An easy-to-understand guide covering the fundamentals of power electronics, with an emphasis on AC drives, semiconductors, power supplies, converters, and inverters. Additional useful features such as MATLAB (R) and simulation examples, and solved examples are offered in the text for better understanding.
An easy-to-understand guide covering the fundamentals of power electronics, with an emphasis on AC drives, semiconductors, power supplies, converters, and inverters. Additional useful features such as MATLAB (R) and simulation examples, and solved examples are offered in the text for better understanding.
L. Ashok Kumar is presently working as Professor in the Department of Electrical and Electronics Engineering at PSG College of Technology, Coimbatore. He has completed his Ph.D. from Anna University, Chennai in the field of Wearable Electronics. He has been selected as the Visiting Professor in the University of Arkansas. He was trained in Germany for installing Grid connected and stand alone Solar PV systems. He has contributed a number of articles in national and international journals. His areas of interest include wearable electronics, power electronics and drives, and renewable energy systems.
Inhaltsangabe
Dedications List of figures List of tables Preface Acknowledgements 1. Introduction to MATLAB® 2. MATLAB® simulation of power semiconductor devices 3. Phase controlled rectifiers using MATLAB® (AC-DC converters) 4. DC choppers using MATLAB® (DC-DC converters) 5. Inverters using MATLAB® (DC-AC converters) 6. Controllers using MATLAB® (AC-AC converters) 7. Simulation and digital control using MATLAB® 8. Power electronics applications 9. Introduction to electrical drives Appendix 1. Block parameter settings Appendix 2. List of MATLAB® projects Appendix 3. MATLAB® functions Appendix 4. Useful formulae Appendix 5. Table of Laplace and Z-transforms Appendix 6. GATE questions with answers Resources of MATLAB® Index.
Dedications List of figures List of tables Preface Acknowledgements 1. Introduction to MATLAB® 2. MATLAB® simulation of power semiconductor devices 3. Phase controlled rectifiers using MATLAB® (AC-DC converters) 4. DC choppers using MATLAB® (DC-DC converters) 5. Inverters using MATLAB® (DC-AC converters) 6. Controllers using MATLAB® (AC-AC converters) 7. Simulation and digital control using MATLAB® 8. Power electronics applications 9. Introduction to electrical drives Appendix 1. Block parameter settings Appendix 2. List of MATLAB® projects Appendix 3. MATLAB® functions Appendix 4. Useful formulae Appendix 5. Table of Laplace and Z-transforms Appendix 6. GATE questions with answers Resources of MATLAB® Index.
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