Principles of Solid-state Power Conversion |
Contents
Transient Analysis Circuit Analysis and Waveforms | 11 |
7 | 32 |
9 | 54 |
Copyright | |
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Common terms and phrases
applied battery capacitance circuit of Fig commutating components conduction conductor control circuit converter current flows current rating decreases devices discharge discussed in Section duty cycle energy Equation factor filter capacitor flyback converter full-wave function gate half cycle harmonic heat sink impedance increases inductor input current input filter input voltage insulation inverter leakage inductance load current magnetic maximum minimum MOSFET MTBF normally operating output current output filter output voltage parameters peak current phase power dissipation power supplies primary pulse pulse-width modulation Q1 turns reactance rectifier reduce resistance resistor reverse ripple RLC circuits saturation semiconductor shown in Fig signal sine wave single-phase snubber square wave switch-mode power supplies switching frequency temperature thermal three-phase thyristor topology transformer transient transistor turn-off turn-on typically utility voltage drop voltage rating waveforms winding wire zero ΚΩ