Fast simulation techniques for switching convertersTechniques for simulating a switching converter are examined. The state equations for the equivalent circuits, which represent the switching converter, are presented and explained. The uses of the Newton-Raphson iteration, low ripple approximation, half-cycle symmetry, and discrete time equations to compute the interval durations are described. An example is presented in which these methods are illustrated by applying them to a parallel-loaded resonant inverter with three equivalent circuits for its continuous mode of operation.
Document ID
19880024651
Acquisition Source
Legacy CDMS
Document Type
Conference Paper
Authors
King, Roger J. (Toledo, University OH, United States)