In this paper the behavior of an industrial flyback converter with current-mode control loop is discussed. A mixed electrical-functional model of an industrial flyback converter with current-mode control loop has been derived. Several experimental measurements on the VLSI implementation (VIPower) of the considered converter have been performed. The nonlinear behavior of the considered system has been investigated by using both numerical simulation and experimental analysis. Moreover a canonical 'strange attractor' has been discovered.

Mixed electrical-functional modeling strategy to investigate the nonlinear behaviors of an experimental flyback converter

Baglio Salvatore;Fortuna Luigi;
1995-01-01

Abstract

In this paper the behavior of an industrial flyback converter with current-mode control loop is discussed. A mixed electrical-functional model of an industrial flyback converter with current-mode control loop has been derived. Several experimental measurements on the VLSI implementation (VIPower) of the considered converter have been performed. The nonlinear behavior of the considered system has been investigated by using both numerical simulation and experimental analysis. Moreover a canonical 'strange attractor' has been discovered.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/397033
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