Basler L800k, User Manual, Page: 47 / 168

Operation and Features
BASLER L800
k
3-7
Draft
Start Delay = Transfer Gate Time + Setup Time
Exposure End Delay
When an exposure is triggered by the ExSync signal, the actual end of exposure will be delayed.
(This is commonly referred to as an exposure end delay.) The exposure end delay includes two
components: the transfer gate time and the setup time. These times vary depending on the
camera model and the expose mode you are using. Table 3-2 shows the transfer gate time and
the setup time for each camera model and exposure mode combination.
For a given combination of camera model and exposure mode:
End Delay = Transfer Gate Time + Setup Time
Exposure Mode
L801
k
L802
k
L803
k
Transfer
Gate Time
Setup Time Transfer
Gate Time
Setup Time Transfer
Gate Time
Setup Time
Level-controlled 0.0 µs
≤
0.67 µs
0.0 µs
≤
0.5 µs
0.000 µs
≤
0.5 µs
Programmable 0.0 µs
≤
0.67 µs
0.0 µs
≤
0.5 µs
0.000 µs
≤
0.5 µs
Edge-controlled 5.0 µs
≤
0.67 µs
2.5 µs
≤
0.5 µs
1.666 µs
≤
0.5 µs
Table 3-2: Exposure Start Delay Components
Exposure Mode
L801
k
L802
k
L803
k
Transfer
Gate Time
Setup Time Transfer
Gate Time
Setup Time Transfer
Gate Time
Setup Time
Level-controlled 5.0 µs
≤
0.67 µs
2.5 µs
≤
0.5 µs
1.666 µs
≤
0.5 µs
Programmable 0.0 µs
≤
0.67 µs
0.0 µs
≤
0.5 µs
0.000 µs
≤
0.5 µs
Edge-controlled 5.0 µs
≤
0.67 µs
2.5 µs
≤
0.5 µs
1.666 µs
≤
0.5 µs
Table 3-3: Exposure End Delay Components
L
If you have the Dark Noise Cancellation feature enabled, the start delay and the
end delay will be different from what is shown here. See Section
3.9.2 for more in-
formation.
The actual start and end of exposure can be monitored by using the Integrate En-
abled signal (see Section
3.5 ).