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Contents
1. 2 2 END STP CAN a o lt R OM2. 13 6 2 1 C4 8 8 0 ON 2 3 COOLER ON ON OFF 6 3 4 3 0 6 3 LCD CCU 6 2 3 LCD LCD 1 6 X 2 4 1 6 2
3. 1 3 1 4 7
4. 1 3 CCD 1 4 CCD 6
5. 7 3 2x2 7 4 24 tu H CITT PH gt 25 4 6 N N 26 7 2 C4880 8 1 ACOUIRE HDLE CCD
6. MONITOR ACQUIRE 2 SCAN MODE A NORMAL CCD 7 1 SUB ARRAY 1 7 2 CCD
7. 7 1 AD 8 A 1 0 BIT 1 2 145BIT 10m 9 CCD CCD 4 1 0 200 1100nm CCD
8. 7 8 75 ji LEP TT Ms _ 0 1 4
9. 2 B EXTERNAL OFF 9 SHADING CONTROL A ON 2
10. RES RESponse Y N Y N RES 2 CR XXX PP
11. 3 1 5000 CCD CCD 4 1 0 MHz 5 CCD SN 6
12. 6 1 MON STP MON ACO CCD CAN MON ACO CCD 2 AMD AC0 ASH AET
13. 1 022 1 0 0 0 1 024 1 0 18 11 3 0 4 TREETTT 67 11 4 F 1 DIGITAL OUT 1 2 3 4 5 6 7 8 reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved reserved RXD RXD TXD TXD DTR DTR DSR DSR reserved RS 422A IF 68 1 0 1 OFF 0
14. 3 3 CCD 1 S N CCD CCD 5
15. 6 3 4 MENU 5 SUB MENU 6 SELECT 7 RETURN 7 8 CONTRAST ENHANCEMEN LED LED 9 10 GAIN OFFSET 9 GAIN 1 0
16. D BAE reld HEEE E TEE F E oo 2 1 2 3 4 5 6
17. CCD 1000 1018 12gx12g 12 0mmx 12 2mm 1 4 7 Hz 111 5electron r m s 20 1 elecron at 40C 1 2 14bit 1 0bit C 2 5electron ADcount 100 000electron 5 electron ADcount 20 000elecron 1 electrron ADcount 4 000electron WETE 2 2 2 CCD 4 0 1 1 4 0 0
18. 527 EXTERNAL TRIGGER LEVEL C4880 ACOUIRE 31 vs ATP 2 INTERNAL TRIGGER INTERNAL TRIGGERt l 1 2 ACOQOUIRE OPEN CLO amp ACQUIRE ACQUIREY 6 mSEC EXPOSURE TIME
19. 1 0 10 1 POWER ON LCD 10 1 1 POWER LED 1 2 AC 3 AC 4 LED 5 10 1 2 POWER LED 1 10 2 LCD 1 2 MENU 10 3 LCD IDLE
20. CAN 1 A TP CAN STP END CAN AMD Ka AMD Acquire Internal External trigger external amp Time external amp Stop external amp Level 7 3 ATN AET
21. 3 4 1 22 2 7 2 23 4 CCD CCD 7 3 1 CCD 2 2 2
22. 29 K 0 X TERRAE OFE 11 TEMPERATURE SET CCD 50 5 0 30 7 3 C4880 INTERNAL TRIGGER EXTERNAL TRIGGER TTME EXTERNAL TRIGQER EVENT EXTERNAL TRIGGER STOP 5 CCD C4880 1 A INTERNAL TRIGGER C4880 ACOUIRE B EXTERNAL TRIGGER TIME
23. EXTERNAL TRIGGER TIME EXTERNAL TRIGGER TIMEE 2 ACQUIRE OPEN CLOSE ACQUIRE EXPOSURE TIME 0 4mSEC 32 EXTERNAL TRIGGER EVENT EXTERNAL TRIGGER amp EVENTI TET 42
24. 11 3 1 1 4 4 BUSY C4880 TTL H 11 3 1 1 4 5 TRIGGER 9 C4880 5 0 TTL 1 1 3 1 1 4 6 1 0 cm 7 8 V SELECT A 90 110V 100V B 104 126 117V 117 C 194 236V 220V C 207 250V 240V 9
25. 4 CEG CEO SHC To 5 C4880 CSW TST PSW ES RSE END 43 SR AMD ASH A
26. 9515 read 5700 Status MON ACQ TIME XXXXIXX minisec Wilisec TRI6GER x xxX xx 0 9999 CYCLE xxxXi xx 0 9999 TIME TRI6GER CYCLE 1 CV6 read Contrast enhance Volume Gain n 0 255 CVO read Contrast enhance Volume Offset n 0 255 IVER read rom VERsion R OM CHP read CHIP information CCD TMP read TeMperature CCD xx 56 1 xx ISCA State of I Idle A Acauire M Monitor 7 CAI CAmera Informatio
27. END 6 END 5 END RES Response Switch of End END Y N R SE END aquire 1SCA State of TI IDELE A Aqguire M Mon itor 40 8 4 6 F
28. 2 3 4 5 LCD COOLING DOWN OFF ON 3 0 63 1 1 11 1 1 AD 3
29. 3 22 A 38 PP XXX 3 4 2 1
30. 5 CCD 2 1 2 59 6 0 0
31. 10 OFFSET 9 10 GAIN OFESET GAIN 11 SHADING LED LED 12 15 SHADING 12
32. AET 12 34 567 12 34 567 47 2 3 ATN 10 e Acquire Trigger Number n 1 3999 External 119001 W external amp Stpp 10 1 ATN 1 ACN Acquire Cycle Number F a 10 1
33. OFF 7 T I RNG 7 1 CCD 1 CCD CCD MOS CCD CCD CCD CCD 2 CCD CCD CCD
34. n n 1 n 2 2 5 ACO MON AC0 MON 2 A C0 MON 5T P CAN 2 AC0 MON o AC0 MON A C0 ACQ MON AC0
35. 30nsec min PIXEL CLK DIGITAL DATA 0 1 A D OVF T1 100nsec T1 3 2 2 HVALID CHVALID PIXCLK 22 5 1000 ef UIUUUU ARN I 2HBINN Note2 HVALID SR OPB VALID HVALID OPB INVALID 1 HVALID PIXCLK 59 2 HVALD PIXCLK T2 72 3 4 OPB HVALID OPB 3
36. CCD CCD t 2 0 CCD 5 0 2 LCD COOLING DOWN OFF 3
37. C4880 ACQOUIRE C EXTERNAL TRIGGER EVENT C4880 ACQOUIRE D EXTERNAL TRIGGER STOP C4880 ACOUIRE
38. CCD 5 Tf CAN CANcel CCD CAN STP CAN C4880 CCD BH 1 Monitor STP CAN Acquire ACN STP CAN STP CAN 1P
39. 3 AID CCD 64 2 100 117 220 240VAC 50 6 0Hz 90 110 104 126 194 236 207 250 2 2 0VA 3 10 550 0 4 0 7 0 4 2 54kg 1 4kg 65 11 2 C4880 CCD 1 0 2 2 1 0 2 4 2 2 6
40. 70 3 TRIGGER TTL 5 0 7 3 4 BUSY CCD TTL HH 5 GND Fij 11 5 1 DB0 lt DB15 AID A D OVF PIXCLK
41. o 19200 OFF amp 35 8 2 1 C4880 CR CR lt CR gt 2 1 To lt gt
42. CCD CCD CCD 7 1 C 2 1 3 1 0 1
43. 1 2 1 2 3 4 CCD 10 7 2 10 7 3 1 2 3 10 7 4 1 62 1 2 3 10 7 5 1
44. C4880 C4880 6 RS 422A 1 CCD STT Silicon Intensifier Target Tubey 2 CCD
45. 15 4 3 4 3 1 CAMERA HEAD 2 DIGITAL OUT 1 1 3 1 1 4 3 IF SERIAL I F C4880
46. 2 1 0 CCD 20 1 gt 3 gt gt CRAON gt gt AK C RASNE gt gt SAK 6 CRAE gt gt AK 7 C KANH gt gt a COTR CITTTTT RH 10 la 7 1 CCD 21 3 CCD 7 2 CCD
47. CCD C4880 10 12A 14A VER 1 0 1995 3 25 55110 266 E 3 4 K api 5 CCD C4880 4 1 4 2 4 3 5 1 6 1 6 2 6 3 LCD
48. 4 ACOUIRE EXPOSURE TIME mSEC B SEC C MINUTE A C 2 0m 999 9 9 0 SN Te 5 ACQUIRE SHUTTER A AUTO CCD CCD B CLOSE 6 SCAN GAIN A SLOW
49. CCD CCD CSW F TST Temperature SeT INF ARA n 50150 n 5 TST 30 30C TST 0 RES RESponsg Fo RES Y RES N 53 RSE Response Switch of End Y N END RSE Y END RSE END 6 V I 9 AMD read Acquire MoDe ASH read Acquire SHut
50. UV 11 CCD 12 1 3 C 1 4 1 5 3 C4880 1 C4880 2 C4880 3 4 41 5M 42 43 GND 5 5 1 3P 2P 52 53 6 6 1 IE 6
51. 2 7 rnit MENU SUB SELECT 2550 MENU i SUB MENU tH TAE 0 SELECT IDLE RETURN DLE 15 RS 232C BAUD RATE 1200 2400 4800 9600 19200 PARITY EVEN COOLER SWITCH SET TEMP panj BIT LENGTH 7 8 ON 1 2 ON 50 500 5 30 1 IDLE
52. DIGITAL OUT 3 IE CCU SERIAL IIF 4 AC AC CCU OFF 12 6 6 1 C4880 1
53. lt CR gt 3 gt CR gt gt gt 2 5 6 CR gt 37 8 3 1 RESponse
54. Volume External oFf CEC V C4880 CEG CEO High CEG Contrast Enhance Gain IJRA n 0 255 CEG 100 100 CEG 255 High CEO Contrast Enhance Offset n 0 255 ELET CEO 100 100 255 Hiqh SHC SHading Control oFf S
55. AMD S ATN ATP AMD AMD T AMD L 0 0 H Internal ASH Acquire SHutter Auto Close Open C4880 ASHA ASH ASH 0 AET Acquire Exposure Time NiSS XXX mmmm ss POE xxXX 20msec
56. BINNING 7 3 CCD SUPER PLXEL 1 7 3 7 4 3 SCAN SPEED HIGH CCD 1 0 MHz PIXEL 27 7Hz SLOW CCD 3 0 0 KHz PIXEL 0 2 5Hz 8 ZN
57. SHA 8 1 SHB Scan H Binning size 1 2 4738 SVW 1018 SHA HC SHB 2 SMD B LERE CARRERS KEA EE 2 ES SPX Super PiXel SP SMD B 4 2 1 51 4 INT REE Aa CEC Contrast Enhance Control
58. 8 CCD 5 0C 5 0 5 0 1 17 6 4 JE 8 CCD 18 6 5 1 CCD LCD COOLER SWITCH OFF 2 15 20 CCD EYS 3 CCD
59. C CD CCD 43 4 C4880 C4880 CCD 400 399 200 2 2 100msec 1 SSP 5 SMD B Svo 400 400 SVW 200 200 SVB 2 2 SHB 2 2 SAG H AMD 0 00 100 100msec ACN 1 1 44 8 Os
60. ON TXDJDTR 5 5V 0V 5V PTXCLK CCD T OFF ON a HVALID CCD ON VVALID CCD ON DB0 DB15 CCD A D
61. RS 232C TXD OFF RXD OFF DTR ON D DSR ON C4880
62. lt CR gt lt CR gt 2 5 6 91 CAN 2 sr e fe 5TP 5 TP 36 glwlilsw STP STP ST P lt CR gt 5TP
63. SSP H C4880 High 99 C4880 Slow SOP Scan OPB V Valid Invalid 1 3 OPB OPB SUP 1 SAG Scan Gain INJA ER Low High Super high Super high Super high Hignh SAG L L ow SAG H High SAG 5 Super high SMD Scan Normal sub Array Binning Super pixel SMD
64. 1 Sr 4 vV np CE Sr NE 4 wy Ww mk Ge MON STP CAN AMD Internal ACOuirg ACN STP CAN STP SToP
65. CCD IDLE CCD MONITOR ACQUIRE 2 RS 232C BAUD RS 232C BPS BIT SEC 3 RS 232C LENGTH RS 232C 16 4 RS 232C PARITY CHECK RS 232C 5 RS 232C STOP RS 232C 6 COOLER SWITCH CCD ON OFF 7 COOLER SET TEMP
66. ACN 1 Acquire Trigger Polarity Posi Nega ATP P ATP N Post acquire Exposure Time s XXX 0 sec 30sec 0 100 100msesc SSP Scan SPeed 48 TEF 53 90PeV SMD N High Slow C4880 High 0 133 see full 7 5 Hz Slow 4 sec full frame
67. 1 2 J NS IF 3 IF 4 IF 10 4 LCD 5 00 0 1 2 10 5 COOLER ON 1 3 0 3 0 61 2 3 4 CCU 5 6 CCD 10 6 1 2 IiF 2 4 IE 5 6 7 iF 8 IF 9 10 7 10 7 1
68. 1 1 amp CLOSE ACQUIRE J EXPOSURE EVENT EXPOSURE EVENT 4 PET EXTERNAL TRIGGER amp D EXTERNAL TRIGGER STOP EXTERNAL TRIGGER amp STOPt 1 PET 2 ACQUIRE CLOSE ACQUIRE3Y7
69. 6 4 6 5 7 1 CCD 7 2 7 3 8 1 8 2 8 3 8 4 8 5 CCD 1 1 1 3 1 4 15 18 19 20 27 31 35 36 38 41 45 59 61 111 3 E 12 IF 6 4 6 6 6 7 6 8 7 2 7 5 1 C4880 CCD CCD S N CCD
70. ACQOUIREy 6mSEC EXPOSURE EVENT EXPOSURE EVENT 4 33 1 5mSEC EXTERNAL TRIGGER amp TIME EXTERNAL TRIGGER LEVEL EXTERNAL TRIGGER amp LEVELI PET 42 ACQUIRE high amp low OPEN CLOSE ACOQUIRE Y ATP
71. ATN ACN AO ATP PET 41 3 55 50 SAG SMD SV0 SVW SVB SHA SHB SPX OPB
72. ATP P o PET EXTERNAL TRIGGER amp TIMEt 1 0 1H 2 26msec 1H 2H 146msec 1H 2H 26msec 1H 2H H 124 SEC 4mSBC HF 25 SEC 800 SEC 34 8 8 1 C4880 DUAL MODE COOLED CCD TF CCU LCD 16 3
73. FUSE 4A 2 5 0V 1 0 LINE IN 3P 11 CE GND 3P GND 10 5 5 1 7 1 HAMAMATSU 4880 lt 55505 OO 252 252504 2555 255 5500 55299 2525259 252562 2525259 255 2525 555 25255 50 5 505 255 lt gt 2525 2525 SN 555 55 lt 3 77 5 7 DF Y 7 h 4 87 70 15 1 11 1 CCU CAMERA HEAD 2 IF CCU
74. 11 1 C HIGH 28 1 1 1 SUPER HIGH 1 AD 1 1 1 1 7 SCAN OPB VALID CCD INVALD 8 CONTRAST ENHANCE CONTROL VOLUME
75. DBO LSB DB15 MSB 15 AID A D OVF CCD AD AD ON AD 69 2 IF SERIAL I F CCITT V 24 RS 232C 1 2 0 0BPS 1 9 2 0 0BPS 5 57 5V
76. CSW PSW Enable CEC SHC off RES 0 Y RSE 58 9 CCD CCD CCD 1 CCD CCD CCD 07 2 CCD
77. 5 V0 SVB Scan V Binning size n 1 1018 1 4 RN 128 50 5V0 0 T SHA Scan FU Halt Center Half Left Half Right Quater Center Quater Left Quater Right one Eight Center SHA F SHA SHA OC 22 4 1
78. A OPB MODE H INVALID DUMMY IMAGE DUMMY OPB INVALID 233 0 8 1000 0 OPB VALID 255 0 16 1000 0 OPB MODE H INVALID DUMMY IMAGE DUMMY OPB INVALID 217 0 8 500 4 OPB VALID 209 5 11 500 4 C 4 OPB MODE H INVALID DUMMY IMAGE DUMMY OPB INVALID 185 3 5 250 6 VALID 177 11 5 250 6 D 8 OPB MODE H INVALID DUMMY IMAGE DUMMY OPB INVALD 121 6 2 125 3 VALID 113 14 2 125 3 E CCDE OPB MODE H INVALID DUMMY IMAGE DUMMY OPB INVALID 233 0 8 1000 0 OPB VALID 225 0 16 1000 0 HV ALID Invalid PIXCLK 250 clks DUMMY OPB 2 DUMMY OPB ER Y DUMMY OPB a 4 HVALI 5 PLXCLK 1 3 VVALD 12 1
79. A SVO SW SHA SMD B SVO SVW SHA VB SHB SMD 5 SPX 49 SVO 200 SVO Scan V Offset n 0 1017 6 OPB 7 0 SVO 200 SVW 512 SHA F SMD A 200 512 5 SVW Scan V Width n 1 1014
80. 2 IF 4 4 1 HAMAMATSU C4880 4 1 2 1 C C E C K C P C 2 3 4 2 3 4 8 9 10 11 1 ON CCD 5 2 LED LED 3 LCD CCD
81. ET PET ATN ACN ATP SSP 50 SAG SMD SVO SVW SVB SHA SHB SPX CEC CEG CEO CSW SHC TST PSW RES RSE STS CV6 CVO VER CHP TMP SCA CAI A 0 AO OPB ER
82. HC 0 SHC F High 5 INI INItialize 2525 ON OFF ON TST 8 SW 0 C4880 RAM PSW Panel 5Witch Enabls Disable 0 PSW E PSW D CSW Cooler SWiteh On oFf CCD
83. MON FMD ACO MON 39 END AC0 STP ACO0 MON STP STP STP 2 CAN ACO0 MON AN AN CAN 2 AC0 MON
84. n C CCD CHP CCD V CCD U CCD OPB W CCD OPB L CCD OPB R CCD OPB I AD S A D SCA gt SCAH 1000 57 INI 1 9 522 Slow SOP Invalid SAG Low SMD Normal SVO 0 SWW 1018 SVB 1 SHA Full SHB AMD Internal ASH Auto AET 0000 00 020 ATN 2 ACN 1 ATP IST 30 CEG 1 CEO 1 PET 00 000 5 INI
85. ter A 0 read Acquire Exposure Time mmmrm sse minisec milisec ATN read Acquire Trigger Number n 1 9999 read Acquire Cycle Number n 1 9993 read Acquire Trigger Polarity P N SSP read Scan Speed H7S SOP read Scan 0 SAG read Scan Amp Gain S SMD read Scan MoDe 2 BZS 54 95 0 read n 0 1017 SVW read n 0 1018 SVB read n 0 1018 SHA read Scan V Offset Scan V Width Scan V Binning size Scan F HC HL HR 0C 0L 0R EC SHB E E A SPX read read 2 478 CEC read CEG read n 0 255 CEO read n 0 255 SHC 0 F PSW E D CSW 0 TST read read read read Scan H Binning size 8 Super Pikel Contrast Enhance Control Contrast Enhance Gain Contrast Enhance Offset SHading Control Panel SWiteh Cooler SWitch Temperature eT 50SnS50 n 5 1 55 RES read RESponse Y N 9 RSE read Response switch of End Y N
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