The power electronics handbook (Repost)

Content: pt. I. Power Electronic Devices. 1. Power Electronics. 1.1. Overview / Kaushik Rajashekara. 1.2. Diodes / Sohail Anwar. 1.3. Schottky Diodes / Sohail Anwar. 1.4. Thyristors / Sohail Anwar. 1.5. Power Bipolar Junction Transistors / Sohail Anwar. 1.6. MOSFETs / Vrej Barkhordarian. 1.7. General Power Semiconductor Switch Requirements / Alex Q. Huang. 1.8. Gate Turn-Off Thyristors / Alex Q. Huang. 1.9. Insulated Gate Bipolar Transistors / Alex Q. Huang. 1.10. Gate-Commutated Thyristors and Other Hard-Driven GTOs / Alex Q. Huang. 1.11. Comparison Testing of Switches / Alex Q. Huang -- pt. II. Power Electronic Circuits and Controls. 2. DC-DC Converters. 2.1. Overview / Richard Wies, Bipin Satavalekar and Ashish Agrawal. 2.2. Choppers / Javad Mahdavi, Ali Agah and Ali Emadi. 2.3. Buck Converters / Richard Wies, Bipin Satavalekar and Ashish Agrawal. 2.4. Boost Converters / Richard Wies, Bipin Satavalekar and Ashish Agrawal. 2.5. Cuk Converter / Richard Wies, Bipin Satavalekar and Ashish Agrawal. 2.6. Buck-Boost Converters / Daniel Jeffrey Shortt. 3. AC-AC Conversion / Sandor Halasz. 3.1. Introduction. 3.2. Cycloconverters. 3.3. Matrix Converters. 4. Rectifiers. 4.1. Uncontrolled Single-Phase Rectifiers / Sam Guccione. 4.2. Uncontrolled and Controlled Rectifiers / Mahesh M. Swamy. 4.3. Three-Phase Pulse-Width-Modulated Boost-Type Rectifiers / Ana Stankovic. 5. Inverters. 5.1. Overview / Michael Giesselmann. 5.2. DC-AC Conversion / Attila Karpati. 5.3. Resonant Converters / Istvan Nagy. 5.4. Series-Resonant Inverters / Dariusz Czarkowski. 5.5. Resonant DC-Link Inverters / Michael B. Ropp. 5.6. Auxiliary Resonant Commutated Pole Inverters / Eric Walters and Oleg Wasynczuk. 6. Multilevel Converters / Keith Corzine. 6.1. Introduction. 6.2. Multilevel Voltage Source Modulation. 6.3. Fundamental Multilevel Converter Topologies. 6.4. Cascaded Multilevel Converter Topologies. 6.5. Multilevel Converter Laboratory Examples. 6.6. Conclusion. 7. Modulation Strategies. 7.1. Introduction / Michael Giesselmann. 7.2. Six-Step Modulation / Michael Giesselmann. 7.3. Pulse Width Modulation / Michael Giesselmann. 7.4. Third Harmonic Injection for Voltage Boost of SPWM Signals / Michael Giesselmann. 7.5. Generation of PWM Signals Using Microcontrollers and DSPs / Michael Giesselmann. 7.6. Voltage-Source-Based Current Regulation / Michael Giesselmann. 7.7. Hysteresis Feedback Control / Hossein Salehfar. 7.8. Space-Vector Pulse Width Modulation / Harnid A. Toliyat and Tahmid Ur Rahman. 8. Sliding-Mode Control of Switched-Mode Power Supplies / Giorgio Spiazzi and Paolo Mattavelli. 8.1. Introduction. 8.2. Introduction to Sliding-Mode Control. 8.3. Basics of Sliding-Mode Theory. 8.4. Application of Sliding-Mode Control to DC-DC Converters -- Basic Principle. 8.5. Sliding-Mode Control of Buck DC-DC Converters. 8.6. Extension to Boost and Buck-Boost DC-DC Converters. 8.7. Extension to Cuk and SEPIC DC-DC Converters. 8.8. General-Purpose Sliding-Mode Control Implementation. 8.9. Conclusions -- pt. III. Applications and Systems Considerations. 9. DC Motor Drives / Ralph Staus. 9.1. DC Motor Basics. 9.2. DC Speed Control. 9.3. DC Drive Basics. 9.4. Transistor PWM DC Drives. 9.5. SCR DC Drives. 10. AC Machines Controlled as DC Machines (Brushless DC Machines/Electronics) / Hamid A. Toliyat and Tilak Gopalarathnam. 10.1. Introduction. 10.2. Machine Construction. 10.3. Motor Characteristics. 10.4. Power Electronic Converter. 10.5. Position Sensing. 10.6. Pulsating Torque Components. 10.7. Torque-Speed Characteristics. 10.8. Applications. 11. Control of Induction Machine Drives / Daniel Logue and Philip T. Krein. 11.1. Introduction. 11.2. Scalar Induction Machine Control. 11.3. Vector Control of Induction Machines. 11.4. Summary. 12. Permanent-Magnet Synchronous Machine Drives / Patrick L. Chapman. 12.1. Introduction. 12.2. Construction of PMSM Drive Systems. 12.3. Simulation and Model. 12.4. Controlling the PMSM. 12.5. Advanced Topics in PMSM Drives. 13. Switched Reluctance Machines / Iqbal Husain. 13.1. Introduction. 13.2. SRM Configuration. 13.3. Basic Principle of Operation. 13.4. Design. 13.5. Converter Topologies. 13.6. Control Strategies. 13.7. Sensorless Control. 13.8. Applications. 14. Step Motor Drives / Ronald H. Brown. 14.1. Introduction. 14.2. Types and Operation of Step Motors. 14.3. Step Motor Models. 14.4. Control of Step Motors. 15. Servo Drives / Sandor Halasz. 15.1. DC Drives. 15.2. Induction Motor Drives. 16. Uninterruptible Power Supplies / Laura Steffek, John Hacklesmiller and Dave Layden / ... [et al.]. 16.1. UPS Functions. 16.2. Static UPS Topologies. 16.3. Rotary UPSs. 16.4. Alternate AC and DC Sources. 17. Power Quality and Utility Interface Issues. 17.1. Overview / Wayne Galli. 17.2. Power Quality Considerations / Timothy L. Skvarenina. 17.3. Passive Harmonic Filters / Badrul H. Chowdhury. 17.4. Active Filters for Power Conditioning / Hirofumi Akagi. 17.5. Unity Power Factor Rectification / Rajapandian Ayyanar and Amit Kumar Jain. 18. Photovoltaic Cells and Systems / Roger Messenger. 18.1. Introduction. 18.2. Solar Cell Fundamentals. 18.3. Utility Interactive PV Applications. 18.4. Stand-Alone PV Systems. 19. Flexible, Reliable, and Intelligent Electrical Energy Delivery Systems / Alexander Domijan, Jr. and Zhidong Song. 19.1. Introduction. 19.2. The Concept of FRIENDS. 19.3. Development of FRIENDS. 19.4. The Advanced Power Electronic Technologies within QCCs. 19.5. Significance of FRIENDS. 19.6. Realization of FRIENDS. 19.7. Conclusions. 20. Unified Power Flow Controllers / Ali Feliachi, Azra Hasanovic and Karl Schoder. 20.1. Introduction. 20.2. Power Flow on a Transmission Line. 20.3. UPFC Description and Operation. 20.4. UPFC Modeling. 20.5. Control Design. 20.6. Case Study. 20.7. Conclusion. 21. More-Electric Vehicles / Ali Emadi and Mehrdad Ehsani. 21.1. Aircraft / Ali Emadi and Mehrdad Ehsani. 21.2. Terrestrial Vehicles / Ali Emadi and Mehrdad Ehsani. 22. Principles of Magnetics / Roman Stemprok. 22.1. Introduction. 22.2. Nature of a Magnetic Field. 22.3. Electromagnetism. 22.4. Magnetic Flux Density. 22.5. Magnetic Circuits. 22.6. Magnetic Field Intensity. 22.7. Maxwell's Equations. 22.8. Inductance. 22.9. Practical Considerations. 23. Computer Simulation of Power Electronics / Michael Giesselmann. 23.1. Introduction. 23.2. Code Qualification of Model Validation. 23.3. Basic Concepts -- Simulation of a Buck Converter. 23.4. Advanced Techniques -- Simulation of a Full-Bridge (H-Bridge) Converter. 23.5. Conclusions