Power Electronics Circuit Analysis and Design 2nd Edition
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Power Electronics Circuit Analysis and Design 2nd Edition

Power Electronics Circuit Analysis and Design 2nd Edition by Issa Batarseh | PDF Free Download 

Main Contents of Power Electronics  Circuit Analysis 

1. Introduction

  • What Is Power Electronics?
  • Recent Growth in Power Electronics
  • Power Electronic Systems
  • Classification of Power Converter Circuits
  • Power Semiconductor Devices
  • Converter Modeling and Control
  • About the Text and Its Nomenclatures

2. Review of Switching Concepts and Power Semiconductor Devices

  • Introduction
  • The Need for Switching in Power Electronic Circuits
  • Switching Characteristics
  • The Ideal Switch
  • Switching Functions and Matrix Representation
  • Comparison of Power Devices
  • Snubber Circuits

3. Switching Circuits, Power Computations, and Component Concepts

  • Switching Diode Circuits
  • Switching Diode Circuits Under dc Excitation
  • Switching Diode Circuits with an ac Source
  • Controlled Switching Circuits
  • Basic Power and Harmonic Concepts
  • Sinusoidal Waveforms
  • Capacitor Steady-State Response
  • Inductor Steady-State Response

4. Non-isolated Switch Mode DC-DC Converters

  • Power Supply Application
  • Linear Regulators
  • Continuous Conduction Mode
  • The Boost Converter
  • The Buck-Boost Converter
  • Bipolar Output Voltage Converter
  • The Buck-Boost Converter

5. Isolated Switch-Mode DC-DC Converters

  • Transformer Circuit Configurations
  • Buck-Derived Isolated Converters
  • Half-Bridge Converters
  • Single-Ended Flyback Converter
  • Full-Bridge Converter
  • Multi-output Converter

Preface to Power Electronics  Circuit Analysis 

In the past three decades, the field of power electronics has witnessed unprecedented growth in research and teaching worldwide, and has emerged as a specialization in electrical engineering.

This growth is due to expanding market demand for integrated and networked power electronics-based circuits and systems in all kinds of energy processing and conversion applications.

Moreover, the need for power electronics engineers and researchers equipped with knowledge of new energy conversion technologies has never been greater.

Power Electronics is intended as a textbook to teach the subject of modern power electronics to senior undergraduate and first-year graduate electrical engineering students.

Because of the breadth of the field of power electronics, teaching this subject to undergraduate students is a challenge.

This textbook is designed to introduce the basic concepts of power electronics to students and professionals interested in updating their knowledge of the subject.

The objective of this textbook is to provide students with the ability to analyze and design power electronic switching circuits used in common industrial applications.

The prerequisites for this text are a first course in circuit analysis techniques and a basic background in electronic circuits.

Chapter 3 gives an overview of diode switching circuits and basic analysis techniques that students will find useful in the remaining chapters.

Unlike many existing texts in power electronics, Power Electronics targets mainly senior undergraduate students majoring in electrical engineering.

Since the text is intended to be used in a three-credit-hour course in power electronics, topics such as power semiconductor devices, machine drives, and utility applications are not included.

Because of limited lecture times, one course at the undergraduate level cannot adequately cover such topics and still present all power electronic circuits used in energy conversion.

This text contains sufficient material for a single semester introductory power electronics course while giving the instructor flexibility in topic treatment and course design.

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