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CS8541D

1. D4118840 1 HL VGA CCD CCD 2 2 D CCD 2 2
2. J LET e 1 2 1
3. 29 D4118840 A4 v FRE 1 1 1 608 1 1208 RARR 3 N 2 TRIG Gz MM vxo OFF TRIG OPEN No 9 OFF 1 No 1 FIX OFF OFF oma CO E LL LL Ep ESSE pepe 2
4. 2 D4118840 0 0X3 TV FAV VT
5. lt lt kanai AE BROMLEY ET G D4118840 Fr J a JE 5 0d A 0
6. VD WEN OUT 38 vl 6 dI ul E 3705 1 8 8 xx ACIVSSSO 4 Yd ENL xx ACTVS8S A gt 39 2 X 8 Q 09 CR
7. SEARS RV
8. SYNC 1V VD V SYNC H 71 WEN OUT RSH tk WEN OUT X lt 120 2 TRIG ODD H 1V i 1 6s RA TRIG CCD 4 EVEN Nimage i AVON SYNC 1V VD V SYNC WEN OUT RS it tk WEN OUT 11 D4118840 d SYNC TRIG HD VD FIX
9. EMC 31 46 iH ae s h _ ES 2 D r gt gt 2i lt r tust e io 9AI1B 9 gt ET Eod amp 1000 900 800 700 600 500 400 Wave Length nm 504 2 494 8 A eee p uuu Eos Ecos Ee ped sais sais pue TE NEN pud S SENS pud S ES S S puel NEN pud pud pud pud e
10. EMC AKO EMC EMC o 1 Pt vay HATS AI 24 2 D FIX MANU GAIN 2 2 7 MIN Vll 1 60N 1605 1 60s 112001 1 120821 MIX OFF 1 60s 2 1 200 1 2
11. ODD IY PR OFF VD 1V 65 5H 5 6 OFF ODD image EVEN image lt V gt 214 272 213 273 215 273 214 274 24H 235H i 12H s 1 i PNE 0 5H 65 5 65 5 2 y O S WEN OUT 2 9 5H ETT pn OUT N95H 4 19 D4118840 y 2 JV Y 214 ODD image 272 lt gt 273 I I 30H 11H 197 5H EB i WEN OUT WEN OUT 213 EVEN image
12. 1 V 47 VD VD ree MAN NY 1 60s 525H 525H 1 120s 2 1 262 5H 262 5H VD VD VD AZULES Ey ER VD VD H MAN Vue 1 60s 262 181 1 1205 2 1 181 5 65 5H VD 3 PARTIAL
13. 6 3 VD 7 497 OFF 1 VD 2 OFF 3 HD 1 o meer _ ry IP A Ve HD VD 1 2 HD VD 1 4 HD VD HDGVD np HD VD V 27 D4118840 2
14. J J Fr J DC Fr J 0 E I 0 5 1 EE D4118840 COMBI BEROMRE CK BAL COMBA LAE
15. 4H WEN OUT 14H 1 2 7 3 WEN 15 D4118840 lt 1 120s 2 1 120s 4 485H BLK 207H ODD OFF VD 1V 131 5H No 5 6 OFF ODD image EVEN image lt V gt 154 358 153 155 359 154 360 21H 103H 7H 205H 104H Pei Pi 0 5H i 1315H 131 5H OUT WEN OUT lt 9 5H
16. OFF VD 1V 131H No 5 6 OFF Ru lt V gt 28H x 22H 52 i 4 131H 131 WEN OUT WEN OUT E EN 4H 8 4 WEN OUT 4H Ki 4H K 4H lt gt NEN 28H 81H 22H P Sik WEN OUT lt 4H WEN OUT 2 e 1 2 7 3 WEN 18 D4118840 lt 1 190 2 1 gt 1 1208 1 485H BLK 61H
17. V 2 521H VD 36 D4118840 b 1 1208 2 1 ODD Y I VD 0 490 492 491 493 494 489 4911 490 492 493 4 6 9 11 VIDEO OUT 20H 493 OB 494 VIDEO OUT WEN OUT WEN OUT WEN OUT 252 5H 1 2 121 5H 1 4 55 5H WEN VD 490 492 491 493 VIDEO OUT VIDEO OUT WEN OUT
18. No 7 No 8 1 200s 1 5005 1 2 1 1 000s 1 4 1 2 000s 1 4 000s 1 8 000s 1 20 000s OFF 3 Vv P gt IE x GE M VD gt VD V Jv VD VD HD No 5 6 OFF SYNC 30 D4118840 2 GAIN GAIN JUAL C 3 1 fyt
19. 1 VD 2 OFF 3 HD lt 1 60s gt VD CCD VD WEN OUT 7 moet tk WEN OUT 11208 21 ODD EVEN VD HD ODD EVEN phase phase VD CCD VD WEN OUT 0 0 WEN OUT 14 D4118840 6 7 1 M TU CUI
20. _ 26 D OFF Es OFF 1 200s 1 5005 1 1000s 1 2000s 1 4000s 1 8000s 1 20000s 8 a WE 2022 BH 7 VD FIX t 1 WAKE Fl 4 HD d FIX SYNC H9 Vy MA Miis BI TT n VARE HD 1 TRIG 2 FIX OFF 52201022 b VD
21. 3 7 3 WEN 24 6 1m 2 CCD 692 H x 504 V 659 494 V 648 494 V 1 60s 648 485 1 1205 2 1 r 4 88mm H X3 66mm V 1 3 sm 7 4 m H x 4um V QTV AX 3 525 1 60s 1 120s 2 1 5 6 9 7 EFA VS LOV pp 750 DC 1 DC 4 8 485TV 485 850TV 9 5 N 52dB 10 400 1 5 6 41 1 4 747 50 12 FIX MANU GAIN 2 4 13
22. 4H 3H 1H X 521H 1 2 258H 1 4 127H WEN VD Exile n J VIDEO OUT OB OB _ VIDEO OUT _ 20 0 WENOUT 177 d 222 CE WEN OUT WEN 1V Hi 1 1 2 258H 1 4 127H V SYNC VD
23. lt 1 60s gt H 1V 1 6s TRIG gt CCD Q SYNC 1V VD V SYNC WEN OUT EAE CHE WEN OUT lt 1120s 21 gt TRIG ODD H 1V i 1 6s TRIG CCD A EVEN i Nmage VDV SYNC 1V VD V SYNC H A WEN OUT WEN OUT X 12 D41188
24. PARTIAL MAA V XV LOW 0 0 5V HIGH 4 5V b 10kQ Hi _ 28 D4118840 D02 M15SAG 18L9 9 MIL C 24308 15 Pin aoe 1 DC12V GND 2 DC12V 3 VIDEO GND 4 VIDEO HA S0 OV 5 GND O O O OQ Q lt 5000009 8 VD 9 VD GND GND TAL Z TRIG TRIG GND WEN GND 1 2
25. WEN OUT WEN OUT D4118840 b VD TRIG VD lt 1 60s gt H 1V 1 6s i TRIGA JJ mu 17 VD CCD VD VD WEE Er o era WEN OUT WEN OUT ik VD ik VD 4 Hi 11208 21 ODD EVEN VD HD
26. 1 60 3 1 60 4 CCD 5 HD 6 7 VD 8
27. r Set 33 2 s 1 60s 9781 LNO NIM i HGZG Al HS 3C E SJE xcu SE lai amp CC Voy 31810 5 IRE E VD HD ue ML H SN VD IN XM HD IN 10 0 us 5 0 us TP1 TP2 VD 34 D4118840 b 1 120s 2 1 ODD 1 VD IN lx delay E 9H VD HD 487 489 491 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 488 490 492 op x oB op op 2 4 e 2 l 13 15 17 19 21 23 25 27 29 31 33 35 37 VIDEO OUT 08 08 OB 1 3 5 7 20H WENOUT WEN OUT EVEN 2 VD IN lt delay
28. H 1V 1 6s u TRIG ODD i EVEN i ODD VD EVEN ODD CCD VD VD WEN OUT mE EH WEN OUT x VD ik VD IR Hi 10 D4118840 CV VD TRIG VD HD lt 1 60s gt H 1V i 1 6s i f 4 TRIG T d CCD
29. Factory prefixed gain 1 2 MANU Gain is adjustable via the manual gain potentiometer GAIN 2 Video output mode selection CCU bottom panel DIP SW Switches video format 2 1 1 60N 1 60s Non interlace mode As all pixels are read out in 1 60s you will get images with the higher V resolution 2 2 1 1201 1 120s 2 interlace MIX mode As vertical pixels are added in readout the sensitivity is same as that of 1 60s non interlace mode during electronic shutter OFF Twice greater sensitivity is obtained under shutter speed range from 1 200 through 1 20000 2 D4118840E 3 TRIG selection CCU bottom panel DIP SW Switches TRIG input signal polarity used under RTS mode 3 1 POSI Positive polarity rising edge detection 3 2 NEGA Negative polarity falling edge detection 4 RTS Random Trigger Shutter exposure selection CCU bottom panel DIP SW Switches light exposure mode under RTS mode 4 1 FIX mode Bottom DIP SW Exposure time control via bottom panel DIP switch 4 2 PULSE W mode TRIG signal pulse width control Exposure time control via TRIG signal pulse width 5 Shutter mode selection CCU bottom panel DIP SW or TRIG signal IN Automatic Switches shutter mode 5 1 NOR mode Normal electronic shutter Exposure control via internal sync signal 8 positions including OFF 1 200s 1 500s 1 1000s
30. WEN OUT WEN OUT WEN OUT 1 2 3 7 3 WEN 28 D4118840 lt 1 120s 2 14 2 U Z EVEN 7 4 7 F gt EVEN EXT VD VIDEO OUT WEN OUT WEN OUT Partial Pulse VIDEO OUT WEN OUT WEN OUT 491 492 20H 242 5H me SF WEN OUT 14 5H 68H 80 1 1 zl x MEL WEN OUT 1 2
31. CCD CEER 71 405 19 1s D4118840 a VD TRIG VD lt 160 H 1V 1 6s TRIG gt GNE VD CCD EIoesSERRX 77 x VD V SYNC NI TS ae ne WEN OUT BEATER WEN OUT x lt 1 120s 21 H 1V 1 6s TRIG gt VD CCD il GEF vy FREER VD V SYNO x
32. lt Under normal shutter Electronic shutter gt Notes Under ext sync the ext VD should be V 262H Under normal shutter set the bottom panel DIP SW 5 6 in OFF 357 lt V reset gt VIDEO OUT i o Video output He pubis transfer 262H 262H WEN OUT Standard WEN OUT Standard The rising edge is effective WEN OUT OPTION 4H 4H k 4H 4H lt Under other shutter modes gt 131 357 lt Non reset gt VIDEO OUT 227H 14H 263H VBLK S Hh Include Video output i High speed transfer transfer WEN OUT Standard i WEN OUT Standard The rising edge is effective i lt gt 4H WENOUT OPTION 4H 1 Arbitrary under ex sync 2 Please look at 7 3 WEN timing 10 D4118840E lt 1 120s 2 1 Interlace gt Under 1 120s interlace mode only the center portion of 207H out of the total effective lines 485 excluding BLK time is read out Available both under external internal mode ODD field High speed transfer Norma speed transfer Normal speed transfer High speed transfer EVEN field High speed transfer Normal speed transfer Normal speed transfer High speed transfer lt Under normal shutter Electronic shutter OFF gt Notes Und
33. HP 2H 20 2H H I2 H 1H 20 2 70 7 2H 21 gt lt 1 608 x 25 EXT VD VIDEO OUT 494H 70H 20H N H R 40 ti H ai WE 2 LLI WEN OUT WEN OUT Y JV Partial Pulse VIDEO OUT
34. x x ET 3 A Ma x A lt H co L ER 3 o on 448 1 68H WEN OUT 2 1 3 7 3 WEN 22 lt 1 120s 2 1 ODD gt ODD 242 5 iv N H 2 4 0 FTA E WEN OUT 20H 70H EXT VD VIDEO OUT WEN OUT 9 amp NA s OT E gt gt 1
35. 3 2 1 2 3 Q AN ORR CROLL ESI 7 lt s 2 z
36. VD TA OID CM ITS 9 1 2 1 4 3 1 1 a DCS8541DV CS8541DW W CS8541DX CS8541DY Y r 5 CS8541DZ ce sata b 0 1 1m 0 2 2m 2 TR BEER eene 1 3 1 4 D 12 30mm 17mm 12mm 6mm CA170 3 CS8541D DC IN SYNC CPROC8541P15 010m 056m CS8541D DC IN SYNC CPRC8541J15 01 1m 05 5m CPRC3700 02 03 05
37. VD N N N C en CI CI CI CI CI nn nn nn nn CN HD 486 488 490 492 f 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 487 489 491 493 494 OB OB OB OB 1 3 5 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 B OB OB OB OB 2 4 6 VIDEO OUT WENIOUT Be j VD HD VD IN HD IN VD D 000 VD TP1 0DD 10 0 us TP2 EVEN 10 0 us 5 0 35 D4118840 3 WEN 0605 WEN VD ae n N VIDEO OUT OB 20H 20H 20H 20H VIDEO OUT _ WEN OUT arem EN f WEN OUT WENOUT
38. D 1 2 SW 7 0 8 1 2 lt 1 60s gt 1605 494H BLK 227H 137H VD 1V 262H No 5 6 OFF lt V gt i 21H 227H 262H 262H WEN OUT WEN OUT ER K gt 4H K 3 4H K 4H WEN OUT 44H amp 44H K 4H B ou lt gt 21H 227H 14H 263H xd 1 POSEE i DIA 1 WEN OUT WENOUT
39. ag b c 24 545 MHz 1CLK 200ppm 31 468kHz 1H 780CLK 59 94 Hz 119 88Hz 2 1 HD VD 2 4Vep 750 Q10kQ 2 4 1M608 TI2082 1 HD 3 2 lus LOW VD 125 400us LOW f u 31 468kHz 1 f v f u 262 5 525 HD VD 0 5 0us 1 fH 2 5 0us LOW 0 0 5V HIGH 4 5V 10kQ GE 7 7 2 s 1 68 2 s 1 88 4Vo 1V WEN 2SA1461 QHD VD 2 a 6 5 SV LAE L 60s 7 1120621 4 HD 3 18 0 lus LOW VD 286 lus LOW
40. 100 NAM 100 0 01 9 9 9 8576176 198 INI 1X3 D4118840E 28 2 Vertical 2 1 60s Non interlace mode 9 n994Je s 8 LNO NIM AL ueos LNO Supjue q sjexid 9402943 LNO O3GIA 9452993 yoelq jeondo J9Jsuea yuelg LNO O m lt lt Z 21 8 1 a a OO y lt 62119 9 6 6 6 2 8 QS Doou on CO 664 81 EXVD EXHD phase difference EX VD EX HD c gt D4118840E 29 2 b 1 1205 2 1 Interlace mode ODD 1st field EXT VD IN gt lt delay 9H INT VD sJ SEB eseoeereeereeseszeeceegassaazassaassssss INT HD ER EN 487 489 491 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 488 490 492 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 493 0B 0B OB OB OB 2 4 6 VIDEO OUT 494 0B 08 OB OB 1 3 5 7 V Blanking 20H WEN OUT 9 p i WEN OUT
41. 4 2 IN 7 HD VD OUT 5 3 1 2 3 4 1 DC DC AC AC 19g 27 7 2 0 190g M10 5 t yf 0 5 GND 0 40 30 90 RH 5 50C 10 90 RH 20 60 10 90 RH 2 Electro Magnetic Compatibility D EMI Electro Magnetic Interference EN61000 6 4 55011 2 EMS Electro Magnetic Susceptibility EN61000 6 2 WEMC EMC 4
42. a Operation mode Reset Exposure Sync Bottom SW FIX mode Consecutive HD Consecutive VD IN Consecutive HD Single VD IN Non reset TRIG pulse width C S PULSE W mode onsecutive onsecutive Consecutive HD Single VD IN V reset Bottom SW I vem FIX mode Consecutive HD IN SYNC reset V reset TRIG pulse width Internal PULSE W mode Consecutive HD IN Notes RTS mode automatically switches over through TRIG IN Neither under FLX nor PULSE W mode RTS doesn t work if Electronic shutter speed SW is set in OFF position ES mm m b Multiple shutter Multiple shutter via ext trigger signal and ext VD signal Notes Operation like No 3 6 above 3 Restart Reset Restart reset available via ext VD signal Switching via bottom panel DIP SW Initial OFF Notes exposure time shutter speed is determined by ext VD interval Enabled when bottom panel DIP SW OFF Provide Consecutive HD Partial scan 1 Operation mode E shutter Normal E shutter RTS Enabled Option Enabled Disabled eem l 1 2 partial I Consecutive HD VD IN Enabled Option Enabled Consecutive HD VD IN Disabled Consecutive HD VD IN Enabled Option Enabled Consecutive HD VD IN Disabled E Consecutive HD VD IN Enabled Option Option Note Items shown as Option in this document is not included in your purchase as standard components Contact our deal
43. transfer High speed transfer The timing is as follows EVEN field EXT VD 491 492 VIDEO OUT Normal 242 5H WEN OUT Normal Stnadard WEN OUT Standard The rising edge is effective WEN OUT Normal OPTION Partial Pulse VIDEO OUT Parital 68H Video output WEN OUT Parital Standard WEN OUT Parital LOPTION Eust 1 Arbitrary under ex sync 2 Partial over actual video lines is OK 3 Please look at 7 3 WEN timing 19 D4118840E 6 Specifications Basic spec 1 Image sensor Total pixels Active pixel Video output pixels Scanning area Unit cell size 2 TV system 3 Scanning lines 4 Interlace 5 Sync system 6 Aspect ratio 7 Video output 8 Resolution 9 S N 10 Illumination 11 Gain 12 Gamma correction 13 White clip level 14 Power source 15 Power consumption 16 Camera cable length Cable All Pixel s Data Read out Interline CCD 692 H x 504 V 659 H x 494 V 648 H x 494 V Under non interlace 648 H x 485 V Under interlace 4 88 H x 3 66 V mm Equivalent to 1 3 type CCD size 7 4 H x 7 4 V u m Square grid array Special format Non conforming to EIA 525 lines 1 60s Non interlace mode 1 120s 2 1 Interlace mode Switching via bottom panel DIP SW Internal External automatic switch over 4 3 VS 1 0V p p 75 ohm DC coupled 1 line DC AC coupled swi
44. 1 0 14 857mVp p SYNC 15 DOC12V 10 97 50mV p p EAT 16 8 0W 17 1m Www D sub 1 2 WARIRAY 25 D4118840 3 S A JJ 4 55 5 AAA gt 5 v WEN
45. 1 2000s 1 4000s 1 8000s 1 20000s 5 2 RDM mode Random trigger shutter Exposure control via ext trigger or ext sync input Timing charts are shown below TRIG timing Positive Notes RDM selection is automatic with TRIG status Neither under FLX nor PULSE W mode RTS doesn t work if Electronic shutter speed SW is set in OFF position lt Exposure time delay under RTS gt When the RTS is active both in FIX mode and PULSE W mode there is a time delay of approximately 1 4 micro s until the start of exposure after the rising edge of TRIG signal positive lt Exposure time under pulse width mode gt Under RTS pulse mode the exposure time is determined by the pulse width More exactly the actual time is the pulse width plus approximately 19 1 micro s TRIG IN E Pulse width CCD EXPOSURE Exposure delay time Approximately 1 4 micro s Exposure time Pulse width Approx 19 1 micro s K 3 D4118840E Non reset mode Under mternal sync external sync Consecutive VD IN Exposure starts at the timing of TRIG signal IN After each exposure is completed the camera outputs video at each next VD IN timing lt 1 605 Non interlace gt Automatically returns to normal TRIG IN not shutter if fixed H level acceptable for 1V after approx 1 6s TRIG IN after mode change ee 3 INT EXT VD CCD EXPOSURE Exposure time E s
46. 4 m 5 WEN OUT 10 WEN OUT WEN 1V Hi 1 1 2 121 5H 1 4 55 5H V SYNC VD V 2 252 5H VD 97 D4118840 1 1208 2 1 EVEN 7 4 v F 491 7 9 3 5 8 10 492 493 OB 4 6 494 OB 20H WEN VD 488 490 489 491 493 494 OB
47. Random trigger shutter x Normal shutter lt 1 120s 2 1 Interlace gt Irrespective of TRIG IN phase the camera always outputs ODD field image Automatically returns to normal TRIG IN not shutter if fixed H level acceptable for 1V after approx 1 6s TRIG IN after mode change Positive wer CCD A EXPOSURE x Exposure time image E shutter speed or pulse VIDEO width EVE OUTPUT VD V sync pause during Definite standby VD V sync output for 1V only WEN OUT Standard WEN OUT OPTION Normal shutter x Random trigger shutter Normal shutter 6 D4118840E d SYNC reset mode Under Internal sync Exposure starts at TRIG signal input timing resets HD and outputs video immediately after exposure by resetting VD Available under FIX mode only lt 1 605 Non interlace gt Automatically returns to normal shutter if fixed H level TRIG IN not acceptable after approx 1 6s for 1V after mode change K TRIG IN Positive CCD EXPOSURE Exposure time VIDEO E shutter speed OUTPUT VD V sync pause during Definite standby VD V sync output for 1V only WEN OUT Standard WEN OUT OPTION Normal shutter x Random trigger shutter Normal shutter lt 1 120s 2 1 Interlace gt Irrespective of TRIG IN phase the camera always outputs ODD field image Automatically returns to normal TRIG IN not acceptable shutter if fixed H
48. VIDEO OUT 20H S T a 494 494 op VIDEO OUT RED WEN Uf ra i aa 10H WEN OUT EU AUI 2H X 253H 1 2 122H 1 4 56H WEN VD 491 493 VIDEO OUT 98 VIDEO OUT _ 0 2 WEN OUT 4 wee o De WEN OUT X WEN 1V Hi 1 1 2 122H 1 4 56H VD 2 253H
49. lt lt 10 gt lt 9 5H i 10H gt 16 23 104H D4118840 154 ODD image 358 lt gt 155 359 21H d 103H 7H 131 5H r MCI M 1 I WEN OUT WEN OUT 10H 153 EVEN image i5 154 205H 104H 7H 1328 8 C Nara EXE D 1 WEN OUT f 95H gt WEN OUT x 1 2 7 3 WEN 17 D4118840 1 4 SW 7 ON 8 ON 1 4 lt 1605 gt 1605 494H BLK SIH
50. 274 235H 31H dH 1978 E _ WEN OUT WEN OUT 1 oo 2525555 9 5 1 2 7 WEN 20 D4118840 PARTIAL EXT VD c _ 4 PARTIAL PULSE NENNEN uu gm 5478 x 10547 X1 lt BS oo c VIDEO OUT n H 2 IDEA aa LA a LA E a VD 1 HD 1H 10 H
51. V reset mode Under internal sync mode SYNC reset mode Under internal sync mode Non reset mode Under External sync Single VD IN mode V reset mode Under External sync WEN OUT OPTION 2 521H mode Non reset mode Under internal sync mode Non reset mode Under External sync Consecutive VD Restart Reset 3l D4118840E 3 b 1 120s 2 1 Interlace mode ODD field WEN Under normal shutter mode L 9H Camera INT VD 489 4911 ja i 8 10 490 492 490 492 493 OB i i 4 6 9 11 491 493 494 VIDEO OUT Normal scan V BLK 20H High speed V BLK 20H I transfer VIDEO OUT Partial scan WEN OUT Standard ctive WEN OUT Standard 10H The rising edge is effe 9 5H WEN OUT OPTION Normal scan 252 5H 1 2 Partial scan 121 5H 1 4 Partial scan 55 5H Programmable partial scan Arbitrary OPTION WEN Under other shutter mode Camera INT VD 490 492 494 491 493 OB OB VIDEO OUT Normal scan High speed transfer VIDEO OUT Partial scan WEN OUT Standard ctive WEN OUT Standard 10H rising edge is effe WEN OUT OPTION x 85H As for WEN 1V mode of an option Hi period changes with shutter modes of use 1 1 2 Partial scan 121 5H 1 4 Partial scan 55 5H Programmable partial scan Arbitrary OPTION RDM mode V rese
52. document is not included in your purchase as standard components Contact our dealer distributor for details 23 D4118840E Connector pin assignment 1 Compatible connector D02 M1SSAG 13L9 Supplied by Japan Aviation Electronics Ind etc 2 Pin assignment Pin No Signal Option foeon PCI2V Connector pin layout 9500000 OO OO O 500000 15 female PARTIAL IN Signal Option PARTIALIN Notes Before connecting disconnecting the connector make sure the camera power is OFF to prevent a malfunction For board connection check compatibility Note Items shown as Option in this document is not included in your purchase as standard components Contact our dealer distributor for details 24 D4118840E Switch setting 1 CCU bottom panel DIP SW Function OFF ON E shutter speed See shutter speed table Table 1 Video output 1 60s non interlace 1 120s interlace Shutter mode See shutter mode table Table 3 Partial scan om OD GM See partial scan table Table 2 I I I I IJ IJ I IJ IJ I IJ I Positive Negative Rising edge Falling edge RTS Exposure FIX mode PULSE W mode Notes Initial factory setting All OFF Set No 9 OFF when TRIG IN OPEN No NS EX Ea 6 EA E10 gt Table 1 Electronic shutter speed Table 2 Partial scan
53. during exposure After automatic return fix ext VD IN at Hi lt 1 120s 2 1 Interlace gt Video output field ODD EVEN is determined by ext VD falling edge and ext HD phase Automatically returns to normal TRIG IN not shutter if fixed H level acceptable for 1V after after approx 1 6s mode change TRIG IN Positive ODD EVEN ODD EXT VD IN EVEN ODD CCD EXPOSURE Exposure time 8 EVEKE shutter speed or T i VIDEO ks width OUTPUT VD pause Outputs video at the next VD x Definite during standby timing after exposure WEN OUT Standard WEN OUT OPTION Normal shutter x Random trigger shutter Normal shutter Don t provide ext VD IN during exposure After automatic return fix ext VD IN at Hi 5 D4118840E V reset mode Under internal sync external sync No VD IN Exposure starts at the timing of TRIG signal IN After each exposure is completed the camera outputs video immediately by resetting VD HD is not reset lt 1 605 Non interlace gt Automatically returns to normal TRIG IN not shutter if fixed H level acceptable for 1V I after approx 1 6s after mode change TRIG IN E c uam cx CCD 4 EXPOSURE Exposure time E shutter speed or VIDEO pulse width OUTPUT V sync pause during Definite standby VD V sync output for only WEN OUT Standard WEN OUT OPTION Normal shutter
54. hutter speed 1 2005 1 5005 1 10005 1 2000s 1 4000s 1 8000s 1 20000s Notes Neither under FIX nor PULSE W mode RTS doesn t work if Electronic shutter speed SW is set in OFF position Z Z gt gt gt Es OFF eee olo Ti Table 3 Shutter mode Shuttermode INoSINo6 SYNC __ V reset Rand Vreset Internal sync gt Nonrreset OFF 7 Not acceptable Non reset OFF Single VD Random Multiple shutter OFF Ext sync trigger FF Consecutive VD HD IN OFF NoVD Restart Reset Single VD Notes Under normal shutter mode partial scan set No 5 6 in OFF Under PULSE W mode SYNC reset is disabled 25 D4118840E 2 CCU rear panel SW Selected Function GAIN selection GAIN Initial factory setting MANU Manual GAIN adjustable via GAIN potentiometer 3 CCU internal SW 1 Function SW Selected Function Ext SYNC IN impedance High impedance Initial factory setting selection HD VD ere 4 CCU internal SW 2 Selected Function Ext SYNC IN OUT IN IN Initial factory setting selection HD VD OUT OUT 5 CCU internal SW 3 Selected Function Video OUT couple selection Clockwise DC coupled OUT Initial factory setting DC AC Anticlockwise AC coupled OUT Mechanical spec 1 E
55. j S z S 2 S j 2 2 2 z S S z S gt rs rs rs s 1 22 5 rs 2 z z zs rs rs rs zs rs zs rs rs rs rs is 2 Signal output Device structure Total pixels 692 H x 504 V Effective pixels 659 H x 494 V Optical black Horizontal 2 pixels 31 pixels Vertical 8 pixels 2 pixels 27 D4118840E hart iming c 7 Output waveform t 1 Horizontal S78L 716 71008 ueos 81407110 S 7 OY 92 8770070 c 8576 0 410809 10S 41009 41081 L s 786 S 19261 sul yue q H S XId 1199113 110 osned SUe41 H 719669 SISXId 941329143 cm aro m 410879 3194 3191 sng 0
56. level for 1V after mode after approx 1 6s TRIG IN ope Positive A 3 CCD EXPUSURE Exposure time VIDEO E shutter speed OUTPUT P VD V sync pause during Definite standby VD V sync output for 1V only WEN OUT Standard WEN OUT OPTION Normal shutter x Random trigger shutter x Normal shutter 7 D4118840E 5 3 MULTIPLE mode Multiple shutter operation is available by providing TRIG IN more than one time before ext VD IN Non reset mode single VD consecutive VD IN lt 1 60s Non interlace gt TRIG IN Positive EXT VD IN CCD EXPOSURE 00 Exposure time VIDEO E shutter speed or pulse width OUTPUT Three exposures are mixed and output here WEN OUT Standard WEN OUT OPTION lt 1 120s 2 1 Interlace gt Video output field ODD EVEN is determined by ext VD falling edge and ext HD phase TRIG IN Positive 220 ODD i i EVEN phase i i EXT VD IN CCD EXPOSURE Exposure time image VIDEO E shutter speed or pulse width OUTPUT Three exposures are mixed and output here WEN OUT Standard WEN OUT OPTION 8 D4118840E 5 4 Restart Reset The restart reset function is available with ext VD signal You can get an arbitrary slower shutter speed than normal shutter and random trigger shutter Here are some notes The shutter spee
57. read out Available both under external internal mode Norma speed transfer High speed transfer Normal speed transfer High speed transfer lt Under normal shutter Electronic shutter OFF gt Notes Under ext sync the ext VD should be 1V 131H Under normal shutter set the bottom panel DIP SW 5 6 in OFF 281 lt V reset gt VIDEO OUT 28H 81H 22H VBLK 5 P a Include Video output i Mua High speed transfer transfer 131H 131H WEN OUT Standard WEN OUT Standard The rising edge is effective 1 K 34H lt 4H WEN OUT lt 4H lt Under other shutter modes gt 281 lt Non reset gt VIDEO OUT 22H 394H Video output High X1 High speed speed transfer transfer WEN OUT x Standard WEN OUT OPTION 4H 1 Arbitrary under 2 Please look at 7 3 WEN timing 13 D4118840E lt 1 120s 2 1 Interlace gt Under 1 120s Interlace mode only the center portion of 61H out of the total effective lines 485 excluding BLK time is read out Available both under external internal mode High speed Norma transfer speed transfer Normal speed transfer High speed transfer High speed Normal transfer speed transfer Normal speed transfer High speed transfer lt Under normal shutter Electronic shut
58. xy 1 MG IN M 9NAS NI 30 r N 1031409 X13 5 199 w THIS DEVICE COMPLIES WITH PARI 15 OF THE FCC RULES OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE AND 2 THIS DEVICE MUST ACCEPT ANY INTERFERENCE INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION lt gt CY 40 o B W CCD Camera Model CS8541D Series Specification Contents lt Product Description i 1 1 RFP 2 Optional Accessories 2 Operation 22 2 gt 20 Output waveform timing chart 28 External View Drawing 34 TOSHIBA TELI CORPORATION D4118840E 1 Product Description Model CS8541D is a separate type B W CCD camera with a VGA format all pixel data readout CCD This model has twice greater driving frequency of conventional cameras to achieve fast speed data processing The model is suited for high speed high resolution image processing use Camera head is compact light weight body is idea
59. 0 000s 1 608 2 D4118840 3 TRIG 72 497 TRIG Q E QA 4 7 457 2 FIX TRIG TRIG 5 TRIG D 8 OFF 1 200s 1 500s 1 1
60. 000s 1 2000s 1 4000s 1 8000s 1 20000s 1 TRIGO 1 TRIG FIX B YER FIX TRIG 1 4 s 19 1 s TRIG
61. 40 VD TRIG y VD HD lt 1 60s gt TRIG VD CCD A 5 WEN OUT WEN OUT lt 1 1208 21 ODD EVEN VD HD TRIG ODD i i EVEN phase i i i phase VD 4 CCD RX 4 N Sue lt image i 3 WEN OUT WEN OUT 13 D4118840 D VD
62. CCDAAT CS8541D 6 6 UU 7 a 7 7 7 QUANT TAPA m i uM 7 8 dy oZ gp uas GE ou pcc cte cM mp 8 8 15 EO Gh kk 25 niea ceu SU ER RR 33 33 34 WEIN JS 36 Bos x i MEM MEM 39 Bu 15 pu Dd 39 af e em cu 40 D4118840E 40 EH D4118840 He AN SE 1 AN
63. Standard The rising edge is effective EVEN 2nd field EXT VD IN delay 9H INT VD INT HD 486 488 490 492 7 9 Jl 13 15 17 19 21 23 25 27 29 31 33 35 487 489 491 493 494 OB OB OB OB 1 3 5 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 OB OB OB OB 2 4 6 VIDEO OUT V Blanking x 20H ecc 4 Standard 1 WEN OUT Standard The rising edge is effective EXVD EXHD phase difference E VD VDO EVEN ODD reset range 10 0 us TP2 EVEN reset range 10 0 us TP3 5 0 us 30 D4118840E 3 WEN timing 3 a 1 60s Non interlace mode WEN Under normal shutter mode Cmera INT VD VIDEO OUT Normal scan High speed transfer f M BLK 20H VIDEO OUT Partial scan Ear WEN OUT Standard j x The rising edge is effective WEN OUT OPTION Normal scan 521H 1 2 Partial scan 258H 1 4 Partial scan 127H Programmable partial scan Arbitrary OPTION WEN Under other shutter mode Camera INT VD VIDEO OUT OB OB Normal scan High speed transfer VIDEO OUT Partial scan ____ VBLK 0 anes x Eu f WEN The rising edge is effective X 3H for WEN 1V mode of an option Hi period changes with shutter modes of use 1 1 2 Partial scan 258H 1 4 Partial scan 127H Programmable partial scan Arbitrary OPTION mode
64. d exposure time is determined by ext VD signal interval This function is enabled when the rear panel shutter speed DIP SW is OFF Supply consecutive VD lt 1 60s Non interlace gt EXT VD IN CCD EXPOSURE VIDEO OUTPUT The exposure time is determined by VD interval WEN OUT Standard OPTION lt 1 120s 2 1 Interlace gt Video output field ODD EVEN is determined by ext VD falling edge and ext HD phase ODD EVEN phase phase EXT VD IN CCD EXPOSURE VIDEO U OUTPUT ODD EVEN The exposure time is determined by VD WEN OUT interval Standard WEN OUT OPTION 9 D4118840E 6 Partial scan mode selection CCU bottom panel DIP SW Switches partial scan mode Note Sometimes phenomenon called as whiteout occurs at the top of the screen when there is strong incident light entering in the wide area of a CCD however this is not a malfunction If this occurs reduce the amount of incoming rays 6 1 1 2 Partial scan Bottom panel SW 7 OFF 8 ON Screen center 1 2 readout lt 1 60s Non interlace gt Under 1 60s non interlace mode only the center portion of 227H out of the total effective lines 494H excluding BLK time is read out Available both under external internal mode u High speed Normal 130H transfer speed 4 transfer Normal 227H transfer lt High speed 137H transfer 2
65. e Non reset mode Under External sync Consecutive VD IN Restart Reset 33 D4118840E 8 External View Drawing 1 Camera head external view drawing AUP Gl d egeui 225 TRUE pe I UN i 719 5 xx ACTVS8S 1 6 41 Ul gue eSeui 099 63 i xxACOITSSSO Before connecting disconnecting the connector make sure the camera power is OFF to prevent a malfunction D4118840E 34 ONAS NE 20 71034403 NIVO D4118840E 06 5 THIS DEVICE COMPLIES WITH PART 15 OF r THE FCC RULES OPERATION IS SUBJECT TO THE FOLLOWING TWO CONDITIONS 1 THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE AND 2 THIS DEVICE MUST ACCEPT ANY INTERFERENCE RECEIVED INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION 0000000000 2 CCU external view draw
66. er distributor for details 7 Enabled Option Enabled 6f 1 4 Disabled e un E 22 D4118840E 2 Reset mode As shown in 1 above non reset and V reset is available Option Doesn t come as standard Contact our dealer distributor for details a Non reset Electronic shutter enabled VD doesn t get reset after video readout The interval of VD signal is as follows os 2 partial scan 1 4 partial scan 1 60s non interlace 525H 525H 1 120s interlace 262 5H 262 5H Partial Partial Partial image A image B image V D Interval Under normal shutter mode when partial scan is set to non reset the electronic shutter is enabled However when the input interval of external VD is shorter than that of the above mentioned be sure that the exposure time becomes shorter than the set time b V reset Electronic shutter disabled VD does get reset after video readout Under internal sync the interval of VD signal is as follows partial scan 1 4 partial scan 1 60s non interlace 262H 131H 1 120s interlace 131 5H 65 5H Partial Partial Partial Partial Partial i C m D VIDEO OUT VD Interval 3 Partial signal Option Programmable mode input signal a Input level LOW level From 0 through 0 5V HIGH level From 4 through 5V b Input impedance High impedance 10k ohm c Polarity Positive Hi High speed transfer Note Items shown as Option in this
67. er ext sync the ext VD should be 1V 131 5H Under normal shutter set the bottom panel DIP SW 5 6 in OFF ODD image EVEN image 154 358 153 155 359 154 lt V reset gt VIDEO OUT 2H j i7H 2054 104H TH VBK T High te VBK pee include Video output Include Video output 0 High speed 1 High speed transfer nie transfer transfer 131 5H 0 5H 131 5H WEN OUT Standard WEN OUT Standard rising edge is effective p pue WEN OUT OPTION 11 D4118840E lt Under other shutter modes gt 154 ODD image i lt Non reset gt VIDEO OUT 21H 103H 7H 131 5H Video output High 1 gt x pcm transfer WEN OUT Standard i 10H 1 WEN OUT Standard The rsing edge is effective 95H WEN OUT if 2 OPTION 10H T 153 EVEN image TT 360 VIDEO OUT 205H 104H 7H 1328 VBLK GRAL NET Include Video output High X1 High speed speed transfer transfer WEN OUT 1 Standard WEN OUT OPTION 1 Arbitrary under ex sync 2 Please look at 7 3 WEN timing 12 D4118840E 6 2 1 4 Partial scan Bottom panel SW 7 ON 8 ON Screen center 1 4 readout lt 1 60s Non interlace gt Under 1 60s non interlace mode only the center portion of 81H out of the total effective lines 494H excluding BLK time is
68. fa 31 468kHz 1 fy fy 262 5 or fu 525 8 Phase difference HD VD 0 5 0 micro s 1 2 5 0 micro s Shutter trigger spec Exposure starting cue signal in random trigger shutter mode 1 Input level LOW level From 0 through 0 5 V p p HIGH level From 4 through 5V p p 2 Input impedance High impedance 10k ohm 3 Capture timing Rising edge detection Positive Falling edge detection Negative Switching via bottom panel DIP SW Initial factory setting Rising edge 4 Pulse width Under DIP SW setting Minimum 2 micro s Maximum 1 6s Under PULSE W setting Minimum 2 micro s Maximum 1 8s Sync signal spec 1 WEN Readout timing signal a Output signal level More than 4V p p b Polarity Rising edge Positive under mode Option c Output circuit c WEN 2SA1461 2 HD VD pulse Switching via internal SW Initial factory setting Input a Output signal level More than 4V p p b Interlace 1 60s non interlace or 1 120s 2 1 interlace c Polarity Negative d Pulse width HD 318 0 1 micros LOW VD 286 1micros LOW Note Items shown as Option in this document is not included in your purchase as standard components Contact our dealer distributor for details 21 D4118840E Electronic shutter 1 Normal shutter Shutter speed setting via bottom panel SW Initial OFF 8 steps selectable OFF 1 200s 1 500s 1 1000s 1 2000s 1 4000s 1 8000s 1 20000s 2 RTS
69. hutter speed or pulse VIDEO width OUTPUT x 3 Outputs VD Outputs video at the next VD TRIS during standby timing after exposure WEN OUT Standard WEN OUT OPTION Normal shutter Random trigger shutter Normal shutter lt 1 120s 2 1 Interlace gt Automatically returns to normal TRIG IN not shutter if fixed H level acceptable for 1V after after approx 1 6s TRIG IN mode change Positive oe INT EXT VD ODD EVEN CCD x EXPOSURE 1 i Exposure time DU E shutter speed or Pi VIDEO width OUTPUT opp i Definite e Outputs video at the next VD timing after exposure WEN OUT Standard WEN OUT OPTION Normal shutter x Random trigger shutter x Normal shutter 4 D4118840E b Non reset mode Under external sync Single VD IN After TRIG IN and exposure the camera goes Into standby until next ext VD IN lt 1 60s Non interlace gt Automatically returns to normal TRIG IN not acceptable shutter if fixed H level for 1V after mode i after approx 1 6s TRIG IN EXT VD CCD EXPOSURE Exposure time E shutter speed or VIDEO pulse width OUTPUT In sync with ex VD during Outputs video at the next VD Definite standby No video output timing after xposure WEN OUT Standard WEN OUT OPTION Normal shutter Random trigger shutter x Normal shutter Don t provide ext VD IN
70. ing 08 35 7641990 gt N E
71. l for system integration 2 Features 1 Double speed scan This model reads out image data twice as fast as conventional cameras do 2 All pixel s data readout With its built in all pixel data readout CCD this model can read out image data just in approximately 1 60 sec A frame shutter reads out all data even under RTS Random Trigger Shutter mode 3 High vertical resolution As all pixel s data are read out even under RTS mode in 1 60 sec images with no deterioration in vertical resolution are obtained 4 Square grid pattern CCD Pixel s in CCD are aligned in square grid pattern This makes it easier to perform computation correctly for image processing use 5 External Sync The camera is switched over to external synchronization operation automatically when external HD signal is input 6 Random trigger shutter function With a built in RTS the camera s CCD starts light exposure in synchronization with external trigger signals This function enables the camera to capture fast moving subjects at constant position for precise image processing 7 Restart Reset Under the restart reset mode this model can capture images at an arbitrary timing cued by external VD signal 8 Multiple shutter With this shutter this model capture images at an arbitrary timing cued by external trigger signal and then outputs video at an arbitrary timing cued by external VD signal 9 Partial scan Under the partial scan mode
72. lows 494 EXT VD VIDEO OUT gt seslal 2 Es 2 bn op E 2 E s 2 2 NE I s gt NO PM Ef e SZ lt D o E Za 20 H 2 25 o 448 1 1 Arbitrary under ex sync 68H Video output WEN OUT Standard The rising edge is effective 9H V BLK 76 2 5 5 e gt 5 8 O Z 2 Partial over actual video lines is 3 Please look at 7 3 WEN timing D4118840E 17 lt 1 1205 2 1 Interlace ODD field gt Hi gh speed transfer Norma transfer Normal speed transfer Hi gh speed transfer The timing is as follows ODD field EXT VD VIDEO OUT Normal 242 5H WEN OUT Normal Standard WEN OUT Standard The rising edge is effective WEN OUT Normal OPTION Partial Pulse VIDEO OUT Partial 68H V BLK Video output WEN OUT Partial Standard X3 WEN OUT Partial OPTION 1 Arbitrary under ex sync 2 Partial over actual video lines is OK 3 Please look at 7 3 WEN timing 18 D4118840E lt 1 120s 2 1 Interlace EVEN field gt High speed Norma transfer Normal transfer speed
73. only 1 2 or 1 4 screen center portion of image information is read out resulting in a faster operation 1 D4118840E 3 Configuration 1 Camera head Camera cable Direct fixing emm 1 1 1 Cable fixing direction viewed from CS8541DV V Rear b CS8541DW W Left CS8541DX X Down d CS8541DY Right Standard e 5854107 Z Up 1 2 Camera cable length Item 1 1 a 01 1m Standard b 02 2m 2 Camera control unit 3 Accessory Operation Manual Japanese 1 Manual English SS 1 4 Optional Accessories 1 Dedicated lens 12 phi f 30mm 17mm 12mm 6mm 2 Camera adapter Model name CA170 3 DC IN SYNC cable for CS8541D Model name CPRC8541P15 01 1m 05 5m Combination with 2 4 DC IN SYNC conversion cable for CS8541D Model name CPRC8541J15 01 1m 05 5m Combination with CPRC3700 02 03 05 Please contact your dealer distributor for details of option units Conformity of an option part and EMC conditions About the conformity of the EMC standard of this machine it has guaranteed 1n the conditions combined with the above mentioned option part When used combining parts other than specification of our company I ask you to have final EMC conformity checked of a visitor with a machine and the whole equipment S Operation Mode 1 GAIN selection CCU rear panel SW Switches sensitivity setting 1 1 FIX
74. s NEN ES S puel SN NEN SN SENS es NES NEN NEN NEN poe ERA d d pou ERA pe oru d EE ERAT d pud pum purum d uum pum pum pum d uum purum puce pum pud uum pucr pum pum pud uum puer pucr pum pud uum puce puce puce pud uc pum pucr pucr pud uum 692 692 H x 504 V 659 H x 494 V ATF AAMT 2 2 YIN VEN y FIN 9 HH FIN 6 31 gt P 2 2 8 V 32 Vers CR 7 4 FHN3M s 7 8L 716 W1008L HI Ed lE SF s n Oy 92 570270 86 80677 Y19879 19Y9 41009 1081 L S 186 6 10261 ae BING EK CCM Iral ie FR PP _ BI f Tr 410659 6 14 9 8 dit 0 ola q 6 0 9 9 yr 10879 YZ 1991 101 101 57816 198 4 z 31604 et Le OHS Bg E lt d sup 0 101 172 auda 16
75. t mode Under internal sync RDM mode SYNC reset mode Under internal sync RDM mode Non reset mode Under External sync Single VD IN RDM mode V reset mode Under External sync 2 252 5H RDM mode Non reset mode Under internal sync RDM mode Non reset mode Under External sync Consecutive VD IN Restart Reset 32 D4118840E 3 1 120s 2 1 Interlace mode EVEN field WEN Under normal shutter mode Camera INT VD 491 492 493 488 490 492 489 491 493 494 VIDEO OUT Normal scan V BLK 20H V BLK 20H High speed 4 EO transfer 493 OB 494 OB VIDEO OUT Partial scan T WEN OUT Standard The rising edge is effective 10H WEN OUT OPTION Normal scan 253H 1 2 Partial scan 122H 1 4 Partial scan 56H Programmable partial scan Arbitrary OPTION WEN Under other shutter mode Camera INT VD 491 493 492 494 VIDEO OUT Normal scan High speed transfer VIDEO OUT Partial scan WEN OUT Standard ctive WEN OUT Standard The rising edge is effe WEN OUT OPTION 7X As for WEN 1V mode of an option Hi period changes with shutter modes of use 1 1 2 Partial scan 122H 1 4 Partial scan 56H Programmable partial scan Arbitrary OPTION RDM mode Non reset mode Under External sync Single VD IN 2 253H RDM mode Non reset mode Under internal sync RDM mod
76. tching via internal SW 485 TV lines H 485 lines 350 TV lines V Standard 52dB p p rms Initial factory setting Standard 400 Ix F5 6 Minimum 4 Ix F1 4 GAIN MAX Approx 50 video output FIX Fixed gain Factory shipped preset level MANU Manual gain Setting through GAIN VR FIX MANU switching via rear panel SW Gamma 1 Fixed Approx 857mV p p Excluding SYNC DC12V 10 Ripple voltage 50mV p p or less Approx 3 0W 1m Allowance 50mm 0mm Camera cable length L amera head D sub Connector Before connecting disconnecting the connector make sure the camera power Is OFF to prevent a malfunction NOT use In combination with camera head and CCU having the different serial number do so might cause not to make full use of the essential function of this camera 20 D4118840E Internal sync spec 1 Base clock frequency 24 545MHz ICLK 200ppm 2 H sync frequency 31 468kHz 1H 780CLK 3 V sync frequency 59 94Hz Under non interlace 119 88Hz Under 2 1 interlace External sync spec 1 Ext sync input signal HD VD 2 input level From 2 through 4V p p 10k ohm 3 Input impedance 75 ohm High impedance Switching via internal SW Initial factory setting High 4 Interlace 1 60s non interlace or 1 120s 2 1 interlace 5 Polarity Negative 6 Pulse width HD 3 2 micro s LOW VD From 125 through 400 micro s LOW 7 Repeating frequency
77. ter OFF gt Notes Under ext sync the ext VD should be 65 5H Under normal shutter set the bottom panel DIP SW 5 6 in OFF ODD field EVEN field ODD image EVEN image 214 272 213 273 215 273 214 274 lt V reset gt WEN OUT Standard VIDEO OUT 24H 30H 235H 31H 11H V BLK High i V BLK Include Video output I Video output _ High speed j High speed transfer transfer tanata 65 5 10H WEN OUT Standard The rising edge is effective K 3 OPTION 65 5H 0 5H 14 D4118840E lt Under other shutter modes gt Standard 214 ODD image 272 29 lt Non reset gt VIDEO OUT 24H 30H 11H 197 58 Video output High speed transfer WEN OUT WEN OUT OPTION 213 EVEN image 55 214 274 VIDEO OUT 235H 31H P 197H VBLK INL EET Include Video output High High speed speed 1 transfer transfer WEN OUT Standard 9 5H H WEN OUT Standard The rising edge is effective 10H H Pw WEN OUT 7 OPTION j i 9 5H 2 1 Arbitrary under ex sync 2 Please look at 7 3 WEN timing 15 D4118840E 6 3 Programmable partial Option By designating the high speed transfer portion with external PARTIAL signal input
78. the camera read out only the portion of CCD area necessary for your application This is available under ext sync i 10 Line PARTIAL PULSE i a H n H Total line n H x 10 line Em KH start Finish VIDEO OUT H speed n H BLK trans 2 H N speed 1 60s non inter lace 1 120s Interlace X1 pee dst field 2nd field Conditions The starting point of external partial signal is 1 from the falling edge of ext VD The external partial signal is controlled at each ext HD falling edge Set the start finish of the external partial signal in 1H increments The number of 1H high speed transfer line is 10 lines The actual lines are determined by the external partial signal hi length Minimum 2H 20 lines After high speed transfer 2H 15 allocated to blank transfer period Normal transfer starts at the next line VIDEO OUT vertical blanking is V blanking 1 H n H BLK transfer 2 H 1H Example follows below High speed minimum 2H 20 lines Normal speed 70 lines BLK 2H Note Items shown as Option in this document is not included in your purchase as standard components Contact our dealer distributor for details 16 D4118840E lt 1 60s Non interlace gt Normal speed transfer transfer Norma Hi gh speed Hi gh speed transfer transfer The timing is as fol
79. xternal dimension Refer to the attached external view drawing 2 Weight Camera head Approximately 19g Excluding Camera cable CCU Approximately 190g 3 Lens mount M10 5 Pitch 0 5 4 GND insulation Circuit GND Chassis electrically conducted Ambient condition 1 Environment condition Performance guaranteed Temperature From 0 through 40 Humidity From 30 through 90 No condensing Operation guaranteed Temperature From 5 through 50 Humidity From 10 through 90 No condensing Storage Temperature From 20 through 60 Humidity From 10 through 90 No condensing 2 EMC conditions Electro Magnetic Compatibility EMI Electro Magnetic Interference EN61000 6 4 Examination level EN55011 A Conformity EMS Electro Magnetic Susceptibility EN61000 6 2 Conformity Conformity of EMC conditions About the conformity of the EMC standard of this machine it has guaranteed in the conditions combined with the option part of the 4th clause When used combining parts other than specification of our company I ask you to have final EMC conformity checked of a visitor with a machine and the whole equipment 26 D4118840E Relative Spectrum Response ncluding lens characteristics Excluding light source characteristics Relative Response e 400 500 600 100 800 900 1000 Wave Length nm Effective pixel I OO CO Oo CaCO T zs 2 z 2 z z x 2 z x S

CS8541D

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