Post by bfugetta on Nov 8, 2023 9:53:34 GMT -5
Hello, I am performing experiments on a VSM 3900, and I am trying to automate and simplify some of the experiments that I am performing. Is there any way to programatically perform an experiment that can adjust itself as the data is collected?
For instance, in the simplest case of wanting to perform a hysteresis loop with higher resolution near the switching region, it is relatively easy to do with the multiple segments measurement. However, doing so requires knowledge of where the switching region is and how high the resolution in that range ought to be, which requires guesswork or a preliminary course measurement to estimate these things.
Is there any way to simply tell the magnet to apply X Oe and recieve the measured Y emu from within some programmable language? Then I could write a script to dynamically choose what field to apply next based on the previous data collected (e.g. the local slope) and avoid having to guess or make preliminary measurements.
Is such a thing possible, or is the existing micromag software and built-in tools the only way to safely interact with the VSM?
For instance, in the simplest case of wanting to perform a hysteresis loop with higher resolution near the switching region, it is relatively easy to do with the multiple segments measurement. However, doing so requires knowledge of where the switching region is and how high the resolution in that range ought to be, which requires guesswork or a preliminary course measurement to estimate these things.
Is there any way to simply tell the magnet to apply X Oe and recieve the measured Y emu from within some programmable language? Then I could write a script to dynamically choose what field to apply next based on the previous data collected (e.g. the local slope) and avoid having to guess or make preliminary measurements.
Is such a thing possible, or is the existing micromag software and built-in tools the only way to safely interact with the VSM?
