Difference between revisions of "Hardware-Triggered Sequences in Micro-Manager"
| Line 8: | Line 8: | ||
Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second. | Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second. | ||
| − | ===Controller Devices that support Triggered Sequences=== | + | ===Controller Devices that currently support Triggered Sequences=== |
* [[AgilentLaserCombiner]] -- Laser channel switching | * [[AgilentLaserCombiner]] -- Laser channel switching | ||
* [[Arduino]] -- TTL and DAC output states | * [[Arduino]] -- TTL and DAC output states | ||
Revision as of 19:43, 28 September 2012
Micro-Manager permits the precise and rapid triggering of sequences of channels and focus positions by the camera.
Channels
LED illuminators and AOTF-based laser combiners both have very fast switching times, and are thus prime candidates for hardware synchronization.
Focal drives
Piezo z stages move rapidly enough such that a sequence of z positions can be synchronized with a camera running at tens of frames per second.
Controller Devices that currently support Triggered Sequences
- AgilentLaserCombiner -- Laser channel switching
- Arduino -- TTL and DAC output states
- ASIStage -- ASI piezo focus drives
- ESIOImagingControllers -- AOTFs (laser combiners) and piezo focus drives
- Marzhauser (TANGO controller) -- Marzhauser piezo focus drive