Control circuits are a key element in the operation and performance of power electronics converters. This book describes practical issues related to the design and implementation of these control circuits, with a focus on the presentation of the state-of-the-art control solutions, including circuit technology, design techniques, and implementation issues.
В пособии изложены принципы действия, методики расчета автономных инверторов однофазного и трехфазного тока. Рассмотрены способы и устройства регулирования выходного напряжения. Большое внимание уделяется рассмотрению и анализу новых разработок преобразователей: активным выпрямителям тока и напряжения и электроприводу с их применением.
This book is focused on the fundamental aspects of analysis, modeling and design of digital control loops around high-frequency switched-mode power converters in a systematic and rigorous manner.
This book on power electronics spans a wide knowledge base such as power devices, drives, circuit topologies, magnetics, system modeling, control configurations, digital processing, thermal and reliability aspects. The book has been broadly divided into two types of topics viz. (a) circuit-oriented aspects and (b) system-oriented aspects. The first seven chapters deal with circuit-oriented aspects of power electronics systems and the remaining chapters deal with system-oriented aspects like controls and reliability. Table of contents power semiconductor switches drive circuits rectifiers dc-dc linear regulators dc-dc switched-mode converters dc-ac switched-mode converters design of magnetics modeling of systems control system essentials optimal and robust controller design discrete computation essentials thermal aspects reliability modeling reliability prediction.
This book describes the operation and analysis of soft-commutated isolated DC-DC converters used in the design of high efficiency and high power density equipment. It explains the basic principles behind first- and second-order circuits with power switches to enable readers to understand the importance of these converters in high efficiency and high power density power supply design for residential, commercial, industrial and medical use as well as in aerospace equipment.
A power supply is something that is often overlooked by radio amateurs, as for many it is simply the box that at the flick of a switch is provides stable DC voltage. A modern power supply is though much more, combining theory that dates back from the nineteenth century all the way to the latest techniques in digital control with all of electronics practice in between. Power Supplies Explained sets out to do exactly this - explain in understandable terms what that little box is doing, right through to designing your own bespoke power supply.
Рассмотрены основы теории полупроводниковых аппаратов, изложены принципы остроения и устройство бесконтактных и гибридных аппаратов автоматики, защиты, управления и регулирования, а также автоматизированных комплектных устройств на их базе. Определены области рационального применения этих изделий и показаны направления их развития. Теоретические положения подкреплены примерами практических расчетов конкретных образцов аппаратов.
The increasing demand in electronic portability imposes low power consumption as a key metric to analog and digital circuit design. Tunnel FET (TFET) devices have been explored mostly in digital circuits, showing promising results for ultra-low power and energy efficient circuit applications. The TFET presents a low inverse sub-threshold slope (SS) that allows a low leakage energy consumption, desirable in many digital circuits, especially memories.
In this book, the TFET is explored as an alternative technology also for ultra-low power and voltage conversion and management circuits, suitable for weak energy harvesting (EH) sources. The TFET distinct electrical characteristics under reverse bias conditions require changes in conventional circuit topologies. In this book, ultra-low input power conversion circuits based on TFETs are designed and analyzed, evaluating their performance as rectifiers, charge pumps and power management circuits (PMC) for RF and DC EH sources.
This textbook provides an in-depth treatment of the physics of power semiconductor devices that are commonly used by the power electronics industry. Drawing upon decades of industry and teaching experience and using numerous examples and illustrative applications, the author discusses in detail the various device performance attributes that allow practicing engineers to develop energy-efficient products. Coverage includes all types of power rectifiers and transistors and analytical models for explaining the operation of all power semiconductor devices are developed and demonstrated in each section of the book.
This book looks in depth at the subject of electronic power control, and in the process presents the reader with a range of useful circuits and diagrams. It is aimed at the practical design engineer, technician and experimenter, as well as the electronics student and amateur.
