@soundofsun @freemo If you have a photodiode with a fast enough response time and something you can use as an oscilloscope (probably a raspberry pi would be enough at the frequencies a human would be able to perceive), you could try to measure it.
@pganssle
At that point if you have an o-scope you might as well just put it right on the lead to the LED :)
@soundofsun
@freemo @soundofsun True, though I assumed the leads aren't necessarily exposed on all of them.
Also, photodiode + raspberry pi could work without actually having an oscope with the proper probes.
@pganssle Fair point.
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@freemo @soundofsun True, though I assumed the leads aren't necessarily exposed on all of them.
Also, photodiode + raspberry pi could work without actually having an oscope with the proper probes.