Features AW00123409000
238 Basler ace USB 3.0
Sequencer set 3 was loaded because the Counter 2 count for sequencer set 2 was found to
have reached its maximum allowed value in the preceding frame acquisition.
The current frame start trigger count of Counter 2 is found to be 1. The Counter Duration setting,
applicable to sequencer set 3 and defining the maximum Counter 2 count, is found to be 1. Ac-
cordingly, the Counter 2 count related to sequencer set 3 has already reached its maximum and
must start again with the next frame acquisition.
When the next frame start trigger signal was received sequencer set 0 is loaded into the active
set and is used for the image acquisition. The image data are processed and transmitted out of
the camera.
Sequencer set 0 was loaded because the Counter 2 count for sequencer set 1 was found to
already have reached its maximum allowed value in the preceding frame acquisition. With the
use of sequencer set 0 a new cycle of sequencer sets has begun.
The current frame start trigger count of Counter 2 is found to be 1. The Counter Duration setting,
applicable to sequencer set 0 and defining the maximum Counter 2 count, is found to be 1. Ac-
cordingly, the Counter 2 count related to sequencer set 0 has already reached its maximum and
can therefore must start again with the next frame acquisition.
When the next frame start trigger signal was received sequencer set 1 is loaded into the active
set and is used for the image acquisition. The image data are processed and transmitted out of
the camera.
Sequencer set 1 was loaded because the Counter 2 count for sequencer set 0 was found to
already have reached its maximum allowed value in the preceding frame acquisition.
The current frame start trigger count of Counter 2 is found to be 1. The Counter Duration setting,
applicable to sequencer set 1 and defining the maximum Counter 2 count, is also found to be
1. Accordingly, the Counter 2 count related to sequencer set 1 has already reached its maximum
and must start again with the next frame acquisition.
When the next frame start trigger signal was received sequencer set 2 is loaded into the active
set and is used for the image acquisition. The image data are processed and transmitted out of
the camera.
Sequencer set 2 was loaded because the Counter 2 count for sequencer set 1 was found to
already have reached its maximum allowed value in the preceding frame acquisition.
The current frame start trigger count of Counter 2 is found to be 1. The Counter Duration setting,
applicable to sequencer set 2 and defining the maximum Counter 2 count, is found to be 2. Ac-
cordingly, the Counter 2 count related to sequencer set 2 has not yet reached its maximum and
can therefore must start again with the next frame acquisition.
A trigger signal according to path 0 was received, resetting the sequencer set cycle.
When the next frame start trigger signal was received sequencer set 0 is loaded into the active
in accord with the preceding reset signal and is used for the image acquisition. The image data
are processed and transmitted out of the camera.
The current frame start trigger count of Counter 2 is found to be 1. The Counter Duration setting,
applicable to sequencer set 0 and defining the maximum Counter 2 count, is found to be 1. Ac-
cordingly, the Counter 2 count related to sequencer set 0 has already reached its maximum and
must start again with the next frame acquisition.
When the next frame start trigger signal was received sequencer set 1 is loaded into the active
set and is used for the image acquisition. The image data are processed and transmitted out of
the camera.
Sequencer set 1 was loaded because the Counter 2 count for sequencer set 0 was found to
already have reached its maximum allowed value in the preceding frame acquisition.
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