Resumen: | Introduction. I Converters in equilibrium: Principles of steady state converter analysis - Steady-state equivalent circuit modeling, losses and efficiency - Swich realization - The discontinuous conduction mode - Converter circuits. II Converter dynamics and control: AC equivalent circuit modeling - Converter transfer functions - Controller design - Imput filter design - AC and DC equivalent circuit modeling of the discontinuous conduction mode - Current programmed control. III Magnetics: Basic magnetics theory - Inductor design - Transformer design. IV Modern rectifiers and power system harmonics: Power and harmonics in nonsinusoidal systems - Line-commutated rectifiers - Pulse-width modulated rectifiers. V Resonant converters: Resonant conversion - Soft seitching - Appendices.
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