Counter (ace)#
For a description of the Counter feature for ace 2 and boost cameras, click here.
Using the Feature#
How It Works#
Two counters are available: Counter 1 and Counter 2.
With one exception (see below), every counter has the following characteristics:
- It starts at 0.
- It counts a specific type of event (the "event source"). For example, it counts the number of images acquired. The event source is preset and can't be changed.
- Its current value can be determined by retrieving the related data chunk, e.g., the Frame Counter chunk.
- Its maximum value is 4 294 967 295. After reaching the maximum value, the counter is reset to 0 and then continues counting.
- It can be reset manually.
- It is reset to 0 whenever the camera is powered off and on again.
Exception: On some camera models, Counter 2 can be used to control the sequencer. This counter has different characteristics due to its specific purpose.
Getting the Value of a Counter#
To determine the current value of a counter, retrieve the related data chunk using the Data Chunks feature.
Resetting a Counter#
To reset a counter:
Set the CounterSelector
parameter to the desired counter, e.g., Counter2
.
Set the CounterResetSource
parameter to a software source (Software
) or to a hardware source (e.g., Line1
).
Depending on the source selected in step 2, do one of the following:
- If you set a software source, execute the
CounterReset
command. - If you set a hardware source, apply an electrical signal to one of the camera's input lines.
Additional Parameters#
- The
CounterEventSource
parameter allows you to get the event source of the currently selected counter, i.e., determine in which case the counter increases. - The
CounterResetActivation
parameter currently serves no function. It is preset toRisingEdge
. This means that if the counter is configured for hardware reset, the counter resets when the hardware trigger signal rises.
Specifics#
Camera Model | Available Counters | Function | Event Source | Related Data Chunk | Can Be Reset |
---|---|---|---|---|---|
a2A1920-51gcBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-51gcPRO | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-51gmBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-51gmPRO | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-160ucBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-160ucPRO | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-160umBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-160umPRO | See Counter (ace 2, boost) | - | - | - | - |
a2A3840-13gcBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A3840-13gmBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A3840-45ucBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A3840-45umBAS | See Counter (ace 2, boost) | - | - | - | - |
acA640-90gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-90gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-90uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA640-90um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA640-120gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-120gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-120uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA640-120um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA640-121gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-300gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-300gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA640-750uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA640-750um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA720-290gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA720-290gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA720-520uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA720-520um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA780-75gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA780-75gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA800-200gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA800-200gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA800-510uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA800-510um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1280-60gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1280-60gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-22gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-22gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-30gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-30gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-30uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1300-30um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1300-60gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-60gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-60gmNIR | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-75gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-75gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1300-200uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1300-200um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1440-73gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1440-73gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1440-220uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1440-220um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1600-20gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1600-20gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1600-20uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1600-20um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1600-60gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1600-60gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-25gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-25gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-25uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-25um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-40gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-40gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-40uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-40ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-40um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-40umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-48gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-48gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-50gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-50gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA1920-150uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-150um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-155uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-155ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-155um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA1920-155umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2000-50gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2000-50gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2000-50gmNIR | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2000-165uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2000-165um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2000-165umNIR | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-25gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2040-25gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2040-25gmNIR | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2040-35gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2040-35gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2040-55uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-55um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-90uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-90um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-90umNIR | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-120uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2040-120um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-20gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2440-20gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2440-35uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-35ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-35um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-35umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-75uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-75ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-75um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2440-75umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2500-14gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2500-14gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2500-14uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2500-14um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2500-20gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2500-20gcMED | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2500-20gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2500-20gmMED | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA2500-60uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA2500-60um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA3088-16gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA3088-16gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA3088-57uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA3088-57um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA3800-10gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA3800-10gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA3800-14uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA3800-14um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4024-8gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4024-8gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4024-29uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4024-29um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-11gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4096-11gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4096-30uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-30ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-30um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-30umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-40uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-40ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-40um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4096-40umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-8gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4112-8gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4112-20uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-20ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-20um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-20umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-30uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-30ucMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-30um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4112-30umMED | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA4600-7gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA4600-10uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA5472-5gc | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA5472-5gm | Counter 1 Counter 2 | Counter 1: Counts number of hardware frame start trigger signals received, regardless of whether they cause image acquisitions or not Counter 2: Counts number of acquired images | Counter 1: Frame Trigger Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: Yes |
acA5472-17uc | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
acA5472-17um | Counter 1 Counter 2 | Counter 1: Counts number of acquired images Counter 2: Can be used to control the sequencer | Counter 1: Frame Start Counter 2: Frame Start | Counter 1: Trigger Input Counter Chunk Counter 2: Frame Counter Chunk | Counter 1: Yes Counter 2: No |
boA4096-93cc | See Counter (ace 2, boost) | - | - | - | - |
boA4096-93cm | See Counter (ace 2, boost) | - | - | - | - |
boA4112-68cc | See Counter (ace 2, boost) | - | - | - | - |
boA4112-68cm | See Counter (ace 2, boost) | - | - | - | - |
daA1280-54lc | Counter feature not supported | – | – | – | – |
daA1280-54lm | Counter feature not supported | – | – | – | – |
daA1280-54uc | Counter feature not supported | – | – | – | – |
daA1280-54um | Counter feature not supported | – | – | – | – |
daA1600-60lc | Counter feature not supported | – | – | – | – |
daA1600-60lm | Counter feature not supported | – | – | – | – |
daA1600-60uc | Counter feature not supported | – | – | – | – |
daA1600-60um | Counter feature not supported | – | – | – | – |
daA1920-15um | Counter feature not supported | – | – | – | – |
daA1920-30uc | Counter feature not supported | – | – | – | – |
daA1920-30um | Counter feature not supported | – | – | – | – |
daA2500-14lc | Counter feature not supported | – | – | – | – |
daA2500-14lm | Counter feature not supported | – | – | – | – |
daA2500-14uc | Counter feature not supported | – | – | – | – |
daA2500-14um | Counter feature not supported | – | – | – | – |
daA2500-60mc | Counter feature not supported | – | – | – | – |
daA2500-60mci | Counter feature not supported | – | – | – | – |
daA4200-30mci | Counter feature not supported | – | – | – | – |
puA1280-54uc | Counter feature not supported | – | – | – | – |
puA1280-54um | Counter feature not supported | – | – | – | – |
puA1600-60uc | Counter feature not supported | – | – | – | – |
puA1600-60um | Counter feature not supported | – | – | – | – |
puA1920-30uc | Counter feature not supported | – | – | – | – |
puA1920-30um | Counter feature not supported | – | – | – | – |
puA2500-14uc | Counter feature not supported | – | – | – | – |
puA2500-14um | Counter feature not supported | – | – | – | – |
Sample Code#
// Reset Counter 1 via software command
camera.CounterSelector.SetValue(CounterSelector_Counter1);
camera.CounterResetSource.SetValue(CounterResetSource_Software);
camera.CounterReset.Execute();
// Get the event source of Counter 1
camera.CounterSelector.SetValue(CounterSelector_Counter1);
CounterEventSourceEnums e = camera.CounterEventSource.GetValue();
INodeMap& nodemap = camera.GetNodeMap();
// Reset Counter 1 via software command
CEnumerationPtr(nodemap.GetNode("CounterSelector"))->FromString("Counter1");
CEnumerationPtr(nodemap.GetNode("CounterResetSource"))->FromString("Software");
CCommandPtr(nodemap.GetNode("CounterReset"))->Execute();
// Get the event source of Counter 1
CEnumerationPtr(nodemap.GetNode("CounterSelector"))->FromString("Counter1");
String_t e = CEnumerationPtr(nodemap.GetNode("CounterEventSource"))->ToString();
INodeMap& nodemap = camera.GetNodeMap();
// Reset Counter 1 via software command
CEnumParameter(nodemap, "CounterSelector").SetValue("Counter1");
CEnumParameter(nodemap, "CounterResetSource").SetValue("Software");
CCommandParameter(nodemap, "CounterReset").Execute();
// Get the event source of Counter 1
CEnumParameter(nodemap, "CounterSelector").SetValue("Counter1");
String_t e = CEnumParameter(nodemap, "CounterEventSource").GetValue();
// Reset Counter 1 via software command
camera.Parameters[PLCamera.CounterSelector].SetValue(PLCamera.CounterSelector.Counter1);
camera.Parameters[PLCamera.CounterResetSource].SetValue(PLCamera.CounterResetSource.Software);
camera.Parameters[PLCamera.CounterReset].Execute();
// Get the event source of Counter 1
camera.Parameters[PLCamera.CounterSelector].SetValue(PLCamera.CounterSelector.Counter1);
string e = camera.Parameters[PLCamera.CounterEventSource].GetValue();
// Reset Counter 1 via software command
Pylon.DeviceFeatureFromString(hdev, "CounterSelector", "Counter1");
Pylon.DeviceFeatureFromString(hdev, "CounterResetSource", "Software");
Pylon.DeviceExecuteCommandFeature(hdev, "CounterReset");
// Get the event source of Counter 1
Pylon.DeviceFeatureFromString(hdev, "CounterSelector", "Counter1");
string e = Pylon.DeviceFeatureToString(hdev, "CounterEventSource");
/* Macro to check for errors */
#define CHECK(errc) if (GENAPI_E_OK != errc) printErrorAndExit(errc)
GENAPIC_RESULT errRes = GENAPI_E_OK; /* Return value of pylon methods */
size_t len = 0;
char e_str[64] = {0};
/* Reset Counter 1 via software command */
errRes = PylonDeviceFeatureFromString(hdev, "CounterSelector", "Counter1");
CHECK(errRes);
errRes = PylonDeviceFeatureFromString(hdev, "CounterResetSource", "Software");
CHECK(errRes);
errRes = PylonDeviceExecuteCommandFeature(hdev, "CounterReset");
CHECK(errRes);
/* Get the event source of Counter 1 */
errRes = PylonDeviceFeatureFromString(hdev, "CounterSelector", "Counter1");
CHECK(errRes);
len = sizeof(e_str);
errRes = PylonDeviceFeatureToString(hdev, "CounterEventSource", e_str, &len);
CHECK(errRes);
You can also use the pylon Viewer to easily set the parameters.