A Generic and Unified Global-Gyrator Model of Switched-Resonator Converters

A generic algebraic model of switched-resonator converters is developed and demonstrated by published and new converter configurations data. The model hinges on a newly introduced multiport global-gyrator matrix, of which the classical two-port gyrator is a private case. The main attribute of the skew-symmetrical as well as a Toeplitz global-gyrator matrix is that it expresses the magnitude and directions of the currents as a linear function of the port voltages with a constant gyration factor. The model is verified by previously published data, as well as new experimental and simulation results.