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 to RisingEdge. 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) | - | - | - | - |
a2A1920-51gmBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-160ucBAS | See Counter (ace 2, boost) | - | - | - | - |
a2A1920-160umBAS | 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 | – | – | – | – |
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.