Hi,
I have a simple resonator tank with an inductor and a capacitor connected in parallel. I try to keep it resonating at vey high voltage (several kV) between kHz to MHz. The capacitor and inductor are small, in terms of nH and uF, respectively; so the enegy and the maximum current in the tank are small.
Is there a simple and power efficient way to inject sufficient energy into the tank to keep it resonating?
I was thinking of using Colpitt's Oscillator circuit, but I don't think it can handle above several kV range due to the limitation of transistor.
Anyone has good suggestion?
I have a simple resonator tank with an inductor and a capacitor connected in parallel. I try to keep it resonating at vey high voltage (several kV) between kHz to MHz. The capacitor and inductor are small, in terms of nH and uF, respectively; so the enegy and the maximum current in the tank are small.
Is there a simple and power efficient way to inject sufficient energy into the tank to keep it resonating?
I was thinking of using Colpitt's Oscillator circuit, but I don't think it can handle above several kV range due to the limitation of transistor.
Anyone has good suggestion?