Hi.
I have been toying with the subject line as an idea I woukd explore when I have the time/space.
I have been reading much of the Super regulator threads and the ESP pages. I have been considering a discrete design, as well as a error amp scheme.
The main goals are:
Stable, but responsive regulation up to at least 30kHz
Low ripple and noise.
Good Current capability, 3-8 amps peak.
Output voltage between 30 & 40 Volts
I also have more of the TI chip amp ICS than I'm every likely to use.
Couldn't such a regulator be made using say LM3875? Or even LM675/1875.
Anyway I plan to try and do just that, use the surplus to experiment making regulators.
I'm certain that at some point the magic smoke will escape the strange multi-legged oblong thingummies...
Either way I'm going to have a shot, and I'll update here with any failures and with my usual comical self deprecating way.
Has anyone tried this?
I have been toying with the subject line as an idea I woukd explore when I have the time/space.
I have been reading much of the Super regulator threads and the ESP pages. I have been considering a discrete design, as well as a error amp scheme.
The main goals are:
Stable, but responsive regulation up to at least 30kHz
Low ripple and noise.
Good Current capability, 3-8 amps peak.
Output voltage between 30 & 40 Volts
I also have more of the TI chip amp ICS than I'm every likely to use.
Couldn't such a regulator be made using say LM3875? Or even LM675/1875.
Anyway I plan to try and do just that, use the surplus to experiment making regulators.
I'm certain that at some point the magic smoke will escape the strange multi-legged oblong thingummies...
Either way I'm going to have a shot, and I'll update here with any failures and with my usual comical self deprecating way.
Has anyone tried this?