I was thinking there would be a way to switch multiple transistors on to multiple capacitors in such a way that the capacitors would have a series voltage output higher than the voltage of the power supplies voltage without using a transformer to increase the voltage
its similar to charging two capacitors seperately then putting them in series and using the doubled voltage of them in series
If you had about 8 capacitors. lets say you would charge each of them up to 12v and the switching circuitry would switch rapidly between all of them to juggle the voltage as quickly as possible charging each capacitor to 12v simulate a higher voltage on the output of the capacitors
I was thinking multiple clocks syncronized rapidly switching transistors to charge each capacitor up to the voltage of the power supply (or battery)
and it would create a higher voltage on the output than if connected directly to the power source possibly higher voltage DC on the output)
If that would be true. then you could efficiently power a 12v DC to AC 120v inverter with a 6v 10A solar panel and minimal losses from circuitry.
as long as the switching circuitry could keep the capacitors charged up to a decent total voltage?
Would this be possible? and effective in any way? I thought it sounded like a great idea.
It sounds like it would only work for DC but would be much more efficient than using a transformer with an inverter circuit and a rectifier and regulator..
its similar to charging two capacitors seperately then putting them in series and using the doubled voltage of them in series
If you had about 8 capacitors. lets say you would charge each of them up to 12v and the switching circuitry would switch rapidly between all of them to juggle the voltage as quickly as possible charging each capacitor to 12v simulate a higher voltage on the output of the capacitors
I was thinking multiple clocks syncronized rapidly switching transistors to charge each capacitor up to the voltage of the power supply (or battery)
and it would create a higher voltage on the output than if connected directly to the power source possibly higher voltage DC on the output)
If that would be true. then you could efficiently power a 12v DC to AC 120v inverter with a 6v 10A solar panel and minimal losses from circuitry.
as long as the switching circuitry could keep the capacitors charged up to a decent total voltage?
Would this be possible? and effective in any way? I thought it sounded like a great idea.
It sounds like it would only work for DC but would be much more efficient than using a transformer with an inverter circuit and a rectifier and regulator..