Hi guys,
I would like to have a capacitor charged into one circuit then as it fills up it, I switch it to a circuit where it gets discharged into a load , below is very simple example where a square signal controls charging and discharging cycle.
1) I want equivalent of this in solid state version, where I can apply a signal to control the switching of capacitor between the charging circuit and the discharging circuit.
2) it should be able to reach very high frequencies in from KH up to 1 MHZ
3) I want a self oscillating version where instead of controlling the frequency of charging and discharging manually from a frequency counter, it gets triggered automatically as a feedback from the capacitor.ie. when it's charged it switches to discharge into the circuit B then when C is discharged it is switched to circuit A to recharge back again.
I would like to have a capacitor charged into one circuit then as it fills up it, I switch it to a circuit where it gets discharged into a load , below is very simple example where a square signal controls charging and discharging cycle.
1) I want equivalent of this in solid state version, where I can apply a signal to control the switching of capacitor between the charging circuit and the discharging circuit.
2) it should be able to reach very high frequencies in from KH up to 1 MHZ
3) I want a self oscillating version where instead of controlling the frequency of charging and discharging manually from a frequency counter, it gets triggered automatically as a feedback from the capacitor.ie. when it's charged it switches to discharge into the circuit B then when C is discharged it is switched to circuit A to recharge back again.