8.Features
© China Daheng Group, Inc. Beijing Image Vision Technology Branch 148
T
row
= 14705 ∗ max
（
(
(Width)
4
+ 4)
，
84
）
∗ 10
−6
The acquisition time (unit: μs)
T
acq
= (Height) ∗ T
row
+ 11.4
6) For MER-132-43U3M/C(-L) camera:
Row period (unit: μs)
T
row
= 1532 ∗ 15.384 ∗ 10
−3
≈ 23.569
The
acquisition time (unit: μs)
T
acq
=
（
int (
996 −
（
o 16
）
8
) + int (
o 16
8
) +
（
o 16
）
−
（（
int (
o 16
8
) − 1
）
∗ 8
）
+ 1
）
∗ T
row
7) For MER-131-210U3M/C(-L) camera:
In continuous mode, the row period (unit: μs)
T
row
=
1388
74.25
= 18.69
In trigger mode, the row
period (unit: μs)
T
row
=
1650
74.25
= 22.222
The acquisition time (unit: μs)
T
acq
= ( 30) ∗ T
row
8) For MER-134-93U3M/C(-L) camera:
Row period (unit: μs)
T
row
=
86 +
Width
2
+ 10
72
The acquisition time (unit: μs)
T
acq
= Height ∗ T
row
+ 149.5
When using a single ROI, the width and height represent the image width and image height of the Region0,
when using multi-ROI, the width and height represent the equivalent width and equivalent height which
are calculated by the Region0, Region1, Region2, and Region3. The specific calculate method can see
