Power electronics : devices, drivers and applications and passive components

著者

書誌事項

Power electronics : devices, drivers and applications and passive components

B.W. Williams

Macmillan, 1992

2nd ed

  • : hc.
  • : pbk.

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注記

Includes index

内容説明・目次

内容説明

Aims to bridge the gap between semiconductor device theory and device application in the area of power electronics. A basic knowledge of semiconductor physics and circuit techniques is assumed. Worked examples and problems are included for students. An ELBS/LPBB edition is available.

目次

  • Part 1 Devices: basic semiconductor physics and technology
  • processes forming pn junctions, the masking process, lifetime control, the pn junction
  • the pn junction under forward bias - (steady state), the pn junction under reverse bias - (steady state), thermal effects, piecewise-linear junction diode model, power switching devices and their static electrical characteristics
  • the power diode, power switching semiconductor transistors, the thyristor, the field-controlled thyristor - (fct), electrical ratings and characteristics of power semiconductor switching devices
  • general maximum ratings of power semiconductor devices, the fast-recovery diode, the bipolar, high-voltage, power switching npn transistor, the power mosfet, the thyristor, the insulated gate bipolar transistor, the field-controlled switch, cooling of power switching semiconductor devices
  • thermal resistances, modes of power dissipation, average power dissipation, power losses from manufacturers' data sheets, heat-sinking design cases. Part 2 Drivers: load consideration
  • the resistive load, the inductive load, driving the transistor, and its protection
  • application of the power mosfet, application of the bipolar transistor, soft voltage clamp analysis, snubbers for bridge legs, appendix - turn-off switching-aid circuit analysis, driving the thyristor, and its protection
  • gate drive circuits, gate drive design, drive design for gto's thyristor switching-aid circuits, switching-aid circuit for the gto thyristor, appendix - turn-off snubber circuit analysis, switching-aid circuits with energy recovery
  • energy recovery for turn-on snubber circuits, energy recovery for turn-off snubber circuits, unified turn-on and turn-off snubber circuit energy recovery, series and parallel device operation and protection
  • parallel and series operation of power devices, protection. Part 3 Applications: naturally commutating converters
  • single-phase uncontrolled converter circuits, single-phase half-controlled converter, single-phase controlled thyristor converter circuits, three-phase uncontrolled converter circuits, three-phase half-controlled converter, three-phase controlled thyristor converter circuits, overlap, AC voltage regulators
  • single-phase AC regulator, three-phase AC regulator, integral cycle control, single-phase transformer tap changer, cycloconverter, load efficiency and supply current power factor, thyristor forced commutated DC choppers
  • a thyristor reverse impressed voltage commutated DC chopper, a thyristor current impulse displacement commutated DC chopper, other cid and riv commutation circuits, comparison between the cid and riv commutation processes, static power inverters
  • voltage-fed inverter bridge topologies, controlled current-sourced inverters, switched mode power supplies
  • the forward converter, the flyback converter, comparison of basic converters, multiple-switch, balanced, isolated converters.

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