دانلود رایگان کتاب (Advanced Multi Quadrant Operation DC/DC Converters (Luo F.L., Ye H.
کتاب عملیات چند ربع پیشرفته مبدلهای Luo F.L., Ye H) DC/DC) :
Advanced Multi Quadrant Operation DC/DC Converters
Luo F.L., Ye H
Preface:
DC/DC converters are systematically sorted into 6 generations. We introduce the DC/DC converters of the second to fourth generations in this book. The purpose of this book is to provide multi-quadrant operation DC/DC converters that are both concise and useful for engineering students and practicing professionals. It is well organized in 200 pages and 100 diagrams to introduce more than 50 topologies of the multi-quadrant DC/DC converters. All topologies are novel approaches and new contributions to modern power electronics. They are sorted into three generations:
Second generation (multiple-quadrant) converters
Third generation (switched component) converters
Fourth generation (soft-switching) converters
The second generation (multiple-quadrant) converters have a large number of prototypes published in the literature. We introduce the multiple quadrant operation Luo-converters in this book to summarize this technique. From these examples, people can understand the basics of designing a multiple-quadrant converter. The third generation (switched component) converters involve switched capacitor (SC) converters and switched inductor (SI) converters. Since switched capacitors can be integrated into a power integrated circuit (IC) chip, SC converters are small and have a high power density. However, most of the published papers avoid discussing the efficiency because most SC converters possess low power transfer efficiency. A two-quadrant SC DC/DC converter implementing voltage lift and current amplification techniques with high efficiency, high power density, and low electromagnetic interference (EMI) is introduced in this book. SC converters can perform four-quadrant operations. Since they are required for communication equipment and industrial applications, we carefully discuss these converters. SC converters are always performing in push-pull state, and control circuitry is complex. A large number of capacitors are required, especially in the case of large differences between input and output voltages. SI DC/DC converters are a different prototype of DC/DC conversion technology from SC converters. SI DC/DC converters’ advantages include simple structure, simple control circuitry, high efficiency, large power and high-power density. Usually, one inductor is required for a SI DC/DC converter. Since it consists of only one inductor, its size is small. This type of converter has outstanding advantages: no matter how many quadrant operations or how large the difference between input and output voltages, only one inductor is usually employed in one SI DC/DC converter. The fourth generation (soft-switching) converters involve the following types:
Zero-current-switching (ZCS) converters
Zero-voltage-switching (ZVS) converters
Zero-transition (ZT) converters
A large number of the soft-switching converters have been published in the literature since the 1980s. Most papers introduce signal-quadrant operation soft-switching converters. We introduced our work on multi-quadrant operation soft-switching converters in this book. This book is organized into five chapters. The multiple-quadrant operating Luo-converters are introduced in Chapter 1; and switched component (SC and SI) converters in Chapter 2. Chapters 3 and 4 introduce the multiple-lift push-pull switched-capacitor converters. Chapter 5 introduces the multiplequadrant soft-switch converters.
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 DC/DC) : Advanced Multi Quadrant Operation DC/DC Converters Luo F.L., Ye H Preface: DC/DC converters are systematically sorted into 6 generations. We introduce the DC/DC converters of the second to fourth generations in this book. The purpose of this book is to provide multi-quadrant operation DC/DC converters that are both […]){kind=link}