The analysis of synchronous commutations in switching converters is discussed. A reduced resistive circuit for the analysis of synchronous commutations is introduced by applying the Compensation Theorem. Based on a matrix model, a new method for the analysis of both hard and soft synchronous commutations is formulated, which permits a straightforward understanding operation of switching converters. The method of analysis is presented herein in its basic version, for the analysis of nonisolated hard-switching converters, while the general formulation and its applications to the analysis and synthesis of DC-DC regulators is presented in the companion paper Part II.
Understanding commutations in switching converters. I. Basic theory and application of the Compensation Theorem
IEEE Transactions on Aerospace and Electronic Systems ; 39 , 1 ; 282-297
2003-01-01
573372 byte
Article (Journal)
Electronic Resource
English
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