8.Features
© 2023 China Daheng Group, Inc. Beijing Image Vision Technology Branch 133
MER-231-41GM/C
5~25
MER-232-48GM-P NIR
5~17
MER-500-14GM/C-P
5~41
MER-500-14GM/C
5~41
MER-503-20GM/C
5~29
MER-503-20GM/C-P
5~29
MER-504-10GM/C-P
5~54
MER-530-20GM-P NIR
5~27
MER-531-20GM/C-P
5~27
MER-630-16GM/C-P
2885~2904
MER-630-16GM/C
2885~2904
MER-1070-10GM/C-P
6620~6639
MER-1070-10GM/C
6620~6639
MER-1220-9GM/C-P
1426~1449
MER-1220-9GM/C
1426~1449
MER-1520-7GC-P
5805~5827
MER-1520-7GC
5805~5827
MER-2000-5GM/C-P
2005~2036
MER-2000-5GM/C
2005~2036
EPL-136-22GM-P NIR
5~27
8.2.6.
Set Exposure
Global Shutter
The implementation process of global shutter is as shown in Figure 8-12, all the lines of the sensor are
exposed at the same time, and then the sensor will read out the image date one by one.
The advantage of the global shutter is that all the lines are exposed at the same time, and the images do
not appear offset and distortion when capturing moving objects.
The time width of the flash signal can be got by the following formula:
T
strobe
= T
exposure