Wow, thank you so much for your thorough answers!
@Nominal Animal: Your answer goes a little beyond the scope of my little problem, but I'll definitively keep it in mind for later polishing of the...
Type: Posts; User: anku
Wow, thank you so much for your thorough answers!
@Nominal Animal: Your answer goes a little beyond the scope of my little problem, but I'll definitively keep it in mind for later polishing of the...
Hello,
I have a soft-off/emergency switch that, when triggered, should pause a blocking routine (multistepper) immediately. That said, I might miss some basic understanding about interrupts, but...
@neurofun A 2k2 resistor definitifely improved the readings. No 100nF capacitors at hand but I ordered some and will add one aswell. Thanks!
@MichaelMeissner Thanks for your suggestions, but the...
Thank you so much, that (almost) did the trick! However, with an open switch, every 20-100 digitalReads will return a 0. Although that could be fixed in software, do you have any recommendations for...
Hello,
a bit of a simple question, but I can't seem to find a solution-- I have a limit switch (NO) connected to pin 14 of my teensy LC:
#define S_limitSwitch 14 // A0. When the switch...
Thanks, just ordered one!
And thank you for the welcome! For quite some time I've been looking for a project where the Nanos that are usually my go-to choice wouldn't be sufficient anymore. Coming...
Okay, thanks for the heads up. What would you recommend instead? I wasn‘t planning on going higher than 24V on the input. 32V just seemed save..
Thank you for your advice! There seems to be no need for any 5V lines anymore, so I'll stick to 3.3V entirely.
Do you have any recommendations for a reliable regulator? I was looking at the TSR...
Thanks for you answer!
Ok, I think I was not clear about that. I was talking about the stepper driver logic part being powered by the LC. The motor powering part on the drivers are directly fed by...
Hello,
coming from Arduino, this is my first project with a Teensy. I understand that the Teensy LC likes 3.3V on all pins, so all components connected must work at that voltage. The primary power...