHANNEL CCD SIGNAL BN BIN m EN RGAIN R GAIN CONTROL NO SIGNAL NO SIGNAL NO SIGNAL NO SIGNAL RPIN R CHANNEL CCD SIGNAL 1 1 17 33 BrP2 49 1 CLPDM VHBCONT CONTROL gt 38 z 5 WCCONT WHITE CLIP VOLTAGE CONTROL 3 1 19 35 RrP2 51 1 PLTP XRS S H PULSE A D CONVERTER l NC 20 BOUT BTP 52 1 PLTCRI XSHD S H PULSE 5 1 21 37 53 1 PLTCRZ XSHP S H PULSE 22 54 1 23 enn 55 PLTCB2 OUTPUTS 22 40 1 56 B SIGNAL C
9. PA 236 PA 236 B 10101 0101 CX258AL 1 28C4177 T1L5L6 ctor ICX259AL 1 P 1 1 1 VA T 8 1 51908 VOUT RG VL C102 C104 4 47uF t 16V 2 11 Siu 16 C106 8103 107 tL L FLEXIBLE ans 5 tas 1 5 10 8 2 C103 3 M e 6 RID GND 5 gt PED 15V 4 6 Hi B 75V 3 7 RG B 2 8 VSUB B PA R 1 G 100 0201 10 ICX258AL 1 2SC4171 T1L5L6 ICX259AL 1 P 1 1 1 C201 9 12 V4 G i Raga 13 H2 G t 58 VOUT WC 14 H1 G RG VL 15 RG G 16 VSUB G vi W 17 1 18 2 1 Gur 19 20 V4 R 21 Ho R il CSUB zi lr N NTSC DXC 390 UC J 2 HR MM SiE DES T P PAL DXC 390P CE 23 RG R 5 m NM NO MOUNT 24 VSUB R 00 R201 1M 10301 0301 CX258AL 1 N 28C4177 T1L5L6 0301 1CX259AL 1 P 9 1 T 5 ed 1 VDD 8 8 6 13 3 js 12 We Nose C302 C 1 0 1uF 2 3 i C305 1 115 0 01uF 7 Bii 8 16 C306 tL L Di 0 1uF gt 5 1 6303 NM 1 3 Rai 8 5 8 5 D E PA 236
10. Jg tg UJ Jg Jg tg UJ Jg UJ Jg Jg tg tg UJ Jg Utd UJ Jg rg UJ Jg 1 16W 1 16W 1 16W 0 1 16W 1005 0 1 16W 1005 1 16W 1005 1 16W 1005 0 1 16W 1005 560 1 16W 16 005 22 1 16W 1005 0 1 16W 1005 16 005 16 005 0 1 16W 1005 16 005 16 005 16W 5 220 1 164 1005 220 1 164 1005 1 16W 0 1 16W 1005 for CE 0 1 16W 1005 for UC J 0 1 16W 1005 2 1 16W 1608 2 1 16W 1608 2 1 16W 1608 2 1 16W 1608 0 1 16W 1005 K 1 16W K 1 16W K 1 16W 1 16 1 16W 2 2K 1 16 1608 1 164 1005 1 16W 1005 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 100 1 16W 1005 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 0 1 16W 05 10K 1 164 MB 875 BOARD Ref No or Q ty Part No SP Description TP601 1 535 757 11 s CHIP CHECKER CONNECTOR X601 1 767 618 11 s OSCILLATOR CRYSTAL for UC J X601 1 767 620 11 s OSCILLATOR CRYSTAL for CE 5 12 Ref No or Q ty Part No SP
11. J tg JU tg rg tg rg tg tg rg Jg tg UJ Jg Do 0 1 16 1005 1 168 1005 gt gt 1 UM L3 FL for 0 9 1 16W for UC J 2 7K 1 168 1005 5K 1 16W for UC J 3 3K 1 16W for CE 16W 1005 0K 6W for UC J 1608 16 for CE 61 1608 61 1608 1 61 1608 00 61 1005 22K 1 16 1608 T 56 265 BOARD Ref or Q ty Part No R341 R342 R343 R344 R345 R346 R347 R348 R349 101 102 TP105 TP106 TP107 TP230 TP231 TP232 TP233 TP234 101 230 230 218 969 208 899 218 969 218 969 208 689 218 941 218 965 218 954 218 990 572 473 111 195 535 151 935 151 535 151 535 151 935 791 535 151 535 151 535 757 181 839 161 611 161 619 SP o o Qo s SW o C s CH C Description RES R
12. aana 5 AG AS AS ano AS AS AS AS u300lul de 7 1300H 1300 AS WOO 2 1109 00 1109 09 8 514538 5146538 aA 450419 450410 400 4 9029 a HOW HOH qu qu z 94507189 9507189 NEN Wage iw iwi 38 38 H09 INAS INAS X180 0514 ISINI 1585 1585 65 6 5 ANSIA Da 1X3 W80 5260843 5260843 Asna ASNEOIN ahano aano ba 1x3 Suva 02 50218 8l 38070 98 35019 MSO 81 810 5405 Msn n 3109 3109 2957 254 9 8005 2 005 1931088 1031084 si wd wid gui gui 39185 8103 109 1n0 765 e M av M ceoxu SOS 5 05 LO uH 1304 ctoXL H m 10238 10238 135384 o 905 oo 1H980UM 6 Y ano ano 0HO8OUM 40 8 60 60 524083 1585 1585 QNO 1 1 ON ON co 815 0 81524 Xy 9 ON ON 5229 5000 5 gui gui 5021 8091 13539 0 05 0405 450520 45052 NI ddA 05 0 2 1005 110 evas evas 2 05 2 05 2
13. 81 2 772 541FT EL 1 8 0 T541AFT EL ALUP EAT T2 GS 541 E2 CSE TE2 U TE85R ar Q U TE85R 164FT EL U TE85R U TE85R BPFV U TE85R SG 265 BOARD Ref No or Q ty Part No SP Description C238 8 759 101 12 s IC UPC311G2 C239 8 759 195 81 s IC TC7S86FU C240 8 759 058 62 s TC7SO8FU TE85R C241 8 759 058 58 s TC7SO4FU TE85R C242 8 759 702 08 s IC NJM360M C243 8 759 523 02 s IC TC74HC4053AFT EL C244 8 159 523 04 5 IC TC74HC4538AFT C245 8 159 669 45 s IC TLO62CPWR 12 C246 8 759 523 02 s IC TC74HC4053AFT EL C247 8 759 510 71 s IC BA10358F E2 C248 8 759 523 97 s IC 4 EL C249 8 159 058 62 s IC TC7SO8FU TE85R L101 412 030 11 s INDUCTOR CHIP 22UH 3225 1102 412 030 11 s INDUCTOR CHIP 22UH 3225 1103 412 030 11 s INDUCTOR CHIP 22UH 3225 L104 412 030 11 s INDUCTOR CHIP 22UH 3225 1230 412 957 11 s INDUCTOR 33UH 2520 1231 412 031 11 s INDUCTOR CHIP 47UH 3225 1232 410 656 11 s INDUCTOR CHIP 150UH 3225 for UC 1232 410 393 11 s INDUCTOR CHIP 10009 3225 for CE 1233 412 030 11 s INDUCTOR CHIP 22UH 3225 1234 412 030 11 s INDUCTOR CHIP 22UH 3225 1235 412 030 11 s INDUCTOR CHIP 22UH 3225 0101 8 729 117 32 s TRANSISTOR 25 4177 0102 8 729
14. CN7O1 CN701 CN701 CN701 8850 7 1650 4180 4850 4250 4550 0731 07 250417771816 2504177711816 el ES FRE VBSYY E 1 3 3 t 89 TOTAHC4OS3AFTIEL oe Wr Lu y gr ES VBS 3 2 M e V Ne t 07 1 on gt bj 0723 25 161171 6 2SA1611 TIM6 om 5 H 1 7 1 th Ed ri de B 2SAt611 TIMG Ti 0709 T t t t LT136203 E2 dh 3 23 ji i RIVES a 5 3 1 RNC M L of 0 A dg m Y 0725 0721 2 29M611 T1M6 25M611 T1M6 a 5 34 1 0 RE B jd 1 NB R827 2 0 0 0 RNC 11 RET 3 8 5 ANC 2 T 15 D 073 vv ld gw 5 0 2SCAIT TILSLE 5 2 vec 14 a 1 B 0728 tA T 28 161171 6 7 DM S GND RI aon ER RET 7 Tur vU IUS su ru ru GNDIA E 8 RNC RNC RNC RNC GND A GND A 3 GND A 4 4 4 18 25077186 2 5 qu
15. Jg tg Utd Jg tg rg Jg tJ tg rg Jg tg J tg Jg tg Jg tg Jg tJ tg Jg tg tg J gt EX 0 1 168 1 0 1 16W 1 1 168 0 1 16W 0 1 16W 0 1 16W 0 1 16W 0 1 16W 1 168 1 168 1 168 1 168 1 168 1 168 1 168 K 1 16W K 1 16W K 1 16W 1 168 OK 1 168 OK 1 168 1 16W 1 K 1 16W K 1 16W 1 16 1 c c K 1 16W 1 16 1 1 16 1 3K 1 16 1 16W CO CO 3 3K 1 16W 220 1 16W 220 OW 220 33K ow 33K 33K 39K 22K 22K 22K 39K 39K 100 Ene ag a ond a SS 05 05 10 10 10 10 10 10 6W for 0 J 5 5 5 DP 313 BOARD Ref No or Q ty Part No R555 R556 R557 R558 R559 R560 R561 R562 R563 R564 R567 R568 R569 R570 R571 R572 R575 R576 R577 R578 R581 R582 R583 R584 R585 R586 R587 R588 R589 R590 R592 R593 R594 R595 R596 R597 TP401 TP402 TP403 TP404 TP405 2 2 2 2 2 2 2 52 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 22 2 2 22 2 2 2 32 2
16. FR Bb es NTWET BROTE Supply code o TR dv Bs 2590 9 BOBS CNR Ald t E AKR TELT RAW 5 1 5 2 Exploded View 5 DXC 390 390P 5 2 gt 1 22 23 24 25 26 21 28 Part No 8325 284 A 8325 287 A A 8325 288 A A 8325 289 A 8325 309 8325 290 8325 310 8325 292 8325 312 8325 293 8325 909 8325 910 8326 195 8326 196 X 3605 837 X 3605 838 X 3605 839 X 3605 840 X 3605 841 562 222 2 562 381 00 580 090 1 580 124 2 111 944 1 114 806 1 192 595 1 2 042 385 00 3 626 695 0 3 626 707 0 3 737 536 03 3 968 729 8 1 623 923 1 1 682 548 04 DXC 390 390P n SP Description PANEL ASSY REAR OUNTED CIRCUIT BOARD PA 236 OUNTED CIRCUIT BOARD 193 OUNTED CIRCUIT BOARD DP 313 for UC J OUNTED CIRCUIT BOARD DP 313P for CE OUNTED CIRCUIT BOARD EN 142 for UC J OUNTED CIRCUIT BOARD EN 142P for CE OUNTED CIRCUIT BOARD MB 875 for UC J OUNTED CIRCUIT BOARD M
17. 16 Nt 9 H09 VAY HOW ON ON ON ON 1002 1100 WOOZ 91004 1109 50903 Sil 875 1060 4 CN902 CN102 PAR GND 75V GND GND wast wast S QN S 90 80813 5040843 50 5084 5 0 50 SO t0UA3 SO POUAS 5 05 lt L 155 SANOS gt 0919 0919 890919 80410 wed wed 18410 18410 SHX SUX s CHS X CHSX HS X dHSX AGI NH AGL NL NL NL ON ON ON ON 16 21 24 13 16 2 24 CN101 9 v2 8 38 V4B RGB VSUB B V VA V3 VAG HA HIG RG G
18. 46 460 460 460 460 460 460 C4177 460 04177 460 04177 P 16W 1005 P 0 1 16 5 P 0 1 16 5 P 16W 1005 P 16 005 0 1 16W 5 16 005 P 16W 1005 P 0 1 16 5 P 0 1 16 5 P 16 005 0 1 16 5 0 1 16 5 P 33K 1 16 1005 P 33K 1 16W 1005 P 16 005 P 33K 1 16W 1005 P 22K 1 16W 1005 P 10K 1 16W P 10K 1 16W P 2 2K 1 16W 1608 P 2 2K 1 16W 1608 P 2 2K 1 16W 1608 47 1 164 47 1 164 47 1 164 P 1 5K 1 16 P 2 2K 1 16W 1608 P 2 2K 1 16W 1608 16W P 2 2K 1 16W 1608 P 2 2K 1 16W 1608 16W P 2 2K 1 16W 1608 1161 P 2 2K 1 16 1608 1161 P 0 1 16W 1005 P 0 1 16W 1005 P 33K 1 16W 1005 P 33K 1 16W 1005 P 3 3K 1 16W 4 7K 1 16W P 1K 1 16W DXC 390 390P VA 193 BOARD Ref No or Q ty Part No R947 218 957 R948 218 972 R949 218 951 R950 218 972 R951 218 951 R952 218 959 R953 218 953 R954 218 961 R955 218 965 R956 218 953 R957 218 958 R958 218 955 R959 218 945 R960 218 951 R961 218 965 R962 218 953 R963 218 958 R964 218 955 R965 218 945 R966 218 951 R967 218 965 R968 218 953 R969 218 958 R970 218 951 R971 218 955 8972 218 945 R973 219 605 R974 208 719 R975 208 719 R976 218 953 8977 218 953 R978 218 953 R979 218 990 R980 218 947 R981 218 953 R982 218 953 R983 218 953 R984 218 990 R985 218 947 R986
19. 142 A SIDE EN 142 B SIDE SUFFIX 11 SUFFIX 11 1 49 zi 705 T L704 C701 TESEN e C199 T0717 20 0730 C792 Te Bl em 0 f 0723 C796 5 9718 D mo 5 V 0729 mu mm E 3 Ii 1 5 E 2 d s Sedi 5 S 0727 Aris gt lt 5 0712 C720 0733 o EN 142 5 gt 6773 E 1 0 547 1 0715 Codi 171 0731 5 0724 ppa 794 i ic E m 20708 En 724 4 0725 G 2 TP703 C712 C785 C714 C786 C716 C787 6772 7 of D 1 2 0 1 1 6 c 4 ctm LI EL 08 e401 nen 6782 um B 8 22 SON Yow 2 lt C777 C138 16705 Y 7 wv e C732 gt C739 f IU 2 22 8742 ca 2 2 5 qm 16701 730 4 ia 2 LP I A Ware 0738 uy lU o EC n 98 9 5 7737 3 o E 2 28 2 8 LLI 0788 2788 5 1 677 522 11 MADE IN JAPAN EN 142 ue IC710 R845
20. 7 TRIG 3 Res WEPOL 4 Nr t C 33 WEN WEN WECHANGE 55 8 10606 5 Wes CXD9115AR 18 28 18 38 5V D FER VDD4 WIN_OE 4 1602 58 23 E sa Se VSS3 4 CP t 2 Ca Fate TESTO W2 OE 2 Wr TESTI Wt OE T R667 10k 2 103 Lt m TEST2 Wo OE z xa PAL NTS 17 23 B6 1627 N 10k P m rz 1 T SRT QT TOM TW TW 23 104 LUNG B z 23 R635 0 C3 RES 100 Wr 1 33 HD Il n SDATA 5 100 t m Fat 0 1 i KIC STB AM t KIC_FLFR 107 23 NTSC DXC 390 UC J 23 101 23 NM NO MOUNT MB 875 1 3 GS SKX 1150 MB 875 011 101 8 16 8 16 DXC 390 390P A B C D E F G H 875 2 3 875 2 3 16621 12 621 02 TC7WH74FU TE12R TC7WH74FU TE12R ER om 7 W ME 8608 Lis eu qt T 35 XSHP
21. 47 5 C2 C2 BOARD 56 265 for UC BOARD 56 265 for CE knot rij F 10V 0 0 0 F 10V 12PF 16V 12PF 16V F 6 3V F FF FF F 10V 100PF 100PF 1 tz ox rpm 56 265 BOARD 43 42 20 14 58 20 20 66 66 74 74 51 51 82 82 20 58 33 20 39 20 70 00 20 20 13 13 13 13 58 Sl 20 20 20 43 20 Ref No or Q ty Part No C234 164 9 C235 113 6 C236 107 8 C237 164 8 C238 164 8 C239 107 8 C240 107 8 C241 164 8 C242 164 8 C243 104 8 C244 164 8 C245 164 8 C246 104 8 C247 104 8 C248 113 6 C249 113 6 C250 107 8 C251 164 8 C252 135 3 C253 107 8 C254 164 7 C255 107 8 C256 135 0 C257 107 8 C258 107 8 C259 107 8 C260 107 8 C261 104 8 C262 104 8 C263 164 9 C264 107 8 C265 107 8 C266 104 9 C267 135 2 C268 107 6 C269 164 9 C270 164 9 C271 107 8 C272 164 8 C213 107 8 C274 164 8 C215 164 9 C276 107 8 C277 164 8 C277 164 8 C278 104 9 C279 104 9 C280 104 9 C281 104 9 C282 164 8 C283 104 8 C284 107 8 C285 107 8 C286 107 8 C287 164 9 C288 107 8 C289 107 8 20 SP Qo o
22. 5 00 1 16W 1005 0 CO r UC J Ref No R630 R632 R633 R635 R637 R638 R639 R640 R641 R642 R643 R644 R646 R647 R648 R649 R650 R651 R652 R653 R654 R658 R659 R660 R661 R662 R663 R664 R665 R666 R667 R668 R669 R670 R671 R672 R673 R674 R676 R677 R678 R679 R680 R681 R682 R683 R684 R685 R686 R687 R688 R689 R690 R691 R692 R693 B 875 BOARD 208 643 or Q ty Part No 8 965 8 953 8 953 8 990 8 990 8 989 8 989 8 990 8 950 8 94 8 990 8 94 8 94 8 990 8 94 8 94 8 94 8 945 8 945 8 953 8 990 8 990 8 990 6 198 6 198 6 198 6 198 8 990 8 965 8 965 8 965 8 965 8 953 8 957 8 977 8 989 8 990 8 990 8 990 8 990 8 941 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 990 8 965 SP Descr o Qo Qo o nn nn Q Qo Qo o Qo o Qo RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES
23. R1052 IC910 R1010 1125132 gt 0022 2804177115 6 3 005 096 EUM as 2 10918 24 10918 14 10915 Zh 8 0906 2SA1611 T1M6 48 47 146 45 44 43 42 41 40 39 38 37 36 35 34 33 0910 2504177 11516 ms m TP904 m e 6 2m 5 1m 10 6 20 5 IN R958 2 15k R932 vc FB2 RVA 4250 22k af fa 42150 amm 4080 0928 35 ME 680 35 me PLTCR2 L 0988 REB 980 C90 35 61005 1006 33k PLTCBI To T OtuF 30 RNC RFB CLP a 0901 BS L case R979 Cop L R1038 M 1757 6 ROUT 0931 470 63V NM 7 10uF 0 22k R924 47 10V 10V 18V RNC as M XRS XRS iE ME TF T S eus 98 OLPBL CLPBL BOUT Our
24. Q Qo Qo o o Q Qo o Qo o XQ Qo o S Ref No or Q ty Part No C757 107 820 C758 107 820 C759 164 874 C760 104 912 C761 164 852 C162 164 848 C763 107 820 C164 107 820 C765 107 820 C767 107 820 C768 104 852 C769 107 820 C770 107 820 C771 104 752 C772 104 752 C773 104 752 C774 104 752 C775 104 752 CT16 113 682 CITI 104 752 C778 107 820 779 113 682 C780 107 820 C781 113 682 C782 113 682 C783 107 820 C784 107 820 C785 104 851 C786 104 851 C787 104 851 C789 113 642 C790 164 874 C791 107 820 C192 104 85 C793 107 820 C194 104 85 C795 107 820 C796 104 85 C7197 104 85 C798 104 85 C799 104 85 C800 104 85 C801 107 820 C802 104 85 C803 107 820 C804 107 820 C805 164 882 C806 164 882 CN7 794 204 017 411 935 FL 234 503 FL702 234 503 FL703 234 503 FL704 234 178 FL704 234 150 163 8 759 523 02 5 SP Description 19 CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR CHIP CERAMIC 0 1MF F CAPACITOR CHIP CERAMIC 100PF CAPACITOR TANTALUM 3 3MF 16V CAPACITOR CHIP CERAMIC 12PF 16V CAPACITOR CERAMIC 8PF 16V 1005 CAPACITOR CHIP CERAMIC 0 1MF F CAPACITOR CHIP CERAMIC FF CAPACITOR CHIP CERAMIC FF CAPACI
25. 22 RGB SYNC Composite video BNC or Computer image S video input 4 pin processor etc EI or i Camera cable CCXC 9DD D sub 9 lt D sub 9 pin RGB SYNC input CCMC cable is used the S video signal is also output from the S video output of the CMA D2 D2MD D2CE D2MDCE 2 This setup is for connecting to a composite video VBS connector To output separated Y C signals to the S video input of video equipment use a CCMC 9DS camera cable For details on switching camera output between VBS composite video and see SYSTEM menu on page 27 1 When using a video monitor without a sync signal input connector the camera can be set to output a sync signal with the G signal or RGB signals For details see SYSTEM menu on page 27 50 GB Chapter3 Installation and Connections Connecting Two or More Cameras Multi Camera System connectors on each camera adaptor see below Perform the following to prevent flicker when switching Adjust the subcarrier and horizontal synchronization between two or more cameras connected to a video phases for all cameras switcher For more details see Adjusting the Picture Tone in a Supply the same sync signal to the GENLOCK IN Multi Camera System on page 41 Set the MODE selector to the 1 position 75 ohm coaxial c
26. t 5 9 5 5 5 gt lt 5 2 5 lt 2 5 lt 5 7 35 558 5 5 5 5 5 8 5 5 2 2 o 5 552 alele 2 g lt lt 5 818 25 8 2 2 35 5 gt 2 9 o gt gt gt 5 5 5 un FLAT CABLE 30 CN606 FOCUS CONT TX DATA HSK ZOOM CONT IRIS CLOSE IRIS CONT VIDEO RX DATA CMA DATA PW CONT TRIGGER VBSIY VBS JC GND R VBS GY BIC GND SYNC WEN VD INVD OUT HD OUT UNREG LENS UNREG UNREG UNREG PROTECT UNREG 3 UNREG G UNREG G
27. Selection STEP Function Sets the video gain to the desired level Use this setting for shooting in an extremely dark place where even fully opening the lens iris still does not produce an acceptably bright image The gain level can be set in the range from 0 to 24 dB in units of 1 dB AGC Automatic gain control Automatically adjusts the gain according to the brightness of the object to be shot This setting is useful for shooting when lighting conditions may change You can select the maximum gain level to be adjusted to 6 12 18 or 24 dB with the LIMIT setting Setting items on the EXPOSURE menu HYPER Setting item Contents of setting Ref page GAIN Adjusts video gain 16 STEP Sets gain level 16 SHUTTER Sets the modes for the electronic shutter 16 LENS Sets the iris mode 18 IRIS Adjusts the iris automatically or manually 19 AE LEVEL Finely adjusts the focusing point of auto exposure adjustment 19 AE AREA Sets the AE window IRIS 19 or auto iris adjustment mode 1 6 GB Chapter2 Operation Increases the video gain to about 30 dB This setting is useful when the lighting condition is very dark SHUTTER electronic shutter Selects the electronic shutter modes This function enables you to obtain blur free images of fast moving objects and acceptably bright still images of objects shot in poor lighting co
28. 2 5 x C975 25 R1059 090 912 9116 C934 TRTE a DU gg 3 5 call E c3 552 E b o 8 1 969 6 2 agit 1308 E 8 z 11 dap deb 16918 2 st EH iE FEE n omen CUTS T Sd 2 cian o 0 900 Er O Hess s tm o 9 4425 0 0 SUUUUUUU 933 2J 5 C827 954 202 328 e o con o BT mA gag BIDS muere Baan b noue n s 2 2008 6000 e geen 25905 05 FE 9 Lb 0920 2 000 28936 nn TU 2 5 5 2E Use Soe Oo 2 SERSA 1034 2 8 crm Siri rie EE R10213 0 16912 205 R937 C933 29 99999 son o RESO R989 9 8855 6964 g co 16903 16902 ee L903 td cip 8988 18 C965 e COR1002 2 5 C950 1014 971 5 9 2 e nnnnnnn amp 1 923 C957 c1018 C1017 R1022 281055 41038 51 Fi 16914 nnn 2 1036 2 200 1 Sus 72927 ROHE 8855 og Sn Trt g ceae 5088 5 0000000 Re 2200197 e VA 193 SIDE VA 193 SIDE SUFFIX 11 SUFFIX
29. 2 S 8054ALR LN WAT 5 S558 diseno ie EN DONI dete TA75S01F TA75S558F TE85R TA75S01F TCAWBSGFU TC4W53FU TC4W53FU TE12R 2s TC74HC4053AFT EL MC74HC4053F TC74HC4538AFT EL MC74HC4538N TC74VHOCOAFT EL TC74HC04P TGZAVHGOSET EL itte tie tene TC74HCO8P 12 TC74HC123P TC74VHC164FT EL TC74HC164P TC74VHC544FT EL MC74HC541N TC74VHC74FT EL TC74HC74P TC74VHCT544 AFT EL MC74HC541N TC74VHCT574F EL TC74HC574P TC7SOOFU TE85R sse TC7S00F 7504 5 7504 TOZS08FU CTES5BRB er rere eed TC7S08F TC7S14FU TE85R TC7S14FU TC7S32FU TE85R TC7S32F TO ZS66F5 EN SC14S66F TOZS66F TE85RB SC14S66F TG7S86EU erts TC7S86FU TO7S86F TESBB rera TC7S86FU 6 2 IC Page or ID No TG7ZSETOB8FU TEBSBR eene ntn trit nnnc TC7S08F TGYSHBOAEU eiae hane E TC7S04F TC7SH04FU TE85R TC7S04F TC7SHO8FU TE85R 7508 TC7SH32FU TE85R eM TC7S32F RUE e e een TC7WO08F TC7WO8FU TE12R TC7WO8F TG 7 WS 2EU tto t Db yp et oce u d TC7W32FU 2 28 TC7W32FU TC7WT7AFU TC7W7
30. 53 WCCONT 5 CLP 18 BCLP 3 60 1 52 51 IOUTCONT OFFSET 8 16 14 DXC 390 390P CXD1256AR SONY TIMING GENERATOR FOR CCD CAMERA INPUTS TOP VIEW CK NTSC 1820 fH PAL 1816 fH CLOCK 01 NORMALLY FIX TO LOW LEVEL D2 COLOR BW SELECT D3 FIELD FRAME SELECT 04 NTSC EIA PAL CCIR SELECT EDO ED2 SHUTTER SPEED SETTING EF NOT IN USE GM ANALOG PROCESSING DIGITAL PROCESSING HD HORIZONTAL SYNC HTSG XSG1 XSG2 CONTROL osci INVERTER FOR OSCILLATOR PS SHUTTER SPEED SELECT SERIAL PARALLEL SMD1 SMD2 SHUTTER MODE SETTING VERTICAL SYNC OUTPUTS NOT IN USE BFG ENCODER CHROMA MODULATOR PULSE CK NTSC 1820 fH PAL 1816 fH CLOCK cL NTSC 910 fH PAL 908 fH CLOCK CLAMP PULSE DL1 DL2 CLOCK FOR DELAY LINE H1 H2 CCD HORIZONTAL REGISTER DRIVE CLOCK E UM ENDING GIORNO IO ID LINE IDENTIFICATION CLOCK FOR LAST VERTICAL REGISTER MCK NTSC 910 fH PAL 908 fH CLOCK EN EN BN BIN
31. TC7S04FU TEB5R 102 103 16920 12 104 TC7SO8FU TE85R 105 106 107 108 109 110 5V A L 1023 M B WHT 0978 G WHT n n m 1903 EVROBCS R999 Rioo Was B WHT2 15k 12k tk tk 10914 50 50 08901 R PRE KNEE NJM1496M TE2 ud i 17 Wa KNEE 10904 22 0913 2 a PRE KNEE TLOG2CPWR XN4601 TW 1 GANT GAN 6 47k CS8 Ne ints fem wits 57 4 12 47k VOD A010 B CUP 2l IN OUT VSS A012 er a 150 5 GND A 2 50 01 10904 1903 890 CN901 MB88346BPFV EF ae 5 cime 680 CN901 10uF do o dos Ton C1019 C1020 650 0 6 RNC m d Tur GNDIA 750 801 GND A 8 50 01 NC 950 01 NC 10 50 CN901 OFF SET CENTER SET G SHAD R FB GFB CLP 8 FB YGAIN2 IRIS FOCUS ZOOM 05 5 VOD A010 VSS A012 GND 20 10906 MB88346BPFV EF GND A VA 193 2 2 GS SKX 1150_VA 193_011_102 DXC 390 390P 8 15 8 15 A 875 1 3 875 1 3
32. qu Tur lis 7 Tle aig 0720 0721 0710 qno 0718 qna 075 0716 077 aria 0719 XN6501 TW 28A1206 T1E4 2504177111816 29A1226TIEL 25047771186 YNSSO TW 2504177711816 250410371060 2904177711816 L 15k 10V 8724 1 RNC C756 AL ex Ki iV 8165 R746 91 3 RNC RNC 8 ANC R735 4 RNC R720 1 RNC R722 22k RNC RNC R739 22k RNC id RA tk RNC R766 1 RNC 4 RNC 8723 RNC 8721 A725 90 4 RNC 1740 4k 0 RNC 1742 47 R763 1 RNC RNC R765 7 A x ANC ANC iB 89 TCIWOBFU TE12R 10702 7 C751 5 6 00 28 2 10848 18 TC7WOSFU TE12R 8 8 8 8 N NTSC DXC 390 UC J P PAL DXC 390P CE NM NO MOUNT DXC 390 390P H 142 EN 142
33. 3 3V oe VA 193 D A LK 5 SDATA 5 EVR04 CS EVR05 CS EVR08 CS AVD 5 5V A 5V A IRIS CONT VIDEO FOCUS CONT ZOOM CONT GND A NC C MB 875 3 3 GS SKX 1150 MB 875 011 103 DXC 390 390P H Section 9 Board Layouts CN 1938 PA 236 CN 1938 PA 236 1 5001 FL001 2 F001 5 2592 2 coon R001 o 0160 1005 2 C0170 co120 L008 12029 5018 coo9a L007 S CN003 1938 A side SUFFIX 11 1 5 SONY 1 677 525 11 N FLOAN CN 500 2 08006 9 i2 2 1 004 12 15 1938 A side SUFFIX 11 DXC 390 390P 007 ynpnnnnnnnnnnnnnnnnnnnnnnn nni Su cuo 7 FE So to pea cwm
34. 8253 cm262 J2 143 PC00405 29358829 280 REO 5 26 TAG 6233 miren 5 RISD 0241 16238 tt B UUTUUUUTUU 8256 8255 E 1 Cite 00404 25 0233 16243 CN101 9 5 83189 08324 RIT5COR17 2 o 263 TT w R25 21860 06155 R1875 R311 0 83198323 gt COLE 8173 7 PC00403 5277 s 152 1 BON R315 R325 4 585 C243 m 16246 e E 166 15 00000 2 g R118 OR153 0281 IzRI7ICA C279 c290 Q R328 598314 02317 2528 5 RN7 2 128 10240 2 3 OR 16803 a C294 we Shana 010327 2 211601 zz Os 10297 bAgrs00 ee 8n 3 C1530 0 6280 8 99 amp S fo de b al 5 8 8164 al R289 329 02 9 R1700 a R160 R1130 0239 u of 10245 C109 228112 C242 C253 C272 615622 5 C278 8936 R242 2 C140 C108 os t 208 6211 239 6234 EX R232 En 21558296 C259 ce Oo 2 05 oe 22 N 8 274 82432257 228233 H R292C3 R275 5 AE 54 5371528 6240538258 b R254 625250 9 3 4 Hs R167 0 5 3180 262 297 0103 12106 2 wo N F 222 2099 82919231
35. Qo o XQ Qo o Qo o Qo o o OQ Q Qo o Qo o ANNAN Qo OOOO O C 0 0 ANTALUM 47MF 10 C 0 1 C 100 C 0 1 C 0 1 C 47 C 47 F 10 100 HIP CERAMIC 0 ERAMIC 22000PF ANTALUM 10MF 10 ANTALUM 22MF 10 HIP CERAMIC 0 0 ERA ERA ERA ERA 2 Co Q ERAMIC 33P P TANTALUM 10 HIP TANTALUM 10 HIP TANTALUM 10 P TANTALUM 10 ANTALUM 10MF 10 HIP CERAMIC 0 1 HIP CERAM HIP CERAM HIP CERAM lt gt lt gt HIP CERAM ERAMIC 22PF 16V V ERAMIC 22PF 16V 1005 F 16V F 16V V V 5V 16V 1005 V V IMF F 16V for UC J F 16V for CE F 16V F 16V F 16V F 16V 1005 V d trit rx 5 13 5
36. VIR VAR VAR H2 R HIR RG A VSUB R AS NO NO 28 og OF 9r SSA San 110 QA 1000ANIOA 110 N3WONAS N3WONAS 8 89 ON ON ON ON 50 08 3 52 083 50408 3 5210843 51405 SVIVOS 108 53106 gui gui ONSA Da Da ad Da Da OSINI OSLNI H INAS 38 NIM 40 DXC 390 390P EN 142 8 2 8 2 Frame Frame m N i 5 E o 2 gt FA 8 2 5 gt 2 lt lt gt lt a 5 gt gt _ 2 alo S 3 2 i gt lt 8 5 5 5 TES gt lt 21
37. XQ IND TRA TRA RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES on TC7S14FU TE85R TC7586FU TC7S TC7WHO TC7WH7 TCTW32FU TC7S32FU TE85R TC7SH32F TC7SH32F TC7SHO8F TC7SH TC74V TC7S TC7S TC7SH TC7SH RO UC UC 5 5 5 5 ST 5 5 I DE Oc 8 3 NDUCTOR CHIP 220 NDUCTOR CHIP 220 NDUCTOR CHIP 220 NDUCTOR CHIP 22U NDUCTOR CHIP 22U UCTOR C 0 0 HO 0 T R D FU TE85R 8FU TE12R TR12R 2FU TE85R U TE85R 8FU TE85R FU TE85R 164FT EL U TE85R U TE85R U 4FU I FO ete EHE C 23 FO 1 ae CD CI CHI UH 3225 TOR CHIP 22UH 3225 CHIP 22UH 3225 STOR 28K94 X2X3X4 STOR 28A1611M6 ES e Ii HL HI UJ Jg ES UJ Jg gt 29 CES CES UJ tg Fg tg 16W 100 68K 1 16W 16 OK 1 16W 16W 1005 1 16 OK 1 168 16W 1005 4 7K 1 168 16 1005
38. 1 16W 1005 DXC 390 390P DXC 390 390P EN 142 BOARD Ref No or Q ty Part No R757 208 688 R758 208 663 R759 218 953 R760 218 990 R761 218 990 R762 208 674 R763 208 683 R764 208 687 R765 208 699 R766 208 689 R767 208 652 R768 208 683 R770 218 953 R771 208 899 R772 220 179 R773 208 661 R774 218 953 R775 208 899 R776 208 699 R777 218 967 R778 218 953 R779 208 701 R780 218 965 R781 208 671 R782 208 689 R783 208 671 R784 208 691 R785 208 697 R786 208 699 R787 218 959 R788 218 959 R789 218 959 R790 218 959 R791 218 959 R792 218 959 R793 218 959 R794 218 959 R795 218 959 R796 218 965 R797 218 959 R798 218 959 R799 218 959 R800 218 959 R801 218 959 R802 218 971 R803 218 971 R804 218 971 R805 218 971 R806 218 971 R807 218 959 R808 208 899 R809 208 691 R810 218 971 R811 208 899 R812 208 691 R813 208 899 R814 208 691 SP Descr RES RES RES RES XQ Qo to RESIS RES RES RES RES 5 RES RES RES RES Qo RES RES RES RES RES Qo RES RES RES RES RES 5 RES RES RES RES Qo o 5 5 RES RES RES RES RES RES RES RES RES RES RES RES RES Qo RES RES RES RE
39. 1 5 7 2 48 CN603 VTITTITTUTTTTTUTUTTITTUTT 677 99 gt 9 C662 E 04668 eru 2 J o 676 8570 PIT J B j ul C673 C659 E 4 C663 618 0 5 O 5 zi L c620 S C617 TT R661 L606 L601 L605 R662 L608 e 8663 U R664 5 24 9 H 2 e C643 J i C 875 SIDE MB 875 SIDE Tau E lt N 4 2 T 5 gt 50 N gt HE 69 1 Qu lt 1025 16625 s 5 8 79 1063 1617 16629 78 1602 7 ET m 5 A f einen 49 5255 2 NE 5 a QU sg von e 4 gt CN605 yl L ee EE Atlee s Ue E I MB 875 71 B 1 l EL Cie 4 SON 5 dim 1 10619 o 4 3 2 o e cei gt 677 524 11 EE QUEE IM e 3 69 CN602 2 P m 4 24 8 X601 ef 2 D gt 1 5 C660 8 C656 L gt C67 2 e PLU AGU 9 ma gt m mung g 1 49 7 M e N603 o e EM 2 C676 604 f ir GW lt Qs DA C663 C659 DD601 e 2 IC al aw 5 13 1
40. 775 297 8125 JPE 8124 R8065 5 c a 85 3 d Pz a712 4009 80 27 R726 p 8720 R721 R7990 60722 m 0728 T 8728 9228722 cT13 2079 1 2 19 nn 734 E 6725 dp Ru R804C3 R7530 pg 2 0715 2005 90 dz p 8197 cT24 Rs MEN 20 n d 5 Smogs R739 28740 R8020 C77 mug S 8748 C145 R798 605 8717 0708 8117 T Tod 2 oof C785 714 86 CT 6 6787 6772 1 Beo 8807 5 49 cres FL704 DL701 TU RTIG 1 0 5 702 2220703 670253 C705C3 C704C3 C7070 3 706 8100 sas 0 SEE 58707 2 710 _ COR708CORTH _ 58709 228712 4 ae s 3P S sF g 222 ef Fd fe ed 25 2 2 qs a Sote e 2 a a d En gt En R814C3 732 08704 08705 ene gt 0 H L FL701 8 FL702 S 2812 R R853 20 A 5 5 o 28761 16707 730 5 5 55 5 N age e E 20759 RBO Or701 08702 2 259 R8120 10738 2 06816 8815 mec 5 R821 000 oxx 20 u 1701 98820 5 R822 6804 E Rees 16706 85 gago k 2299 5 5 5 ELE ROT 3 8809 T E 26722 701
41. CP OE 619 1 3 2 3 WO H WIN OE WEPH WECHANGE CXD9115AR WE NORM WENTG 1 614 1 2 615 1 2 616 1 2 XV2K XV4K XSG1T Y XSG2T MIX 630 631 2 XV4 XSUB XSG1 XSG2 V3 R V4 R XV1 XV3 VSUB R V1 G V2 G FILTER DD601 DC DC CONVERTER pn v o N a lt o EN EN 28M ADJ V3 G V4 G VSUB G V1 B V2 B V3 B V4 B VSUB B TIMING PULSE GEN H1 H2 pL 1625 1 3 625 2 3 DL RECT 621 635 7 3 28MHzVCO X tal X601 1C627 Q603 603 o Q602 633 0606 LPF 7 3 CN602 SDATA b KIS STB _____ CN606 24 25 26 UNREG 28 29 30 UNREG G CN605 12 14 48 50 CN604 OV CN602 OV CN605 5V A CN604 5V A 6 57 CN603 5V A CN604 5V D CN602 5V D CN604 3 3V CN602 3 3V CN605 7 5 11 Lar CN604 5 CN603 5V CN602 CN602 TG CS CN602 HDDET MB 875 CN103 47 ECK _ _ CN103 64 HDDET SG 265
42. Chapter 3 Installation and Connections 42 Applicable Lens o ette rene 42 Mounting the Lens eet ee 43 Mounting a Microscope Adaptor 45 Mounting on a Tripod 45 Mounting to a Wall or Ceiling 45 Basic System Connection 47 Connecting to Video Equipment with Composite Video Input Connectors 48 Connecting to Video Equipment with RGB or SsVideo Inputs 50 Connecting Two or More Cameras Multi Camera Eris ee 51 Connecting to a Remote Control Unit 52 Operating the Camera with the RM C950 Remote Control Urt 53 Connecting to a 54 Connections for Long Exposure Shooting 55 Connections for Shooting Using a Flash 56 Chapter 4 Appendix ripe 57 Typical CCD Phenomena 58 List of Messages eerte e 59 Specificallons 60 Optional Accessories 64 Table of Contents D GB 1 3 E Overview Chapter High quality images high density 1 3 type three chip Exwave HAD CCD containing some 380 000 DXC 390 or 430 000 DXC 390P effective picture elements pixels offers superior picture quality
43. Cn Cn Cn EN 142 BOARD Ref No or Q ty Part No R815 208 615 R816 208 679 R817 208 679 R818 218 990 R819 208 679 R820 208 679 R821 208 679 R822 218 990 R823 208 679 R824 218 990 R825 218 990 R826 218 990 R827 218 990 R828 208 668 R829 218 990 R830 208 679 R831 208 679 R832 208 679 R833 218 951 R834 218 951 R835 218 951 R836 208 679 R837 208 679 R838 218 951 R839 218 665 R840 218 665 R841 218 665 R842 218 665 R843 218 951 R844 218 951 R845 218 666 R846 218 666 R847 218 666 R848 218 666 R849 218 672 R850 218 672 R851 218 941 R852 208 643 R853 208 643 R854 218 962 R855 218 962 R856 218 962 R857 218 948 R858 208 707 R859 218 990 701 TI1 195 TP701 535 757 TP702 535 757 TP703 535 757 TP704 535 757 TP705 535 757 TP706 535 757 SP Descriptio s RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RES
44. NO 10101 16201 15 16301 Q PA 236 B side SUFFIX 11 236 A side SUFFIX 11 PA 236 B side SUFFIX 11 313 A C485 5 C476 C484 MN 3388 00 TSC RS43RS45 zoo 16406 50988009 C482 UUUU 2 CC TT zu nn nnnri 2 M 1 Bl EE 22 UUUU 000 2 552 Bf 16416 16415 405 se 58 en 00 1 gp ili if g 5 ki 2 000908 92 R577 R5760 R494 o 8518 078492 Rei jo 222522 TPZ03 CNA40 0009005 L405 443 38593 8412 R590 3 1 o O Uu LI DP 313 A SIDE SUFFIX 11 0401 225 16421 8 5 a __ as C476 484 e PRSA cl AUS 5 5 H 3 1420 1 1 L401 5 2132332 mud S dii T c ES rere 482100 2 5 5 T TE 0402 24 4 489
45. R846 142 A SIDE EN 142 B SIDE SUFFIX 11 DXC 390 390P 9 3 9 3 875 875
46. Tr 27 1230 ihi 3 071 9 me wove cour B 520 ES amp D B j 5 a x eem au 46 TP106 D 5 429 L C256 d ULT 16107 S 0231 i 104020 1232 ks ete free 6301 C145 C103 1 a ooo j m 5 10 IC10210 IC112 920 Y ute D232 Gs N ae 3 SONY 55 T EMO C241 56 265 E CN103 3072309 1234 103 C138 677 523 11 5 56 265 10 a D 5 MADE 2710 9 Am HIT SG 265 SIDE SG 265 SIDE SUFFIX 11 DXC 390 390P 9 5 9 5 VA 193 VA 193
47. 35 XSHD E 32 CLPOM EM 38 PBLK 1 3 104 id 0603 r i 28 1611 1 6 16635 20 HDDET M TC7SHO4FU TE85R 1603 0602 1603 R669 16636 22 1625 33 25 94 1 2 3 4 TC4W53FU TE12R TC7SH04FU TE85R TC7WS2FU TE12R 5 8j T tt eS p tk 1 PCOMP BR s TV L k TC SHO4FU TEBSR TC7S04FU TE85R 5 9 NP X Um s wc 28M VCO 10k d 1 eH Ot ert cd CLPOB 4 2 MN T M SS INH Vss Fy GN EN quu agr Lens 14412 z R633 4 4 an gt 2 8 37 36 35 34 33 22uF 2206 22uF 44 ik OOF 1 60 a C650 18 QV 10V 10825 1 3 3 220 53 8885558528922 2 Sur 10638 1 2 50 31 1 2 RH 8 XSHP ar BHI 10627 12 1 2 maro TC7SHO4FU TEBSR 7 Lc ERE 5 we 9 mb z m TC7S32FU TESSR 76 0 S2 Sla ap 2 Tu VF 6 05 vsso 2 Sla B 2 4 2 5 TG nu M spo 1 1 16625 0 3 El A I bo GHI 10693 12 9 5 wx 880 low 60 18 vec 670 TC7SOOFU TE85R T 57 CXD1256AR T6 PB GR An 0 NM
48. Activates auto tracing white balance This mode is suitable for shooting when the light source changes The white balance is automatically adjusted as the color temperature changes Normally set to ATW NORMAL The ATW WIDE setting can cope with a wider range of color temperature changes When these items are selected R PAINT B PAINT AREA and SPEED are displayed Use these items for fine adjustment Adjust them while watching the monitor screen The adjusted values are stored in memory other than AWB values R PAINT Finely adjusts the red in the range from 10 to 10 B PAINT Finely adjusts the blue in the range from 10 to 10 1 12 E Selection ATW NORMAL or ATW WIDE Continued Function AREA A detecting window appears on the monitor screen Normally set to NORMAL to detect the average luminance level on the whole screen If you want to display the desired window set to MANUAL and follow the steps below Press the ENTER button 2 Move the left top cross cursor with the button to set the upper and left side size and press the ENTER button 3 Move the right bottom cross cursor with the 4 4 or button to set the lower and right side size and press the ENTER button 4 Move the window to the desired position on the screen with the 4 button and press the ENTER button SPEED Sets the focusing speed You can select SLOW slow speed MID normal
49. Notes Do not include highly reflective objects in the picture Always shoot the image under suitable lighting conditions 40 Chapter 2 Operation Adjusting the Picture Tone in a Multi Camera System When configuring a multi camera system adjust all cameras to prevent camera to camera variations in picture tone Before making the adjustments outlined below input the same sync signal to all cameras For connections see Connecting Two or More Cameras Multi Camera System on page 51 Connecting the cameras to video equipment with phase indication capability When connecting to a special effects generator a chroma key unit or other video equipment with phase indication capability the basic adjustment procedure is as follows 1 Turn on the phase indication capability of the connected video equipment 2 Adjust the horizontal phase using the menu Select H PHASE from the SYSTEM menu For more details see Operation through Menu on page 14 3 Adjust the subcarrier phase using the menu Select SC PHASE from the SYSTEM menu First adjust the subcarrier phase roughly with SC PHASE ROUGH by setting to between 0 and 180 then adjust it finely using SC PHASE FINE For more details refer to the instruction manual of the connected video equipment with phase indication capability 7 Press the Sa WHITE button During adjustment the bars appear The message WHITE OK appears on the screen when t
50. m UNREG UNREG HD INIHD OUT VD INVD OUT C008 000 0 1uF A CN001 VIDEO OUT CN002 0 0 UNREG 0 UNREG VBS X R003 75 IRIS CLOSE IRIS UNREG LENS IRIS CLOSE IRIS CONTIVIDEO UNREG 6015 220pF 6018 220 C019 220 C022 0 tuF C030 22pF C031 22pF C032 C033 220 CN006 TRIGGER 5001 1 PROTECT ON OFF PROTECT 4 Gt NM NO MOUNT 6 HDX pF T 22 SYNCVD X DC INVBS 200 UNREG G UNREG SYNOVD G VBSY VBSYIC G s G RIVBS RIBS X RGB SYNC SYNCIWEN ru SYNCIWEN_ OUT X SYNC_G CX coo 22pl 220 004 8001 NM 8002 NM ES TXDATA 8003 x RXDATA m Ls FB005 1 CMADATA RXD_ REMOTE 8006 PWCONT 64 1005 FAS 01 68pF T 68pF 01 T 150pF epi ra FOCUS CONT VEN ZOOM CONT mum UNREG G LENS CN 1938 GS SKX 1150 CN 1938 011 001 DXC 390 390P H DXC 390 390P A
51. 2 8 990 8 953 8 953 8 941 8 941 8 94 8 97 8 965 8 97 8 965 8 94 8 94 8 990 8 94 8 965 8 965 8 94 8 94 8 94 8 94 8 990 6 864 6 864 6 864 6 864 6 864 6 864 6 864 6 864 8 965 8 965 8 965 8 990 8 990 8 990 6 864 535 151 535 151 535 151 935 151 535 151 SP o o o o o o o o o o o o o o Description RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES CHIP CHECKER CHECKER CHECKER CHECKER CHECKER CHIP CHIP CHIP CHIP STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH rg rg rg rg rg rg rg 0 1 168 1005 1 16 1 16 00 1 16 1005 00 1 168 1005 00 1 168 1005 33K 1 16W 1005 1 16
52. 30 ro ZO UO UJ UO UJ 3 1 1 1 1 oco ANTAL TAL TAL Ge TAE BOARD DP 313 for UC J BOARD DP 313P for CE UM 10MF 10V ERAMIC 0 1MF UM 10MF 20V ERAMIC 0 1MF UM 10MF 10V ERA ERA ERA ERA ERA ES UM 4 UM 4 ERAMIC ERAMIC ERAMIC 10 ERAMIC 0 1 ERA UM 10MF 10V ERAMIC 0 1 UM 10MF 10V rij Ed Edi C3 Eri Ure Q lt Hj lt lt rrj rj lt lt ri rj 1 F 6 3V UM 47 UM 47 UM 47 ERAMIC ERAMIC F 6 3V F 6 3V F 6 3V 0 1MF 0 1MF UM 10MF 10V ERAMIC 0 1MF ERAMIC 0 1MF ERAMIC 0 1MF ERAMIC 0 1MF DP 313 BOARD Ref No or Q ty Part No C474 107 820 C475 107 820 C476 104 851 C477 1
53. BURST LEVEL D A SETUP LEVEL CONV Y LEVEL SYNC LEVEL WC LEVEL 0710 712 713 R Y d R i R B SYNC gt Q714 715 71 B Q714715716 R B SYNC B CALC Q717718719 G SYNC G CALC EN 142 CXA1592R VBS EN 142 7 2 7 2 CN701 701 45V j 99 0 CN701 GND TTLB PU DEI 1 0708 CN701 IC3 i Q CN701 4 3 4 O0 Iu CN701 Mme 23 pla So ee Se DUM CN701 RIVES A du per Ei CN701 tt if O 4 18 LAT 45 i ae CN701 ao 135 A 009 VBS Y C L E CN701 712 AUNT IN OUT EXT HD YNC WEN VD SYNC CN701 HDIN HDOUT CN701 VDIN VDOUT CN701 EXT VBS VD CN701 SYNC WEN EN 142 DXC 390 390P DXC 390 390P CN604 WDISPLAY CN604 WDISPLAYB CN604 DTAR CDTAR CN602 KIC FLFR RESRT5 CN606 TRIGGER CN601 4 VAB 6 HIB 8 9 14 19 20 22 CN605 CN605 CN605 MB 875 MB 875 W2 OE
54. CLPOPB CLPOB E GND6 ui 93 5 Fun tris e 55882 007 Qu 1 2 3 4 5 6 7 8 9 13 14 t6 3 MENT ABUT 0923 0924 10916 ME XN4601 TW 290 yy TC7SGGF TEBSR 0907 0911 R963 TL064CPW E05 25 1611 1 6 2804177 711516 m x Eje 905 E 28 5 8 GVA GND A 4450 08901 Our R935 GND dk 3 0983 C985 10V Rut Reg E L 0987 L C993 uF 10V 16V R1060 5 1k RN C ite R965 220 10902 MB88346BPFV EF 1948 6 61032 1033 T 100 O tuF 10V G PRE KNEE IRIS OPEN R1019 33k 10917 0926 2504177 11516 10918 84 TC7SGGF TEBSR TLOG4CPW E05 Q919 0920 0925 XN4601 TW XN4601 TW XN4601 TW 0908 0912 28 1611 71 6 2564177 11516 m 6 im 6 10 3 6 10 R988 R918 5 20 05 25 125 20 22k RNC 084 46 50 CN901 45 50 CN901 BVA GNDIA 4 38 4 Rags 010 012 VSS GND B 6904 912 10V C915 0 001uF 1021 30 22k k 8 FB 20 C917 cars CUM Rog
55. GS SKX 1150_PA 236_011_001 270 4170 01 6270 CN401 5070 CN401 CN40t CN401 CN401 570 51 70 53770 45 70 43 70 41 70 6770 69 70 55 70 CN4O1 5970 CN401 CN401 1070 14 70 870 61 70 65 70 63 70 6670 6470 770 170 8670 4070 6870 7070 313 313 354 510 540 16422 1 2 NM 10422 20 NM ER E id AN TM m wo TP Pag 10 1406 0401 2904177 TiL5L6 10411 2 18 25 26 7 45 TLOGZCPWR 5 VRTI 09 08 VIN 07 VRBI 10401 06 VRB2 CXD2310AR T4 05 CAL SEL 0 03 RESET 02 UNV bt MINV 00 TESTMODE A TN PROGRESS CBLKVFLDI NTSC DXC 390 UC P PAL DXC 390P CE NM NO MOUNT 1 8 9406 1407 tL cao ca RNC 2 RNC 44 EX CXD9117R ROS 14 67 69 55 18 25 26 7 45 VIN VRB1 06 40 CXDZSI0AR T4 09 CA
56. INVERTER FOR OSCILLATOR NO VO SIGNAL NO SIGNAL NO SIGNAL NO SIGNAL PBLK BLANKING CLEANING PULSE 17 0 __ 49 Ra s PULSE TERT Ics cups 561 562 CCD ELECTRIC CHARGE READ OUT PULSE 3 EF 19 0 35 0 V4 51 se skr ANE fet Sire mene suse 5 I Eps 22 0 RG lt 0 WEN SP1 SP2 COLOR SEPARATION S H PULSE S Supt mm a Kov ise laa Gu SUB CCD ELECTRIC CHARGE SUBSTRATE PULSE ec om eale c 1 4 CCD VERTICAL REGISTER DRIVE CLOCK 9 sm2 25 vc sm 57 CL ver NOT IN USE to 0 26 o Ht 42 5 2 58 PS WRITE ENABLE Tu 01 27 0 H2 sm 59 1 12 02 28 Gnd SH2 60 VD INPUT OUTPUT 1 03 29 SUB 45 O DLI 61 HrsG CLP2 CLP3 CLAMP PULSE 14 1 04 v2 46 62 TEST 15 5 Vi 47 BFG 63 CK OTHER 16 4 32 _561 64 1 TEST 2 TEST INITIALIZE INITIALIZE L E aX COUNT LH ADR COUNT ADR COUNT LS ME m w 1 ir ir cn 64 i H ROM V ROM ROG ROM f ir ir 99 spr s
57. Table of Contents Manual Structure Purpose of this manual 3 E Related manuals ner 3 E 1 Operating Instructions 2 Service Overview 251 Board location aee ette E e RIEN eee ERIT 2 1 2 2 Removal of Cabinet 2 1 2 3 Removal of CCD 2 2 B 2 4 How to use an extension 2 2 B 2 5 signals of connectors 2 4 E 3 Circuit Operation Description 3 1 VA 193 Board sire eee 3 1 3 2 DP 313 ute o e rb ee PER 3 1 3 3 JEN 142 Board esie eet obe ERR heit 3 2 B 3 4 390 265 detiene d ette 3 3 325 MB 875 Board 3 4 4 Electrical Alignment 4 Preparation epe tiat 4 1 4 1 1 Adjustment Fixture and Measurement Equipment 4 1 B 4 1 2 Equipment Connection seen 4 1 4 1 3 Description of Side Panel Sheet Switches 4 2 E 4 1 4 Super Reset data initialization 4 2 E 4 2 Adjustment eere 4 2 E 4 2 1 Adjustment O original oscillator adjustment 4 2 E 4 2 2 Built in Color Bars Adjustment adjustment from DSP 4 2 E 4 2 3 CCD OUT Adjustment 4 3 E 5 Spare Parts 5 1 Notes on Repair 5 1
58. COM Wr 0729 28 161171 6 5 zm oru IA gu 04 28 TC74HC4O53AFT EL 7 177 TU 5 4 3 0 n SEL 075 3 E ru or 10705 10706 10707 12 29 C710 TCAWS3FU TE12R TOAWSSFU TET2R Tos 17138209 2 EXTRD 4 2 1 E x 14 Y e by fT l fg 00 H 4 RC 3 Ve 1 580 1 4l 55 1 mu VOINVOOUT Wi 8 a 405 Fale 680 0 2 asp 1 mes opr th 6 CSi H 12 18 10 miden m 8 OUTC EXT VBS VD tst SYNGIWEN 3t E Map GND 2 5 AND Y g D Li RNC T 1 om GND A WEN VD 2 HD 5 NC DXC 390 390P A 8 9 0001 CN701 CN701 C
59. 0 2 5 80 9 10 XSG2 19 5 10 502 CPP1 19 4 7 16 CPP2 18 CPP2 1 16 CPP2 1 c 1 1 1 VL GND CPP3 1 1 GND 0 tuF 1 m 1 cao L 0602 0817 L 0637 5 0002 13 2 00 8 13 Z1 s 13 1605 22uH 75 ir 0605 B5 MAT24 TX Bi 10630 02 1661 22 10632 13 75 TC7SHS2FU TEB5R TC74VHC164FT EL amp t 14 ie 5 5 s 1 33 V4 B g B EE 3 um 3 10631 12 TC7SH32FU TE85R p E 29 0615 0 10616 22 i go TC7S14FU TESSR TC7S86FU TE85R TC7SO8FU TESSR i 2 4 pm t t 1 d 4 zm LUNG eo i 22 05 4 10908 20 7 N N 10628 12 TC7SH32FU TE85R 3 3 3 1 4 1 Ro 0 m 2 WDISPLAYB 38 5 5 109 29 6 4 4 38 VSUBG 16614 12 16615 12 10616 12 cig 35 VIR 2 31 TC7S14FU TE85R 75 6 TC7SO8FU TEB5R acs 5 a 5 38 y 2 Ren 0 roar 3 VAR 10629 2 AW WDISPLAY 33 10629 12 TC7SH32FU TEBSR TC7SH32F TEB5R 1 TW 18 38 35 TC7WHOBFU TE12R q 1619 13 5 TRIGGER ES 7 7 0 8 Comm 5 al op ps ves 2 10619 88 6197 28 0 EET We
60. 027 oo E 080 50 0 0 oos 5178003 Lj je 50 FB005 35 Bu E 02078004 2005 ops FB002 001 1009 2 C024C3 C3C023 4 00058 CN 1938 side SUFFIX 11 Foo 45101 6125 7 R001 115 4 ef al Or 1 677 525 11 ln CN 1938 1 2 R003 74 nooti O16 gg 48900 z EU P 1176 64004 T 00 8 1252 228004 9 0 6 B wo b CN003 3 CN 1938 side SUFFIX 11 NO C9 128102 10501 230101 C1020 ciom C104 R1010 C106 TT 1218202 620511 19201 2021 R203 com 524 R2011 3PC00025 2 C203TT 00026 00042 118302 30500 10301 30200 2 caen 6304 B8 R301ILT 306 2110 6105 1 R102 5 C102 8 C101 e RIO L 8 103 6107 2 76101 C108 79 16 236 8 8202 A 1204 C207 R203 C202 C204 R204 2203 1612102271 6208 gt 6206 1 677 519 11 1 BR302 z c305 16304 C302 41 6301 g R301 20 303 16 16301 c308 9 C306 20 gt PI lt PA 236 A side SUFFIX 11
61. 1 168 164 1 168 1 168 168 1 168 1 168 1 168 1 16 1 1608 005 1608 1005 1005 005 1005 05 05 05 c Cn Cn Cn Cn 05 05 1608 1608 1608 1608 1608 1608 5 19 VA 193 BOARD Ref No or Q ty TP906 TP907 TP908 TP909 TP910 TP911 TP912 5 20 Part No 1 535 757 11 1 535 757 11 1 535 757 11 1 535 757 11 1 535 757 11 1 535 757 11 1 535 757 11 Part No 1 562 222 21 1 562 381 00 1 580 090 11 1 580 724 21 1 771 944 11 1 774 806 11 1 792 595 11 SP Desc CHIP CHIP CHIP CHIP CHIP CHIP CHIP Descr RECE CONN SOCK CONN SWIT CONN CABL ription CHECKER CONNECTOR CHECKER CONNECTOR CHECKER CONNECTOR C C HECKER CONNECTOR HECKER CONNECTOR T T CHECKER CONNECTOR CHECKER CONNECTOR iption PTACLE CONNECTOR 6P ECTOR ROUND TYPE ECTOR RECEPTACLE 12P ET D SUB CONNECTOR 9P ECTOR BNC CH SHEET E FLEXIBLE FLAT 30 CORE 5 4 Packing Materials amp Supplied Accessories Ref No or Q ty Part No SP Description 3 203 786 01 s MANUAL INSTRUCTION for J 3 203 786 11 s MANUAL INSTRUCTION for UC CE 3 626 916 01 SEAL FOR REMOTE CONTROL 3605 838 1 s ADAPTOR ASSY TRIPOD 3pcs 1 623 923 11 s WASHER PLASTIC 2 6X0 3 3pcs 7 682 548 04 s
62. 11 o gt D pis C958 8 5 5 SONY 8 5 C1007 m 0916 0921 52 D D 0922 wn P A 9 C1001 Sos 5 B 7 4 i 16921 E o 9 E E teen 2 3 amm E 8 id i gt S o o 4 1030 E e D 1C907 eem 0904 mm 16913 1 A n 907 5 8 BE nd 10909 B 1 0 D S Samm 0906 mlogo 888861 4905 1026 Drm 16100558 0915 o z Y 3 2 C962 821910 1000 54 49 TP912TP911 4918 0923 7 0924 T 1 48 SRI sz a e aA 1 Ge o agit 908 0907 C931 C906 o o F 1 1 b 0902 3 5 _ 3 6976 5 o 3 c1032 A Tog Tu apis 2 78 pa SN 8 FL902 P9090908 s C 2 2 2 5 21015 0920 0925 Fs 0926 y 4 10912 0912 a 398 3 fT C928 mes o o gt ie 17 10 P _ gt B gt gt oc ES o 10 5 uen 910 es i BL 908 C1034 2 38 2 1903 1 tem a e e comm 7 m 1 asd N 6922 5 8 89 099 omi 1C914 C964 8 3 Emu pos CN901 49 5 5 0913 0901 0 WM 169082011 1090
63. 2970 30 817 ut 4270 TL TILB SRST 8570 WRGBCHO 96 70 WRGBCHt 3770 BECOL 38 70 39 70 WB AE 40170 Q104 2SB804 T1AVAU UNREG 170 870 0113 UPD6466GS 541 E2 TC7S04FU TE85R MENU SW BARS SW UP SW LEFT SW RIGHT SW ENTER SW DOWN SW GND 0102 28C4177 T1L5L6 00 VR VG LK VB cs VBLK PCL TEST HSYNC VC2 VSYNC 0561 0809 10 0103 2504177 11516 f 0101 8 aSC4T77 TILSLE SERVICE CONNECTOR GND VPP_IN RESET TXD 80 GND OPEJADJ MENU PRESET TX232 OUT PX232N OUT SENSE 10 TCK IN RUSW UD SW ENTER BARS DATA PW CONT RX DATA TX DATA HKI HSK_O 870 870 870 870 1070 5 0 35 0 45V D 470 GND D GND D GND D 145 70 4970 6770 6970 6870 DXC 390 390P 8 11 8 11 A B D E F CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 SG 265 1 2 GS SKX 1150_SG 265_011_101 SG 265 2 2 SG 265 2 2 10243 a TC74H
64. 522 VIEW ie mte e ete s 5 2 2 3 Electrical Parts 5 4 5 4 Packing Materials amp Supplied Accessories sess 5 20 6 Semiconductor Pin Assignments enero ete 7 1 INSTA kt Ben dO E RE UR 7 2 DI 5 7 3 59 265 ibd 7 4 193 7 5 ls RUE E E 8 2 CNz19385 nene e HI NI E PSU 8 4 corde ies 8 5 m eee 8 6 8 8 5 269 772 8 10 5062269 2 2 ie peter ete ee E et emend eee 8 12 VA O OR eU 8 14 2 eoe Ee 8 15 875 1 3 8 16 MB 8735 2 3Y esee terere ee en FO 8 17 875 3 8 8 18 9 Board Layouts CN 1938 oie Gee eet ed 9 1 BAS2 ERR EOD Riu 9 1 IE UI 9 2 tette Reb DR e besten 9 3 875 2 hess do aah in eG Retain epe ids 9 4 56 265 ete tu tee ies 9 5 I ea 9 6 DXC 390 390P Manual Structure Purpose of this manual This manual i
65. 8325 287 o C101 107 826 11 s C102 107 826 11 s C104 104 823 11 s C105 162 970 11 s C106 107 826 11 s C107 104 478 11 s C108 162 970 11 s C201 107 826 11 s C202 107 826 11 s C204 104 823 11 s C205 162 970 11 s C206 107 826 11 s C207 104 478 11 s C208 162 970 11 s C301 107 826 11 s C302 107 826 11 s C304 104 823 11 s C305 162 970 11 s C306 107 826 11 s C307 104 478 11 s C308 162 970 11 s 01 8 729 117 32 s Q2 8 729 117 32 s Q3 8 729 117 32 s R1 216 857 11 s R102 216 809 11 s R103 216 830 11 s R2 216 857 11 s R202 216 809 11 s R203 216 830 11 s R3 216 857 11 s R302 216 809 11 s R303 216 830 11 s Description MOUNTE CAPACITOR CH CAPACITOR CH CAPACITOR CH CAPAC CAPACITOR CH CAPAC CAPAC CAPACITOR CH CAPACITOR CH CAPACITOR CH CAPAC CAPACITOR CH TOR TANTALU TOR CERAMIC 0 CAPAC CAPAC CAPACITOR CH CAPACITOR CH CAPACITOR TOR CERAMIC 0 CAPACITOR CH 0 TOR TANTALUM 10MF 35V CAPAC CAPAC CAPAC TRANS TRANS TRANS RES RES RES RES RES RES RES RES RES STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH TANTALU TOR CERAMIC 0 rg TOR CERAMIC 0 P CERA P CERA P CERA P TANT TOR CERAMIC 0 P CERA P CERA P CERA P TANT P CERA TOR
66. CERAMIC 0 STOR 25 4177 STOR 25 4177 STOR 25 4177 1 00 1 6 1 00 1 6 1 01 5 6K D CIRCUIT BOARD 236 C 0 C 0 ALUM 47MF 16V 01MF 25V B C d c lt AL ALUM 47 16 01 25 C 0 1MF 01MF 25V B 61 1608 16W 1608 16W 1608 OW 1608 16W 1608 16W 1608 OW 1608 16W 1608 16W 1608 DXC 390 390P Ref or Q ty Part SP Description 8325 909 o MOUNTED CIRCUIT lpc 8325 910 o MOUNTED CIRCUIT C101 107 820 11 s CAPACITOR CHIP C102 107 820 11 s CAPACITOR CHIP C104 107 820 11 s CAPACITOR CHIP C106 113 642 11 s CAPACITOR TANTA C107 164 943 11 s CAPACITOR CHIP C108 107 820 11 s CAPACITOR CHIP C109 104 852 11 s CAPACITOR TANTA C110 164 852 11 s CAPACITOR CHIP 111 164 852 11 5 C112 135 259 11 s CAPACITOR TANTA 107 820 11 s C114 107 820 11 s CAPACITOR CHIP C115 107 820 11 s CAPACITOR CHIP C116 113 642 11 s CAPACITOR TANTA C117 107 820 11 s CAPACITOR CHIP C120 164 874 11 s CAPACITOR CHIP C121 164 874 11 s CAPACITOR CHIP C122 107 820 11 s CAPACITOR CHIP C123 113 642 11 s CAPACITOR TANTA C124 104 851 11 s CAPACITOR TANTA C125 107 820 11 s CAPACITOR
67. CHIP C126 135 070 00 s CAPACITOR TANTA C127 104 851 11 s CAPACITOR TANTA C128 164 943 11 s CAPACITOR CHIP C129 104 851 11 s CAPACITOR TANTA C130 135 177 21 s CAPACITOR TANTA C131 135 070 00 s CAPACITOR TANTA C132 135 070 00 s CAPACITOR TANTA C133 135 070 00 s CAPACITOR TANTA C134 164 943 11 s CAPACITOR CHIP C135 164 937 11 s CAPACITOR CHIP C136 107 820 11 s CAPACITOR CHIP C137 104 852 11 s CAPACITOR TANTA C138 113 642 11 s CAPACITOR TANTA C139 107 820 11 s CAPACITOR CHIP C140 107 820 11 s CAPACITOR CHIP 141 107 820 11 s CAPACITOR CHIP C142 104 852 11 s CAPACITOR TANTA C143 107 820 11 s CAPACITOR CHIP C144 107 820 11 s CAPACITOR CHIP C145 104 852 11 s CAPACITOR TANTA C146 107 820 11 s CAPACITOR CHIP C148 107 820 11 s CAPACITOR CHIP C149 107 820 11 s CAPACITOR CHIP C150 107 820 11 s CAPACITOR CHIP C151 107 820 11 s CAPACITOR CHIP C152 107 820 11 s CAPACITOR CHIP C153 107 820 11 s CAPACITOR CHIP C154 107 820 11 s CAPACITOR CHIP C155 107 820 11 s CAPACITOR CHIP C156 107 820 11 s CAPACITOR CHIP C230 164 943 11 s CAPACITOR CHIP C231 113 642 11 s CAPACITOR TANTA C232 107 820 11 s CAPACITOR CHIP C233 164 943 11 s CAPACITOR CHIP DXC 390 390P ERA ERA ERA UM ERA ERA UM ERA ERA UM ERA ERA ERA UM ERA c ERA ERA ERA ERA 4 22M C C 10M C C C 47M C gt
68. GND Vour 6 5 IC DXC 390 390P 49 NIC BUSY CN401 CN401 35 5 Section 7 Block Diagrams DP 313 DP 313 CN401 10401 1 1 1402 VIDEO CONV A D 10403 VIDEO CONV 411 411 1 2 A D G 10bit R 10bit CXD9117R 1 404 B 10bit EEPROM 10405 14MHz CLOCK POBLK SDA3 SDA2 SDA SDAO CXD9087R C409 CN401 gt AVD 5 gt AHD 156 _ 38 CN401 CB CN401 WDISPLAYB WDISPLAY CDTAR IC421 CF DTAR TILB CN401 14M 166 AD VRT 5V to 3 3V AD 1 423 ADSIT 28MHz CLOCK CLOCK PHASE RECT 1 415 2 3 IC416 CONV FLD FRM CONT IC406 OUTPUT ENABLE Y CR CB REF 7 1 7 1 313 CN701 9 OBLK CN701 CN701 CN701 CN701 SCLK 5 CN701 1 5 CN 01 1 227 Jo Tr 101 2 CN701 WEN FL701 Q701 704 uj ee FL703 0703706 BUFF gt ENCODER FL702 0702 705 BUFF B Y GAIN 701 en R Y GAIN
69. SG 265 1C243 1 3 CN103 P COMT 60 CN103 AM VCO CONT 5V P NM 1C243 2 3 N NTSC DXC 390 NAM HCOMOUT P PAL DXC 390P SYNC IN NM NO MOUNT 246 INT HD 4FSCOUT 3 3 CN103 LALTR LALTR CXD1216M CXD1217Q CLOUT SC PHASE CONTROL CN103 1C239 247 g INTSC VR 248 3 3 242 SC 0 1 80 GENLOCK IC243 3 3 Yo SELECTOR DRIVER O CN103 237 IC245 1 2 246 INT SC Q 3 1 10246 vco 4FSCIN EXT_SC 1 3 230 e 70 232 CLIN gt 1244 2 3 245 2 2 1 238 241 0241 240 239 Q237 236 235 234 233 EXT SC CN103 SYNC SC EXT VBS VD 51 EXT SYNC SEPARATOR a SC FREQ H PHASE 1 236 EXT VD SC PHASE Exil 1 233 234 0230 232 D A IRIS GLOSE 51 1 115 EXT HD 1C232 244 1 3 5 CN103 5 5 T9 SDATAS 20 HD EVRO2 CS 07 Ce E 1 235 249 0231 509 265 7 4 7 4 DXC 390 390P DXC 390 390P VA 193 VA 193 IC 909 1 2 CN901 IC905 4 4 CLPOPB 9 CN901 ZOOM AMP CN901 IC 920 1 2
70. Switches the sync signal output from the 2 RGB SYNC connector D sub 9 pin at the rear panel Function Outputs the composite sync signal Selection C SYNC WEN Outputs the WEN signal When connecting peripheral equipment the signal is used as trigger pulse output to the equipment Select the polarity of the WEN signal with the POLARITY setting Y Negative Positive RGB SYNC Adds a sync signal to the G signal or R G and B signals output from the amp gt gt RGB SYNC connector Function No sync signal is added to an output signal Selection OFF connector D sub 9 pin at the rear panel G En signal output from the Selection Function RGB Adds sync signals added to the G B and R signals VBS Outputs VBS signal output from the RGB SYNC connector Y C Outputs Y C signal 28 GB Chapter2 Operation 12P CONNECTOR Switches the input and output of the DC IN VBS gt connector 12 pin Selects the output signal from this connector when OUT is selected Selection Function IN Functions as the input connector OUT Functions as the output connector Select the output signal with the SIGNAL setting HD VD Outputs the HD VD signal C SYNC Outputs the composite sync signal VBS lock Appears only when an external reference sync signal VBS signal is input Adjusts the horizontal phase and SC subcarrier phase to synchronize
71. o 29 8 O 8 ss L611 612 1613 L614 te J o R661 im 4 o 2 e o a 8662 8 2 E R663 E 2 5 2 L606 79 1 00601 R664 S 316507 6643 6642 X MB 875 B SIDE SUFFIX 11 DXC 390 390P SG 265 SG 265 Tm 122306241 _ 5 2 Rigi Riss coo TEEF R251 TP234 Fa 1233 swi 5 2 BA alles c249 c248 C a 1 SSRReAl Bos cm 230 62805 nnnnnnnnnn 266 9015241 Re 1 5 R119 C239 5626525 8 Se 6101 2 mS au 22 0236 95
72. 05 2 05 1 08 1 08 0 05 0 05 evas evas 6105 8103 10038 10038 82128 62108 205 8005 8005 ON ON SISIN S9 SIN 45052 45050 ASNE OIN ASNE OIN Yes yes 1 1 83108 93108 S9 80443 S9 80443 500448 590448 52 0 3 5290803 ON ON 52083 50 908 3 92 7093 82 8 8 3v aM 3v 8M 524088 0 0 LO 52 008 5010809 0 SH 0 DASH DASH avo viva XL viva XL 80 89 Xu viva xu CD aano dA WAS viva viva VINO 1409 Md 1 00 Md Agee AEE Agee Ag et Ag et 09 SERVICE Frame TO SHEET SWITCH GS SKX 1150 FRAME 001 102 8 3 DXC 390 390P CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 CN007 30 30 29 30 28 30 26 30 25 30 24 30 22130 21 80 13 30 19 30 15 30 12 30 14 30 16 30 1780 18 30 20 30 5 30 6 30 130 8 30 930 10 30 130 230 830 430 2330 11 30 27 30 CN 1938 CN 1938 UNREG G UNREG G UNREG G
73. 11 s CAPACITOR CHIP CERAMIC 0 1MF C1010 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C951 164 874 11 s CAPACITOR CHIP CERAMIC 100PF C1011 104 851 11 s CAPACITOR TANTALU F 10V C952 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1012 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C953 104 851 11 s CAPACITOR TANTALU F 10V C954 104 851 11 s CAPACITOR TANTALU F 10V C1013 113 985 11 s CAPACITOR TANTALU F 20V C1014 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C955 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1015 104 851 11 s CAPACITOR TANTALU F 10V C956 104 851 11 s CAPACITOR TANTALU F 10V C1016 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C957 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1017 104 851 11 s CAPACITOR TANTALU F 10V C958 135 259 11 s CAPACITOR TANTALU F 6 3V F C959 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1018 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1019 104 851 11 s CAPACITOR TANTALU F 10V C960 135 259 11 s CAPACITOR TANTALU F 6 3V F C1020 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C961 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1025 107 820 11 s CAPACITOR CHIP CERAMIC F DXC 390 390P rj VA 193 BOARD Ref No or Q ty Part No C1026 104 852 C1027 104 851 C1028 104 851 C1029 104 851 C1030 104 851 C1031 107 820 C1032 104 851 C1033 107 820 C1034 104 851 C1035 107 820 C1036 164 874 C1037 164 874 C1038 164 874 CN90
74. 16V 1005 R003 218 665 11 s RESISTOR CHIP 75 1 16W 1608 R004 218 665 11 s RESISTOR CHIP 75 1 16W 1608 C006 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C007 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 001 571 738 11 s SWITCH SLIDE 2 2 2 C008 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C009 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C010 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C011 164 882 11 s CAPACITOR CERAMIC 220PF 16V CH C012 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C013 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C014 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C015 164 882 11 s CAPACITOR CERAMIC 220PF 16V C C016 164 939 11 s CAPACITOR CHIP CERAMIC 2200PF C017 164 939 11 s CAPACITOR CHIP CERAMIC 2200PF C018 164 882 11 s CAPACITOR CERAMIC 220PF 16V CH C019 164 882 11 s CAPACITOR CERAMIC 220PF 16V CH C020 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C021 164 943 11 s CAPACITOR CHIP CERAMIC 0 01MF C022 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C023 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C024 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C025 164 870 11 s CAPACITOR CHIP CERAMIC 68PF 16 C026 164 870 11 s CAPACITOR CHIP CERAMIC 68PF 16 C027 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C028 164 878 11 s CAPACITOR CHIP CERAMIC 150PF C029 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C030 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C031 164 858 11 s CAPACITOR CERAMIC 22
75. 61 1005 1 16 2 7K 1 168 1005 1 16 220 1 16W 1005 680 1 16W OK 1 16 K 1 16W 2 7K 1 168 1005 680 1 16 OK 220 1 16W 1005 91K 1 16 1005 1005 1005 33K 33K 1005 1 168 1005 330 1 16W 0 1 16W 1005 47K 1 16W 1005 27K 1 16W 1005 330 1 16W 0 1 16W 1005 330 1 16W 0 1 16W 1005 330 1 16W 0 1 16W 1005 15K 1 168 1608 1 2K 1 16W 1 169 1 16 47K 1 16 1005 12K 1 168 15K 1 168 1608 VA 193 BOARD Ref No or Q ty Part No R1006 208 713 81007 220 196 R1008 219 600 R1009 218 970 R1010 218 959 R1011 208 643 R1012 218 947 R1013 218 957 R1014 218 959 R1015 208 643 R1016 218 947 81017 218 957 81018 218 947 81019 218 959 R1020 208 643 R1021 218 957 R1022 218 961 R1023 218 954 R1024 218 962 R1025 218 961 R1026 208 713 R1027 220 196 R1028 219 600 R1029 218 970 R1030 218 990 R1031 218 990 R1032 218 990 R1033 208 713 R1034 219 600 R1035 218 970 R1036 220 196 R1037 208 899 R1038 208 691 R1039 208 719 R1040 218 990 R1041 218 990 R1042 208 899 R1043 208 691 R1044 208 119 R1045 208 899 R1046 208 719 R1047 218 990 R1048 208 691 R1049 218 965 R1050 218 965 R1051 218 990 R1053 218 990 R1057 218 864 R1058 218 864 R1059 218 864 R1060 218 864 R1061 218
76. 800 TV lines of high horizontal resolution high sensitivity of F8 at 2 000 Ix an excellent signal to noise ratio of 62 dB DXC 390 or 61 dB DXC 390P and a low smear level The adoption of the LSI digital signal processing technology reproduces a finer more detailed picture DynaLatitude processing enables you to adjust contrast finely according to the luminance signal level of each picture element 1 Exwave HAD Exwave Hole Accumulated Diode Exwave is a trademark of Sony Corporation 6 c8 Chapter 1 Overview Dynamic Contrast Control plus function minimizes the phenomena whereby the whole screen turns white or a part of the image becomes colorless when shooting a very bright object The Partial Enhance function enables you to adjust the sharpness and tint of only a specified color Wide Range of Exposure Control The AGC Auto Gain Control function and CCD 157 9 function automatically adjust a wide range of incoming light levels When the lighting condition is poor the AGC function automatically increases the gain up to 16 times When incoming light is excessive the CCD IRIS function automatically adjusts shutter speed to cut exposure to the 2 CCD Charge Coupled Device 3 CCD IRIS is a trademark of Sony Corporation equivalent of up to 10 aperture stops When using the video camera in a fixed location or for a microscope system the AGC CCD IRIS and auto
77. 864 R1062 218 864 TP901 535 751 902 535 757 TP903 535 757 TP904 535 151 905 535 757 SP Descriptio Qo Qo Qo Q Qo co Q Qo o Qo o Qo o Qo o RESIS RESIS RESIS RESIS RESIS RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES CHIP CHIP CHIP CHIP CHIP 5 5 RESIST S 5 RESIST RESIST RESIST CH TOR CH TOR CH Utd UJ Jg Utd J Jg Jg tg UJ Jg Jg tg tg g UJ Jg Utd UJ Jg UJ UJ UJ 59 18K 13K 56K 27K 3 3 22 330 2 2 3 3 22 330 2 2 330 3 3 22 ID 1 18 13 56 27K 01 01 01 18 56K 27K 13K 3 3K 2 2K 33K 01 01 3 3K Cn 1 168 1 168 1 168
78. Board The VA 193 board consists of the circuit blocks described below S H AGC Circuit and Pre amplifier Main circuit CXA1757R Processing circuit Shading correcting circuit Signal generator circuit for lens control 1 S H AGC Circuit and Pre amplifier 2 Main circuit CXA1757R In CXA1757R 1 901 RGB signal that is input from the PA 236 board is separated signal using correlative double sampling processing There is sampling hold by input XSHD and XSHP sampling pulses is processed The separated signal is amplified by a AGC amplifier This AGC amplifier can control gain by voltage This voltage is input from IC902 is changed by every gain mode The signal that is through the AGC amplifier is input to the pre amplifier circuit In the pre amplifier gives a gain to R channel and B channel signals suppresses sensitive uneven between RGB After that is output from IC901 via blanking process and clamp circuit The black output level is approximately 1 8V Processing Circuit The RGB signal that is output from IC901 eliminates the 14 MHz component by the trap filter after through the buffer After that it is input to the white balance amplifier from IC910 to IC912 This amplifier can be controlled a gain by a voltage gain of R channel and B channel is con trolled by a voltage giving from IC906 and the white balance processing is performed And of G channel is given th
79. C144 R105 R3420 419 n R238 n C256 o 5 c C3040 2 R241 05000 0000 RISO RIS AQ ERIS S47 228188 9 EN R1880 000 1234 104 E br ex zs SLE of 1842 0000 0 08 we E E ii SOOS 52 5223 5 247 5555 5 61510 poni C307 L103 6138 M 20028 5 E 12060 Pw 10112 R261 C139 ac 91028172 5 IC aiis 1233 v 102 g 1316132 C133 C124 5 s 0 S 5192 3 C125 5 0 2 U U SG 265 SIDE SG 265 B SIDE SORPI SUFFIX 11 CX T Een s OPE Roe a4 12415 hom b i M Os o AM l CN101 p 1 11 c 56 m gt lt 1 3 50 26 5 cmm x101 S 2 pO C112 51 25 DUM 2 Hem e T H a L ir 28 vo 8 8 85 916 102409 z 9 T 1 C290 nz 2 1 9 D lt 5 1 16246 12237 4 EM 5 13 Ic210 16236110239 S p V7 54 oD ma 103 T RA S 8
80. CL406 2 CL403 1 L406 4073 MADE IN JAPAN DP 313 SIDE SUFFIX 11 DXC 390 390P EN 142 EN 142 E 25 9 0 H P 1 1 oS R766 R764 EB E 0 4 RITZ RIT R762 763 0 0729 R786 o Ir e 200250 R757 28758 8905 123 DUS wa 84 5 C797 720 ei R8010 2591 me
81. DXC 390 390P OB Filo Ux NTD VDEBIRUTS ESR KEL ZHL 0324076 Mmea id Spare Parts 3E ZZ RR LC HAV 75 RETO Semiconductor Pin Assignments CD ROMhk 25 9 968 546 2 lt Vs RENIN 75 gt BAKE ENEN ORES UI 90709 AMBOS LP VLAY ZLZOZSUR EASTGAudgsg 75039 CLEBdREBXOZu ZEiC Z o07 57 2W HEVE LK TRANSISTOR Page or ID No 2SA1226 E4 001 01 25 2226517 4 5 erts 001 01 25 1611 001 01 26 1611 1 na 001 01 25 804 002 01 25 804 1 0 002 01 26641038 0 2 rere 001 02 256410871706 0 5 001 02 2904177 001 02 2504177 T1E5L6 ct 001 02 25 94 1 2 3 001 05 25 94 2 ni poeti repente o iade ite edet 001 05 ei hey ee av Rad 006 06 XN4601 TW 006 06 DANT eLa TC006 01 XN6435 TW 00
82. Effect FLICKER _ Reduces flicker when SHUTTER is set 27 direction CANCELLER to CCD IRIS or OFF Green at the top and magenta at the bottom will be eliminated Magenta at the top and green at the bottom will be eliminated 26 2 Operation TRIGGER Set when you use a slave unit connected to the TRIG IN connector and synchronize the camera with a stroboscope SYSTEM menu Sets the items relating to the system of the camera and selection of output signals Selection Function OFF Select when you do not connect a slave unit lt gt Select when you connect a slave unit gt RATE 9600 Select POLARITY and set it to the same polarity as D SUB VIDEO VBS the input pulse signal D SUB SYNC C SYNC V Falling edge RGB SYNC G Rising edge 12P CONNECTOR IN NEGA Reverses the output image to negative positive 5 Selection Function OFF Outputs the image normally Setting items in the SYSTEM menu ON Outputs the image reversed to negative positive Setting item Contents of setting Ref page BAUD RATE Selects the baud rate 28 FLICKER CANCELLER D SUB VIDEO Switches the vid ignal output fi 28 gt witches the video signal output from When using the camera in 50 Hz lighting area DXC 390 the E gt RGB SYNC connector D or in a 60 Hz lighting
83. Europe for DXC 390P only This product with the CE marking complies with the EMC Directive 89 336 EEC issued by the Commission of the European Community Compliance with this directive implies conformity to the following European standards EN55103 1 Electromagnetic Interference Emission EN55103 2 Electromagnetic Susceptibility Immunity This product is intended for use in the following Electromagnetic Environment s E1 residential E2 commercial and light industrial E3 urban outdoors and E4 controlled EMC environment ex TV studio Important safeguards notices for use in the medical environments 1 All the equipments connected to this unit shall be certified according to Standard IEC60601 1 IEC60950 IEC60065 or other IEC ISO Standards applicable to the equipments 2 When this unit is used together with other equipment in the patient area the equipment shall be either powered by an isolation transformer or connected via an additional protective earth terminal to system ground unless it is certified according to Standard IEC60601 1 Patient Area ee ae s 3 The leakage current could increase when connected to other equipment 4 This equipment generates uses and can radiate frequency energy If it is not installed and used in accordance with the instruction manual it may cause interference to other equipment If this unit causes interference which can be determined by unplugging the p
84. NM 7 TU 8672 4 1817 T 89 100k je 0 mH 202 243 mj TABGAETIBL 554 TC7SO0FU TEBSR 872 T po TERSR 5 E TRIG M TC7SOOFU TES5R vec 156 RES m E Xp lun s af 5 4 000 cd ped a a 056 Ng GND NM 14 4 8 Cas 1816 oun OF T 1 22 3 3 3 3 100 88 VCC 3 5 3 As 18pF TT AN SSuURRRSELRZERZEARBARE 6 12 A 15 7 9 10 11 12 13 14 15 t6 1B R684 5 i 5 5 n 1 3 B7 20 8685 602 tom ES 0 T Tow T 0 i Ne Ba np 13 33 GND O P 4B GND 13 102 R659 13 101 O N NM 7 0606 10627 22 NMP HVMI7 01 TL TC7S32FU TE85R EVROSCS N NTSC DXC 390 UC J P PAL DXC 390P CE NM NO MOUNT MB 875 2 3 GS SKX 1150 MB 875 011 102 DXC 390 390P 8 17 8 17 A B D E F G H CN602 50 265 5V GND A 5V lt gt GND A 14 e TRIGGER o VCO CONT 2 RESE
85. SCREW 3 8 EP FE CU NI CR DXC 390 390P Index Section 6 Semiconductor Pin Assignments The following describes the semiconductor types used in this unit For semiconductors marked with page numbers in the index refer to the corresponding pages in this section However in some cases incompatible types are also listed therefore when a part is to be replaced also refer to the Spare Parts section In addition for semiconductors with ID Nos refer to the separate CD ROM titled Semiconductor Pin Assignments Sony Part No 9 968 546 xx that allows searching for parts by semiconductor type or ID No The semiconductors in the manual or on the CD ROM are listed by equivalent types Thus the external view or the index mark indication may differ from the actual type Pin assignments and block diagrams are based on the IC manufacturer s data book DIODE Page or ID No D2E 20 ariete oportere t DC007 01 D2FE20U T mede DC007 01 HVM17 01 DC001 03 AVMA ZOTE rrt rrr e ERO Yee DC001 03 111 8 50 DC008 01 IAT DC008 01 rei irre ee DC001 01 MATSI c eet re vie en e ree e de eid DCO001 01 1142 0180 E DC001 03 MA3J14300L S0 DCO001 01 inva iere HERR DC004 03 MAY2A EX ne oe ER EO ED eed DC004 03
86. adjust the white balance so that optimum color reproduction is obtained 7 2 BARS button 2 Select the WHITE BALANCE menu and set MODE to Operation procedure Press the MENU button to display the MAIN menu AWB 9 WHITE BALANCE gt MODE WB N R PAINT 0 0 5 For menu operation see Operation through Menus Menu operation procedure on page 14 3 Press the MENU button twice to remove the menu 4 Display the camera image on the monitor screen If a color bar signal is displayed on the screen press the BARS button to turn it off 5 Set the lens iris control as follows 1 20 E When using an auto iris lens Set to auto iris control When using a manual iris lens Set to an appropriate iris opening value Continued 39 Chapter 2 Operation DXC 390 390P 1 DXC 390 390P Shooting 6 Place a white object white pattern white cloth etc in the same light as that falling on the object to be shot then zoom in on the white object to fill the screen as follows 35 of screen height The white L object must fill a rectangle of 1596 of 15 this size screen screen Avoid very width width bright highlights within the rectangle 10 of screen height The white object can be a white wall near the object to be shot
87. iris controls automatically adjust a wide range of incoming light levels The desired AE window can be set by using the AE AREA MANUAL function Wide range of electronic shutter modes The wide range of speeds for the electronic shutter minimizes blurring in fast moving objects and produces acceptably bright still images of objects shot in poor light Flickerless mode This mode allows you to obtain flickerless images shot even under fluorescent light Clear scan mode This mode reduces horizontal bands appearing in computer displays when shooting the display with the conventional video camera Versatile use with external equipment The video camera is equipped with three types of outputs composite Y C and RGB outputs The camera offers a high quality picture on a connected monitor or VCR The camera can be remotely controlled with the RM C950 remote control unit not supplied RS 232C interface The camera can be controlled from a computer via the RS 232C interface For details contact your authorized Sony dealer Compact and lightweight The camera is compact 56 x 50 x 128 mm 2 4 x 2x 5 s inches and very light approx 370 g 13 oz allowing easy installation even where space is a problem Following are some sample applications As a permanent fixture in theaters concert halls etc bird s eye view camera for special events As video conference system
88. items lt GENERAL gt gt MODE FIELD SHADING COMP OFF TRIGGER OFF NEGA OFF FLICKER CANCELLER OFF BugBselect CCD MODE Selects the CCD read out mode Selection Function FIELD Accumulates charges in field units Use to shoot a moving object FRAME Accumulates charges in frame units Provides the image with the highest possible vertical resolution Use to shoot a still object SHADING COMP Shading compensation Eliminates green or magenta color which may appear at the top or bottom of the screen when the camera is used with an optical instrument Setting items in the GENERAL menu Selection Function Setting item Contents of setting Ref page OFF Color elimination does not function CCD MODE Selects the CCD read out mode 26 ON If green or magenta color appears at the top or bottom of the screen when the camera is attached to a microscope etc select this setting SHADING Eliminates color at the top and bottom 26 MP fth When SHADING COMP is set to ON LEVEL is TRIGGER polanbowheniconnectnga 227 displayed Adjust while watching the screen so that the color slave unit to synchronize with is eliminated Adjustabl is f 127 to 4127 stroboscope 15 eliminated Adjustable range is from 127 Reverses the output image to negative 27 Adjusting
89. picture appears 3 Turn 102 switch on the SG 265 to the ADJ side down side 4 The ADJ picture is displayed Monitor Screen XX data Adjust number XX is shown data XX 4 2 E 4 2 Adjustment 4 2 1 VCO Adjustment original oscillator adjustment Monitor screen Input the VBS OUT on a camera to the EXT IN on a signal generator Equipment Preparation Input the SC output on a signal generator to a frequency counter Adjustment Procedure Adjust Adj61 NTSC or 4 14 PAL so that the SC frequency becomes the specification 3 579545 MHz 5 Hz NTSC 4 433618 MHz 5 Hz PAL Specification 4 2 2 Built in Color Bars Adjustment adjustment from DSP Equipment Preparation Waveform monitor and vectorscope Press the BARS button to the built in color bars side Adjust Adj31 so that the white level becomes the specification A Adjust Adj32 so that the wave form becomes the specification B Adjust Adj33 so that the wave form becomes the specification C A 75 IRE 1 IRE NTSC 700 mV 7 mV PAL The waveform becomes flat R G B OUT Adjustment R OUT Adjustment B OUT Adjustment Specification The waveform becomes flat DXC 390 A B C G B R DXC 390P A B C G B R DXC 390 390P OUT Adjustment Adjustment Procedure Adjust Adj72 and Adj73 so that the chroma level becomes the specification D Adjust Adj74 so that the burst level becomes the specif
90. poe X ZOOM 35 PBLK IRIS OPEN CN901 19 XRS FOCUS d CLPDM FOCUS 34 34 X SHP RCDS OUT IC908 Q914 1 3 1C907 2 3 X SHD 1 905 3 4 CLAMP 10913 CN901 B CDS OUT ox IRIS 901 0902 1 905 1 4 0909 Y GAIN CONT Q903 Q904 Q905 IRIS GND AMP Y DC SELECT 1 905 2 4 0906 FL 901 Q910 IC910 Q915 Q916 0921 0922 IC 915 Te 14M BB b CN901 TRAP gt FILTER KNEE IC 918 1 4 CXD1757R 0907 FL 902 0911 16911 0917 0918 Q923 Q924 IC 916 14M CN901 TRAP tiie WAITE S H TR FILTER VOR KNEE CLIP 8 S H AGC IC 918 4 4 9908 FL 903 Q912 IC912 Q919 Q920 0925 0926 IC 917 14M BUF TRAP VCA AGC CONT CN901 4 5 IRIS OPEN CN901 05 5 CN901 SCLK 5 CONV 906 gt D A SDATA 5 id 29 EVR08 CS CN901 16903 CLAMP LEVEL CONT OFF SET FILTER IC 918 3 4 CENTER SET G SHADE CONV WB CONT PRE KNEE LEVEL CONT BIAS 5 SHADING PULSE GEN 1 904 1 919 0913 MIX LEVEL CENTER POINT RECT 7 5 7 5 VA 193 DXC 390 390P Section 8 Schematic Diagrams 8 1 8 1 Frame Frame
91. supplied with the lens Attaching the supplied tripod adaptor Following is an example of attaching the tripod adaptor to the bottom panel of the camera You can also attach the tripod adaptor to the top panel of the camera e g Attaching on the bottom panel M3 screws Tripod adaptor Mounting to a Wall or Ceiling Attach the camera with the tripod adaptor to the mounting bracket or suspension bracket using the appropriate screws U1 4 20 UNC that fit the tripod holes of the adaptor Continued Chapter Installation and Connections 45 1 23 E 1 Installation Reference dimensions for attaching a tripod Top 45 5 1 5 Hole depth 5 7 s2 14 3 16 89 Tripod screw depth 7 5 2 Side Tripod adaptor NI e s 2525 45242 10 4 9 er Ex Tripod adaptor Unit mm inches Bottom 18 Tripod screw depth 7 Unit mm inches 46 cB Chapter 3 Installation and Connections Basic System Connection To supply power to the camera use the CMA D2 D2MD D2CE D2MDCE camera adaptor There are two methods for connecting the camera and the camera adaptor Using the CCDC cable which only supplies power to the camera For connecting method see page 48 Using the CCMC cable which supplies po
92. then encode VBS and Y C signals are generat ed The input Y signal gain is performed at gain control amplifier IC704 and also the input R Y and sig nals gain are performed at GCA in IC703 Each level setting Y SYNC BURST SETUP and White clip is performed by IC701 The title signal from the DP 313 board can be also mixed to a final output signal of IC704 turning the S701 switch on RGB generator circuit RGB signals are made from color differential signals Y R Y and B Y output the DP 313 board SYNC addition independently controls ON OFF for R B and G Video signal driver circuit VBS Y C and B signals output via 75 ohm driver circuit HD VD C SYNC and WEN signals also output via driver circuit Also HD line and VD line using both input and output are change controlled by two way buffer IC712 DXC 390 390P 3 4 50 265 Board The microprocessor communicates a data with each board and controls a camera And by external sync circuit around the Gen Lock IC sync mode is discriminated and sync source signal is separated These construct 4fsc clock PLL Microprocessor IC107 uPD70F3017 This is 32 bit RISC microprocessor of a flash type The clock frequency uses 17 MHz X101 Program write terminal is common use with the commu nication terminal UART a change connection performs between software rewrite in IC102 and normal commu nication IC101 is EEPROM stored camera setting dat
93. to be adjusted simultaneously on the screen Chapter 2 Operation 41 cB 1 21 E Chapter Installation and Connections Installation Note Be sure to use a lens whose projected part from the lens mount surface is less than 4 3 mm Mounting the lens with a C mount lenses with the following lens mount surface can projected part greater than 4 3 mm may damage the internal be attached to the camera mechanism of the camera Applicable Lens Lens mount surface Ao 4 3 mm or less 42 GB 3 Installation and Connections Mounting the Lens 1 Remove the mount caps of the camera and lens 2 Align the threaded portion of the lens mount with that of the camera mount and slowly rotate the lens clockwise Mounting the VCL 610WEA Zoom Lens to fix to the camera 3 Connect the lens control cable to the LENS connector on the camera 1e deu Lens control cable To adjust the position of the lens After fixing the lens to the camera rotate the lens further clockwise When the lens mount is slipped rotate the lens in the desired direction Chapter 3 Installation and Connections 43 GB 1 22 E DXC 390 390P 1 DXC 390 390P Installation Mounting the VCL 614WEA Zoom Lens Lens control cable 44 cB Chapter 3 Installation and Connections Mounting a Microscope Adaptor To attach the c
94. 07 820 C478 107 820 C479 107 820 C48 107 820 C482 104 851 CN401 794 307 C401 8 752 376 32 C402 8 752 376 32 C403 8 752 376 32 C404 8 759 661 32 C405 8 759 662 10 C406 8 759 064 36 C409 8 759 661 30 C410 8 752 363 60 411 8 759 669 45 C414 8 759 531 92 C415 8 759 523 95 C416 8 759 491 46 C420 8 759 101 12 C421 8 759 058 62 C423 8 759 523 8 1401 412 029 1402 412 029 1403 412 029 1404 412 029 1405 412 029 1406 412 028 1407 412 029 1408 412 029 0401 8 729 111 32 0402 8 729 111 16 R403 219 600 R404 219 598 R405 218 945 R408 218 929 8409 218 945 R410 218 929 R411 218 945 R412 218 929 R415 218 989 R416 218 989 R417 218 941 R418 218 941 8419 218 990 8422 218 990 8423 218 990 R425 218 990 R426 218 949 R427 218 989 R428 218 989 R429 218 989 R430 218 941 R442 218 990 R443 218 965 SP CAPACI XQ OC OC Qo o Q o XQ RESIST DUC s CHIP INDUCT DUC Description CAPACI CAPACI CONNECTOR BOARD TO BOARD CXD23 CXD23 CXD2310AR CXD9117R AT28BV64 30TC QAR QAR MB88346BPFV CXD9087R CXD2307R 14 TLO62CPWR 12 TC7WH C TCTAVHCT4FT EL C TC74VH C UP
95. 0P Specifications Image system optical system Image device 1 3 type CCD interline transfer type Effective picture elements DXC 390 768 horizontal x 494 vertical DXC 390P 752 horizontal x 582 vertical Lens mount C mount Video system Synchronization Internal external synchronization VBS HD VD switched automatically Signal format DXC 390 NTSC standard format EIA standard DXC 390P PAL standard format CCIR stnadard DXC 390 525 lines 2 1 interlace DXC 390P 625 lines 2 1 interlace Scanning frequency DXC 390 15 734 kHz horizontal 59 94 Hz vertical DXC 390P 15 625 kHz horizontal 50 00 Hz vertical Scanning 60 Chapter 4 Appendix Functions performance Horizontal resolution 800 TV lines Sensitivity 2000 lux F8 3 200K Signal to noise ratio DXC 390 62 dB DXC 390P 61 dB Gain control AGC Automatic Gain Control STEP 0 24 dB in units of 1 dB HYPER White balance AWB R PAINT B PAINT MANUAL R GAIN B GAIN ATW R PAINT B PAINT 3200K 5600K Electronic shutter speed Adjustable in the range from 1 100000 to about 8 0 sec adjustable with CCD IRIS Linear matrix ON OFF switchable Gamma compensation ON OFF switchable Charge accumulation mode Switchable between field and frame mode Inputs outputs Video input output signals Composite video 1 Vp p 75 ohms R G B 1 0 Vp p 75 ohms at R G B on Sync Y 1 Vp p 75 ohms Y C 1 Vp p same level as V
96. 1 194 204 CN902 691 346 D901 8 719 421 69 FL901 234 504 FL902 234 504 FL903 234 504 C901 8 752 064 37 C902 8 759 064 36 C903 8 159 064 36 C904 8 759 669 45 C905 8 759 076 06 C906 8 759 064 36 C907 8 759 196 69 C908 8 759 082 61 C909 8 759 058 58 C910 8 759 661 29 C911 8 759 661 29 C912 8 759 661 29 C913 8 759 082 61 C914 8 759 700 95 C915 8 759 062 66 C916 8 159 062 66 C917 8 759 062 66 C918 8 759 076 06 C919 8 759 082 61 C920 8 759 058 62 190 1 412 030 11 1902 1 412 030 11 1903 1 412 030 11 1904 1 412 030 11 0901 8 729 117 32 0902 8 729 117 32 0903 8 729 111 32 0904 8 729 111 32 0905 8 729 117 16 0906 8 729 117 16 0907 8 729 117 16 0908 8 729 117 16 0909 8 729 117 32 0910 8 729 117 32 0911 8 729 117 32 0912 8 729 117 32 0913 8 729 402 84 0914 8 729 111 32 5 18 5 Qo Qo no nn XQ XQ XQ Qo o Description CAPACITOR TANTALUM 22 10 CAPACITOR TANTALU F 10 CAPACITOR TANTALU F 10 CAPACITOR TANTALU F 10 CAPACITOR TANTALU F 10 CAPACITOR CHIP CERAMIC 0 1 CAPACITOR TANTALU F 10 CAPACITOR CHIP CERAMIC 0 1 CAPACITOR TANTALU F 10 CAPACITOR CHIP CERAMIC 0 1 CAPACITOR CHIP CERAMIC 100 CAPACITOR CHIP CERAMIC 100 CAPACITOR CHIP CERAMIC 100 CONNECTOR BOARD TO BOARD CONNECTOR FFC FPC 8P DIODE
97. 1 R492 R494 R497 R498 R500 R501 R502 R503 2 2 2 2 2 2 2 2 2 B2 2 2 2 2 2 2 2 2 2 2 2 2 22 2 2 2 2 2 2 2 2 2 22 2 2 2 2 2 2 2 52 2 2 52 2 2 2 2 2 2 52 2 2 2 2 2 Ed 8 965 8 965 8 965 8 965 8 965 8 965 8 941 8 941 8 941 8 965 8 957 8 959 8 941 8 965 8 941 8 990 8 990 8 953 8 941 8 941 8 941 8 941 8 941 8 953 8 953 8 953 8 953 8 953 8 953 8 953 8 965 8 965 8 965 8 953 8 977 8 977 8 990 8 965 8 965 8 990 8 965 8 990 8 990 8 959 8 959 8 959 8 945 8 945 8 945 8 719 8 719 8 719 8 721 8 7 8 7 SP OQ Qo o Qo ANNAN o ANNAN t ANNAN ANNAN ANNAN Q Qo Qo Qo XQ Descr RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES
98. 115AR XY CXD1267A TC7S04FU TE85R TC7S04FU TE85R CXD1256AR TC74VHCTO4AFT EL DXC 390 390P 875 BOARD Ref or Q ty C614 C615 C616 C619 C621 C625 C627 C628 C629 C630 C631 C632 C633 C634 C635 C636 L601 L602 L603 L604 L605 L606 L607 L608 L609 L610 L611 L612 L613 L614 L615 L616 L617 L618 0602 0603 DXC 390 390P Part No 8 759 257 96 8 759 195 81 8 759 058 62 8 759 566 06 8 759 447 77 8 759 082 59 8 759 058 64 8 759 196 97 8 759 196 97 8 759 196 96 8 759 196 97 8 759 524 19 8 759 058 54 8 759 058 54 8 759 271 86 8 759 271 86 412 030 412 030 412 030 412 030 412 030 412 026 424 673 424 613 424 613 424 673 424 673 424 673 424 673 424 673 412 030 412 177 412 030 412 030 8 729 141 53 8 729 117 16 218 990 218 941 218 975 218 965 218 990 218 953 218 965 218 990 218 96 218 990 218 218 218 218 218 218 941 218 941 218 941 218 965 218 96 218 941 SP Descripti Qo o Qo o Qo o Qo o Qo C ND CO CO CO CO CO CO CO CO IND MIC s IND XQ XQ
99. 117 32 s TRANSISTOR 2564177 0103 8 729 117 32 s TRANSISTOR 2504177 0104 8 729 104 25 s TRANSISTOR 258804 0230 8 729 117 16 s TRANSISTOR 25 1611 6 0231 8 729 117 16 s TRANSISTOR 2SA1611M6 0232 8 729 117 32 s TRANSISTOR 2504177 0233 8 729 402 84 s TRANSISTOR XN460 0234 8 729 403 29 s TRANSISTOR XN6435 0235 8 729 402 19 s TRANSISTOR XN650 0236 8 729 117 16 s TRANSISTOR 25 1611 6 0237 8 729 403 29 s TRANSISTOR XN6435 0238 8 729 402 84 s TRANSISTOR XN4601 for UC J 0239 8 729 402 19 s TRANSISTOR XN650 0240 8 729 117 16 s TRANSISTOR 25 1611 6 0241 8 729 117 32 s TRANSISTOR 2564177 R101 218 990 11 s RESISTOR CHIP 16W 1005 R102 218 990 11 s RESISTOR CHIP 16W 1005 R103 218 965 11 s RESISTOR CHIP 1161 106 218 953 11 s RESISTOR CHIP 1 1 16W R107 218 965 11 s RESISTOR CHIP 10K 1 16W R108 218 953 11 s RESISTOR CHIP 1 1 16W R109 218 965 11 s RESISTOR CHIP 10K 1 16W R110 218 965 11 s RESISTOR CHIP 10K 1 16W R111 218 965 11 s RESISTOR CHIP 10K 1 16W R112 218 965 11 s RESISTOR CHIP 1161 R113 218 965 11 s RESISTOR CHIP 10K 1 16W R114 218 965 11 s RESISTOR CHIP 16W R115 218 965 11 s RESISTOR CHIP 10K 1 16W R116 218 965 11 s RESISTOR CHIP 10K 1 16W R117 218 965 11 s RESISTOR CHIP 10K 1 16W R118 218 965 11 s RESISTOR CHIP 16W DXC 390 390P 56 265 BOARD DXC 390 390P Ref No or Q ty Part No R119 218 965 R120 2
100. 18 965 R121 218 965 R122 218 953 R123 218 953 R124 218 971 R125 218 965 R126 218 965 R127 218 965 R128 218 990 R129 218 965 R130 218 990 R131 218 953 R133 218 965 R134 218 990 R135 218 969 R136 218 953 R137 218 965 R138 218 965 R139 218 965 R141 218 913 R142 218 953 R143 218 973 R144 218 965 R145 218 965 R146 218 965 R147 218 990 R148 218 965 R149 218 965 R150 218 990 R151 218 990 R152 218 990 R153 218 965 R154 218 965 R155 218 969 R156 218 965 R157 218 953 R158 218 960 R159 218 965 R160 218 965 R161 218 962 162 218 965 R163 208 713 R164 208 697 R165 218 965 R166 218 965 R167 208 697 R168 208 713 R169 208 707 R170 208 707 R171 208 707 R172 218 990 R173 218 965 R174 218 965 R175 218 965 R176 218 965 R177 218 965 R178 218 965 R180 218 965 SP Qo o Qo Qo o o Qo o Qo o Descri RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES
101. 2 2 2 2 2 2 2 2 32 2 2 2 2 2 2 2 2 2 2 2 2 54 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 8 990 8 990 8 990 8 945 8 945 8 945 8 961 8 961 8 961 8 955 8 955 8 955 8 961 8 957 8 957 8 960 8 961 8 953 3 953 08 688 20 881 08 691 08 861 8 08 687 08 699 8 990 08 683 08 683 8 990 8 969 8 969 9 959 8 953 08 899 08 699 8 990 08 899 20 168 08 691 8 990 08 687 08 699 8 990 08 683 08 899 08 862 18 953 08 899 18 990 08 699 08 671 18 864 18 990 08 671 18 864 18 990 o o o o o o o o o o o o o o o o o Description TRANSISTOR 2504177 RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STO
102. 2 113 682 C663 113 682 C664 164 156 C665 115 T18 C666 164 156 C667 113 981 C669 115 757 C670 113 981 C671 164 156 C612 104 852 C673 110 398 C614 113 981 C675 107 820 C676 162 970 C677 113 981 C678 110 398 C679 164 943 C680 162 966 C681 104 851 C682 104 910 C683 107 820 C684 164 943 C685 164 856 C686 164 856 C687 164 866 C689 107 820 C690 104 851 C691 164 843 C694 107 820 C695 107 820 C696 107 820 CN601 150 360 2 CN602 194 306 CN603 770 677 CN604 194 306 CN605 770 677 CN606 166 360 2 D601 8 719 059 5 D602 8 719 059 5 D603 8 719 059 5 D604 8 719 420 77 D605 8 719 420 77 D606 8 719 974 98 DD601 1 476 017 11 C601 8 752 372 14 C602 8 759 064 36 C603 8 759 082 61 C604 8 752 372 14 C606 8 759 661 31 C607 8 752 372 14 C608 8 759 058 58 C609 8 759 058 58 C611 8 752 351 03 C612 8 759 491 46 SP o o o o o o o 5 ca uU n o o o o Description CAPAC CAPAC CAPAC CAPAC CAPAC TOR TANTALUM 33 TOR ELECT 150MF TOR TANTALUM 33 TOR TANTALUM 33 TOR CERAMIC 0 1 F 1 6 F 1 F 1 F 2 CAPAC CAPAC CAPAC CAPAC CAPAC TOR ELECT 82 25 TOR CERAMIC 0 1 3 1 2 TANTALUM 22MF 2 TOR ELECT TOR TANTAL 22MF 2 CAPAC CAPAC CAPAC CAPAC CAPAC TOR CERAM T
103. 2 20 ZEE 9 De C938 9 H C1019 C978 2 22 6977 3 1 677 520 11 2EP GW lt 2 50 8 fn VA 193 SIDE VA 193 SIDE SUFFIX 11 9 6 9 6 DXC 390 390P DXC 390 J UC Printed in Japan DXC 390P CE J E Sony Corporation 2000 4 26 9 955 208 01 Communication System Solutions Network Company 2000
104. 218 953 R987 218 953 R988 218 953 R989 218 947 R990 218 990 R991 219 598 R992 218 970 R993 218 947 R994 218 990 R995 218 947 R996 218 990 R997 218 947 R998 218 990 R999 218 967 R1000 218 954 R1001 218 953 R1002 218 953 R1003 218 973 R1004 218 966 R1005 218 967 DXC 390 390P SP Descriptio OQ Qo o Qo Qo o Q Q Qo o Qo o Q Qo o Qo o Qo o Qo o RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES S S 5 5 5 CH CH CH UJ Jg Jg tg tg rg U FJ FJ Jg tg tg UJ Jg Utd JU rg Fg Jg J tg tg FJ Utd Jg 2 7K 1 1 16 220 1 16 1005 680 1 16W OK 1 16
105. 250 x 64 00 us 35 0 us constant 16035 0 us Approx 0 016 seconds Selection Function CCD IRIS Automatically adjusts the luminance level for VIDEO Select when you use a lens that automatically optimum output level When incoming light is adjusts the iris according to the input video signal excessive this function automatically adjusts the Select AE LEVEL then adjust the auto exposure shutter speed to cut exposure equivalent to up to 10 focusing point in the range from 127 to 127 aperture stops REMOTE Select when you use a lens that adjusts the iris according to the DC power supplied 18 Chapter 2 Operation IRIS Selection Function Appears when you set LENS to REMOTE 7 5 Selects how to adjust the iris You can select AUTO AE AREA MANUAL Sets the AE window with the desired size Continued and position on the screen MANUAL AUTO Adjusts the iris automatically MANUAL RM C950 remote control unit Adjusts the iris with the IRIS control on the Selection AE LEVEL Function Sets auto exposure focusing point in the range from 127 to 127 AE AREA Sets the AE Auto Exposure window when the camera is set to AGC CCD IRIS or auto iris control mode MULTI Divides the screen into 9 sections and adjusts auto exposure according to the luminance level in each section Normally set to his position LARGE MID SPOT and SLIT Displays the ollow
106. 3 R267 218 947 R268 218 953 R269 208 899 R270 218 941 R271 219 606 8272 218 953 8273 208 107 8274 208 692 8275 208 707 8276 208 699 R277 208 707 R278 218 989 R280 218 953 R281 218 980 SP Qo Qo o Qo XQ Qo o nn Descri RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES s RES n XQ XQ XQ Q XQ XQ RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES Jg Jg Jg Jg tg Jg JU Utd UJ Jg Jg tg sa 80K 5 for UC J for CE 1608 for for CE UC J for CE for CE for UC J 5 15 56 265 BOARD Ref No or Q ty Part No R282 R283 R284 R285 R286 R287 R288 R289 R290 R291 R292 R293 R294 R295 R296 R297 R298 R29
107. 4FU TC7W74FU TE12R TC7W74FU TC7WHOAFU TE12R TC7WO4F 12 22 40 222 0 0 0 TC7WO8F 2 TC7W74FU 1 2 0 TC7W74FU TEOG2CPM eere RC4558 cin recte ere er inh RC4558 TLO64CPW XRA10324AF TLO64CPW E05 XRA10324AF 2 ee UPC311C UPCSTIG2 E2 SER eee UPC311C 5802 2 cite tese Ste RO RC4558 UPD6466GS 541 E2 UPD6466GS 502 E2 24645581 2 7 2 TC74HC574P DXC 390 390P CXA1757R T6 SONY HEAD AMP FOR MULTI CCD DIGITAL CAMERA INPUTS TOP VIEW AGCCONT AGC GAIN CONTROL AGCMAX MAX AGC GAIN CONTROL S959 9399299855938 BDIN B CHANNEL CCD SIGNAL BGAIN GAIN CONTROL BPIN B CHANNEL CCD SIGNAL CLPBL CLAMP PULSE CLAMP CLPCG CLAMP CLPCR CLAMP CLAMP PULSE CLPOB CLAMP PULSE CSHI A D S H SLEW RATE CONTROL GDIN G CHANNEL CCD SIGNAL GPIN G CHANNEL CCD SIGNAL IOUTCONT INPUT CLAMP SIGNAL CONTROL OFFSET CLAMP SIGNAL VOLTAGE CONTROL
108. 51 164 937 164 937 107 820 164 937 107 820 135 259 107 820 135 259 107 820 135 259 107 820 107 820 125 839 125 839 101 820 135 259 101 820 135 208 107 820 107 820 107 820 107 820 125 839 125 839 125 839 125 839 101 820 101 820 104 851 107 820 101 820 107 820 107 820 SP Description 9 A o MOUNTED CIRCU 9 A o MOUNTED CIRCU QO bo o o
109. 6 01 XN650 e 006 02 6501 006 02 6 1 Index IC Page or ID No 28 64 30 44 44220222 28 64 15 10358 2 RC4558 BA7655AF E2 BA7655AF OXAT592R e CXA1392R OXAT592RETHi E EUR CXA1392R OXNAT 57RZ2 tie bebe ved aen 6 3 OXDJT216M 2 eS CXD1216M CXD1216M TH CXD1216M CXD1217Q CXD1217Q CXD1217Q T4 iie CXD1217Q 6 01256 go eee e eene ii 6 4 1256 6 8 6 4 1267 ts CXD1267N GXD2307R T6 rede e ele reden CXD2307R CXD2310ARC7TA et CXD2310R ICX258AL rnt eec eee 6 5 25 e Heim e 6 5 251 06 6 5 8 2 aser RC4558 ET1362G6S E2 ed a ER E dress LT1359CS 2 MAX314CSE MAX3232CSE TE2 MAX3232CSE TE2 88346 2 88346 MB88346BPFV EF 88346 1496 E MC1496P NJMATA96MCETE2 riot rite t reete MC1496P NJM360M LM360N NJM360M TE2 LM360N 5 80830
110. 6 265 BOARD Ref or Q ty Part C290 104 913 C291 113 981 C292 104 851 C293 107 820 C294 164 858 C295 164 943 C296 107 820 C297 164 854 C298 107 820 C299 107 820 C300 104 852 C301 113 682 C302 104 913 C303 104 913 C304 107 820 C305 107 820 C306 107 820 C307 113 985 C308 164 856 C309 104 851 C310 113 991 C311 164 943 C312 164 856 C313 164 856 C314 164 882 CN101 714 710 4 CN102 166 210 2 CN103 794 307 0101 8 719 073 0 023 8 719 059 5 0231 8 719 059 52 0232 8 719 059 5 101 1 500 215 1 102 1 500 215 1 FB103 1 500 215 1 FB104 1 500 215 1 FB105 1 500 215 1 106 1 500 215 1 107 1 500 215 1 C101 8 759 589 29 C102 8 759 082 6 C103 8 759 083 94 C106 8 759 524 5 C107 8 759 663 37 C108 8 759 490 4 C109 8 159 548 9 C111 8 759 662 75 C112 8 759 441 99 C113 8 759 058 58 C115 8 759 198 34 C230 8 752 335 47 C231 8 752 341 58 C232 8 759 058 58 C233 8 759 524 19 C234 8 759 058 58 C235 8 759 058 58 C236 8 759 064 36 C237 8 759 058 62 SP Description o Qo o ANNAN o C o Qo o nn XQ t XQ Qo
111. 6501 TW E 0277 N 10248 013 TC74VHC123AFT EL 8 13 10246 19 TC74HC4053AFT EL 10241 0237 7504 XN6435 TW 8321 VA Je R310 33k 02 2SA1611 T1M6 C313 UPC358G2 E2 10248 38 TC7AVHC123AFTIEL 8 13 X230 1431818MHz 17 734475 2 a N NTSC DXC 390 UC J 50 PAL DXC 390P NM NO MOUNT 10V 0239 0240 XNG501 TW 25 161171 6 Nf 9 1232 150uH C297 m E 0298 R329 LRU R339 L cap 1 RM2 L 3 30 3 O tuF 18 AF m Wr 22k 20V 10248 113 10242 TC74VHC1 NJM360M TE2 R R328 22k 1233 TAE T 16V 1235 AFSC 4 OBLK 54 SYNC 55 657 ADBIAS 12 KJ 8070 3540 12 INTSC 53 597 GND O 12 EJ 12 SG 265 2 2 GS SKX 1150 SG 265 011 102 CN901 16 50 15 50 CN90 2350 05901 CN901 01 1960 2050 CN 2150 CN 2250 CNo0 24 50 CN901 2550 CN901 2750 CN901 2650 VA 193 1 2 VA 193 1 2 E C907 0909 WW 16V 0921 12 MiB 00 8902 0 0 22 TC7SO8FU TEB5R 2 4
112. 7 28 36 43 44 te 48 L C406 1002 T O tuF 10 7 06 26 416 56 die TCTAVHCOAFT EL TCTAVHCOAFTIEL cki 10 86 ET M P fifi GND D GND D GND D GND D GND D GND D GND D 66 10416 TC7AVHCO4FT EL C438 NM DACLOCK 8 6 8 6 DXC 390 390P B C D E F G H 313 313 870 SEVA 6770 WRGBCHO WAGBCHO WRGBCHI WAGBCHt 1970 BECOL BECOL NC WB AE WB AE R591 8592 R571 R572 R512 R513 NM E 10k 10k 10k NMS 10k NMS 10k C456 L C457 0459 L 0461 tL 6462 L C463 tL C464 T OF T OF 7 WOISPLAYB Qiu T 010 p p inr WOISPLAYB Wem PELKDSP SBIK 07 DSP 409 CR2 CXD9087R om ROHS CR4 Cas TCTWHO4FU TE12R R534 NM 04 TCTWHO4FU TE12R 6 2 44 gOTWHOLFUTEI2R 468 Toad 184 TCTWHO4FU TE12R 62 31 32 33 52 53 56 57 60 61 0900 ADDONOFF 8 16423 15 TCTAVHCOBFTEEL 48 1 3 TC74
113. 9 R300 R301 R302 R303 R304 R305 R306 208 703 8 957 8 953 8 953 208 922 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 8 970 8 953 8 953 208 701 208 702 8 977 8 959 8 957 8 965 208 703 8 941 208 707 8 953 8 955 8 953 8 961 8 957 8 965 9 6 6 8 941 208 7 8 969 8 959 208 707 208 7 2 2 208 7 8 980 8 965 8 973 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 22 2 2 2 2 2 2 2 2 2 5 9 5 8 965 8 954 8 965 8 958 8 955 8 959 8 941 8 965 8 965 8 969 8 953 8 943 8 957 8 959 8 954 8 947 8 968 8 961 8 953 8 953 8 957 8 848 8 977 8 969 SP ANNAN Q Qo o Qo OQ Qo Qo co Q XQ XQ nn Descr RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES
114. B 875P for CE OUNTED CIRCUIT BOARD CN 1938 OUNTED CIRCUIT BOARD 56 265 UC J OUNTED CIRCUIT BOARD SG 265P for CHU COMPLETE ASSY for UC J CHU COMPLETE ASSY for CE GUIDE ASSY ADJUSTER SCREW ADAPTOR ASSY TRIPOD CASE ASSY UPPER CASE ASSY LOWER STAY ASSY RECEPTACLE CONNECTOR 6P LENS CONNECTOR ROUND TYPE 12P DC IN VBS SOCKET D SUB CONNECTOR 9P RGB SYNC CONNECTOR BNC VIDEO OUT TRIG IN SWITCH SHEET CONNECTOR ROUND REMOTE CABLE FLEXIBLE FLAT 30 CORE CAP C MOUNT PANEL REAR RUBBER 10X60X4 LUG GROUND CONNECTOR SCREW M2 LOCK ACE P2 P2X3 WASHER 2 6 NYLON SCREW B3X8 5 3 5 3 Electrical Parts List CN 1938 BOARD CN 1938 BOARD Ref No Ref No or Q ty Part No SP Description or Q ty Part No SP Description 8325 293 MOUNTED CIRCUIT BOARD CN 1938 L014 410 981 31 s CHIP INDUCTOR 0 1UH 2012 1015 410 981 31 s CHIP INDUCTOR 0 1UH 2012 C001 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 1016 410 981 31 s CHIP INDUCTOR 0 1UH 2012 C002 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C003 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 R001 218 665 11 s RESISTOR CHIP 75 1 16W 1608 C004 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 R002 218 665 11 s RESISTOR CHIP 75 1 16W 1608 C005 164 858 11 s CAPACITOR CERAMIC 22PF
115. BFU TE85R TOTSETOSFU TEBSR 0701 28 1611 1 6 0704 1707 0708 0709 Qni 28 1611 1 6 156 28041087106 0 2804177 11516 2504177 1516 i n 7 12 38 35 34 33 32 3t 30 29 28 27 26 25 SYNC cr SHPOUT YLEVEL SHPCLPI SHPCLP2 5701 SHPLEVEL FADERMODE FADERSIG SETUPLEVEL SYNCLEVEL Of 9 3 YTBLK WCLEVEL NOISESLICE SETUPCLP YOUT YHIN VOUT YL_YHCLP m CHROMA YL YHN DGND me CXA1592R TH ch COUT BLEVEL BYIN CSAGC B YCLP MODE 7 16 ON 0702 0705 28 1611 1 6 28 1611 1 6 C739 16 TP702 Rt 15k R759 GND a 2 gu RM 35M N ian P 0701 MB88346BPFV EF 0737 2504177 11518 0738 10703 28C4177 TIL5L6 BA7655AF E2 80080 MIN MP 8 NMIN TRU O N C746 63V 0703 0706 28 1611 1 6 28 1611 1 6 FL703 GND 3 9712 1 2 RBSYNC GSYNC 0739 28C4177 TIL5L6 thom lg Lono ops
116. BS chroma 75 ohms SYNC 2 Vp p 75 ohms External sync input VBS BS HD VD VBS 1 Vp p or Burst 0 3 Vp p SYNC 0 3 Vp p HD VD 4 0 Vp p 75 ohms Input output connectors VIDEO OUT BNC 75 ohms unbalanced DC IN VBS 12 pin REMOTE mini DIN 18 pin TRIG IN BNC TTL RGB SYNC D sub 9 pin LENS 6 pin connector for the zoom lens especially designed for this camera General Power supply 12V DC Power consumption Approx 7 6 W Operating temperature 59 to 45 C 23 F to 113 F Storage and transport temperature 20 to 60 C 4 F to 140 F Operating humidity 2096 to 8096 free of condensation Storage and transport humidity 20 to 90 free of condensation Dimensions 56 50 128 mm 2 4 x 2 x 5 inches w h d not including the projecting parts Mass Approx 370 g 13 oz Supplied accessories Lens mount cap 1 Tripod adaptor 1 Name sheet for the buttons on the RM C950 1 Instructions for Use 1 Warranty card 1 DXC 390 only Sales companies guide 1 DXC 390P only 6 Continued 61 Chapter 4 Appendix 1 31 E Specifications Medical specifications Protection against electric shock Class I Protection against harmful ingress of water Ordinary Degree of safety in the presence of flammable anesthetics or oxygen Not suitable for use in the presence of flammable anesthetics or oxygen Mode of operation Continuous y Jeydeuo I
117. C311G2 C TC7S08FU TE85R C TC74VH EL LJ mp erp c 22 20 20 20 20 TOR 4 0 OR 1008 TOR 1008 STOR 28C4177 STOR 28A1611 P 56K P 47K TOR CHIP 220 P 1 RES P 220 RES RES RES RES RES 1 220 1 1 1 I RES RES RES RES RES 0 0 0 1 0 1 0 1 0 1 470 I JU tg rg RESIS RESIS RESIST RESIS RESIS ES Jg RESIST RESIST TE12R CTO4AFT EL H 3225 3225 3225 M6 1 168 1 16W 1 16W 16W 1 16W 16W 1 16W 16W 16W 16W 1 168 1 168 16W 1 16W 1 16W 1 16W 1 1 168 1 16W 10 1 16W 10 1 16W 10 OR CHIP CERAMIC 0 1MF F OR CHIP CERAMIC 0 1MF F CAPACITOR TANTALUM 10MF 10V OR CHIP CERAMIC 0 1MF F OR CHIP CERAMIC 0 1MF F R CHIP CERAMIC 0 1MF R CHIP CERAMIC 0 1MF F R TANTALUM 10MF 10V 05 05 05 05 05 05 05 05 05 05 005 005 05 05 05 100 1 16W 1005 0 1 16W 1005 10K 1 168 for CE 5 5 DP 313 BOARD Ref No or Q ty Part No R444 R446 R458 R459 R462 R463 R465 R476 R477 R478 R479 R480 R487 R488 R489 R490 R49
118. C4 8 759 523 02 C701 8 759 064 36 C702 8 759 058 62 C703 8 759 196 69 C704 8 752 056 59 C705 8 759 064 36 C706 8 759 082 61 C707 8 759 082 61 C708 8 759 392 35 C709 8 759 392 33 C710 8 759 392 33 cni 8 759 058 62 C712 8 759 435 08 C844 8 759 485 79 C848 8 759 082 58 C849 8 759 485 79 1701 1 412 030 11 1702 1 412 030 11 L704 1 412 030 11 1705 1 412 030 11 0701 8 729 117 16 0702 8 729 117 16 Q703 8 729 117 16 Q704 8 729 117 16 Q705 8 729 117 16 0706 8 729 117 16 Q707 8 729 117 32 Q708 8 729 926 19 Q709 8 729 117 32 Q710 8 729 402 19 0711 8 729 111 32 0712 8 729 122 63 0713 8 729 117 32 0714 8 729 402 19 0715 8 729 122 63 0716 8 729 117 32 0717 8 729 402 19 0718 8 729 122 63 0719 8 729 117 32 0720 8 729 926 19 0721 8 729 111 32 0722 8 729 117 16 0723 8 729 117 16 0724 8 729 117 16 0725 8 729 117 16 0726 8 729 117 16 0727 8 729 117 16 Q728 8 729 117 16 Q729 8 729 117 16 0730 8 729 117 16 0731 8 729 117 32 0732 8 729 117 32 0733 8 729 117 32 0734 8 729 111 32 0735 8 729 111 32 0736 8 729 117 32 0737 8 729 111 32 0738 8 729 111 32 SP Qo o Qo XQ XQ XQ t XQ S TRANSISTOR 25 4 Description C TC74HC4053AFT C 88346 C TC7S08FU TE85 7655 2 C CXA1592R C MB88346BPFV C TC4W53FU C TC4W53FU C C 171361 58 2 LT1362CS E2 C LT1362C
119. C4053AFT EL CNI03 6070 E P COMP 10231 10230 012170 74 1216 1 1 m E bj TW z W 0 TB 8 UU wi SOM 24 18 iscIN Stone 16248 2090 1 20 2 22 10748 39 sp 74 4 TC 4HCA053AF T EL EXT i LALTRI ORI 110 m ENOR oa ol 1 1 SEL 4 MODE OBLK 5 13 o vss 2 56 6 pRa TH ig Cm IRIS CLOSE 3 0 5870 58 HD H Cx L PI 100 cmos TH 505 SDATAS SDATAS 1C233 10234 0230 0232 EVR02 CS TC74VHC164FT EL TC7S04FU TE85R 2SA1611 T1M6 2564177 1516 6370 53 VCO CONT 47 70 47 R zu 03 6670 56 5970 F
120. DETAIL ON LEVEL 0 FREQUENCY MID LINEAR MATRIX ON MODE STANDARD TARGET COLOR ALL GENERAL CCD MODE FIELD SHADING COMP OFF TRIGGER OFF NEGA OFF FLICKER CANCELLER OFF SYSTEM BAUD RATE 9600 D SUB VIDEO VBS D SUB SYNC C SYNC RGB SYNC G 12P CONNECTOR IN H PHASE 0 SC PHASE ROUGH 0 SC PHASE FINE 0 Displayed only when an external sync signal is input 31 Chapter 2 Operation 1e deuo DXC 390 390P The following is an example of flange focal length adjustment using the RM C950 remote control unit Adjust it using the FLANGE BACK flange focal length This section explains how to adjust the flange focal length adjustment ring on the camera distance from the lens mounting plane to an object Adjusting the Flange Focal Length 8 Adjustment method varies with the lens you use Be sure to set the iris fully open before adjusting the flange When you use the VCL 610WEA zoom lens focal length Desired shooting distance to the object 1 or about 3 m 10 feet 1 Point the camera to an object at the desired shooting distance or about 3 m 10 feet away Set the IRIS AUTO MANUAL knob to MANUAL and turn the IRIS knob to OPEN as far as it goes Turn the ZOOM knob to TELE telephoto as far as it goes J Adjust the focus on the object used in step 1 by turning the FOCUS knob Object such as letters fine Turn the ZOOM knob to WIDE wide
121. ED CIRCUIT BOARD 193 C962 113 985 11 s CAPACITOR TANTALUM 10MF 20V C963 113 985 11 s CAPACITOR TANTALUM 10MF 20V C901 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C964 113 985 11 s CAPACITOR TANTALUM 10MF 20V C902 113 642 11 s CAPACITOR TANTALUM 47MF 10V C965 104 851 11 s CAPACITOR TANTALUM 10MF 10V C903 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C966 113 985 11 s CAPACITOR TANTALUM 10MF 20V C904 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C905 135 333 11 s CAPACITOR TANTALU F 16V C967 113 985 11 s CAPACITOR TANTALUM 10MF 20V C968 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C906 135 333 11 s CAPACITOR TANTALU F 16V C969 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C907 135 333 11 s CAPACITOR TANTALU F 16V C970 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C908 135 333 11 s CAPACITOR TANTALU F 16V C971 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C909 135 333 11 s CAPACITOR TANTALU F 16V C910 135 333 11 s CAPACITOR TANTALU F 16V C913 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C974 104 851 11 s CAPACITOR TANTALU MF 10V C911 164 943 11 s CAPACITOR CHIP CERAMIC 0 01MF C975 104 851 11 s CAPACITOR TANTALU MF 10V C912 104 851 11 s CAPACITOR TANTALU MF 10V C976 104 851 11 s CAPACITOR TANTALU MF 10V C913 104 851 11 s CAPACITOR TANTALU MF 10V 977 104 851 11 s CAPACITOR TANTALU MF 10V C914 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C915 164 937 11 s CAPACITOR CHIP CERAMIC 1000PF C978 104 851 11 s CAPACITOR TANTALU
122. ES RES RES RES RES RES RES RES SW Ii FLY LE DI HI P FO EX STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH TAC ICH SLIDE CH CH CH CH CH CH CH CH rg gt 22 3 3K 22K 22K 1 8K 100 10K 1 2K 0 1 CO CO CO CO CO CO CO CO VIBRATOR CRYSTAL OSCILLATOR CRYSTA OSCILLATOR CRYSTA 16W 1608 1 16 1005 16W 1608 16W 1608 1 164 1005 16W 1005 1161 1 16 6W 1005 ECTOR ECTOR ECTOR ECTOR ECTOR ECTOR ECTOR ECTOR L for UC L for CE DXC 390 390P VA 193 BOARD VA 193 BOARD Ref No Ref No or Q ty Part No SP Description or Q ty Part No SP Description 8325 288 o MOUNT
123. ISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S RESISTOR C S SWITCH SL S CHIP CHEC S CHIP CHEC S CHIP CHEC S CHIP CHEC S CHIP CHEC S CHIP CHEC ID Eri 24 24 p 20 DO DO DO DO Utd UJ Jg Utd Jg tg UJ Jg UJ UJ Jg UJ Jg 470 1 16 5 680 1 16 5 680 1 168 1005 0 1 16W 1005 680 1 16W 5 680 1 168 1005 680 1 168 1005 0 1 16W 1005 680 1 168 1005 0 1 16W 1005 0 1 16W 1005 0 1 16W 1005 0 1 16W 1005 240 1 16W 1005 0 1 16W 1005 680 1 168 1005 680 1 168 1005 680 1 168 1005 680 1 16W 680 1 16W 680 1 16W 680 1 168 1005 680 1 168 1005 680 1 16W 75 1 16W 1608 75 1 16W 1608 75 1 16W 1608 75 1 16W 1608 680 1 16W 680 1 16W 82 1 16 1608 82 1 16 1608 82 1 16W 1608 82 1 16W 1608 150 1 16 1608 150 1 16 1608 100 1 168 1005 22 1 16 1005 22 1 16 1005 5 6K 1 16W 5 6K 1 16W 5 6K 1 16W 390 1 16W 1005 10K 1 168 1005 0 1 16W 1005 CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR 5 9 Ref or Q ty lpc C601 C602 C603 C604 C605 C606 C607 C608 C609 C610 C611 C612 C613 C614 C615 C6 Part No SP Descr
124. L L cop L cond TTH 47 50 CN901 49 50 CN901 GNDIA 9951 49 10uF 2 1 SCLK5 4 CS SDATA 5 B PRE KNEE NM NO MOUNT VA 193 1 2 GS SKX 1150_VA 193_011_101 8 14 8 14 DXC 390 390P A B C D E F G H CN901 11 50 13 CN901 1250 1450 0 01 17 50 901 18 50 CN901 29 50 CN90t 30 50 CNo01 28 50 VA 193 2 2 VA 193 2 2 901 33 33 50 CN901 0902 10905 14 10908 1913 10905 04 10905 _ 0 16905 TLOB4CPW E05 TCAWS3FU TE12R TCAWS3FUITE12R TLO64CPW E05 TLOBLCPW EOS TLOGACPW EQS 0901 0903 0905 0904 0909 091 10907 13 10907 23 2804177 1516 2804177 T1L5L6 2SA1611 T1M6 2504177 11 516 2504177711516 2804177 11516 765 2 BA7655AF E2 TP902 199 22 R928 34 50 2A TC7S04FU TEBSR E CN902 8929 22k 35 85 50 8930 dk 1096 5 100 5 L c95 921 mos tL coss M Wu TUR T 2A 2 T P 20V 3 10V 10V GND A 36 36 50 CN901 10921 22 10909 12
125. L SEL 03 02 LINV Dt MINV 00 TESTMODE TO AT TIN CE NDIA GNDIA GNDIA AT28BV64 30TC 7 EVRO3 0S 35 3570 1 GND A AUR gs SDATAS 3770 1608 38 970 0 R2 1608 105 A9 R583 1608 1406 27 28 43 44 6 16 48 Ag 584 1608 MB88346BPFV EF A7 R585 1608 M CS3 8586 1608 1608 1608 1608 A5 8587 M _ 8588 R589 DI VOC hot DO A02 A03 A04 A05 LK A06 A07 A08 A09 VDD A010 AON 155 A012 18 19 2 ADVRT FLD FRM ADVRB 18 25 26 7 45 VRTI De VRT2 08 VIN 07 VRB1 06 E 10403 CXD2310AR T4 CAL D4 SEL Al D 03 02 LINV Dt MINV Do TESTMODE TO OE TIN CE OE WE 2 10 6453 6454 1 4 n 10 C45 C452 10uF 63V 20 AD CLOCK 10445 3 3 TC74VHC74FT EL 415 13 TCTAVHC74FTIEL 4 10416 46 TC74VHCO4FT EL 0415 23 E TCTAVHC74FTIEL tg IC416 16 TC74VHCO4FT EL C432 NM 10423 35 TC74VHCO8FT EL 5 9 8 8428 1M i 8425 856 0 14 2 2
126. LAMP a 1 BPN 57 PLTT BOUT BSIGNAL 10 26 42 1 58 1 G SIGNAL CLAMP 11 VRBCONT 27 43 GPIN 59 GND GOUT GSIGMAL 12 vcc 28 1 44 60 1 XRS RCLP RISIGNAL CLAMP vec 29 45 1 RPIN 61 1 CLPBL ROUT 14 vRB 30 1 BGAN 46 vec 62 1 PBLK AID REFERENCE VOLTAGE 15 31 RGAN 47 1 xsHD 63 VOLTAGE 16 1 32 1 xseP vec CENE 1 B CHANNEL CDS SIGNAL TEST POINT BTP2 B CHANNEL AGC SIGNAL TEST POINT GTP1 G CHANNEL CDS SIGNAL TEST POINT GTP2 G CHANNEL AGC SIGNAL TEST POINT RTP1 R CHANNEL CDS SIGNAL TEST POINT RTP2 R CHANNEL AGC SIGNAL TEST POINT NC NO CONNECTION 38 RTP1 37 GTP1 36 BTP1 35 RTP2 E GTP2 83 2 BGAIN SU BDIN BPIN tT ac WHITE SAMPLE 20 i SAMPLING Hop BOUT CLP GDIN 42 43 TTT Jace WHITE SAMPLE 22 SAMPLING Hop gt GOUT CLP RDIN RPIN 4 5 QI QURE t ii WHITE SAMPLE 24 SAMPLING m CLIP Hop T LELKI gt ROUT XSHD XSHP LEPI PLTG PLTP 50 51 PLTT PLTB 57 58 CLP H AGCMAX AGCCONT 1 2 21 CONTROL 0 4 CLP gt RGAN 31 1
127. LD t 9 CNi03 5770 57 qu 5 WW 1 FLD INTEXT Tu ru 10232 10244 10235 0231 TC7S04FU TE85R TC74HC4538AFT EL TC7SO4FU TE85R 2SA1611 T1M6 i iu ce D 10249 2 2 R254 R258 R261 T TO 1 10249 n TO7S08FU TEBSR 7 4 i 2 Cum HODET at EXT VESND 4870 EXT HD 8 12 8 12 DXC 390 390P A B C D E F G H DXC 390 390P A 10244 83 TC74HCASSBAFT EL SDATA 5 10 1 ge Q241 2564177 11516 10244 0254 R269 5600F 3 1608 RNC D 5 E T 12 9 0 13 10246 pa TC74HC4053AF T EL 5 4 0 1 8266 SEL 10236 MB88346BPFV EF 1 Di VCC i 00 02 A03 LD 04 A05 LK A06 A07 A08 AOS VDD A010 VSS A012 GND SC FREQ H PHASE SC PHASE 20 0256 3 10245 22 TLOG2CPWR 1 4 R273 RS cmo Lco 0k i T UC 10237 TC7S08FU TE85R 10238 UPC311G2 E2 10239 TCTS86FU TE85R LII 10240 TC7SO8FU TE85R 10246 023 TC74HC4053AFT EL 0233 XN4601 TW TE RNC R28 6265 tL 0267 180 4 RNC C26 if 35 V 0234 XN6435 TW 10247 5 3 8 SG 265 2 2 1245 8298 10k RNC SG 265 2 2 XN4601 TW NM LEA 0231 MA3J14300LSO_ Q235 XN
128. MA133 FILTER TRAP 14 3 2 FILTER TRAP 14 3MHZ FILTER TRAP 14 3MHZ 1757 B88346BPFV B88346BPFV 1062 12 LO64CPW B88346BPFV 7655 2 TC4W53FU TC7S04FU TE85R LT1251CS E2 LT1251CS E2 LT1251CS E2 TC4W53FU JM1496M TC7866F C 566 C 566 TL064CPW C TC4W53FU C TC7S08FU TE85R TOR CHIP 220 TOR CHIP 220 TOR CHIP 220 TOR CHIP 220 3225 3225 3225 3225 TRA TRA SISTOR 25 4177 5 TRANS S 5 STOR 28C4177 STOR 28C4177 STOR 28C4177 STOR 2SA1611M6 TRA TRA TRA TRA SISTOR 25 1611 6 5 TRANS S S STOR 28A1611M6 STOR 28A1611M6 STOR 28C4177 STOR 28C4177 TRA STOR 28C4177 STOR 28C4177 STOR XN4601 STOR 28C4177 lt lt lt lt lt lt 193 BOARD Ref No or Q ty Part No SP Description 0915 8 729 402 84 s TRANSISTOR X 0916 8 729 402 84 s TRANSISTOR X 0917 8 729 402 84 s TRANSISTOR X Q918 8 729 402 84 s TRANSISTOR X 0919 8 729 402 84 s TRANSISTOR X Q920 8 729 402 84 s TRANSISTOR X 0921 8 729 402 84 s TRANSISTOR X 0922 8 729 117 32 s TRANSISTOR 2 0923 8 729 402 84 s TRANSISTOR X 0924 8 729 117 32 s TRANSISTOR 2 0925 8 729 402 84 s TRANSISTOR X 0926 8 729 117 32 s TRANSISTOR 2 R901 218 990 11 s RESIST
129. MC 12P02 05 10 25 cable Video input connector 3 RGB SYNC CCXC 9DB camera cable Video monitor VCR etc Video input connector Image processor or he frame memory unit Video output connector External control connector CCMC 9DSMN CCMC 9DS System for shooting using long exposure in VARIABLE mode for electronic shutter Note When shooting with long exposure set D SUB SYNC to WEN and RGB SYNC to G or RGB in the SYSTEM menu page 28 1 28 E Chapter 3 Installation and Connections 55 GB 1 DXC 390 390P Connections for Shooting Using Flash Flash Synchronization cable Video input connector cE TRIG IN 25 000000 0 Video monitor VCR etc 5 5 Remote connector Image processor Video input connector Video output connector ave unit j DXC 390 3 RGB SYNC CCMC 9DSMN CCMC 9DS CCXC 9DB camera cable CMA D2 D2MD D2CE Power cord D2MDCE camera adaptor Set the MODE selector to the 1 position 390P DC VBS gt 4 pin 12 pin 5 10 25 50 100 cable or CCMC 12P02 05 10 25 cable Note When conn
130. MF 10V C979 104 851 11 s CAPACITOR TANTALU MF 10V C916 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C980 135 210 11 s CAPACITOR 4 7MF 10V C917 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C981 135 210 11 s CAPACITOR TANTALUM 4 7MF 10V C918 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C982 135 208 11 s CAPACITOR TANTALU F 10V C919 104 851 11 s CAPACITOR TANTALU F 10V C920 104 851 11 s CAPACITOR TANTALU F 10V C983 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C984 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C921 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C985 135 210 11 s CAPACITOR TANTALUM 4 7MF 10V C922 104 851 11 s CAPACITOR TANTALU F 10V C986 135 210 11 s CAPACITOR TANTALUM 4 7MF 10V C923 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C987 135 208 11 s CAPACITOR TANTALU F 10V C924 104 851 11 s CAPACITOR TANTALU F 10V C925 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C988 135 210 11 s CAPACITOR TANTALUM 4 7MF 10V C989 135 210 11 s CAPACITOR TANTALUM 4 7MF 10V C926 104 851 11 s CAPACITOR TANTALU F 10V C990 135 208 11 s CAPACITOR TANTALU F 10V C927 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C991 104 851 11 s CAPACITOR TANTALU MF 10V C928 135 070 00 s CAPACITOR TANTALUM 0 1MF 35V C992 135 333 11 s CAPACITOR TANTALU F 16V C929 135 070 00 s CAPACITOR TANTALUM 0 1MF 35V C930 135 070 00 s CAPACITOR TANTALUM 0 1MF 35V C993 135 333 11 s CAPACITOR TANTALU F 16V C994 135 333 11 s CAPACITOR TANTALU F 16
131. N701 CN701 CN701 CN701 CN701 40 43 50 4450 17 50 8350 480 18 50 31 50 EN 142 GS SKX 1150_EN 142_011_101 CN103 CN103 CN103 CN103 CN103 CN103 CN103 CN103 4670 1870 770 1670 1570 1470 1370 1270 270 8370 3470 5070 6670 65 70 6470 SG 265 1 2 SG 265 1 2 B3 IRIS CLOSE 10115 5 TAT5S558F TEBSR CLOSE ADBIAS1 10101 24645581 2 772 Super reso p 100 99 j98 97 96 95 94 93 92 91 0 89 88 87 86 85 84 83 82 81 80 79 78 77 98888 ee 22 lt lt ES 5 6120 100 221302 P22 SCK2 P7O ANIO TE ud R102 8103 8104 P23IRXD1 AVREF M AVSS t POSIASCKT AVDD E 4 2 OOF vssi P64 AD20 P26 TI2 TO2 P63 AD19 P27 TIS TOS P62 AD18 P61 AD17 60 16 2 10107 PS7 AD15 UPD70F3017AYGC 8EU PSS ADI4 P55 AD13 P54 AD12 P37 TIS TOS 52 010 EVROCS P51 AD9 EVAOT CS PIDURTPOAS PSOIADB EVROS CS PIDURTPI AS Byss EVROS CS P1OQIRTPQIAT 8VDD EVROACS PIOSR
132. OR TANTAL TOR TANTAL TOR TANTAL TOR CHIP C 1 2 22MF 1 15 3 22MF 2 RAMIC 0 Ec TANTAL TANTAL 0 01 22 F F 2 F 3 0 bd Ci ES TOR CH TOR CH TOR CERAM TALUM 10 TALU P CERA P CERAMIC 0 C 18PF 16 F 1 F 1 CAPAC CAPAC CAPAC CAPAC CAPAC TOR CERAMIC 18PF 16 TOR CHIP CERAMIC 47 TOR CHIP CERAMIC 0 TOR TANTALUM 10MF 1 TOR CHIP CERAMIC 3P CAPAC P CERA P CERA P CERA TOR CH TOR CH TOR CH CONNECTOR FFC FPC ZIF 2 pe 0v 0v 0v 5V F 105C 5V F V 30MF 16V 1050 V 5V F V 5V V 1MF F 25V B V 5V 1MF 50V B 1MF V CH V CH PF 16V IMF F 0v F 16V 4p CO CO CO CO CO NECTOR BOARD TO BOARD 7 NECTOR BOARD TO BOARD 5 NECTOR BOARD TO BOARD 7 NECTOR BOARD TO BOARD 5 LIF 30P DIODE MA3J DIODE MA3J DIODE MA3J 4280150 4280150 4280150 DIODE 724 DIODE 724 DIODE 17 01 CONVERTER UNIT DC DC CXD1267A MB88346BPFV TC4W53FU CXD1267A CXD9
133. OR CH R902 218 990 11 s RESISTOR CH R903 218 990 11 s RESISTOR CH R904 218 990 11 s RESISTOR CH R905 218 990 11 s RESISTOR CH R906 218 990 11 s RESISTOR CH R907 218 990 11 s RESISTOR CH R908 218 990 11 s RESISTOR CH R909 218 990 11 s RESISTOR CH R910 218 990 11 s RESISTOR CH R911 218 990 11 s RESISTOR CH R912 218 990 11 s RESISTOR CH R913 218 990 11 s RESISTOR CH R914 218 971 11 s RESISTOR CH R915 218 971 11 s RESISTOR CH R916 218 990 11 s RESISTOR CH R917 208 719 11 s RESISTOR CH R918 208 715 11 s RESISTOR CH R919 218 965 11 s RESISTOR CH R920 218 965 11 s RESISTOR CH R921 218 957 11 s RESISTOR CH R922 218 957 11 s RESISTOR CH R923 218 957 11 s RESISTOR CH R924 218 937 11 s RESISTOR CH R925 218 937 11 s RESISTOR CH R926 218 937 11 s RESISTOR CH R927 218 955 11 s RESISTOR CH R928 218 957 11 s RESISTOR CH R929 218 957 11 s RESISTOR CH R930 218 953 11 s RESISTOR CH R931 218 957 11 s RESISTOR CH R932 218 957 11 s RESISTOR CH R933 218 953 11 s RESISTOR CH R934 218 957 11 s RESISTOR CH R935 218 953 11 s RESISTOR CH R936 218 957 11 s RESISTOR CH R937 218 953 11 s RESISTOR CH R938 218 990 11 s RESISTOR CH R939 218 990 11 s RESISTOR CH R940 208 719 11 s RESISTOR CH R941 208 719 11 s RESISTOR CH R942 218 959 11 s RESISTOR CH R943 218 961 11 s RESISTOR CH R944 218 953 11 s RESISTOR CH
134. PF 16V 1005 C032 164 858 11 s CAPACITOR CERAMIC 22PF 16V 1005 C033 164 882 11 s CAPACITOR CERAMIC 220PF 16V CH CN007 573 370 21 s CONNECTOR FFC FPC 30 D001 8 719 510 30 s DIODE D2FL20 F001 1 533 483 11 s FUSE CHIP 1 6A 125V 6125 FB003 500 215 11 s BEAD FERRITE CHIP FB004 500 215 11 s BEAD FERRITE CHIP FB005 500 215 11 s BEAD FERRITE CHIP FB006 500 215 11 s BEAD FERRITE CHIP FL001 234 066 11 s FILTER CHIP EMI L001 410 981 31 s CHIP INDUCTOR UH 2012 1002 410 981 31 s CHIP INDUCTOR UH 2012 1003 410 981 31 s CHIP INDUCTOR UH 2012 L004 410 981 31 s CHIP INDUCTOR UH 2012 L005 410 981 31 s CHIP INDUCTOR UH 2012 1006 410 981 31 s CHIP INDUCTOR UH 2012 1007 410 981 31 s CHIP INDUCTOR UH 2012 L008 410 981 31 s CHIP INDUCTOR UH 2012 1009 410 981 31 s CHIP INDUCTOR UH 2012 L010 410 981 31 s CHIP INDUCTOR UH 2012 L011 410 981 31 s CHIP INDUCTOR 0 1UH 2012 1012 410 981 31 s CHIP INDUCTOR 0 1UH 2012 1013 410 981 31 s CHIP INDUCTOR 0 1UH 2012 5 4 DXC 390 390P Ref or Q ty C401 C402 C403 C404 C405 C406 C407 DXC 390 390P Part No A 8325 28 A 8325 30 104 851 107 820 113 985 107 820 104 851 107 820 107 820 107 820 107 820 107 820 135 210 135 210 107 820 107 820 107 820 107 820 107 820 104 851 107 820 104 851 107 820 104 8
135. R CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH rg rg rg rg rg rg rg rg rg rg rg 0 1 16W 1005 0 1 16W 1005 0 1 16W 1005 220 1 16W 1005 220 1 16W 1005 220 1 16W 1005 4 7 1 16 4 7 1 16 4 7 1 16 1 5K 1 16 1 5K 1 16 1 5K 1 16 4 7 1 16 2 2K 1 168 1608 2 2K 1 168 1608 3 9K 1 16 4 7K 1 16 1 16W 1K 1 16W 1 6K 1 16W 1005 30 1 168 5 2 2K 1 169 1005 82 1 16W 5 1 5K 1 16W 1005 4 7 1 16W 1005 0 1 16W 1005 1K 1 168 5 1 168 5 0 1 16W 1005 22K 1 16W 1608 22K 1 16 1608 3 3K 1 16 K 1 16W 3 3K 1 16 05 4 7K 1 16 05 16W 5 3 3K 1 16 05 62 1 16W 2 2K 1 16 05 16W 5 5K 1 16W 1005 4 7 1 16 05 16W 5 K 1 16W 5 3 3K 1 16 05 91 1 16W 5 K 1 16W for CE 3 3K 1 16W 1608 1 16W 1005 for UC J 4 7K 1 16W 1005 330 1 16W 1005 5 1K 1 16W 1608 1 16W 1005 330 1 16W 1005 5 1K 1 16 1608
136. REG is passed through a filter it is supplied as UNREG LENS DXC 390 390P Section 4 Electrical Alignment 4 1 Preparation 4 1 1 Adjustment Fixture and Measurement 4 1 2 Equipment Connection Equipment J 6029 140 B Pattern box PTB 500 Light source for adjustment chart Power supply from 90 to 24 Video camera DXC 390 390P VIDEO OUT C2 DC IN VBSG gt MENU Lock ON E gt RGB SYNC SZ Camera adaptor CMA D2 D2CE Waveform monitor WFM J 6026 130 B Grayscale chart For video level adjustment etc Termination 750 Vectorscope Color monitor Commercially Available Products Vectorscope Waveform monitor Frequency counter Signal generator Digital voltmeter Color monitor Lens C mount type and manual iris type Termination 750 DXC390 390P 4 1 E 4 1 3 Description of Side Panel Sheet Switches Adj no is selected by the arrow up or the arrow down Data is adjusted by the arrow the arrow down MENU BLACK FILE C SELECT WHITE Side Panel Sheet Switch 4 1 4 Super Reset data initialization 1 Pressing the 5101 switch on the SG 265 board and turn the power on 2 After fifteen seconds the initial data is written and the
137. RN CS SDI 3 SDO 3 and SCLK 3 from a microprocessor Also a data commu nication with EEROM 1 405 is controlled by CXD9117R 3 CXD9087R and its surrounding circuit 10 bit digital signal after processing in CXD9117R is input to CXD9087R performs digital signal process ing The IC inside setting is performed by the serial communication CS SDCK and SDAO SDA3 from a microprocessor The output signal is Y and color differential signal Y CR and CB every 10 bit Also AHD and AVD that are output at the same time are sent to the MB 875 board and ECK is sent to the SG 265 board 4 D A converter circuit for video signal Y CR and CB every 10 bit that are output from CXD9087R are input to CXD2307R and are convert ed to analog signals The clock frequency for conver sion is 28 MHz And an output amplitude can be set independently Y CR and CB by setting a reference voltage from IC406 5 Clock phase control circuit 14 MHz and 28 clock pulses that is input from the MB 875 board are performed phase adjustment and are output via buffer to each IC A D converter for video circuit CXD9117R CXD9087R and D A converter for video circuit For CXD9117R and CXD9087R 3 3 V amplitude is output after converted from 5 V amplitude 3 2 E the discrete circuit These output signals are output through the driver circuits Encode 1C704 The color differential signals Y and B Y are input to IC704
138. S RES Qo o 5 RES RES RES nn 5 5 RESIST S 5 5 5 RESIST S 5 RESIST RESIST iptio CH CH CH CH CH Fg tg Jg tg tg UJ Jg Utd UJ Jg Jg tg tg rg UJ Jg Utd Jg tg Jg 1 6K 1 16 150 1 16 1 16 0 1 16 1 0 1 16 1 430 1 16 1 16 OK 1 16 4 7 1 168 8 1 16 51 1 168 1 16W 1 160 3 3K 1 168 510 1 168 20 1 168 1 160 3 3K 1 168 4 7 1 16 5K 1 16W 1 160 5 6K 1 16W OK 1 16 330 1 16W 8K 1 101 330 1 16W 2 2K 1 168 3 9K 1 16 4 7K 1 16 3 3K 1 168 3 3K 1 168 3 3K 1 16 3 3K 1 168 3 3K 1 168 3 3K 1 168 3 3K 1 168 3 3K 1 168 3 3K 1 168 10K 1 16W 3 3K 1 168 3 3K 1 16 3 3K 1 168 3 3K 1 168 3 3K 1 168 33K 1 16W 33K 1 16W 33K 1 16W 33K 1 16W 33K 1 16W 3 3K 1 168 3 3K 1 16W 2 2K 1 108 33K 1 16W 3 3K 1 168 2 2K 1 16 3 3K 1 168 2 2K 1 168 lt gt lt gt Cn Cn Cn Cn Cn Cn
139. S E2 TC7S08FU TE85 C MAX314CSE TE2 C C TC7SETO8FU TE TCTWO8FU C TC7SETO8FU 22 22 22 22 CH CH CH CH I T I TRANSISTOR 25 16 TRANSISTOR 25416 TRANSISTOR 25416 TRANSISTOR 25416 TRANSISTOR 25416 TRANSISTOR 25416 TRANSISTOR 28C4 TRANSISTOR 28C4 TRANSISTOR 28C4 TRANSISTOR XN650 TRANSISTOR 2504 TRANS TRANSISTOR 25 4 TRANSISTOR XN650 5 STOR 25 4 STOR XN650 TRA TRA STOR 25 4 STOR 25 4 TRANSISTOR 28C4 TRANSISTOR 2SA TRANSISTOR 2SA TRANSISTOR 2SA TRANSISTOR 2SA DADA TRANSISTOR 2SA TRANSISTOR 2SA TRANSISTOR 2SA TRANSISTOR 2SA TRANSISTOR 2SA gt lt TRANSISTOR 28C4 TRANSISTOR 2504 TRANSISTOR 28C4 TRANSISTOR 28C4 TRANSISTOR 2504 TRANSISTOR 25 4 TRANSISTOR 25 4 EL R R 851 851 UH UH UH UH 1M6 1M6 1M6 1M6 1M6 1M6 71 03 0 17 71 1 1 71 03 0 5 5 TRANSISTOR 2SA1226 E4 5 5 T gt lt lt 77 77 77 77 77 77 77 TI 3225 3225 3225 3225 STOR 28A1226 E4 STOR 28A1226 E4 EN 142 BOARD Ref No or Q ty Part No 0739 R7 R7 R7 R7 R7 Cn PR R7 R7 R7 R7 R7 o co R711 R712 R713 R714 R715 R7 SP 8 729 117 32 s 2 2 2 gt 2 52 2 2 2 2 2
140. SELECT Selects the file A or B LOAD Sets the setting to be stored into the file which you select with FILE SELECT and stores the setting Selection STANDARD MICROSCOPESuitable for a camera for a microscope FULL AUTO STROBE FILE B or A When copying the settings between two files Type of setting Suitable for a camera used as a permanent fixture Automatically adjusts settings Suitable for stroboscopic shooting Storing the setting 1 Select A or B into which the setting is stored in the FILE SELECT setting 2 Press the or button to select LOAD 3 Press the 4 or button to select the desired setting to be stored and press the ENTER button Overwrite OK appears 4 Press the ENTER button If you do not want to store the setting press the MENU button Initial Setting of the Menus If you want to reset the settings and values to the initial settings press the and buttons simultaneously Setting menu Setting item Initial setting EXPOSURE GAIN STEP STEP 0 dB SHUTTER OFF STEP OFF LENS REMOTE IRIS MANUAL AE LEVEL 0 MULTI CONTRAST EFFECT MANUAL KNEE POINT MID BLACK STRETCH 0 GAMMA ON LEVEL 0 MASTER PEDESTAL 0 R PEDESTAL 0 B PEDESTAL 0 1 16 E Setting menu Setting item Initial setting WHITE BALANCE MODE AWB R PAINT 0 0 ENHANCER
141. SLOW slow speed If lens hunting occurs adjust with AE SPEED AE DETECT Selects the detection method of the luminance level of the selected AE window AVERAGE Selects to detect the average luminance level of the whole AE window PEAK Selects to detect the part with the highest luminance level 20 Chapter 2 Operation CONTRAST menu Adjusts the contrast of the image CONTRAST gt EFFECT MANUAL KNEE POINT MID BLACK STRETCH 0 GAMMA ON LEVEL 0 MASTER PEDESTAL 0 R PEDESTAL 0 B PEDESTAL 0 Back Setting items the CONTRAST menu Setting item Contents of setting Ref page EFFECT Adjusts the picture contrast in 21 accordance with the incident luminance level KNEE POINT Sets the knee point 21 BLACK Adjusts the luminance of a dark 21 STRETCH portion of the screen GAMMA Activates gamma compensation 21 LEVEL Adjusts the gamma level 21 MASTER Sets the pedestal level of the output 21 PEDESTAL signal Finely adjust the pedestal level 22 PEDESTAL EFFECT Selects the setting suitable for the incident luminance levels Selection MANUAL Function Selects KNEE POINT setting or BLACK STRETCH KNEE POINT Sets the knee point according to the incoming light levels OFF Knee processing does not function HIGH Sets the knee point to the highest level MID Normally select this posit
142. SONY 3CCD COLOR VIDEO CAMERA DXC 390 DXC 390P SERVICE MANUAL 1st Edition ExwaveHAD ASS C EXRHA CTS 7 AR HR ERTS CHORO 155720 lt 7542 ANWARNING This manual is intended for qualified service personnel only To reduce the risk of electric shock fire or injury do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so Refer all servicing to qualified service personnel ANWARNUNG Die Anleitung ist nur f r qualifiziertes Fachpersonal bestimmt Alle Wartungsarbeiten d rfen nur von qualifiziertem Fachpersonal ausgef hrt werden Um die Gefahr eines elektrischen Schlages Feuergefahr und Verletzungen zu vermeiden sind bei Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen Andere als die angegeben Wartungsarbeiten d rfen nur von Personen ausgef hrt werden die eine spezielle Bef higung dazu besitzen A AVERTISSEMENT Ce manual est destin uniquement aux personnes comp tentes en charge de l entretien Afin de r duire les risques de d charge lectrique d incendie ou de blessure n effectuer que les r parations indiqu es dans le mode d emploi moins d tre qualifi pour en effectuer d autres Pour toute r paration faire appel une personne comp tente uniquement DXC 390 390P DXC 390 390P
143. Sony http www world sony com Printed in Japan 1 33 E Section 2 Service Overviw 2 1 Board location EN 142 142P board SG 265 265P board DP 313 313P CN 1938 board 875 875 board PA 236 board P2x3 CCD block DXC 390 390P 2 2 Removal of cabinet 1 Remove the seven screws P2 X 3 and then remove the upper case 2 Remove the two screws P2 X 3 and then remove the stay 3 Remove the two screws P2 X 3 and then remove the rear panel Remove the flat cable from the rear panel 4 Loosen the three screws B3 X 8 and then remove the tripod adaptor These screws cannot be removed because of stoppers 5 Remove the CCD block referring to the Section2 3 Removal of CCD block 6 Remove the flat cable from the SG 265 265P board 7 Remove the four screws P2 X 3 on the MB 875 875P board and then remove the lower case Do not damage the flat cable SG 265 265P board VA 193 193P Flat cable MB 875 875P board Lower case 2 1 E 2 3 Removal of CCD block 1 Remove the upper case and stay referring to the Section 2 2 Removal of cabinet 2 Remove the flat cable from the V A 193 193P board VA 193 193P Flat cable 3 Loosen the three screws B3 X 8 and then remove the tripod adaptor These screws cannot be removed because of stoppers Remove the two screws and draw the CCD block 5 Rem
144. TOR CHIP CERAMIC FF CAPACITOR TANTALUM 22MF 10V CAPACITOR CHIP CERAMIC 0 1MF F CAPACITOR CHIP CERAMIC 0 1MF F CAPACITOR TANTALUM 33MF 6 3V CAPACITOR TANTALUM 33MF 6 3V CAPACITOR TANTALUM 33MF 6 3V CAPACITOR TANTALUM 33MF 6 3V CAPACITOR TANTALUM 33MF 6 3V CAPACITOR TANTALUM 33MF 10V CAPACITOR TANTALUM 33MF 6 3V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALUM 33MF 10V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALUM 33MF 10V CAPACITOR TANTALUM 33MF 10V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALUM 10MF 10V CAPACITOR TANTALUM 10MF 10V CAPACITOR TANTALUM 10MF 10V CAPACITOR TANTALUM 47MF 10V CAPACITOR CHIP CERAMIC 100PF CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALU F 10V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALU F 10V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALU F 10V CAPACITOR TANTALU F 10V CAPACITOR TANTALU F 10V CAPACITOR TANTALU F 10V CAPACITOR TANTALU F 10V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR TANTALU F 10V CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR CHIP CERAMIC 0 1MF CAPACITOR CERAMIC 220PF 16V CH CAPACITOR CERAMIC 220PF 16V CH CONNECTOR BOARD TO BOARD DELAY LINE FILTER LOW PASS 14 FILTER LOW PASS 14 FILTER LOW PASS 14 FILTER BAND PASS 3 58MHZ for UC FILTER BAND PASS 4 48MHZ for CE IC TC74HC4053AFT EL 5 7 EN 142 BOARD Ref No or Q ty Part No
145. TPSAB PATIADT EVROCS PIDURTPAIAG PAGIADE 80205 PASIADS EVRO1 CS 10 11 10 12 POO LBENWRL P93IDSTB RD 12 zz as CLKOUT 26 27 1281 29 30 31132 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 150 119 R120 121 R177 R122 R123 10k 10k 10k 10k N 1K P 1k N NM P NTSC DXC 390 UC J P PAL DXC 390P CE NO MOUNT 12 wl CH6 10 10114 02 22 087 _ TGCS KIC CS R128 0 KCSTB RISO als 0 10k EVRORCS ie IC109 S 80830ALUP EAT T2 2 4 0101 MA111 TX 1 2 17 000MHz vss 3 L cuo 10uF a 12 12pF 63V FLD INTIEXT HDDET HDDET 7 8 PR VCC 11 12 13 15 16 17 18 3 1 14 15 16 7 SDATAS SCLK 5 0 CLRGND 614 108 TC7AVHCTB41AFT EL IC106 TCPAVHCSAIFTIEL 10103 TC7W74FU TE12R SYSTEM RESET OUT TET mpm SDATAS 2070 CN103 SCLK 5 1970 CN103 8 10 8 10 DXC 390 390P B C D E F G H SG 265 1 2 SG 265 1 2 PROTECT BUSY 21 70 NC CS 2270 500 3 SCLK 3 03
146. TS o VD E P COMP e FLD e LALT 5 a SYNC g INTSC R EXT e EVR09 CS gt 5 GND D EXT HD 5 IRIS CLOSE a gt E BECOL WRGBCH1 5 WRGBCHO e SRST lt KIC STB 3 KIC CS TG CS CS DSP co SDCK B SDA3 SDA2 Ex gt SDAO e 901 3 SCLK 3 500 3 NIC CS NIC BUSY SDATA 5 SCLK 5 EVR08 CS EVR07 CS EVR06 CS EVR05 CS EVR04 CS EVR03 CS 1 5 I TX DATA RX DATA UNREG CMA_DATA PW_CONT 45WD 3 3V 1 5 2 3 3 3 CN603 MB 875 3 3 MB 875 3 3 amp iel lails e z se s zis w e o o 2 e m bid LK 5 D
147. V C931 135 181 21 s CAPACITOR TANTALUM 4 7MF 6 3V C995 104 851 11 s CAPACITOR TANTALU MF 10V C932 135 181 21 s CAPACITOR TANTALUM 4 6 C996 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C933 135 181 21 s CAPACITOR TANTALUM 4 6 C997 104 851 11 s CAPACITOR TANTALU MF 10V C934 104 851 11 s CAPACITOR TANTALUM 10MF 10V C935 104 851 11 s CAPACITOR TANTALUM 10MF 10V C998 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C999 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C936 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1000 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C938 107 686 11 s CAPACITOR CHIP TANTALUM 4 7MF 16V C1001 104 851 11 s CAPACITOR TANTALU F 10V C939 110 569 11 s CAPACITOR CHIP TANTALUM 47MF 6 3V C1002 113 985 11 s CAPACITOR TANTALU F 20V C940 164 874 11 s CAPACITOR CHIP CERAMIC 100PF C941 104 752 11 s CAPACITOR TANTALUM 33MF 6 3V C1003 113 642 11 s CAPACITOR TANTALUM 47MF 10V C1004 107 820 11 s CAPACITOR CHIP CERAMIC 0 1 C943 104 851 11 s CAPACITOR TANTALUM 10MF 10V C1005 113 985 11 s CAPACITOR TANTALU F 20V C944 107 820 11 s CAPACITOR CHIP CERAMIC FF C1006 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C946 104 851 11 s CAPACITOR TANTALUM 10MF 10V C1007 104 851 11 s CAPACITOR TANTALU F 10V C947 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C949 104 851 11 s CAPACITOR TANTALUM 10MF 10V C1008 107 820 11 s CAPACITOR CHIP CERAMIC 0 1MF C1009 113 985 11 s CAPACITOR TANTALU F 20V C950 107 820
148. VHCOBFT EL TP403 12 1423 05 13 TC74VHCOBFT EL 0 ary 4 5 R514 R515 10k NM CN4Ot D A 10410 CXD2307R T6 10423 55 TC7AVHCOSFT EL 670 3370 3470 37 38 39 36 49 8546 RNC cays tL 8550 T 39k 10V RNC R551 E RNC 370 0 570 pm 2 2 25 27 29 31 R578 100 BH WDISPLAY DTAR 4670 Ch401 4270 Ch401 WDISPLAY DTAR 16424 22 NM 2870 CN40t R517 R509 100k 2670 CN401 HD R510 1k b 1 10424 3270 CN401 9070 CN401 CLPDSP 60 70 4470 5270 CN401 5470 CN401 dnd DP 313 GS SKX 1150 DP 313 011 101 AVD DXC 390 390P 8 7 8 7 A B D E F G H CN701 CN70t CN701 CN70t CN701 CN701 CNTO1 CN701 CN701 CN701 CN701 CN701 CN701 CN701 5050 49 50 47 50 1 250 350 450 2850 780 30 50 32150 10 50 SCLK 5 SDATA 5 EVRO7 CS EVR01 CS EN 142 EN 142 22 00 TCISETO
149. W 33K 1 16W 1005 1 16W 00 1 168 1005 00 1 168 1005 0 1 168 1005 00 1 168 1005 1161 1 16 00 1005 00 1 16 1005 16W 1005 00 1 16 1005 168 1005 16 608 16W 1608 16W 1608 16 608 16 608 16W 1608 16W 1608 16 608 10K 1 16W 10K 1 16W 10K 1 16W 1 16W 1005 1 16W 1005 1 16W 1005 1 16W 1608 CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR DXC 390 390P Ref or Q ty C701 C702 C703 C704 C705 C706 C707 C708 C709 C710 C711 C712 C713 C114 C715 CI C7 DXC 390 390P Part No SP Description A 8325 290 A MOUNTED CIRCUIT 8325 310 MOUNTED CIRCUIT 113 642 107 820 107 820 107 820 107 820 107 820 107 820 164 844 164 844 164 844 164 380 104 851 164 380 104 851 164 380 104 851 164 852 104 851 107 820 113 682 101 820 101 820 101 820 113 682 135 259 107 820 164 848 164 845 107 820 101 685 107 820 107 685 107 820 107 820 XQ XQ XQ Q XQ XQ XQ XQ XQ
150. a Character generator block The clock uses 7 MHz that is divided 14 MHz to half in IC103 The character and Key signal are made in IC111 are input to CXD9087R External communication block One is RS232C communicates with external through driver circuit IC112 Another is CCU protocol takes on sending in Q102 and receiving in Q101 Iris value converter block In the exclusive lens for DXC 390 an iris value gets as voltage Its voltage is adapted for a dynamic range of A D convert er of the microprocessor in IC115 is taken the micropro cessor Sync signal generator IC231 Each kind sync signal HD VD FLD LALT BF and OBLK is output DXC 390 390P External sync signal VBS and HD VD Sync mode is discriminated by a input sync source signal from external SYNC and BURST are separated from its signal and input to IC230 compare phase with the internal HD and SC signals In the VBS external sync mode 4fsc clock signal is synchronized in SC PLL whichever NTSC and PAL systems In the HD VD external sync mode it is syn chronized only PAL system In the internal sync mode and HD VD external sync mode of NTSC system PLL is not consisted VCXO is generated by a fixed voltage HD and SC phase on those external sync mode are ad justed And a sync source signal is changed amplitude to 5 Vp p after through buffer and separated 3 5 875 The MB 875 board is installed the oscillator circuit fo
151. able Bl CMA D2 D2MD D2CE D2MDCE camera adaptor Sync signal generator Sync VBS or BS output VBS OUT Switcher etc VIDEO IN 4 CAMERA 12 pin Power cord DC IN VBS gt CCMC 12P02 05 10 25 cable Set the MODE selector to the 1 position or CMA D2 D2MD D2CE D2MDCE GENLOCK IN B camera adaptor Video monitor CAMERA 12 pin Power cord etc DC IN VBS gt 12 02 05 10 25 cable Chapter Installation and Connections 51 GB 1 26 E Jejdeuo DXC 390 390P DXC 390 390P Connecting to a Remote Control Unit You can connect the RM C950 remote control unit 75 ohm coaxial cable gt VIDEO OUT RM C950 remote control unit PE DXC 390 390P 57 CAMERA Camera cable supplied with RM C950 Video monitor VCR etc 811 Composite video input 220000 peace Set the MODE selector to the 1 position CMA D2 D2MD D2CE D2MDCE camera adaptor IN REMOTE 2 ves gt CCDC cable CAMERA 4 pin CCMC cable CAMERA 12 pin CCDC 5 10 25 50A 100A cable or CCMC 12P02 05 10 25 cable 52 GB Chapter 3 Inst
152. allation and Connections Operating the Camera with the RM C950 Remote Control Unit When the RM C950 remote control unit is used with this camera the names and functions of the PRINT FLASH LONG EXPOSURE and FUNCTION buttons and the GAIN control change as follows in accordance with the functions of the camera Functions of the PRINT FLASH LONG EXPOSURE and FUNCTION buttons and GAIN control on the RM C950 Button control Function names when used with the camera ENTER Buttons control on the RM C950 Use when displaying the setting menu selected in the MAIN menu or use to set the AE window etc manually in the menus PRINT La Use to switch a preset file between A and B FLASH 4 FILE SELECT Use to set the shutter speed without displaying the menu when SHUTTER is set to STEP or VARIABLE in the menu LONG SHUTTER SPEED EXPOSURE ty Button control Function names when used with the camera Buttons control on the RM C950 GAIN GAIN Use to change the variable range of gain levels to 0 24 dB FUNCTION 4 BLACK Use to start the auto black balance adjustment Attaching the supplied name sheet The sheet for the button names when the camera is used with the remote control unit is supplied with the camera Attach the name sheet to the control panel of the RM C950 1 Before attaching clean the control panel of the RM C950 2 Peel off the adhe
153. amera to a microscope an operating microscope etc it is necessary to mount an appropriate adaptor The method for mounting the adaptor is the same as for the lens For details refer to the instruction manual for each adaptor Mounting on a Tripod Install the supplied tripod adaptor using the three screw holes M3 on the top or bottom panel Then attach the tripod to the adaptor using the following mounting screws 01 4 20 UNC 4 5 mm 0 2 mm ISO standard 1 Remove the mount caps of the camera and lens 2 Align the threaded portion of the lens mount with that of the camera mount and turn the mount lock ring clockwise as far as it goes to fix the lens to the camera 3 Connect the lens control cable to the LENS connector on the camera To adjust the position of the lens After tightening the mount lock ring loosen it by turning it counterclockwise by approximately 90 Then rotate the lens to adjust the position and tighten the mount lock ring securely Mounting C mount lens other than the VCL 610WEA VCL 614WEA other Also refer to the instruction manual supplied with the lens 1 Remove the mount caps of the camera and lens 2 Align the threaded portion of the lens mount with that of the camera mount and slowly rotate the lens clockwise to fit to the camera To adjust the position of the lens Refer to the instruction manual
154. and ZOOM select switches to M Manual before operating the iris focus and zoom Manual operations with the switch set to A may cause damage to the lens 37 GB Chapter 2 Operation 1 19 E Shooting Adjusting the Black Balance 1 Be sure to adjust the black balance when you use the camera for the first time or after you have not used it for a long period of time or if there is a sudden change in the 2 temperature Operation procedure If any menu is displayed on the screen press the MENU button to remove it If a color bar signal is displayed on the screen press the BARS button to remove it Press the BLACK button The lens iris control is automatically closed and the black balance is adjusted If you use a manual iris lens close the iris then press the BLACK button While adjusting the bars are displayed When the adjustment is completed the message BLACK OK appears on the screen The adjusted black level is stored in the memory and remains even after the power is turned off Black balance adjustment errors If the black balance adjustment is not successful the message BLACK NG appears on the screen If this happens take the necessary measures and perform steps 1 through 3 again For details see List of Messages on page 59 38 Chapter 2 Operation Adjusting the White Balance Each time the lighting condition changes be sure to
155. angle as far as it patterns etc on which you goes can observe the focus condition distinctly a Adjust the focus on the object used in step 1 by turning the FLANGE BACK flange focal length adjustment ring on the camera 7 Repeat steps 3 to 6 until you achieve sharp focus both in the telephoto and wide angle positions RM C950 remote 3 5 control unit Now the flange focal length adjustment is completed You do not need to readjust the flange focal length unless you replace the lens 32 GB Chapter2 Operation When you use the VCL 614WEA zoom lens Note Be sure to set the iris fully open before adjusting the flange You do not need to use the FLANGE BACK flange focal focal length length adjustment ring on the camera 1 Point the camera to an object at the desired shooting distance or about 3 m 10 feet away Set the FOCUS ZOOM IRIS M A switches on the lens to M Manual position using a pointed object z 13 deyo 6 Desired shooting distance to the object or about Turn the fixing screw for the F f adjustment ring counterclockwise to loosen it 1 2 3 Turn the iris ring to 1 4 open 4 5 Turn the ZOOM clockwise to align 5 5 wide angle with the white line then turn the F f adjustment ring by holding the F f fixing screw to adjust the focus on the object used in step 1 6 Turn the ZOOM ring counterclockwise to align 77 te
156. are using the DXC 390 390P color video camera These phenomena stem from the high sensitivity of the CCD image sensors and do not indicate a fault within the camera Vertical smear A smear may appear to extend vertically from very bright subjects as shown below y Il Pale vertical smear Video monitor Screen Very bright subject such as an electric lamp fluorescent lamp sunlight or strong reflected light This phenomenon is common to CCD imaging elements using an interline transfer system and is caused when electric charge induced by infrared radiation deep within the photo sensor is transferred to the resistors 58 GB Chapter4 Appendix List Messages Aliasing When shooting fine stripes straight lines or similar patterns the lines may become slightly jagged Blemishes A CCD image sensor consists of an array of individual picture elements pixels A malfunctioning sensor element will show up as a single pixel blemish in the image This is generally not a problem White speckles When you shoot a poorly illuminated object at a high temperature small white dots may appear all over the entire screen image The following messages may appear on the screen Take the necessary measures shown below Messages while adjusting the white balance automatically continued Messages while adjusting the w
157. area DXC 390P you can obtain sub 9 pin images with less flicker under fluorescent light even when D SUB SYNC Switches the sync signal output from 28 SHUTTER is set to CCD IRIS or OFF Set this item to OFF the gt RGB SYNC connector D when you want to set NEGA to ON sub 9 pin Selection Function RGB SYNC Adds a sync signal to the RGB output 28 12 Switches the input and output the 29 OFF Disables the FLICKER CANCELLER function CONNECTOR DC IN VBS gt connector and ON Reduces flicker selects the output signal Continued Chapter2 Operation 27 GB 1 14 E 1e deuo DXC 390 390P DXC 390 390P Adjusting and Setting with Menus Setting item Contents of setting Ref page VBS lock Adjusts the horizontal phase and 29 H PHASE SC subcarrier phase during SC PHASE ROUGH external synchronization with SC PHASEFINE VBS signal input HD VD lock H PHASE Adjusts the horizontal phase 30 during external synchronization with HD VD signal input Displayed only when an external sync signal is input BAUD RATE Switches the baud rate of the gt connector at the rear panel Sets to any of 19200 9600 4800 2400 and 1200 Normally set to 9600 when the RM C950 remote control unit is connected to REMOTE 2 connector D SUB VIDEO Switches the video signal output from the RGB SYNC D SUB SYNC
158. camera As a camera for microscopes e As a rooftop weather monitoring camera As a laboratory monitor camera Chapter1 Overview 7 GB DXC 390 390P DXC 390 390P Location Functions of Parts Controls Front Panel Top Panel Bottom Panel Lens mount Screw holes D Screw holes M3 8 Chapter 1 Overview Q Lens Mount C mount Attach a C mount lens or microscope adaptor Note Be sure to use a lens whose projected part from the lens mount surface is less than 4 3 mm Mounting the lens with a projected part greater than 4 3 mm may damage the internal mechanism of the camera Screw holes Use these holes depth 4 mm 7 16 inches to attach the supplied tripod adaptor to the camera for mounting the camera on a wall ceiling or tripod For how to install the tripod adaptor see Mounting on a Tripod on page 45 Right Side Panel Control Panel MENU button D BLACK button gt S WHITE button BARS button ENTER button button SELECT button D FLANGE BACK flange focal length adjustment ring Q MENU button Displays the MAIN menu on a monitor screen Press again to exit the menu When a setting menu is displayed press this button to return to the MAIN menu For menu operations see Operation through Menus on page 14 4 BLACK black balance button Whi
159. control Zoom control GND Iris close Iris control video signal 12V REMOTE External view REMOTE connector 8 pin Pin No Signal HSK output HSK input TXD GND RXD TXD UNREG RXD 4 RGB SYNC 5 9 2 2 5 9 9 External view RGB SYNC connector D sub 9 pin Pin No Signal VBS output GND RGB output GND R VBS output G Y output B C output VBS Y output SYNC WEN output signal SYNC output GND output 5 DC IN VBS connector 12 pin Pin No External sync mode Internal sync mode HD VD VBS 1 GND GND GND 2 12V 12 12V 3 VBS Y output GND VBS Y output GND VBS Y output GND 4 VBS Y output signal VBS Y output signal VBS Y output signal 5 EXT HD input GND HD output GND 6 EXT HD input signal HD output signal 7 EXT VD input signal EXT VBS input signal SYNC VD output signal 8 C output GND output GND C output GND External view 9 C output signal output signal C output signal 10 GND GND GND 11 12V 12V 12V 12 EXT VD input GND EXT VBS input GND SYNC VD output GND 2 4 E DXC 390 390P 3 1 Section 3 Circuit Operation Description VA 193
160. d The model and serial numbers are located at the bottom Record these numbers in the spaces provided below Refer to these numbers whenever you call upon your Sony dealer regarding this product Model No To prevent fire or shock hazard do not expose the unit to rain or moisture Serial No To avoid electrical shock do not open the cabinet Refer servicing to qualified personnel only For the customers in the U S A This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense 2 GB You are cautioned that any changes or modifications not expressly approved in this manual could void your authority to operate this equipment The shielded interface cable recommended in this manual must be used with this equipment in order to comply with the limits for digital device pursuant to Subpart B of Part 15 of FCC Rules For the customers in
161. e signal for com pensation from the shading compensation circuit it 15 performed compensation by controlling a gain of G channel The signal after performing white balance after through a pre knee circuit and a white clip circuit is clamped OPB part by the feedback clamp circuit from IC915 to 918 to approximately 2 1 Vdc is output to the DP 313 board DXC 390 390P 3 Shading Compensation Circuit 4 V periodic delta wave is generated it uses the voltage for gain control so that shading compensation function is realized The generated delta wave is adjusted so that the wave center will be around the center on the screen The delta wave slant central adjustment value offset adjustment value and delta wave generating on off are set in 903 and IC906 Lens Control Signal Generator circuit Signals for controlled lens iris focus and zoom are generated About iris the signals for video servo and DC control are alternated IC913 The video servo signal makes the Y signal from the RGB signal of previous AGC in IC901 and is input to VCA IC907 via gain amplifier and clamp circuit This VCA sets a gain according to convergence level from IC903 The control signal for DC control that is set voltage in IC903 is output after adjusted gain The voltage range of the signal is approximately from 2 5 V to 7 5 V The ZOOM and FOCUS control signals are the same set voltage in IC903 are output after adjusted gain T
162. ecting a flash unit set TRIGGER to ON in the GENERAL menu page 27 and D SUB SYNC to WEN in the SYSTEM menu page 28 56 cB Chapter 3 Installation and Connections Appendix Precautions Chapter DXC 390 390P Operating or storage location Operating or storing the camera in the following locations may cause damage to the camera Extremely hot or cold places Operating temperature 5 to 45 C 23 F to 113 F Exposed in direct sunlight for a long time or close to heating equipment e g near heaters Close to sources of strong magnetism Close to sources of powerful electromagnetic radiation such as radios or TV transmitters Locations subject to strong vibration or shock Ventilation To prevent heat buildup do not block air circulation around the camera Transportation When transporting the camera repack it as originally packed at the factory or in materials equal in quality Cleaning Use a blower to remove dust from the lens or optical filter Use a soft dry cloth to clean the external surfaces of the camera Stubborn stains can be removed using a soft cloth dampened with a small quantity of detergent solution then wipe dry Do not use volatile solvents such as alcohol benzene or thinners as they may damage the surface finishes Chapter4 Appendx 57 GB 1 29 E Typical CCD Phenomena The following phenomena may appear on the monitor screen while you
163. ee Adjusting the Flange Focal Length on page 32 10 Chapter 1 Overview Rear Panel D MENU LOCK ON OFF switch DC IN VBS gt connector TRIG IN connector LENS connector D VIDEO OUT gt connector C RGB SYNC Q REMOTE D 02 RGB SYNC connector 7 connector Q MENU LOCK ON OFF switch When this switch is set to ON the menu is not displayed on the screen even if you press the MENU button DCIN VBS DC input video signal output connector 12 pin Connects to the CMA D2 D2MD D2CE D2MDCE camera adaptor Inputs the DC power and outputs the video signal TRIG IN connector type Connects to a commercially available slave unit by converting to BNC type in strobe mode LENS connector 6 pin Connects to a lens control cable when attaching the zoom lens especially designed for this camera VIDEO OUT 2 connector type Outputs a composite video signal Q REMOTE connector mini DIN 8 pin Connects to the RM C950 remote control unit not supplied 7 gt RGB SYNC connector D sub 9 pin Outputs RGB signals and their respective sync signals Use the CCXC 9DB CCXC 9DD CCMC 9DS connecting cable for the connections 11 Chapter 1 Overview DXC 390 390P Chapter Operation Adjusting and Setting with Menus Camera operational settings can be changed through s
164. eye is often too bright 9 Select SPEED then select the value from 1 525 to for the video camera 8 262 525H DXC 390 1 625H to 312 625H DXC When CCD IRIS is selected the electronic shutter 390P This mode can be used for shooting automatically decreases excessive incident light to is computer displays with reduced horizontal bands an appropriate level for the video camera This appearing across the display screen function is also useful for cutting out excessive incident light that is not cut out by the auto iris lens To set the shutter speed in scenes containing very bright patches such as 1 Display OFF by pressing the 4 and buttons snow or sea water reflecting sunlight simultaneously You can select the highest limit value of the variable 2 Select the SPEED value by pressing the button range of the shutter speed Select LIMIT then set while observing the noise on the monitor screen the speed to 1 250 1 500 1 1000 1 2000 1 4000 so that you can obtain the image with minimum 1 10000 1 20000 1 40000 or 1 100000 noise Each time you press the button the value changes in units of 1H You cannot use CCD IRIS mode when using a lens To convert the value into the shutter speed that automatically adjusts the iris control according Example When the value is set to 250H to the video signal input DXC 390 250 x 63 56 us 1H 34 9 us constant 15924 9 15 Approx 0 016 seconds LENS DXC 390P Selects the iris mode
165. he adjustment is done The adjusted white level is automatically stored in memory and remains even if the camera s power is turned off To shoot under the same conditions the stored white balance is recalled by setting MODE to AWB in the WHITE BALANCE menu White balance adjustment errors If the auto white balance adjustment is not successful an error message appears on the screen If this happens take the necessary measures and perform steps 1 through 7 again For more details see List of Messages on page 59 WHITE XXXXX Error message Connecting the cameras to video equipment without phase indication capability Use one of the cameras as a reference camera and adjust the other cameras to the reference camera one by one 1 Adjust the horizontal phase Select H PHASE from the SYSTEM menu and adjust so that the reference video signal and the output signal have the same horizontal sync phase Use a waveform monitor or an oscilloscope to check the phase 2 Adjust the subcarrier phase Select SC PHASE from the SYSTEM menu First adjust the subcarrier phase roughly with SC PHASE ROUGH by setting to between 0 and 1802 then adjust it finely using SC PHASE FINE so that the reference video signal and the output video signal have the same subcarrier phase Use a vectorscope or the wiping function of a special effects generator to display the images of both the reference camera and the camera
166. he voltage range is the same approximately from 2 5 V to 7 5 voltage of IC903 is controlled from a micro processor and then a lens is controlled 3 2 DP 313 Board The DP 313 board consists of the circuit blocks described below A D converter circuit for video signal Around CXD9117R CXD9087R and its surrounding circuits D A converter circuit for video signal Clock phase control circuit 3 1 E 1 A D converter circuit for video signal 3 3 EN 142 Board The analog signal RGB that is processed every kind at the VA 193 board is converted to 10 bit digital signal at CXD2310AR from 401 to IC403 Sampling frequency is 14 MHz The top reference The EN 142 board generates the composite signal VBS and Y C by the encoder IC from Y CR R Y and CB B Y that are output from the DP 313 board In the another system RGB signals are also generated by voltage approximately 4V and bottom reference voltage approximately 2V that are the standard voltage are set in 406 D A converter are input via buffer IC411 Also calibration pulse for IC401 402 and 403 is input after mixing inside between generated in hard ware around 420 and generated in software via IC406 2 CXD9117R and its surrounding circuit The digital converted RGB signals are input to 9117 1 404 digital signal processing per forms The IC inside setting is performs by the serial communication BUSY P
167. he item by moving the cursor beside it with the or button Set values The currently set values are displayed Change the values using or button 13 Chapter 2 Operation Adjusting and Setting with Menus Operation through Menus Menu operation buttons 5 Operate the menu with the buttons the right side panel B button MENU button button button button ENTER button The following table shows the functions of the buttons Button Function MENU Displays the MAIN menu 4 button Moves the cursor upward button Moves the cursor downward button Changes the setting decreases the value button Changes the setting increases the value 14 2 Operation Menu operation procedure To change the settings on the menu proceed as follows 1 2 3 2 1 Press the MENU button The MAIN menu appears Cursor Setting menu WHITE BALANCE ENHANCER GENERAL SYSTEM SCENE FILE HilNext BUExit 2 Move the cursor to the menu item to be set by pressing the or button then press the ENTER button The setting menu is displayed EXPOSURE A STER Setting item EP SHUTTER OFF LENS REMOTE IRIS AUTO AE LEVEL 0 AE AREA MULTI 3 Move the cursor to the item to be adjusted by p
168. he zoom ring to TELE telephoto as far as it goes Adjust the focus on the object used in step 2 by turning the focus lens on the lens Turn the zoom ring to WIDE wide angle as far as it goes oO a A Adjust the focus on the object used in step 2 by turning the FLANGE BACK flange focal length adjustment ring on the camera Do not turn the focus ring on the lens during adjustment 7 Repeat steps 3 to 6 until you achieve sharp focus both in the telephoto and wide angle positions Now the flange focal length adjustment is completed You do not need to readjust the flange focal length unless you replace the lens Basic Shooting Procedure 7 3 2 1 1 18 1 Turn the power of the camera and all connected devices 2 Illuminate an object with proper lighting 3 Point the camera at the object and adjust the iris focus and zoom For details see Adjusting the Iris Focus And Zoom on pages 36 to 37 4 Adjust the white balance For details see Adjusting the White Balance on page 39 5 Adjust the settings as required For details see Adjusting And Setting with Menus on page 12 6 Start shooting Chapter 2 Operation 35 GB DXC 390 390P DXC 390 390P Shooting Adjusting the Iris Focus and Zoom The following is an example of the iris focus and zoom adjustments using the RM C950 re
169. hite balance Message M sningiremsdies automatically WHITE NG Color temperature is too high TEMP HIGH Change the color temperature of the object to the appropriate level Message Meaning remedies 9 9 WHITE NG The camera has failed to adjust the white WHITE OK Automatic white balance adjustment has TRY AGAIN balance succeeded Add white part to the object shot 9 _ Take the measures above then try again If D WHITE NG Th level of th low 5 LEVELLOW the message appears even you repeat 5 Widen iris openin adjustment the camera needs to be checked gt opening Consult your authorized Sony dealer Increase the video gain Take the measures above then press the WHITE button n video 7 ihe image is nign Messages while adjusting the black balance Remove any brightly illuminated objects Decrease the illumination automatically Close the iris opening Decrease the video gain Message Meaning remedies Take the measures above then press the WHITE button BLACK OK Automatic black balance adjustment has succeeded WHITE NG Color temperature is too low TEMP LOW Change the color temperature of the object to BLACK NG The camera has failed to adjust the black the appropriate level IRIS close balance Close the iris opening than press the BLACK button 1 30 E Chapter 4 Appendix 59 DXC 390 390P y DXC 390 39
170. ication E Adjust Adj75 so that the set up level becomes the specification F Adjust Adj76 so that the Y level becomes the specification G Adjust Adj77 so that the SYNC level becomes the specification H Specification D Adjust each color spot within the frame HH on a vectorscope E 40 IRE 1 IRE NTSC 300 mV 7 mV PAL F 0 IRE NTSC 0 mV PAL 75 IRE NTSC 700 mV 7 mV PAL 40IRE 1 IRE NTSC 300 mV 7 mV PAL DXC 390 DXC 390P DXC390 390P 4 2 3 CCD OUT Adjustment Equipment Waveform monitor and vectorscope Adjustment Procedure 1 Press the BARS button the built in color bars will be OFF 2 Shutthe lens iris 3 Turn S102 switch on the SG 265 board to the OPE side up side Pedestal Adjustment 4 Press the BLACK button 1 5 Confirm the specification A Specification A Confirm that BLACK OK is displayed Pre white Balance Adjustment 6 Shoot the grayscale chart adjust the VBS OUT level by the lens iris to approximately 80 level 7 Turn the S102 switch on the SG 265 board to the ADJ side down side 8 Press the MENU button to show the DSP ADJ display Make settings the DSP Adj549 to the data01 10 Turn the 102 switch on the SG 265 board to the OPE side up side 11 Press the WHITE button 12 Confirm the specification B S
171. imple adjustment of the settings on the on screen menus Settings can be adjusted to get the best possible results for the given shooting conditions or to enhance the image with special effects Menu Configuration Before starting menu operation make sure that the MENU LOCK ON OFF switch on the rear panel is set to OFF To display a menu press the MENU button on the right side panel The MAIN menu is displayed on the monitor screen The setting menu will be displayed by selecting the desired setting menu item with the or button and pressing the ENTER button 12 Chapter 2 Operation About on screen menus This section explains how to read the on screen menu before starting menu operation MAIN menu Setting menu BuEBSelect Q Cursor Selects a setting menu or setting item Move the cursor up or down using the 4 or button Setting menu items When you select the desired item with the or button and press the ENTER button the setting menu for adjustment and setting is displayed User preset file You can store two types of preset adjustments into files A and B Indicates the currently selected preset file A or B Operational message Indicates how to operate the currently displayed menu Setting menu Indicates the currently selected setting menu Setting items Indicates the items that can be adjusted in each setting menu Select t
172. ing AE windows and adjusts auto exposure according to the luminance level in each area LARGE MID SLIT SPOT 1 10 E Follow the steps below 1 Select MANUAL and press the ENTER button Cross cursor Set Top Left Point Move Cross Cursor Cancel iil Next 2 Move the cross cursor appearing at the left top corner with the 4 or button to set the upper and left side size then press the ENTER button ove Cross Cursor Next MEM Cross cursor Continued 19 Chapter 2 Operation 1e deuo DXC 390 390P DXC 390 390P Adjusting and Setting with Menus Selection AE AREA Continued Function 3 Move the cross cursor appearing at the right bottom corner with the 4 4 or button to set the lower and right side size then press the ENTER button ve Wind Mo ndow Move Cross Cursor 4 Move the AE window to the desired position with the 4 button then press the ENTER button To cancel the setting before completing the procedure press the MENU button AE SPEED Sets auto exposure focusing speed in AGC CCD IRIS or auto iris control mode Selects from MID normal speed FAST fast speed and
173. ion LOW Sets the knee point to the lowest level BLACK STRETCH Adjusts the luminance of the dark portion of the screen You can set the value within the range from 10 to 10 The higher the setting the brighter the screen DCC When shooting a very bright object the whole screen may white out or a part of the image may be colorless This setting minimizes these phenomena DYNA LATITUDE Adjusts the contrast according to the luminance level of each picture element The setting is useful for shooting scenes mixed with bright and dark parts You can set the level within the range from 10 to 10 GAMMA Activates gamma compensation Selection Function Outputs the video signal linearly without gamma compensation Use this setting when you want to 9 produce images for image processing or image 2 analysis 5 Compensates the reproduction characteristics of a tone image 10 cathode ray tube of a monitor to produce natural Select LEVEL then adjust so that you can obtain natural tone image Adjustable range is from 10 to MASTER PEDESTAL The pedestal levels of the G B and R output signals can be adjusted simultaneously Adjusts the darkness level of the black part of the image Use this function to bring out details in heavily shaded areas The adjustable range is from 127 to 127 Normally set to 0 Use of a waveform monitor allows easier adj
174. iption 8325 292 o MOUNTED CIRC 8325 312 o MOUNTED CIRC 113 981 107 820 104 920 164 156 164 874 104 851 164 156 107 820 104 914 107 820 107 820 113 682 135 149 2 107 820 104 852 113 682 113 981 107 820 135 210 104 920 164 156 104 851 164 156 107 820 107 820 107 820 107 820 107 820 164 937 164 937 107 820 107 820 107 820 113 981 107 820 107 820 107 820 107 820 107 820 104 920 164 156 164 156 107 820 164 860 164 858 164 858 164 156 110 398 113 642 107 820 164 156 110 398 115 709 164 156 164 156 XQ XQ XQ XQ XQ XQ XQ XQ Q XQ Q XQ Q
175. l Design and specifications are subject to change without notice 62 GB Chapter 4 Appendix Demensions Front Side 56 21 4 28 140 7 55 8 128 5 4 50 2 9 Unit mm inches Top 16 5 2 40 198 Bottom 11 7 16 40 15 s E 25 1 Screw hole depth 4 3 16 Unit mm inches 1 32 E Chapter 4 Appendix 63 y 6 DXC 390 390P DXC 390 390P Optional Accessories Lenses VCL 614WEA zoom lens 14 x f 2 5 5 77 mm VCL 610WEA zoom lens 10 x f 2 6 5 65 mm Camera adaptor 2 camera adaptor for NTSC format CMA D2MD camera adaptor for NTSC format medical use CMA D2CE camera adaptor for PAL format CMA D2MDCE camera adaptor for PAL format medical use Remote control unit RM C950 remote control unit connecting cable supplied 64 c8 Chapter 4 Appendix Power supply cable CCDC series length 5 m 16 ft 10 m 32 ft 25 m 82 ft CCDCA series length 50 m 164 ft or 100 m 328 ft series length 2 m 7 ft 5 m 16 ft 10 m 32 ft or 25 m 82 ft Camera cable CCXC 9DB D sub lt gt BNC x 5 CCXC 9DD D sub D sub CCMC 9DS D sub lt BNC x 4 S video connector CCMC 9DSMN D sub gt BNC 3 phono jack S video connector
176. le the menu is displayed Moves the menu cursor upward Also use this button for an AE window setting etc While the normal screen is displayed Activates the automatic black balance adjustment 94 WHITE white balance button While the menu is displayed Increases the setting value or changes the setting Also use this button for an AE window setting etc While the normal screen is displayed Activates the automatic white balance adjustment when MODE is set to AWB in WHITE BALANCE menu Chapter Overview 9 cB 1 5 1 6 Location and Functions of Parts and Controls BARS color bars output button Outputs the color bar signal Press again to revert to video signal output For monitor adjustment contact your authorized Sony dealer ENTER button Selects a setting menu in the MAIN menu Also use this button for an AE window setting etc Q button Moves the menu cursor downward Also use this button for an AE window setting etc FILE SELECT button While the menu is displayed Decreases the setting value or changes the setting Also use this button for an AE window setting etc While the normal screen is displayed Switches the user preset file between A and B Q FLANGE BACK flange focal length adjustment ring Adjusts the flange focal length of a lens which is not equipped with this function For details on flange focal length adjustment s
177. lephoto with the white line then adjust the focus on Object such as OPERATION MODE the object gt FOCUS ZOOM IRIS letters fine patterns M 7 OA etc on which you can observe the focus 8 x condition distinctly FOCUS Turn the fixing screw for the F f adjustment ring ZOOM clockwise to tighten it firmly IRI 9 Set FOCUS ZOOM IRIS switches the lens to A Auto position Repeat steps 5 and 6 until you achieve sharp focus both in the telephoto and wide angle positions Now the flange focal length adjustment is completed You do not need to readjust the flange focal length unless you replace the lens Chapter 2 Operation 33 GB DXC 390 390P 1 17 E Shooting When you use a zoom lens not equipped with the flange focal length adjustment function Adjust the flange focal length using the FLANGE BACK flange focal length adjustment ring on the camera Desired shooting distance to the object or about 3 m 10 feet 2 Object such as letters fine patterns etc on which you can observe the focus condition distinctly 34 GB Chapter 2 Operation 1 Set the iris fully open if the lens is equipped with the iris ring If you use the auto iris lens illuminate the object appropriately so that the iris is open Point the camera to an object at the desired shooting distance or about 3 m 10 feet away Turn t
178. lt 1 C405 i 257 45 SEN 2 5 8 m 3 Ce i E 114 8 6440 2 wo 17 3 3 36 r 8 37 ay 2 18 1 24557 8 3 ll 1 7257 Sim e N 5 a S 1 2 2e MN DP 313 5 e 36 1 M Nn CELERE 1 CN401 69 37 1405 C444 2 10 DP 313 A SIDE SUFFIX 11 9 2 DP 313 9 2 C447 2 X R465 SUE R567 R569 8476 858 R477 8568 570 E C483 E 58 Mu 8 00 3 C446 C448 al C401 R487 8478 50455 H 58488 S 56465 R4900 R4910 C463 459 R508 R524 DP 313 SIDE SUFFIX 11 D 2 1 2 20 151 2854 1688 82 0721 SI Q 20921 Ele dd 2071 00 1 73 1 8 L 2 C448 CL412 C464 133 2 m gt 1 S o LI 14 OT 1409 70772 2 2979 50719 Bm
179. mote control unit For details refer to the Operating Instructions supplied with the RM C950 When you use the VCL 610WEA zoom lens IRIS AUTO MANUAL select switch IRIS knob FOCUS knob RM C950 ZOOM knob 36 Chapter 2 Operation Adjusting the iris automatically Set the IRIS AUTO MANUAL switch on the RM C950 to AUTO You cannot adjust the iris manually with the VCL 610WEA Adjusting the focus Adjust the focus by turning the FOCUS knob on the RM C950 Zooming Turn the ZOOM knob on the RM C950 as required When you use the VCL 614WEA zoom lens OPERATION MODE FOCUS ZOOM RIS A Mes gt FOCUS ZOOM IRIS AUTO MANUAL switch IRIS knob FOCUS knob FOCUS ZOOMIIRIS M A select switch RM C950 ZOOM knob Adjusting the iris 1 Set the IRIS M A select switch on the lens to A Auto and the IRIS AUTO MANUAL switch on the remote control unit to MANUAL 2 Adjust the iris by turning the IRIS knob on the remote control unit Adjusting the focus 1 Set the FOCUS M A select switch on the lens to A Auto 2 Adjust the focus by turning the FOCUS knob on the remote control unit Zooming 1 Set the ZOOM select switch on the lens to A Auto 2 Turn the ZOOM knob on the remote control unit Note When adjusting the iris focus and zoom manually using the rings on the lens make sure to set the IRIS FOCUS
180. nditions Selection Function OFF Any electronic shutter mode does not function STEP Sets the shutter speed to any of 15 steps in long exposure mode and 11 steps in high speed mode Select SPEED and set the shutter speed from among the following values Long exposure mode 0 1 0 2 0 3 0 5 1 0 1 5 2 0 2 5 3 0 3 5 4 0 5 0 6 0 7 0 and 8 0 sec To set the speed display OFF by pressing the and buttons simultaneously then select the desired value by pressing the button Each press changes the speed in the order as shown above High speed mode FL flickerless 1 125 1 250 1 500 1 1000 1 2000 1 4000 1 10000 1 20000 1 40000 1 100000 To set the speed display OFF by pressing the and buttons simultaneously then select the desired value by pressing the button Each press changes the speed in the order as shown above When using the camera in a 50 Hz lighting area DXC 390 or in a 60 Hz lighting area DXC 390P the FL setting offers flickerless images even under fluorescent light Selection VARIABLE Function Use for fine adjustment of the video output level in long exposure mode low speed mode or in clear scan mode high speed mode Long exposure mode You can set the SPEED value in units of 1 frame For example if you set to 50 frames about 1 7 seconds the video signal produced during this set time is output in the form of one complete frame at intervals of abo
181. or Power cord CAMERA 4 pin Setup using a CCDC cable for supplying power only 48 cB Chapter 3 Installation and Connections Connecting using a CCMC cable DXC 390 390P B pc inves CCMC 12P02 05 10 25 cable Composite video input VIDEO IN 75 ohm coaxial cable VIDEO OUT 2200 CMA D2 D2MD D2CE D2MDCE camera adaptor 12 pin CAMERA 8 Set the MODE position Video monitor VCR etc Power cord selector to the 1 Chapter 3 Installation and Connections Setup using a CCMC cable for supplying power to camera and video signals to the camera adapter 49 1 25 Basic System Connection Connecting to Video Equipment with RGB or S Video Inputs Set the MODE selector to the 1 position CMA D2 D2MD D2CE D2MDCE camera adaptor Ww 5 10 25 50 100 cable Power cord 12 02 05 10 25 cable i RGB monitor DC IN VBS Camera cable CCXC 9DB D sub 9 pin gt connectors or CCMC 9DS D input a processon DXC 390 390P sub 9 pin lt BNC S video connectors
182. ove the flat cable from the MB 875 875P board and then remove the CCD block Do not damage the flat cable Pay carefull attention not to give the stress in the PA 236 board and prism block since it may cause damage them Flat cable CCD block Tripod adaptor 2 2 E 2 4 How to use an extension board Extension boards are not in use for adjustment These are in use for check of VA 193 193P DP 313 313P EN 142 142P SG 265 265P boards Extension board EX 747 J 6432 130 A EX 748 6432 140 749 J 6432 150 A 750 J 6432 160 A cases of the VA 193 193P board VA 193 193P board Extension board EX 747 Extension board EX 748 n cases of the DP 313 313P board DP 313 813P board Extension board EX 749 Extension board EX 750 DXC 390 390P cases of the EN 142 142P board EN 142 142P board Extension board EX 747 Extension board EX 748 n cases of the SG 265 265P board SG 265 265P board Extension board EX 749 Extension board EX 750 DXC 390 390P 2 3 E 2 5 Input output signals of connectors DC IN VBSG gt VIDEO OUT MENU LOCK OFF ON 2 RGB SYNC REMOTE LI G3 DXC 390 390P REAR PANEL LENS lt D 040 QI S External view LENS connector 6 pin Pin No Signal Focus
183. ower cord from the unit try these measures Relocate the unit with respect to the susceptible equipment Plug this unit and the susceptible equipment into different branch circuit Consult your dealer According to Standard EN60601 1 2 and CISPR11 Class B Group 1 Caution When you dispose of the unit or accessories you must obey the law in the relative area or country and the regulation in the relative hospital 3 DXC 390 390P DXC 390 390P Chapter 1 Overview 6 Location and Functions of Parts and Controls 8 Front Panel Top Panel Bottom Panel 8 Right Side Panel Control Panel 9 Rear Panel 11 Chapter 2 Operation Adjusting snd Setting with Menus 12 Menu Configuration 12 Operation through Menus 14 Futictioncob 16 Initial Setting of the Menus sol Sliooting 32 Adjusting Flange Focal Length 32 Basic Shooting Procedure 35 Adjusting the Iris Focus and Zoom 36 Adjusting the Black Balance Adjusting the White Balance 39 Adjusting the Picture Tone in a Multi Camera m 41 4 GB Table of Contents
184. pas _ GENERATOR DRIVER LATCH LATCH LATCH GATE sm 23 CIRCUIT D sui 2 4 1 61 GATE GATE CONTROL ursa m I oy gt 32 3 Sai 562 KO GATE counter j SHUT a EDO ED2 ver SMD1 SMD2 Ps CLP2 4 e DECODE 5 6 4 DXC 390 390P ICX258AL SONY ICX259AL SONY 1 3 INCH CCD IMAGE BLOCK TOP VIEW V4t1 16 2 3 2 15 2 3 14 114 13 GND 5 12 VL 6 11 50 NC 7 10 VouT 8 9 INPUTS H1 H2 HORIZONTAL REGISTER TRANSFER CLOCK RG RESET GATE CLOCK SUB OVERFLOW DRAIN VL PROTECTION TRANSISTOR BIAS V1 V4 VERTICAL REGISTER TRANSFER CLOCK OUTPUT Vout SIGNAL OUTPUT OTHER NC NO CONNECTION 13 4 222 VERTICAL SHIFT REGISTER V4 1 11 SUB 1 OUTPUT gt VOUT HORIZONTAL SHIFT REGISTER ry yt TE H2 16 wl DXC 390 390P LT1251CS LINEAR TECH VIDEO FADER AND DC GAIN CONTROL AMPLIFIER TOP VIEW WY IN1 110 IN2 T rw 2 FB2 CONTROL ve BH N ves IFS RC RFS NULL
185. pecification Confirm that PRE WB OK is displayed 13 Turn the 102 switch on the SG 265 board to the ADJ side down side 14 Return the DSP Adj549 to the data00 15 Press the MENU button to show the ADJ display Target Color Setting 16 Make settings the Adj98 data to 004 17 Make settings the Adj99 data to 002 18 Make settings the Adj100 data to 024 19 Turn the S102 switch on the SG 265 board to the OPE side up side 4 3 E 5 1 1 Section 5 Spare Parts Notes on Repair Parts Safety Related Components Warning Components marked are critical to safe operation Therefore specified parts should be used in the case of replacement Standardization of Parts Some repair parts supplied by Sony differ from those used for the unit These are because of parts common ality and improvement Parts list has the present standardized repair parts Stock of Parts Parts marked with o at SP Supply Code column of the spare parts list may not be stocked Therefore the delivery date will be delayed Harness Harnesses with no part number are not registered as spare parts In need of repair get components shown in the list and repair using them DXC 390 390P 5 1 1 A SER 3 A EO D VOTE Bb Ze CT L RT SEHJANSTEXE Ho aban 14mm
186. r master clock the timing generator for the CCD driving pulse the IC generated detection boundary and the DC DC converter 28 MHz oscillating circuit This circuit consists of the P COMP HD phase compar ative output signal and PLL in VCO When the internal sync and VBS external sync it iscrys tal type VCO HD and VD When the external sync it is generated 28 MHz of the master clock in the LC type VCO oscillator Both oscillator circuits do not operate simultaneously The oscillator clock improves the duty ratio in IC635 IC636 and its around circuit Timing generator IC611 28 MHz and AHD AVD from the DP 313 board are input each pulse for driving the CCD is generated e V1 V2 and V4 Vertical transfer pulse and H2 Horizontal transfer pulse e VSUB Electric charge sweep out pulse e RG Reset gate pulse The transfer pulse is sent via H driver circuit IC612 and V driver circuit IC601 IC604 and IC607 to the PA board the sample and hold pulse are sent to the VA 193 board CXD9115AR 606 The window signal for detection frame is generated H Window and V Window signals are mixed in IC628 and IC629 are output to the DP 313 board A CCD accumulative time is realized according to a trigger input DC DC converter DD601 The voltages of 15V 9V 5V A 5V D 3 3V and 7 5V are generated from the external input power supply UNREG so that supply to each board Independently UN
187. ressing the or button EXPOSURE Al GAIN STEP STEP gt SHUTTER OFE H Set value LENS REMOTE IRIS AUTO AE LEVEL 0 AE AREA MULTI Select 1 8 4 Change the value by pressing the or gt button Holding down the button changes the value quickly EXPOSURE A GAIN STEP STEP OdB gt SHUTTER STEP 8 SPEED OFF 5 LENS REMOTE g IRIS AUTO LEVEL 0 MULTI nugBsSelect To reset to the initial set value Select the item to be reset then press the and buttons simultaneously For the initial set value on each item see Initial Setting of the Menus on page 31 To return to the normal screen Press the MENU button while the MAIN menu is displayed While each setting menu is displayed press the MENU button to return to the MAIN menu then press it again to return to the normal screen Chapter 2 Operation 15 DXC 390 390P Adjusting and Setting with Menus mg I Function of Menus DXC 390 390P EXPOSURE menu Adjusts the items relating to exposure such as gain and shutter mode GAIN Adjusts the video gain EXPOSURE Al gt GAIN STEP STEP OdB SHUTTER OFF LENS REMOTE IRIS AUTO AE LEVEL 0 MULTI
188. s SDATA 5 EVR01 CS EVR07 CS NC D NC CB Y GND A GND A SYNC WEN CR HD_IN HD_OUT VD INND OUT GND A GND A VBS VBS Y GND A GND A 5 IC GND A GND A 5V 5V 5V 5V VD INVD OUT HD IN HD OUT CMA DATA IRIS CLOSE ZOOM CONT FOCUS CONT IRIS CONT VIDEO CN 1938 CN606 8 18 CN601 236 CN604 DP 313 GND D 5V GND D 5V 14M GND A 28M BCH 510 GND A CLPDSP RCH PBLKDSP 5V A AHD GCH AVD 5 SRST 3 3V OBLK NIC BUSY WDISPLAYB NIC CS WDISPLAY 503 00 3 SCLK 3 GND D SCLK 5 ECK SDATA 5 GND D EVR03 CS NC SDA3 BECOL SDCK C CS DSP SBLK WRGBCH1 GND A WRGBCHO Y NC GND A WB AE CR GND D GND A GND D CB GND D 5V A 333V 35V D 333V 48D
189. s the Service Manual of the 3CCD color video camera DXC 390 390P This manual contains the operating instructions service overview functions electrical alignment spare parts semiconductor pin assignments block diagrams schematic diagrams and board layouts Related manuals DXC 390 390P In addition to this Service Manual the following manuals are provided for this unit Operation Manual Supplied with the DXC 390 390P This manual is required for the proper operation and application of this unit Part of the Operation Manual is included also in this Service Manual in Section 1 Operating Instructions Part number 3 203 786 11 Semiconductor Pin Assignments CD ROM Available on request This Semiconductor Pin Assignments CD ROM allows you to search for semiconductors used in Communication System Solutions Network Company equipment Semiconductors that cannot be searched for on this CD ROM are listed in the service manual for the corresponding unit The service manual contains a com plete list of all semiconductors and their ID Nos and thus should be used together with the CD ROM Part number 9 968 546 X X ANOS d06 06 9Xad DXC 390 390P SON Y Section 1 _____ This section is extracted Operating Instructions 3 203 786 11 1 3CCD Color Video Camera Instructions for Use GB oxc 390P only DXC 390 DXC 390P 2000 Sony Corporation Owner s Recor
190. sive sheet at the back of the name sheet and attach the name sheet to the panel Chapter 3 Installation and Connections saydeyo 53 1 27 E Connecting to a Computer 1 1 Set the MODE selector to the 1 position DXC 390 390P CMA D2 D2MD D2CE D2MDCE camera adaptor CAMERA 4 pin or 12 pin Power cord gt VIDEO OUT gt REMOTE ES DC IN vBS gt 5 10 25 50 100 cable or 12 02 05 10 25 cable Video input connector Video monitor VCR etc Serial interface connector Connecting cable Computer System for controlling the camera with a computer using an RS 232C command 1 Use the shielded connecting cable for connecting to a computer 54 GB 3 Installation and Connections For more details on RS 232C protocols and cables for connection to a computer contact your authorized Sony dealer Connections for Long Exposure Shooting Set the MODE selector to the 1 position CMA D2 D2MD D2CE D2MDCE camera adaptor Power cord jj CAMERA 4 pin or 12 pin DXC 390 390P DC IN VBS gt CCDC 5 10 25 50A 100A cable or CC
191. speed or FAST fast speed MANUAL Use for manual adjustment of white balance When this item is selected R GAIN and B GAIN are displayed Adjust them while watching the monitor Screen R GAIN Finely adjusts the red gain in the range from 127 to 127 B GAIN Finely adjusts the blue gain in the range from 127 to 127 3200K Selects for indoor shooting Color temperature 3200K 5600K Selects for outdoor shooting Color temperature 5600K 23 Chapter 2 Operation 1e deuo DXC 390 390P Adjusting and Setting with Menus M ENHANCER menu DETAIL Enables or disables adjustment of the sharpness of the image Adjusts the sharpness of the image outline and the color outline tone hue Selection Function 8 lt ON 4 adjustment of the sharpness of the image 5 DETAIL N ETUR E REGERE MiB OFF adjustment of the sharpness of the image LINEAR MATRIX ON outline MODE STANDARD When you set DETAIL to ON LEVEL and FREQUENCY TARGET COLOR ANI are displayed Bl Back Adjust the sharpness of the image outline in accordance with your shooting purpose and your taste Selection Function Setting items in the ENHANCER menu 5 LEVEL Adjus
192. the camera operation with the reference signal Function Adjusts the horizontal phase within the range from 20 to 127 Selection H PHASE SC PHASE Roughly adjusts the subcarrier phase by setting to 0 ROUGH or 180 Finely adjusts the subcarrier phase within the range FINE from 127 to 127 HD VD lock Appears only when an external reference sync signal HD VD signal is input Adjusts the horizontal phase to synchronize the camera operation with the reference signal Select H PHASE then adjust the level within the range from 20 to 127 Chapter 2 Operation 29 cB 1 15 E Adjusting and Setting with Menus SCENE FILE menu Sets the preset menu settings The camera has two memory files A or B for storing the menu settings You can store a different type of setting into each file and switch to the file most suitable for the shooting conditions quickly The currently selected memory file is shown in the upper right corner of the on screen menu SCENE FILE A gt FILE SELECT A LOAD 5 Setting items the SCENE FILE menu Setting item Contents of setting Ref page FILE SELECT Selects the file into which you store 30 the setting LOAD Selects the type of setting to be 30 stored and loads it GB Chapter2 Operation FILE
193. ts the level in the range from 127 to 127 Setting item Contents of setting Ref page The lower level decreases the sharpness of the image DETAIL Enables or disables to adjust the 24 Pa nd Bea Soer sharpness of the image outline NONE evel Increases me snarpness ortedmage outline and makes the image sharper LEVEL Adjusts the sharpness oftheimage 24 FREQUENCY Selects the frequency level with which the image outline outline is adjusted from LOW lower frequency level FREQUENCY Adjusts the sharpness of the 24 MID middle frequency level or HIGH higher detailed image outline frequency level Higher setting provides a sharper LINEAR MATRIX Enables or disables processing of a 25 cutline of detailed images color matrix MODE Finely adjusts the color tone 25 TARGET COLOR Specifies the color for DETAIL or 25 LINEAR MATRIX adjustments 24 Chapter2 Operation LINEAR MATRIX TARGET COLOR Processes an image with a color matrix to change the Select when adjusting DETAIL or LINEAR MATRIX for a chroma saturation and hue in order to reproduce natural specific color colon Selection Function Selection Funetion Adjusts DETAIL or LINEAR MATRIX for the whole ON Corrects the color to reproduce natural color image Normally set to this position OFF Color correction does not function Use
194. ustment Chapter 2 Operation Continued 21 1 11 Adjusting and Setting with Menus 2 Adjusting direction Effect The whole screen becomes whiter The whole screen becomes blacker 1 R red PEDESTAL B blue PEDESTAL Use these items to finely adjust the pedestal level of each color Adjust while watching the monitor screen The items can be finely adjusted within the range from 127 to 127 22 GB Chapter 2 Operation WHITE BALANCE menu Adjusts the white balance lt WHITE BALANCE gt K gt MODE WB R PAINT 0 0 Setting items in the WHITE BALANCE menu Setting item MODE Contents of setting Ref page Selects the white balance modes 23 R B Finely adjusts the white balance AWB 23 ATW MODE Selects the white balance modes Selection AWB Function Adjusts the white balance atutomatically auto white balance When this item is selected R PAINT and B PAINT are displayed Use these items for fine adjustment Adjust them while watching the monitor screen R PAINT Finely adjusts the red in the range from 100 to 100 B PAINT Finely adjusts the blue in the range from 100 to 100 For details see Adjusting the White Balance on page 39 ATW NORMAL or ATW WIDE
195. ut 1 7 seconds These pictures which contain 50 frames of video information are much brighter than normal one frame images This mode is useful for shooting a poorly illuminated object in a dark place To set the shutter speed 1 Display OFF by pressing the 4 and buttons simultaneously 2 Select the SPEED value by pressing the button Each time you press the button the value changes in units of 1 frame To convert the value into the shutter speed Example When the value is set to 5 frames 5 x 1 30 0 1666 seconds DXC 390 5 1 25 0 2000 seconds DXC 390P Notes Do not use AGC CCD IRIS ATW DCC and DYNALATITUDE functions in long exposure mode When you set the shutter speed to 1 second or higher set the gain level to 0 dB Continued 17 Chapter 2 Operation 1 9 E Adjusting and Setting with Menus wM Q ngnrs Selection Function Selection Function VARIABLE Clear scan mode CCD IRIS For example this function is useful for microscope You can set the shutter speed in units of 1H Continued applications When shooting with a microscope not lI horizontal scanning time 63 56 for DXC 390 equipped with the auto iris lens the luminance level 64 00 for DXC 390P that is just right for the human
196. wer to the camera and transmits video signals to the camera adaptor For connecting method see page 49 The camera adaptor you can use with your camera varies with the signal systems and uses System EIA standard NTSC CCIR standard Use color system PAL color system Medical CMA D2MD CMA D2MDCE Non medical CMA D2 CMA D2CE 1 24 E Note on use of camera adaptors Be sure to use one camera adaptor for each DXC 390 390P unit Although the camera adaptor has tvo CAMERA connectors 4 pin and 12 pin the power consumption of the camera is such that two camera units cannot be connected at the same time Be sure to turn off the power supply for all equipment before making any connections Chapter 3 Installation and Connections 47 1 DXC 390 390P Basic System Connection Jaydeyo DXC 390 390P Connecting to Video Equipment with Composite Video Input Connectors Connecting using the CCDC cable 75 ohm coaxial cable DXC 390 390P VIDEO OUT gt VIDEO OUT DC INVBSG gt DC INVBS gt 5 10 25 50 100 cable 1 2 Composite video input VIDEO IN Video monitor VCR etc Set the MODE selector to the 1 position 000 gg 0000001 CMA D2 D2MD D2CE MDCE camera adapt
197. when you want IN Adjusts DETAIL or LINEAR MATRIX for a specific to process the image color With the RANGE setting you can finely adjust the area When you set LINEAR MATRIX to ON MODE is in fh range 1010 10 displayed You can adjust the color suitable for an object OUT Adjusts DETAIL or LINEAR MATRIX for colors other When you set MODE to MANUAL R PAINT G PAINT speettied one and B PAINT appear Selection Function How to specify a color STANDARD Normally select this setting 1 Select IN or OUT and press the ENTER button R ENHANCE Enhances the red B ENHANCE the blue G ENHANCE Enhances the green 2 Move the cross cursor 8 appearing in the center of the screen to the desired color with the 4 or button so that the cross cursor square covers the desired MANUAL Adjusts each color finely color then press the ENTER button n 45 Finely adjusts the red in the range from 30 When you select IN you can adjust the color indicated G PAINT Finely adjusts the green in the range from by the cross cursor 30 to 30 When you select OUT you can adjust colors other than B PAINT Finely adjusts the blue in the range from that with the cross cursor 30 to 30 Chapter 2 Operation 25 GB DXC 390 390P 1 13 Jaydeyo Adjusting and Setting with Menus GENERAL menu Sets the general

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