Pulse Width Modulation in Power Electronics

Contents
Preface
1. Review of Some Basic Facts of Electric Circuit Theory
	1.1 Review of Electric Circuit Theory
	1.2 Phasor Analysis
	1.3 Three-Phase Circuits
	1.4 Fourier Series
	1.5 Frequency-Domain Technique
	1.6 Time-Domain Technique
2. Pulse Width Modulation in Single-Phase Inverters
	2.1 Single-Phase Bridge Inverter
	2.2 Sinusoidal Pulse Width Modulation and Its Fourier Analysis
	2.3 Selective Harmonic Elimination and Chudnovsky Technique
	2.4 Time Domain Analysis of Pulse Width Modulation in Single-Phase Inverters
	2.5 Optimal Pulse Width Modulation
	2.6 Optimal Pulse Width Modulation for L-RC circuit
3. Pulse Width Modulation in Three-Phase Inverters
	3.1 Three-Phase Bridge Inverter
	3.2 Fourier Analysis of Three-Phase Sinusoidal PWM
	3.3 Per-phase Time-Domain Analysis of Three-Phase Inverters
	3.4 Optimal Pulse Width Modulation in Three-Phase Inverters
	3.5 AC-to-AC Converters
4. Magnetic Aspects
	4.1 Hysteresis and Eddy Current Losses
	4.2 Advanced Analysis of Eddy Current Losses for Circular Polarizations of Magnetic Fields
	4.3 Perturbation Technique for Non-circular Polarization of Magnetic Fields
	4.4 Eddy Currents in the Case of Linear Polarization of Magnetic Fields
	4.5 On the Promising Use of Spintronics in Nanoscale Power Electronics
Bibliography
Index