Handbook of Power Management Circuits PDF
Download Handbook of Power Management Circuits PDF book free online – From Handbook of Power Management Circuits PDF: This comprehensive book focuses on DC–DC switching power supply circuits, which are receiving attention as a key technology in green IT, especially in the automotive and consumer electronics industries.
It covers buck converters, isolated converters, PFC converters, their modeling and analysis, several control methods, passive components, and their several recent applications (on-chip power supplies, DC–DC and AC–DC converter applications, single-inductor multi-output DC–DC converters, energy harvest applications, wireless power delivery, charge pump circuits, and power amplifiers). The contents are well balanced as the authors are from both academia and industry and include pioneers and inventors of hysteretic PWM control
Table of Contents
“This book presents basic switching converters and control schemes, isolated converters, application circuits, passive parts which are used in switching converters, wireless power delivery, switched-capacitor power supply circuits, high-power GaN HEMT for cellular base station and so on. It widely explains power management from its basics to applications, thus facilitating understanding.”
―Masashi Ochiai, Sanken Electric Co., Ltd., Japan
“This unique handbook describes a wide variety of power converters, from front-end to point-of-load, and integrated power circuits on a silicon chip. It has the potential to inspire research and development groups and students in the world.”
―Dr. Kenichi Onda, Nippon Chemi-Con Corp., Japan
“I think the authors have explained circuits and their waveforms and formulas in this book clearly and accurately. The book has enough basic information to design a switching converter.”
―Prof. Fujio Kurokawa, Nagasaki University, Japan
“This book presents both the basic characteristics and the application aspects of switching power converters. It is very useful for many engineers and students related to developing high-efficiency power converters for energy saving.”
―Prof. Emeritus Tamotsu Ninomiya, Kyushu University, Japan
“This book presents the fundamentals of power supply and power conversion circuits and a systematic review of the most widely used power conversion circuits It describes passive component characteristics (capacitors, inductors, and transformers) intended to help in proper part selection. This well-written text contains all the essential fundamentals of low-voltage power converters with many circuits and illustrations and is an excellent resource for those who want to learn how to design and construct power converters for low-voltage applications.”
―IEEE Electrical Insulation Magazine, Jan–Feb 2017
About the Author
Haruo Kobayashi is a professor in the Division of Electronics and Informatics, Gunma University, Japan. He received his B.S. and M.S. in information physics from the University of Tokyo in 1980 and 1982, respectively, an M.S. in electrical engineering from the University of California, Los Angeles, in 1989, and a Ph.D. in electrical engineering from Waseda University in 1995. His research interests include analog/mixed-signal integrated circuit design and testing, signal-processing algorithms, charge pump circuits and DC–DC converters.
Takashi Nabeshima is a professor in the Department of Electric and Electronic Engineering, Oita University, Japan. He received his B.S. and M.S. in electronic engineering from Kumamoto University, Japan, in 1975 and 1977, respectively, and Dr. Eng. from Kyushu University, Japan, in 1983. He has published more than 70 technical papers in IEICE Transactions and IEEE Transactions and participated in various international conferences in the field of power conversion. His research interests include switching converter and control technique.
Power Management Circuits Contents
- Power Supply Circuit Fundamentals
- Buck Converter for Low-Voltage Application
- Isolated DC-DC Converters
- Modeling and Analysis of Switching Converters
- Control Schemes of Switching Converters
- Passive Components
- On-Chip Voltage Converters
- Applications of DC–DC/AC–DC Switching Converters
- Single-Inductor Multi-Output DC-DC Converter
- A Small, Low-Power Boost Regulator Optimized for Energy-Harvesting Applications
- Wireless Power Delivery
- High-Power GaN HEMT for Cellular Base Stations
- Understanding the Efficiency of Switched-Capacitor Power Supply Circuits
Preface to Handbook of Power Management Circuits
Electronics and electrical engineering may be only one part of physics. However, during the last 100 years, they have advanced rapidly and changed our lives drastically.
Their roles can be classified into the following categories: (i) information and signal processing, (ii) information storage, (iii) communication, and (iv) energy and power.
In this book, we focus on the fourth category—energy and power, or power electronics—which is becoming more and more important to make the earth green.
The book is intended for tutorials on power supply circuits for engineers and graduate students in circuit design fields as well as power electronics, and it covers a wide range of power supply circuits.
The authors of all chapters have been engaged in research and development of their contents, and hence each chapter has its own originality, reflecting the authors’ experiences.
It is noteworthy that the power supply circuits, as well as power amplifier circuits, are different from analog, mixed-signal, and RF-integrated circuit design, and even circuit designers who have a good background in analog, mixed-signal, and RF circuit design often get puzzled when they start to get involved in power supply circuits.
In the 1997 IEEE International Solid-State Circuits Conference, there was a panel discussion session entitled “RF Designers are from Mars, Analog Designers are from Venus.”
Here I would like to add the following statement “Power Supply Designers are from Mercury and Power Amplifier Designers are from Jupiter.” This handbook is organized into two parts. In Part, I, the basics of power supply circuits have been reviewed systematically.
In Chapter 1, the basics of power supply circuits are introduced. The first hurdle to understand the DC-DC converter is the circuit behavior of an inductor.
For example, current can be made to flow from lower to higher-voltage nodes through the inductor, and thanks to the inductor, the DC-DC converter efficiency can theoretically be 100% in ideal conditions.
In Chapter 2, a buck converter—the most important DC-DC converter—for low-voltage applications is described elaborately.
First, buck, boost, and buck-boost DC-DC converters are introduced. Then two operation modes, that are, continuous current mode (CCM) and discontinuous current mode (DCM) are explained.
Then their operating principle, circuit analysis with a transfer function, closed-loop operation, design considerations such as error amplifier design, are discussed. An example of power supplies in a computer system is also discussed.
In Chapter 3, isolated DC-DC converters with a transformer (isolation of large voltage and current conversion, minimizing voltage and current stresses, multiple outputs, a flyback converter, forward converter, push-pull converter, half-bridge converter, full-bridge converter of various types) are explained.
These are used for handling relatively large power, and even beginners can understand them by a careful read, although they may find them difficult to understand at first.
Chapter 4 covers the modeling and analysis of switching converters, such as state-space average model, averaged device model, and CCM and DCM models as well as a transfer function.
In Chapter 5, control schemes of switching converters are described, such as a self-oscillating hysteretic PWM control and a current mode control as well as a voltage mode PWM control, including some content based on the authors’ research.
Chapter 6 describes passive components (inductors, transformers, and capacitors) and explains the fundamental physics behind inductors and transformers.
It then introduces capacitors for switching converters, such as an aluminum electrolytic capacitor, tantalum electrolytic capacitor, film capacitor, and ceramic capacitor as well as characteristics and applications of various capacitors. In Part II, several selected topics are introduced individually.
In Chapter 7, on-chip voltage converters are explained for large-scale integration (LSI) designer, such as voltage-reference circuit (bandgap reference circuit, or BGR), voltage-down converters, and voltage-up converters.
On-chip voltage converters are very important for low-power operation in large-scale integrations (VLSI).
Chapter 8 describes applications of DC-DC AC–DC switching converters and some of them are recent research results of the author: non-inverted buck-boost DC-DC converter with dual delta-sigma modulators and non-isolated AC–DC direct converter.
In Chapter 9, single-inductor multi-output DC-DC converters are introduced. The single-inductor multi-output DC-DC converters are attractive for the small size but their control is difficult.
Several configurations and control methods are also described. Chapter 10 shows a small, low-power boost regulator optimized for energy-harvesting applications.
Recently, interests in energy-harvesting applications are booming up and an example of boost converter design for this purpose is introduced.
Chapter 11 introduces wireless power delivery for 3D system integration and for non-contact wafer-level test focusing on the author’s experience and interest. Chapter 12 shows high-power GaN–HEMT amplifier for cellular base stations.
A lot of attention is now being paid to GaN HEMT, and several power amplifier architecture, design, implementation, and measurement examples with this technology are introduced.
Chapter 13 describes power supply circuits with capacitors and switches. We hope that this book will be helpful for electronics engineers from various fields in understanding these interesting and important areas and the readers will enjoy reading all the chapters.
Finally, we would like to thank Dr. Masashi Ochiai for reviewing the manuscript and providing valuable comments.
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