Tag: micromanager
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Triggerscope 4 Released – with New Software and New Micromanager Driver Options
I’m excited today to announce the release of the Triggerscope version 4. TG4 marks a major improvement in the performance and capability of the Triggerscope. New Features New Software In addition to the release of Triggerscope 4, ARC is introducing a python-based, multi-platform compatible standalone control application. Our application can be installed on Windows, OS-X, or…
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High Speed Triggering for Micromanager using Triggerscope Stream Script
Over the past few years, I’ve often battled the Micromanager MDA window, when needing to perform high speed triggered acquisitions. While the system works well for multi channel Z stacks, running timelapse 2 channel streams, or “Z first” streams, didn’t work well. To overcome this, I’ve written a script that pulls all of the MDA…
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New Triggerscope 3-B Adds Range Spanning, LEDs, High Current Drive and More
I’m excited to announce the release of the newest Triggerscope model the 3-B. This version replaces the V3, and is packed with improvements for practical laboratory use, including: DAC Software Range Selection Range selection is now software controllable for each channel. This means you can get a full 16 Bit resolution delivered to your device…
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LED, laser, or other PWM control using Triggerscope
It appears that more and more people want to use PWM control for illumination devices from Micro-Manager and other imaging software. PWM may be used for any number of applications, from high speed pulsing of an LED, or a laser, in order to reduce phototoxicity or just to control brightness, or to drive a DC…
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Shutter Configuration of TTL devices in Micromanager
I made this video to show how to use both a state device shutter object and a group shutter object in micro-manager. Hopefully others can make use of it! [youtube width=”600″ height=”365″ video_id=”nnYqcER-7ZI”]
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Automated Capture and Save script for Micro-Manager
I wrote this for a client, but figured others could make use of it. This code simply captures a number of images as defined by the user, and saves them to the specified folder without displaying them. This is useful if you don’t want all of the images open in memory during a timelapse. Simple…