Hi, thanks for the video. It is very Useful. Can you also give similar for PWM demodulation in VHDL as well.. it would complete one and will be very Useful.
Hello. Why do you keep saying 1%? The process takes 1 second in each way and there are 1000ms in each second, and when you are talking about 1ms you shouldn't say 1%. Or is there something that i couldn't understand?
And you said the system has 100 steps, but it has 1000. Was that just a mistake and there is no 1% in each step but 0.1%, or didn't i understand something correctly? Thnx
Exactly what I was looking for. Thanks for linking to the code.
Very well explained 👏.
Good job Samuel! Unfortunately the link to the sources is dead! RIP!
/How do you know if you making a square wave or triangular? also how would you change its frequency?
thank you very much, Its a very helpfull video, how can i get the code ?
thank you so much. Is there an equation to calculate a desired frequency?
Which fpga board are you using?
Why does it have many errors in Quartus Lite 18.1?
Thanks for video. It's very helpful. :)
how do i add this to a digital clock design?
How did you assign the pins? :v
Hi, thanks for the video. It is very Useful. Can you also give similar for PWM demodulation in VHDL as well.. it would complete one and will be very Useful.
Hello. Why do you keep saying 1%? The process takes 1 second in each way and there are 1000ms in each second, and when you are talking about 1ms you shouldn't say 1%. Or is there something that i couldn't understand?
And you said the system has 100 steps, but it has 1000. Was that just a mistake and there is no 1% in each step but 0.1%, or didn't i understand something correctly? Thnx
all hail harambe