AW00123409000 Features
Basler ace USB 3.0 233
The trigger signal assigned to path 1 goes low.
The trigger signal assigned to path 1 goes high.
When the next frame start trigger signal was received the trigger signal assigned to path 1 is
found to be high. As a result, the frame start trigger triggers the loading of the next sequencer
set, that is sequencer set 2, into the active set. The parameter values for sequencer set 2
overwrite the parameter values for sequencer set 1 in the active set.
A frame acquisition is carried out using the parameter values of sequencer set 2. The image
data are processed and transmitted out of the camera.
The trigger signal assigned to path 1 goes low.
The trigger signal assigned to path 1 goes high.
When the next frame start trigger signal was received the trigger signal assigned to path 1 is
found to be high. As a result, the frame start trigger triggers the loading of the next sequencer
set, that is sequencer set 3, into the active set. The parameter values for sequencer set 3
overwrite the parameter values for sequencer set 2in the active set.
A frame acquisition is carried out using the parameter values of sequencer set 3. The image
data are processed and transmitted out of the camera.
The trigger signal assigned to path 1 goes low.
The trigger signal assigned to path 1 goes high.
When the next frame start trigger signal was received the trigger signal assigned to path 1 is
found to be high. As a result, the frame start trigger triggers the loading of the next sequencer
set, that is sequencer set 0, into the active set. The parameter values for sequencer set 0
overwrite the parameter values for sequencer set 3in the active set. A new cycle of sequencer
sets starts.
A frame acquisition is carried out using the parameter values of sequencer set 0. The image
data are processed and transmitted out of the camera.
The trigger signal assigned to path 1 goes low.
The trigger signal assigned to path 1 goes high.
When the next frame start trigger signal was received the trigger signal assigned to path 1 is
found to be high. As a result, the frame start trigger triggers the loading of the next sequencer
set, that is sequencer set 1, into the active set. The parameter values for sequencer set 1
overwrite the parameter values for sequencer set 0 in the active set.
A frame acquisition is carried out using the parameter values of sequencer set 1. The image
data are processed and transmitted out of the camera.
The trigger signal assigned to path 1 stays low.
When the next frame start trigger signal was received the trigger signal assigned to path 1 is
found to be low. As a result, the frame start trigger does not trigger the loading of a new
sequencer set. The parameter values of sequencer set 1 remain in the active set.
Note that this frame acquisition illustrates how sequencer sets can be used in succession.
A frame acquisition is carried out using the parameter values of sequencer set 1. The image
data are processed and transmitted out of the camera.
The trigger signal assigned to path 1 stays low.
The trigger signal assigned to path 1 goes high.
When the next frame start trigger signal was received the trigger signal assigned to path 1 is
found to be high. As a result, the frame start trigger triggers the loading of the next sequencer
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