Hi, as i wrote on another follower that also voted for Ethernet,. That this topic is a big case that normally also uses some kind of Rtos. Could be that i will do something with this in the future.
@@UTubeJamesChou Hi, I created the "uint_16t adc_buff[3]" variable and store adc value 1 in adc_buff[0]. second value in adc_buff[1] and soforth. each buffer is 16bit since my ADC is bigger than 8bit, take a look in the video @ 25:00 up on the right in the live expression Their it is clear how the values are stored. /PR TechTalk
I copied your code (and the file .ioc) but it doesn't work (I have 3 potentiometers in 3 channels of the ADC). It never triggers the condition "adc_ready == 1" ... where can the problem be? I've tried using DMA and it works
@@prtechtalk416 Trying the code again, all 3 channels of the ADC read the same thing (the same value). I think the problem is in the main.c code. Thank you for your reply!
That doesn't work on F4 series. Only the last value is read from ADC register if using multiple channels in interrupt mode (timer triggered or not, doesn't matter). In DMA it works good.
