CIS VCC-F32U29CL, Технические характеристики и руководство по эксплуатации

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VCC-F32U29CL Rev.
900-513-31-01
7. Switch Settings, Adjustment Potentiometer Specifications
7.1. Rear Panel Switch Function 10bit DIP-SW
（●
indicates default setting position
）
ON
●
OFF
● ● ● ● ● ● ● ● ●
1 2 3 4 5 6 7 8 9 10
1 E0
2 E1 Electronic shutter speed
◇
(3bit)
©2007 CIS Corporation. All rights reserved.
14
3 E2
4 MODE0 trigger mode (2bit)
◇
5 MODE1 0:standard mode 1:standard trigger mode 2:trigger mode
3:standard trigger mode (slow shutter)
6 SCAN
◇
Partial scan selection (1bit) OFF: 30fps ON: 58fps
7 NC
◇
Not assigned
8 RGB/RAW
◇
RGB/RAW selection (1bit) OFF: RAW ON:RGB
9 10bit/8bit
◇
8Bit/10BIT selection (1bit) OFF: 8bit ON:10bit
10 IN/OUT HD/VD Input
◇
, Output selection (1bit) Hirose 12Pins Circular type connector
（
6,7pin
）
7.1.1. Shutter Speed Settings
（
Rear panel SW1: E0, SW2: E1, SW2: E2
）
(1) Standard mode (Internal sync.
・
External sync.)
（
Standard mode
） （
Partial scan mode
）
E0 E1 E2 Shutter speed Real time E0 E1 E2 Shutter speed Real time
1 2 3 1 2 3
OFF OFF OFF OFF (1/30) sec 33.37 ms OFF OFF OFF OFF (1/58) sec 17.39 ms
ON OFF OFF 1/60 sec 16.68 ms ON OFF OFF 1/60 sec 16.68 ms
OFF ON OFF 1/90 sec 11.11 ms OFF ON OFF 1/90 sec 11.11 ms
ON ON OFF 1/120 sec 8.33 ms ON ON OFF 1/120 sec 8.33 ms
OFF OFF ON 1/500 sec 2.01 ms OFF OFF ON 1/500 sec 2.01 ms
ON OFF ON 1/1000 sec 1.00 ms ON OFF ON 1/1000 sec 1.01 ms
OFF ON ON 1/5000 sec 0.20 ms OFF ON ON 1/5000 sec 0.20 ms
ON ON ON 1/10000 sec 0.09 ms ON ON ON 1/10000 sec 0.09 ms
(2) Standard trigger mode
（
Standard mode
） （
Partial scan mode
）
E0 E1 E2 Shutter speed Real time E0 E1 E2 Shutter speed Real time
1 2 3 1 2 3
OFF OFF OFF 1/30 sec 33.37 ms OFF OFF OFF 1/58 sec 17.39 ms
ON OFF OFF 1/60 sec 16.68 ms ON OFF OFF 1/60 sec 16.68 ms
OFF ON OFF 1/90 sec 11.11 ms OFF ON OFF 1/90 sec 11.11 ms
ON ON OFF 1/120 sec 8.33 ms ON ON OFF 1/120 sec 8.33 ms
OFF OFF ON 1/500 sec 2.01 ms OFF OFF ON 1/500 sec 2.01 ms
ON OFF ON 1/1000 sec 1.00 ms ON OFF ON 1/1000 sec 1.01 ms
OFF ON ON 1/5000 sec 0.20 ms OFF ON ON 1/5000 sec 0.20 ms
ON ON ON 1/10000 sec 0.09 ms ON ON ON 1/10000 sec 0.09 ms