A single gap transformer coupled L-C generator with resonant frequency compensation

A three stage L-C generator has been constructed to provide an output approaching its design ideal. Three dissimilar ferrite core transformers and capacitor pairs were chosen to couple each of the three stages with one switching gap. The resonant frequencies governed by the appropriate total leakage inductance and capacitance of each stage were equalized in this compensated design. The output voltage was switched to a resistive load at various levels below the maximum available. Measurements have been made of the magnitude of the load voltage for decreasing resistance values. Computer simulation studies were conducted to confirm these experimental findings.