Arduino for STM32

Im pretty sure the magnets are fine, if they were not diametrically magnetised they would not work at all ? Those are the magnets I’m using
https://amzn.eu/d/4KhNtYf

Hey :) Like "counter", "Direction" should be declared as volatile. the counter was already declared as "volatile", I changed the direction to volatile just now. It's probably better not to reset the "counter" when the direction changes, but it probably doesn't...

Hello everyone, Merry Christmas and thank you so much for your help and especially for your patience with me. I have revised the code with your recommendations and hope it fits now. My test with some random high speed movements looked promising, the positions at the and was always correct. #include ...

Yes, you are completely right, I was a bit hasty yesterday and didn't think things through properly.

so here is the full code (without Correction of the stepper position) A Big Thanks @ozcar #include <STM32FreeRTOS.h> #include <Arduino.h> #include <TMCStepper.h> #include <Wire.h> #include <AS5600.h> #include <STM32FreeRTOS.h> #if !defined(STM32_CORE_VERSION) || (STM32_CORE_VERSION < 0x01090000) #er...

I took your last test program and modified it to alter the timer to count external signal, instead of using the internal clock. It did not take much to do that, but it is far from being a generalised solution. It does not make any assumption about which timer will be used, but does assume that the ...

damn the other stuff doesn't work any more with the board manager I set this up...

Im not 100% sure if this is the right approach, I basically copied this code "https://web.archive.org/web/20190316154745/https://www.stm32duino.com/viewtopic.php?f=18&t=3804" and added a second Timer, please correct me if this is wrong #include "Streaming.h" volatile uint32_t...

40,000-80,000 inputs per second if that is possible. That would translate to a max speed of 500mm/s at 16-32 micristeps the current code is able to process 8000 inputs per second, which is just around 100 mm/s I took the frequency / duty cycle example, and changed it to only interrupt on rising edg...

40,000-80,000 inputs per second if that is possible. That would translate to a max speed of 500mm/s at 16-32 micristeps

the current code is able to process 8000 inputs per second, which is just around 100 mm/s