Computing Resonance Frequency Curves in Parametrically Switched RLC Circuit with Application to Analog Filtering

In this paper the parametric resonance is exploited for analog filtering applications, a RLC circuit is parametrically excited by a two-potential periodic function thus a monodromy matrix approach is used to compute the resonance frequency curves which separated the plane amplitude-frequency in stable and unstable domains then a novel scheme shows how a band pass filter is implemented.