This book deals with the fundamental problems of modern power conversion and motor control :
Space vector-based mathematical models of electric motors
dc motor, induction motor, synchronous motor including permanent magnet motor
Power Converters
Line-commutated rectifiers and inverters, dc-to-dc converters, high-frequency resonant converters
Principles of control system synthesis
Dynamic optimization, continous-time and discrete-time control systems, state space feedback control technique, observer technique, adaptive control systems
Dc motor drives
Line-commutated converter-fed drives, dc-to-dc converter-fed drives, digital-analogue speed control, adaptive speed control
Wound rotor induction motor drives
Speed control by supply voltage variation, variable rotor resistance system, double-fed induction motor drives
Frequency-controlled induction motor drives
Operation with non-sinusoidal supply, dynamic behaviour under different modes of control, scalar and vector contol techniques, current-sourced inverter-fed drives, current-controlled PWM inverter-fed drives, voltage-sourced inverter-fed drives, parameter adaptation
Frequency-controlled synchronous motor drives
Open-loop and self-controlled operation, cycloconverter-fed drives, load-commutated inverter-fed drives, transistor PWM inverter-fed permanent magnet motor drives
Introduction to microprocessor control
Signal processing for vector controlsystems
