It IS bad the way it's usually implemented, i.e. everything lights up and goes dark in sync and in too low a frequency. It's almost worse when things are PWMing at different frequencies and you get slow pulsation as a result. If you gotta dim down to 10% duty cycle, just have 10 LEDs and offset the PWM by 1/10 pulse width at every LED, so the thing as a whole is always lit up.
Thanks for the video, that clears a lot; hopefully you're okay.
Although I was looking for PWM related to solar chargers, I clicked on this anyway. Nice explanation of PWM dimming.
Great demonstration. Thanks.
And..You just say 'Bingo' 😉
It IS bad the way it's usually implemented, i.e. everything lights up and goes dark in sync and in too low a frequency. It's almost worse when things are PWMing at different frequencies and you get slow pulsation as a result.
If you gotta dim down to 10% duty cycle, just have 10 LEDs and offset the PWM by 1/10 pulse width at every LED, so the thing as a whole is always lit up.