Power-Switching ConvertersCRC Press, 1995 M04 10 - 432 pages This work provides detailed, practical coverage of switching converters, from the fundamental principles to the next generation of programmable devices. It examines buck, boost, buck-boost, Cuk, quasi-resonant, loaded-resonant and isolated configurations. The book compares the advantages of switching converters over conventional converters.;University and college bookstores may order five or more copies at a special student price which is available upon request from Marcel Dekker Inc. |
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Contents
Preface | 1 |
Basic Switching Converter Topologies | 19 |
Resonant Converters | 57 |
Transformerized Switching Converters | 119 |
Control Schemes of Switching Converters | 149 |
Dynamic Analysis of Switching Converters | 189 |
PSPICE Simulations of Switching Converters | 243 |
11261 | 257 |
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Common terms and phrases
2Lfs average output voltage bipolar transistor boost converter buck-boost converter C(Resr capacitance Circuit schematic compensation network continuous mode converter shown Ćuk current flowing D₁ decreases diode discontinuous mode duty cycle equation error amplifier Figure flyback converter forward converter freewheeling diode full-wave half-bridge half-wave I(CO impedance increases inductance input current input EMI filter input inductor input voltage Kirchhoff's voltage law linearized equivalent load current magnitude response output capacitor output filter output inductor parallel-loaded resonant converter peak power MOSFET primary winding PSPICE pulse-width modulator push-pull converter quasi-resonant buck converter resonant capacitor voltage resonant frequency resonant inductor current Resr sawtooth secondary winding series-loaded resonant converter shown in Fig state-space-averaged switching converter switching cycle switching frequency switching period switching waveforms t₁ t₂ transfer function u₁ unity-gain crossover frequency verter voltage conversion ratio voltage-mode VPWM Vref waveforms ZCS quasi-resonant buck zero