CRC 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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Basic Switching Converter Topologies
Transformerized Switching Converters
Control Schemes of Switching Converters
Dynamic Analysis of Switching Converters
analysis applications Assuming average output voltage base begins boost converter buck converter buck-boost converter capacitance characteristics charging Circuit schematic collector comparator compensation network components conduction constant continuous controller current flowing decreases Determine diode discontinuous mode duration duty cycle electrons energy equal equation equivalent circuit error amplifier Figure filter forward function gain gate higher ideal impedance increases inductance initial input voltage interval linear load magnitude response mode MODEL modulation negative open-loop operation output capacitor output current output inductor output voltage peak period phase power MOSFET primary reaches region regulator resistance resonant capacitor voltage resonant converter resonant inductor current respectively reverse ripple current shown in Fig shows signal simulated stage steady-state supply switching converter switching frequency switching transistor Temperature transformer turns verter waveforms winding yield zero