デジタルCCDカメラ 劇880
Contents
1. 4 0 4 0 7 02. 11 1 POWER ON POWER LED 1 2 AC 3 AC 4 LED 5 z 11 2 1 2 I F 3 4 1I F 5 6 7 I F 8 I F 9 11 3
3. CCU 6 1 4 2000 3 8 mm C 7 mm
4. END R C CD 1 39 4 C4880 81 C4880 81 CCD 100 399
5. CCITT V24 RS 232C 1 2 0 0 BPS 1 9 2 0 0 BPS TSE 5 V 5 V RS8 282C A TXD OFE RXD OFF
6. 9 MONITOR ACQUIRE 2 SCAN MODE NORMAT CCD B EXTENDED 1 CCD E
7. 2 1 2 3 4 5 6
8. ACN STP CAN STP SToP CAN CANcel CCD OCAN 34 STP CAN C4880 81 CCD Fy TETOR BX 1 Monitor STP
9. 7 8 59 CCD 1 CCD CCD MOS
10. RES RESponse i IAT AAF Y N RES 2 3
11. 62 2 7 2 63 4 CCD EKER S NEEE CCD 7 3 1 2 3 2 2 3 3
12. OFTP 21 8 2 C4880 81 INTERNAT EXTERNAL 2 CCD C4880 1 A Internal Read Read ead Read MON STP ACQ B External MON TRIG TRIG TRIG FCN 2 FCN 2 ACN 3 TRIG TRIG TRIG oc MON TRIG SIP integ read AET wFCN 0 ACQ FCN 1 Blanking insert integ Read ACN 4 1V Blanking 22 9 9 1 C4880 81
13. 17 7 2 1 C4880 81 ON 2 1 0 7 3 8 lt 7 4 CCD OFF 18 8 8 1 C4880 8 1 ACQUIRE MODE QDLE
14. 7 mm 5 2 C4880 81 CCD CCD S N CCD C4880 81 C4880 81
15. C 1 2 1 3 1 0 FEELT 2 1 0 CCD 23 60 lt P D 0 E EEO OMNE 1 3 HONNO 9 CCA gt OAK 0 gt gt
16. SSP Scan SPeed High Slow C4880 SSP C4880 High SSP S C4880 8low SAG Scan Amp Gain Low High Super high Super high Super high IRZ p INTA SMD High SAG 2 SAG High SAG S Super high SMD Scan Normal Extended SMDN
17. 1 1 1 HIGH 1 1 1 SUPER HIG H 11 1 6 CONTRAST ENHANCE CONTROL CVOLUME L ED B EXTERNATL
18. RES RESponse YIN RES RES RSE Response Switch of End TZN END RSE END RSE END 40 6 AMD read Acquire MoDe I E read Acquire Exposure Time n 1 255 SHT SHutter Time n 1 509 ACN read Acquire Cycle Number n 1 9999 FCN Frame Cycle Number n 1 255
19. Silicon Intensifier Target Tubep 5 CCD 6 300 11 0 0 nm 7 1 0 MHz 8 A D 1 0 1 2 1 4 BIT
20. SAR 38 FTF ISF SAR Sub Array Area XO YO XW YW B 1 2 4 8 16 32 SMD 100 50 100 150 2 100 50 100 150 2 4 CEC Contrast Enhance Control Volume External oFf CEC Ve C6790
21. ON VVALID CCD ON D B0 DB15 CCD A D DB0 LSB DB15 REME Yv k 15 5 53 UI SERIAL I F ERE CI TXD RXD DSR GND DTR D 5V OO N
22. 3 gt CR gt gt gt 2 5 6 CR gt 25 9 3 1 RESponse
23. GAIN OFFSET GAIN 11
24. 500Hz C4880 81 1 6 RS 4224 3 1 5 0 0Hz CCD 5 0 0 H z 2 8 3 CCD 4 CCD SIT
25. OFFSET GAIN 12 5 3 4 5 7 CAMERA HEAD TRIGGEBR IN C4880 5 0 TTL 11 4 11 5 IUF SERIAL I F C4880
26. CEG Toa 5 C4880 w INI EEP E S RES END 31 6 AMD AET ACN SSP SAG SMD CEC CEG CEO RES RSE CVG CVO ROM VER CHP SCA CAI FCN FRT
27. CCD 1 ETH S N COCD HL U CCD 5 7 3 2 x 2
28. 2 AMD ACN FCN 30 3 SSP SAG SMD SAR 4
29. END 6 END 5 HEBD END RES Response Switch of End END Y N Y N RSE END aquir e 28 6 State of CAmera A M SEDE A Aquire M Monitor 7 FRT Frame Read Time 1 mmmm SSoXXX min sec milise
30. CEC E CEG CEO CEC FE High CEG Contrast Enhance Gain n 0 255 CEG 100 100 CEG 255 High 39 IN Contrast Enhance Offset n 0 255 CEO 100 100 255 High 5 INItialize C4880 RAM
31. 3 AA 0 64 649 H VALID VIDEO 2 0 64 324 H VALID VIDEO 4 0 64 164 H VALID VIDEO D 8 0 4 82 VALID 4 8 CCD O PB 8 0 P B 8 57 4 1 VVALID HVALID PTXCLK 2 VVALID VVALID 58 13 1
32. CCD CCD CCD CCD 2 CCD COD CCD CCD CCD CCD 7 1
33. RES 26 XXX 3 PP 4 2 5 OES A
34. 2 2 48 2 AUD CCD 2 100V 410 50 60 Hz 115 VA 3 7 0 4 1 3 kg 6 2 kg WW 49 1 2 2 C4880 81 CCD 692 504
35. SHT 300 300 ARAT 36 ACN Acquire Cycle Number IG ASR 1 9999 ACN 10 10 ACN 1 1 qq FCN Frame Cycle Number n 0 255 FCN 8 3 SE NE 37 3
36. C F C K C P C C 7 mm 10 5 2 1 0N CCD 5 LED LRD 3 CONTRAST ENHANCEMEN LED LED
37. 47 12 1 2 1 1 CCD 65 6 49 4 9 9 4mx9 9um 6 52 mmx4 89mm 1 2 1 309Hz 28 508 2 5 7 electron A D AZ 4bi 1 0 bit gt IIE C 11 2 electron ADcount 46 000electron 2 6 electron ADcount 10 600electron 0 9 4 electron ADcount 3 850electron 2 5 electkron ADcount 2 4 electron ADcount 1 1 048 1 CCD
38. 10m 7 9 CCD 10 11 C 12 13 8 4 C4880 81 1 C4880 81 2 C4880 81 3 1 24 4 1 5 4 2 5 5 1 3P 2P 5 2 1 1 1 1 5 5 1 DD C
39. 33 10 m 656 e 6 9 2 50 12 8 a a 4 m H O O N ERER 10 400 500 600 700 800 900 1 000 1100 300 R nm K 51 12 4 1 DIGITAL OUT 1 PIXCLK PTXCLK 2 HMVALID HVAL D 3 WALID VVALID 4 DBO 5 DB DB1 6 DB2 DB2 DB3 DB3 8 DB4 DB4 9 DB5 DB5 10
40. CAN Acquire ACN STOP IDLE C AN STP STP CAN STP CAN 35 2 AMD Acquire INTARS Internal External 7 3 AMD
41. AMD Internal 3 Acquire Exposure Time n 0 255 T Y RD E AET 3 3 FRT SHT SHutter Time 0 509 0 AET n AET 1 m SHT
42. 7 4 64 7 3 65 2 X2 4 7 4 66 LLL TT TTT TT TCT TTT 0 1 820 gt LEDAN 08 0997 EN LAHO HRNS30 OW mw ndgv si 0LGO966L NYU 1 ONNOZ EEE yg Gy EEN RE 220 4 09 09993 1HmAS3 w HO aw Oga W e 6220966 347 686 AO UU OOOO 0O O 905050505050505050 0 050 O_O O_O O O O O DDO OO O O O O OO CO OO OO 9505909595950 0 050505050 O OO OO OO 4880 80 Timing I O C4880 80
43. Timing VO 9 D sub Pin 1 E TRIG TL 1kQ BNC N C Pin 2 VD IDLE Low Pin 3 Pin 4 INTEG CCD High Low DLE High 5 XSG 7 Tb TDD CERT AH LEH Pin 6 E TRIG RTN ETRIG Pin 7 VD RTN ms 8 INTEG RTN INTEG Pin 9 XSG RTN XSG tE D sub 4 4 9 e ilii i i WP i 1 4 4 1 14 1 NA 4 2 4 4
44. 11 4 1 1 5 DIGITAL OUT 85 1 1 3 11 4 lt 1 0 cm E GND 3 P GND 13 LINE IN 3 P 14 6 7 1 I F F 7
45. 61 3 CCD 7 2 CCD 3 ERTL 4 1
46. MON END MON STP ACQ MON STP STP STP 2 ACQ MON CAN 2 ZEB ACQ FREI
47. 4 07 8 m Li 1 1
48. ICX 074 FRT Frame Read Time 1 ss xxxx 42 SCA State of CAmera I Idle AAcauirre M Monitor 7 CAmera Information CCD CCD CCD CCD OPB CCD OPB CCD O PB CCD O P BEHR A D A D SCA gt SCA 656 9 0 OE 43 TNI SSP High SAG Low SMD Normal AMD I
49. 200 2 2 2 1 SSP 8 ns SAR 0 100 659 200 2 0 100 658 399 2 SAG AMD 1 ACN 1 1 38 9 5 1 MON itor STP CAN AMD Internal
50. A D OVFE PIXCLK min E 1 30nsec min gt i lt E lt gt PIXEL CLK DIGITAL DATA 0 15 A D OVF 1 1 2 1 12100 5 153 2 sec 2 HVALID HVALID PIXCLK wm 4 1 HVALID PIXCLK 5 55 2 3 O PB 56 OPB 4 O PB 0PB OPB 5
51. SSP read Scan SPeed H S SAG read Scan Amp Gain L H S SMD read Scan MoDe N E CEC read Contrast Enhance Control CEG Contrast Enhance Gain n 0 255 CEO read Contrast Enhance Offset n 0 255 41 RES read RESponse Y N RSE read Response switch of End Y N read Contrast enhance Volume Gain n 0 255 CVO read Contrast enhance Volume Offset n 0 255 read version X XX VER read rom VERsion XXX CHP read CHiP information CCD
52. n n 2 5 ACQ MON ACQ MON 2 ACQ MON STP CAN 2 ACQ MON ACQ MON ACQ ACQ UL MON 27 ACQ
53. 1 CCD 19 3 SCAN SPEED HIGH CCD 1 0 MHz PIXEL 2 8 Hz 32X3 2 5 0 0Hz SLOW 3 1 2 KHz PIXEL 1 Hz 8 N 4 ACQUIRE EXPOSURE TIME 1 999 1 8 N 20 5 SCAN GAIN LOW
54. DB6 11 DB 12 DB8 13 DB9 14 DB10 15 DB11 16 DB12 17 DB13 18 DB14 19 DB15 20 A D 0VF 21 GND 22 reserved 234 24 reserved 25 reserved reserved 26 reserved reserved 27 reserved reserved 28 reserved reserved 29 reserved reserved reserved reserved TXD DTR DSR reserved RS 422A IF ri I OFF 0 ON TXD DTR 5 V 5 V 0 V 5V 52 CPIXCLK CCD OFRE ON B HVALID CCD
55. 1 15 CCU CAMERA HEAD TIE CCU DIGTTATL OU OYY TL UF CCU SERIAL 1I F AC AC CCU OFF 1
56. gt lt CR gt 2 5 6 KS 24 STP CAN 2 STP STP Te STP STP STP lt OCR gt STP lt CR gt
57. 11 3 1 1 2 46 1 1 3 2 1 2 3 4 CCD 1 1 3 3 11 4 4 1 2 1 1 3 5 1 2 3 4 5 XTR X IR
58. 25 2 RMR EVs O 50 OTE N 51 LISA TOS MIZ 52 Y 12 5 56 RE 59 CCD uu 60 2 3 GND 3 1
59. 6 7 7 1 OFF 1 C CCD CCD 2 0 C CD 0 CFE 2
60. CCD 9600 8 NON 1 23 9 2 1 6790 81 CR CR 2 1 lt CR
61. DTR ON D DSR ON C4880 54 3 RIGGER IN SIGNAL TRIG IN TTL 50 0 7 3 55 1 2 5 1 DB0 DB15 A D
62. Q COD C4880 80 be D May 1997 55110 284 5070 01 EPE N E A EE A A TE N E E T 3 pai 4 a o a E E E i E E E a 6 A TC 7 Rd A 9 e 10 N er 10 p SSS 11 5 3 13 O AI FINVO EN 15 Te A E SR A 17 E RR 17 EE aS aD BESO RASA SOROS 18 PSO ANE TN Te 18 EN i 18 eee 19 BE 19 22 1 9 1 MRI A Sf 28 24 9 3 26 9g 4 TATE SS PRE iSi as Akitas SE 30 ER 34 10 CCD ae 45 11 AE 46 RS 48 12e 48 1 2
63. c 29 9 4 6 1 MON 2 ACQ STP ACQ CCD ACQ CCD
64. nternal AET 1 SHT 0 FCN 1 ACN 1 CEG 0 0 Volume RES Y RSE Y 44 10 CCD CCD CCD CCD CCD 45 11
Download Pdf Manuals
Related Search