This FFT and plot was done using #labplot using the waveforms gathered by #ngscopeclient and saved via csv.
This is of course the wrong way to solve this problme.
And another first test: One instance of #ngscopeclient running with a PicoScope 4824 and a PicoScope 5444, eating each other's signal generator output.
Most important work is done; now on to some polishing and wiping out more bugs.
@azonenberg has anyone tried to add 1990s #Tektronix scope (e.g. TDS744) support to #ngscopeclient ?
I just got one and am wondering if there is no support due to limitations of the scopes or just because nobody botheted to add support yet.
I don't know if this is useful for anyone else, but I just built ngscopeclient for Windows, and thought I'd share the packages. (It was a lot less painful than last time I tried, even if the VM kept running out of RAM! 😀)
https://www.ngscopeclient.org/
https://box.agsys.io/ngscopeclient-195162a3-windows-x64.msi
https://box.agsys.io/ngscopeclient-195162a3-windows-x64-portable.zip
I'm in the market for a small, reasonably priced and reasonably powerful #oscilloscope for home use. #ngscopeclient support would be a definite plus but not a hard requirement. Being able to run from USB-C and/or built-in battery is a requirement.
It seems the Miniware DS213 is still the state of the art here, but it seems to run via micro-USB which is just annoying. Any others I should consider?
CC @azonenberg