Power-switching Converters
暫譯: 電源開關轉換器

Builds practical skills through the inclusion of complete step-by-step designs that include calculations, simulations, prototyping, and experimental results

Includes experimental designs suitable for technical reference or class projects

Contains over 440 figures and 1000 equations, many homework problems, case studies, and software simulations

Offers PSpice examples, MATLAB scripts, and class slides available for download from the CRC Web site

Requires minimal prerequisites (systems analysis and required electronics courses) and students with a background in control will find added depth

After nearly a decade of success owing to its thorough coverage, abundance of problems and examples, and practical use of simulation and design, Power-Switching Converters enters its second edition with new and updated material, entirely new design case studies, and expanded figures, equations, and homework problems. This textbook is ideal for senior undergraduate or graduate courses in power electronic converters, requiring only systems analysis and basic electronics courses.

The only text of such detail to also include the use of PSpice and step-by-step designs and simulations, Power-Switching Converters, Second Edition covers basic topologies, basic control techniques, and closed-loop control and stability. It also includes two new chapters on interleaved converters and switched capacitor converters, and the authors have added discrete-time modeling to the dynamic analysis of switching converters. The final two chapters are dedicated to simulation and complete design examples, respectively. PSpice examples and MATLAB scripts are available for download from the CRC Web site. These are useful for the simulation of students' designs. Class slides are also available on the Internet.

Instructors will appreciate the breadth and depth of the material, more than enough to adapt into a customized syllabus. Students will similarly benefit from the more than 440 figures and over 1000 equations, ample homework problems, and case studies presented in this book.

Table of Contents:

PREFACE
INTRODUCTION TO SWITCHING CONVERTERS
Introduction
Industry Trends
Linear Converter
Switching Converters
Principles of Steady-State Converter Analysis
Problems
References
BASIC SWITCHING CONVERTER TOPOLOGIES
Introduction
Buck Converter
Synchronous Rectifier
Boost Converter
Buck-Boost Converter
Ck Converter
Converter Realization with Non-Ideal Components
Problems
References
RESONANT CONVERTERS
Introduction
Parallel Resonant Circuit-A Review
Series Resonant Circuit-A Review
Classification of Quasi-Resonant Switches
Zero-Current-Switching Quasi-Resonant Buck Converter
Zero-Current-Switching Quasi-Resonant Boost Converter
Zero-Voltage-Switching Quasi-Resonant Buck Converter
Zero-Voltage-Switching Quasi-Resonant Boost Converter
Series-Loaded Resonant Converter
Parallel-Loaded Resonant Converter
Problems
References
TRANSFORMERIZED SWITCHING CONVERTERS
Introduction
Forward Converter
Push-Pull Converter
Half-Bridge Switching Converter
Full-Bridge Switching Converter
Flyback Converter
Zero-Current-Switching Quasi-Resonant Half-Bridge Converter
Problems
References
CONTROL SCHEMES OF SWITCHING CONVERTERS
Introduction
Pulse-Width Modulation
Hysteresis Control: Switching Current Source
Commercial Integrated Circuit Controllers
Control Schemes for Resonant Converters
Problems
References
DYNAMIC ANALYSIS OF SWITCHING CONVERTERS
Introduction
Continuous-Time Linear Models
Discrete-Time Models
Problems
References
INTERLEAVED CONVERTERS
Introduction
Interleaved Buck Converter
Interleaved Boost Converter
Interleaved Converter Operation Based on Current-Mode
Power Factor Correction
Problems
References
SWITCHED CAPACITOR CONVERTERS
Introduction
Unidirectional Power Flow SCC
Alternative Switched Capacitor Converter Topologies
State-Space Averaging Model
Bidirectional Power Flow SCC
Resonant Converters
Losses on Switched-Capacitor Power Converters
Problems
References
SIMULATION OF SWITCHING CONVERTERS
Introduction
PSpice Circuit Representation
PSpice Simulations Using .CIR
PSpice Simulations Using Schematics Entry
Small-Signal Analysis of Switching Converters
Creating Capture Symbols for PSpice Simulation
Solving Convergence Problems
Switching Converter Simulation Using MATLAB
Switching Converter Simulation Using Simulink
Problems
References
SWITCHING CONVERTER DESIGN CASE STUDIES
Introduction
Voltage-Mode Discontinuous-Conduction-Mode Buck Converter Design
Digital Control of a Voltage-Mode Synchronous Buck Converter
Digital Control of a Current-Mode Synchronous Buck Converter
UC3842-Based Flyback Design
Topswitch-Based Flyback Design
Tinyswitch-Based Flyback Design
Switching Audio Amplifier
References