Efnisyfirlit

• Title Page
• Copyright
• About the Author
• Preface to the Third Edition
• Preface to the Second Edition
• Preface to the First Edition
• Contents
• Chapter One: Magnetic Circuits
• 1.1: Magnetic Circuits
• 1.2: Hysteresis
• 1.3: Sinusoidal Excitation
• 1.4: Permanent Magnet
• Problems
• Chapter Two: Transformers
• 2.1: Ideal Transformer
• 2.2: Practical Transformer
• 2.3: Voltage Regulation
• 2.4: Efficiency
• 2.5: Autotransformer
• 2.6: Three-Phase Transformers
• 2.7: Harmonics in Three-Phase Transformer Banks
• 2.8: Per-Unit (PU) System
• Problems
• Chapter Three: Electromechanical Energy Conversion
• 3.1: Energy Conversion Process
• 3.2: Field Energy
• 3.3: Mechanical Force in the Electromagnetic System
• 3.4: Rotating Machines
• 3.5: Cylindrical Machines
• Problems
• Chapter Four: DC Machines
• 4.1: Electromagnetic Conversion
• 4.2: DC Machines
• 4.3: DC Generators
• 4.4: DC Motors
• 4.5: Speed Control
• 4.6: Permanent Magnet DC (PMDC) Motors
• 4.7: Printed Circuit Board (PCB) Motors
• Problems
• Chapter Five: Induction (Asynchronous) Machines
• 5.1: Constructional Features
• 5.2: Rotating Magnetic Field
• 5.3: Induced Voltages
• 5.4: Polyphase Induction Machine
• 5.5: Three Modes of Operation
• 5.6: Inverted Induction Machine
• 5.7: Equivalent Circuit Model
• 5.8: No-Load Test, Blocked-Rotor Test, and Equivalent Circuit Parameters
• 5.9: Performance Characteristics
• 5.10: Power Flow in Three Modes of Operation
• 5.11: Effects of Rotor Resistance
• 5.12: Classes of Squirrel-Cage Motors
• 5.13: Speed Control
• 5.14: Starting of Induction Motors
• 5.15: Time and Space Harmonics
• 5.16: Linear Induction Motor (LIM)
• Problems
• Chapter Six: Synchronous Machines
• 6.1: Construction of Three-Phase Synchronous Machines
• 6.2: Synchronous Generators
• 6.3: Synchronous Motors
• 6.4: Equivalent Circuit Model
• 6.5: Power and Torque Characteristics
• 6.6: Capability Curves
• 6.7: Power Factor Control
• 6.8: Independent Generators
• 6.9: Salient Pole Synchronous Machines
• 6.10: Speed Control of Synchronous Motors
• 6.11: Applications
• 6.12: Linear Synchronous Motor (LSM)
• 6.13: Brushless DC (BLDC) Motors
• 6.14: Switched Reluctance Motors (SRM)
• 6.15: Sensorless Drive Systems
• Problems
• Chapter Seven: Single-Phase Motors
• 7.1: Single-Phase Induction Motors
• 7.2: Starting Winding Design
• 7.3: Equivalent Circuit of a Capacitor-Run Motor
• 7.4: Single-Phase Series (Universal) Motors
• 7.5: Single-Phase Synchronous Motors
• 7.6: Speed Control
• Problems
• Chapter Eight: Special Machines
• 8.1: Servomotors
• 8.2: Synchros
• 8.3: Stepper Motors
• Problems
• Chapter Nine: Transients and Dynamics
• 9.1: DC Machines
• 9.2: Synchronous Machines
• 9.3: Induction Machines
• 9.4: Transformer; Transient Inrush Current
• Problems
• Chapter Ten: Power Semiconductor Converters
• 10.1: Power Semiconductor Devices
• 10.2: Controlled Rectifiers
• 10.3: AC Voltage Controllers
• 10.4: Choppers
• 10.5: Inverters
• 10.6: Cycloconverters
• 10.7: Neutral Point Clamped (NPC) Multilevel Inverters
• 10.8: DC Power Supply Using Buck Converter Configuration
• 10.9: Power Supply in Computers
• Problems
• Chapter Eleven: Wind Energy Systems
• 11.1: Wind Energy Systems
• 11.2: References
• Appendix A: Windings
• A.1: MMF Distribution
• A.2: Induced Voltages
• A.3: Winding Arrangement
• A.4: Space Harmonics and Winding Factors
• A.5: Time Harmonic Voltages
• Problems
• Appendix B: Balanced Three-Phase Circuits
• B.1: Single-Phase Circuits
• B.2: Balanced Three-Phase Circuits
• B.3: Balanced Three-Phase Load
• B.4: Δ-Y Transformation of Load
• B.5: Per-Phase Equivalent Circuit
• B.6: Three-Phase Power Measurement
• Appendix C: Units and Constants
• C.1: Units
• C.2: Constants
• Appendix D: Laplace Transforms
• Appendix E: Answers to Some Problems
• Chapter 1: Magnetic Circuits
• Chapter 2: Transformers
• Chapter 3: Electromechanical Energy Conversion
• Chapter 4: DC Machines
• Chapter 5: Induction (Asynchronous) Machines
• Chapter 6: Synchronous Machines
• Chapter 7: Single-Phase Motors
• Chapter 8: Special Machines
• Chapter 9: Transients and Dynamics
• Chapter 10: Power Semiconverter Converters
• Index