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CONTENTS. Principles and Methods of Electric Power Conversion Semiconductor Power Switches Supplementary Components and Systems AC-to-DC Converters AC-to-AC Converters DC-to-DC Converters DC-to-AC Converters Switching Power Supplies Power Electronics and Clean Energy.
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CONTENTS • Principles and Methods of Electric Power Conversion • Semiconductor Power Switches • Supplementary Components and Systems • AC-to-DC Converters • AC-to-AC Converters • DC-to-DC Converters • DC-to-AC Converters • Switching Power Supplies • Power Electronics and Clean Energy Chapter 1
Chapter 1Principles and Methods of Electric Power Conversion “Introduction to Modern Power Electronics”, 2nd Ed., John Wiley 2010 by Andrzej M. Trzynadlowski
Types of electric power conversion Fig. 1.1 Chapter 1
Generic power converter Fig. 1.2 Chapter 1
AC input voltage waveform Fig. 1.3 Chapter 1
Output voltage and current waveforms in the generic rectifier Fig. 1.4 Chapter 1
Output voltage and current waveforms in the generic inverter Fig. 1.5 Chapter 1
Configurations of power electronic converters: (a) current-source, (b) voltage-source Fig. 1.6 Chapter 1
Decomposition of the output voltage waveform in the generic rectifier Fig. 1.7 Chapter 1
Decomposition of the output current waveform in the generic rectifier Fig. 1.8 Chapter 1
Decomposition of the output voltage waveform in the generic inverter Fig.1.9 Chapter 1
Decomposition of the output current waveform in the generic inverter Fig. 1.10 Chapter 1
Input current waveform and Its fundamental component in the generic inverter Fig. 1.11 Chapter 1
Resistive control schemes: (a) rheostatic control, (b) potentiometric control Fig. 1.12 Chapter 1
Output voltage and current waveforms in the generic rectifier with the firing angle of Fig. 1.13 Chapter 1
Control characteristic of the phase-controlled generic rectifier Fig. 1.14 Chapter 1
Output voltage and current waveforms in the generic AC voltage controller with the firing angle of Fig. 1.15 Chapter 1
Control characteristic of the phase-controlled generic AC voltage controller Fig. 1.16 Chapter 1
Harmonic spectra of output voltage with the firing angle of in: (a) phase-controlled generic rectifier, (b) phase-controlled generic AC voltage controller Fig. 1.17 Chapter 1
Output voltage and current waveforms in the generic chopper Fig. 1.18 Chapter 1
Output voltage and current waveforms in the generic chopper: switching frequency twice as high as in the previous figure Fig. 1.19 Chapter 1
Output voltage and current waveforms in (a) generic PWM rectifier, (b) generic PWM ac voltage controller Fig. 1.20 Chapter 1
Control characteristics of (a) generic PWM rectifier, (b) generic PWM ac voltage controller Fig. 1.21 Chapter 1
Harmonic spectra of output voltage in (a) generic PWM rectifier, (b) generic PWM ac voltage controller (N = 24) Fig. 1.22 Chapter 1
Output voltage and current waveforms in the generic PWM inverter (a) M = 1, (b) M = 0.5 Fig. 1.23 Chapter 1
RL load circuit Fig. 1.24 Chapter 1
Fragments of output voltage and current waveforms in a generic PWM ac voltage controller Fig. 1.25 Chapter 1
Single-pulse diode rectifier Fig. 1.26 Chapter 1
Output voltage and current waveforms in the single-pulse diode rectifier with an R load Fig. 1.27 Chapter 1
Output voltage and current waveforms in the single-pulse diode rectifier with an RL load Fig. 1.28 Chapter 1
Single-pulse diode rectifier with a free-wheeling diode Fig. 1.29 Chapter 1
Output voltage and current waveforms in the single-pulse diode rectifier with a freewheeling diode and an RL load Fig. 1.30 Chapter 1
Single-pulse diode rectifier with an output capacitor Fig. 1.31 Chapter 1
Output voltage and current waveforms in the single-pulse diode rectifier with an output capacitor and an RL load Fig. 1.32 Chapter 1
Two-pulse diode rectifier Fig. 1.33 Chapter 1
Output voltage waveform in the generic cycloconverter in Example 1.1 Fig. 1.34 Chapter 1
Timing diagram of switches in the generic cycloconverter in Example 1.1 Fig. 1.35 Chapter 1
Voltage ripple factor versus firing angle in the generic rectifier in Example 1.3 Fig. 1.36 Chapter 1
Output voltage and current waveforms in the generic PWM rectifier in Example 1.5 Fig. 1.37 Chapter 1
