座注意
Contents
1. 10 cm 10 6 2 6 2 ON 5 LED LED LCD CCD 11 6 3 CM ICAO BN 2 lt 2 4 CA 6 3 CONFIG DIP2. Super high dynamic range Low gain High dynamic range High gain High sensitivity range Super High gain 256 0 255 1 1 14 pit 12 bB 12 bh 2 CCD 2 Super high dynamic range Low 9ain High dynamic range High gain High sensitivity range Super High gain
3. 5 6 7 8
4. 61 3s 3 2 1 CCU CCU RAT 2
5. CCITT V24 RS 232C 9600 bps 5V 5V RS 232C F TNF A TXD OFF B RXD OFF C DTR
6. 1 1 2 CCD S N 2 x2 4x4 8x8 CCD 2x2 4 CCD 4
7. XXX _PP CR XXX PP E3 CR 3 24 RES XXX_PP CR XXX 3 PP
8. AM e 15 430 8567 431 3196 105 0001 541 0052 980 0011 325 6 TEL 053 452 2141 FAX 053 452 2139 E Mail salesi sys hDK co jp 812 TEL 053 434 6811 FAX 053 433 8031 E Mail sales2 sys hpk cojjD 3 8 21 33 TEL 03 3436 0491 FAX 03 3433 6997 2 3 13 10F TEL 06 6271 0441 FAX 06 6721 0450 1 6 11 2F TEL 022 267 0121 FAX 022 267 0135 49
9. 3 3P 2P GND 2 1 18 2 1 3 5 m 1 4 1 5 73 1541 250V AC 1 6 118 7 3P 2P 1 8 1 IF IF
10. 10 hs CCU 9 6 CCD 9 6 1 19 9 6 2 1 e shut SG CCD Read VVALID 2 e Shut CCD 3 Read VVALID
11. e shut SG 11 7hs 61 3 ps 10 hs x N N 12 2E9 50 ns 61 3 us 10nsxN N 1 2 2E9 20 3 SG oo e shut Read VVALID Pa i e shut SG 1 7 bs 41 6 us s 50 ns 12 us 41 6 hs 11 7 hs 50 ns 12 us 41
12. 06 0
13. electrons AD counts AD 5 Low ain 2 5 High dynamic rande mode h gain High sensitivity range mode a gain 9 3 2 2 CEO CEG 9 4 2 1 2 1 CCD
14. 2 2 CCD 101 1 100 2 AC 100V 10 oO 50 Hz 60 Hz 3 10 C 50 C 0 40 6 70 2000 m 39 40 4 1 3 kg 6 2 kg 13 5 se a 12 2 300 400 500 600 700 800 900 1000 1100 nm 1 Wavelength 41 12 3
15. lt CR gt AA_PP lt CR gt AA PP 10 3 1 RESponse RES RESponse 1 0 Y N Y N 23 2
16. 5 2 Fl
17. T1 100ns T1 800ns 2 HVALID PIXCLK N1 N2 HVALID PIXCLK TT HVALID PIXCLK 1 ON 268 1352 Wi 194 5 ON 434 680 222 ee ON 766 336 00 ON 1430 176 Ze 9 7 ON 1620 N N 8 OFF 1620 N 8 2 1 1 2 N 44 3 VVALID HVALID N1 N2 VVALID 2011111 ee 1 Harp VVALID HVALID LO VVALID PIXCLK
18. DIGITAL OUT 10 cm 12 FUSE 5 Na T3 15A L 250V 1 OFF 2 AC 3 4
19. 10 m 8 CCD CCD 9 1520725 CCD 10 11 C 12 6 1 6 1 C C F C K C P C
20. 9 1 ADO H V SHAM SFDO 0 1344 1024 SHAM SFDF 8 9 2 CCD 9 3 9 3 1 3 1 Super high dynamic range mode Low gain 2 High dynamic range mode High gain 3 High sensitivity range mode Super High gain 1 2x2 SPX 2 AD 2 3
21. AC 1 LINE IN 3P 7 7 1 IF IMF CCU CAMERA HEAD FFT amp ORCA 11 AC CCU OFF
22. CCD 20 C 20 C CCD 3 LCD COOLING DOWN OFF CCD 8 2 1 7 1 2 ON
23. SHO Scan H Offset n 0 n 1336 n 8 n 8 E3 SHO SHW SHW Scan H Width n 8Sn 1344 n 8 n 8 E3 SHW SHO SHA Scan H Area F K M HC HL HR QC QL QR EC Full Kiro Max HalFCenter Half Left HalFRight Quarter Center Quarter Left Quarter Right one Eight Centem SHO SHW 0to 1023 SHAM 0 to 3 1344 SHAF
24. E3 CR 4 2 En CR n 1 n 2 2 10 4 1 AMD
25. 11 3 5 1 8 3 12 12 1 1 CCD 1344 H x 1024 V 6 45 um x 6 45 hm 8 67 mm x 6 60 mm 2 3 5 18 500 electrons pixel pixel Super High dynamic range mode 0 87 s 5 8 s 3 4 electrons m s typ 0 01 electrons pixel s at 60 15 0 1 7 AD 12 bi electrons AD counts AD bits Super high dynamic range mode Low gain High dynamic range mode High gain High sensitivity range mode Super High gain 1 CCD 2
26. LMD Light MoDe L Low H High ESC External trigger Source Connector B BNC IM F 58 pin ESC B CCU BNC ESC CCU I F 3 CEG Contrast Enhance Gain n 0 255 n n 0 2 0 Super high dynamic range mode 1 High dynamic range mode 2 High sensitivity mode n 0
27. 15
28. OFF ON B HVALID CCD ON 0 VVALID CCD ON D DB0 lt DB13 CCD AVD DB0 LSB DB13 MSB 42 2 Ei SERIAL IF Ooeooee VOD
29. VVALID HVALID N1 2 2 1 N1 2 N 45 13 13 1 IN 13 2 CR 5 47 14 48 1 12 2 3
30. 6 6 174 20UNC M3 8 mm C 7 mm 7 mm
31. SMD A 2 AET Acquire Exposure Time mmmm ss xxx mmmm ss xxx xx min xx m XX S XX 1 AET 12 34 567 12 34 567 AET 12 m 12 AET 250 ms 250 27 SSP Scan Speed S Slow scan mode H High scan mode SSP S SSPH SPX Super PiXel 1727478 o SPX2 4 2 1
32. EE 11 11 1 POWER LED 1 2 _ 3 6 IF 7 IF 11 3 11 3 1 1 1 11 3 2 1 37 38 11 3 4 1 2
33. kk 11 6 2 kk 12 6 3 14 0 1 1 11 7 EET 14 7 16 vs 8 16 200 0000121212 EE 16 Ne 16 3 RN ei NN 16 16 Sk bk 54 Liisa 17 9 00 17 9 1 17 9 2 ECC SR kk Nl lt 17 2 9 3951 SNR 17 9 3 2 17 9 EE 18 9 5 ia 19 9 6 CCD kk 19 9 6 1 19 9 6 2 20 937 5 22 0 0010101013 23 1034 23 1 23 10 3 23 0 25 1035 2 27 10 6 gt 80284 34 10 6 1
34. No orF oh IF 8518 F 1 2 BNC IGHEZ TRIGGER IN C MOS DIP IF 58 pin EXTITRIG VF SERIAL IF I F DIP F CAMERA HEAD
35. S N 9 7 4 10 MHz 5 CCD S N S N 6 7 A D 12 bit 12 14 bit
36. EMD SMD CCD 2 AET SPX 2x2 4x4 8x8 SHO SHW SHA SVO SVW ATP N Negative P Positive
37. 256 0 2 5 R 5 3 14 bit 12 bit 9 5
38. 1 I F DIGITAL OUT Nm Na No 2 HVALID 19 DB15 36 HVALID 53 pB15 3 WALID 20 ADOVF 37 VVALID 54 ADOVF 5 281 22 reserved 39 DB1 56 resereg 6 DB2 23 reserved 40 DB2 57 reserved DB3 24 reserved 41 DB3 58 EXTTRIG DB4 25 reserved 42 DB4 59 reserved 8 DB5 26 60 reserved 9 61 reserved DB8 64 DB10 65 66 780 68 558 reserved RS 422A 0 1 OFF 0O ON TXD DTR 5V 5V 0V 5V A PIXCLK CCD
39. 3 10 8 3 8 4 10 CCD 8 5 16 9 RS 232C
40. ON D DSR ON 3 TRIGGER IN No 5 TRIGIN E C MOS DIPSW 43 12 4 1 DB0 DB15 AD A D OVF N 74 Note 1 PIXEL CLK N 1 N N 1 N 2 DIGITAL AD OVF 58 Note 1
41. AC100 V 90 V 110V IF CCU DIGITAL OUT IF CCU IF SERIAL IF 1 OFF 2
42. 10 5 1 AMD Acquire MoDe N Normal Externab CCD AMD N AMDE EMD External exposure time setting MoDe Edge level AMD E EMD EMDL SMD Scan MoDe N Normal 5 Super Pixcel A Sub array CCD SMD N SMD 5
43. CCD C4742 98 ER A 1 Ver 1 0 2001 8 55110 575 6999171 1 5 1 1
44. 3 0 C 40 C 70 10 cm 1 1 141 1 1 1 1 1 1 1 1 1 1 14141 4 2 DB 5 2 8 PP PURE 8 aa 10 6 RAR 10 6 1
45. 2 1 2 4x4 16 CCD 4 1 4 8x8 64 CCD 8 1 8 S N 10 10 1 200 8 8 NON 5 1 10 2 1 C4742 98 CR CR
46. VER read rom VERsion ROM xx TMP read TeMperature CCD xxx A 1 xx x 6 CAI CAmera Information CCD CCD CCD CCD OPB CCD OPB CCD OPB CCD OPB AD AID CAIC CAI C ER 150 CAIT CAI T C4742 98ER 2CAIA CAI 4 CAIH CAI H 1344 CAI V3CAIV 1024 CAI UCAIU 0 CAI W CAI W 0 CAIL CAIL 0 CAIRCAIR 0 CAII CAI112 CAIS CAIS 4 CAIO CAI 0 CAI B CAI B 1 2 4 8 0
47. 32 to 1311 1280 SHAK 160 to 1183 1024 SHA HC PS 336 to 1007 672 672 672 336 336 336 SHA EC 588 to 755 168 SVO Scan V Offset n 0Sn 1016 n 8 0 DR n 8 E3 29 30 SVW Scan V Width n 8SnS1024 n 8 200 200 1280 200 512 SVO 200 SVW 512 SHA SMD A ATP Acquire Trigger Polarity P Posi N Nega ATPP ATPN SFD Scan Front Dummy O On F oF 08 SFDO 8 SFDF
48. 34 35 10 4 37 11 1 POWER LED 37 2 eals 4 37 11 3 37 11 3 1 kk 37 11 3 2 kk 37 11 3 3 i 37 11 3 4 kk 38 1133 5 RRR i AlN 33 38 00000 39 39 2 41 12 3 ee NT 42 12 4 kk 44 3 46 RL RR ER NL kL Es A kA A A 46 DLS EE lk 2 kL 47 1 48 2 2 2 2 2 12121212 1 1212121 1 1 RE 00 49 4 C4742 98 ER CCD CCD lt 1344 x 1024 12 14 bit RS 422A
49. SFD 0 8 LMD ESC 3 CEG 25 26 4 IN AMD N EMD E SMD N AET 20 ms SSP S SPX 2 SHO 0 SHW 1344 SHA M SVO 0 SVW 1024 ATP N SFD F LMD L ESC B CEG 1 CEO 0 RES Y RES 5 AMD EMD 2SMD AET SSP SPX SHO SHW SHA 2SVO SVW ATP SFD LMD ESC CEG CEO RES VER CAI TMP RAT 38 833 23 13 0 8316 5 31 25 1 1 3
50. 1 1 2 VVALID TMP 1 2 e shut SG CCD VVALID 35 36 2 CCD CCD
51. CAIA X fdy X ofs X data X bdy Y ofs Y data X fdy X ofs X data X bdy Y ofs Y data 33 10 6 10 6 1 34 1 TMP 1 1 2 AET 60 ms e shut SG CCD Read VVALID 10 6 2 1 CCD TMP
52. 1 CCD SIT SIT Silicon Intensifier Target Tube CCD 2 so 3 1 6000 1 13000 CCD CCD 2x2 4x4 8x8 CCD
53. 255 CEG 100 100 CEG 255 CEO Contrast Enhance Offset n 0 255 CEO 100 100 CEO 255 4 INI INitialize CCU AMDN EMD E SMD N AET 20ms SSPS SPX 2 SHO 0 SHW 1344 SHA M SVO 0 SVW 1024 ATP N SFD F LMD L ESC 8 CEG 1 CEO 0 RES Y RES RESponse Y N RES Y RES N 31 32 5 AMD read Acquire MoDe N E EMD r
54. 6 ps 50ns ns Sensor Gate CCD 9 7 22 1 CCD CCD
55. 8 2 1 27 1 8 3272 1 33 ROM CCD
56. ead External exposure time setting MoDe NI L SMD read Scan MoDe N S AET read Acquire Exposure Time mmmm ss xxx min sec milisec SSP read Scan SPeed H S SPX read Super PiXel 1 214 8 SHO read Super H Offset n 0 lt 1336 SHW read Super H Width n 8 1344 SHA read Scan H Area F K M HC HL HR QC QL QR EC SVO read Scan V Offset n 0 1016 SVW read Scan V Width n 8 1024 ATP read Acquire Trigger Polarity PIN SFD read Scan Front Dummy O F LMD read Light MoDe L H _ ESC read External trigger Source Connectorj 8 0 CEG fread Contrast Enhance Gain n 0 2 0 255 CEO read Contrast Enhance Offset 0 255 ER RES read RESponse Y N RAT read Real Acquire Time 0 0207960
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