regarding the duty cycle of TO220 How to adjust the duty cycle continuously for example from 20% to 50% to 90% and so on at one operation?
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regarding the duty cycle of TO220 How to adjust the duty cycle continuously for example from 20% to 50% to 90% and so on at one operation?
You know, that may have been a little pre-prandial persnicketiness on my part, there are worse things than being a little Rube Goldberg in this discipline.
There would be nothing wrong with using a PWM out to control this, my aesthetic judgements couldn't be further from relevance. You need to attach a circuit called an LPF to get a continuous-like output after your PWM. This can be made with an op-amp or two and some (RC) passives. Longer period of integration yields more accuracy but slower response time.
Why don't microcontrollers generally have on-chip DACs? - Electrical Engineering Stack Exchange
You know, that may have been a little pre-prandial persnicketiness on my part, there are worse things than being a little Rube Goldberg in this discipline.
There would be nothing wrong with using a PWM out to control this, my aesthetic judgements couldn't be further from relevance. You need to attach a circuit called an LPF to get a continuous-like output after your PWM. This can be made with an op-amp or two and some (RC) passives. Longer period of integration yields more accuracy but slower response time.
Why don't microcontrollers generally have on-chip DACs? - Electrical Engineering Stack Exchange
thanks a lot