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Analysis Of Electric Machinery And Drive Systems is a comprehensive guide that contains an analysis of electrical machines and drive systems. Summary Of The Book The first edition of Analysis Of Electric Machinery And Drive Systems helped define a universal methodology for analysing machines and drive systems. This is the second revised edition, and it completely covers every aspect of this subject, and provides a single point guide and reference source for students and professionals. Analysis Of Electric Machinery And Drive Systems covers the subject in sixteen chapters. It begins with a coverage of the basic principles for Electric Machines Analysis. It then discusses Direct Current Machines and Reference-Frame Theory. The book then takes up the topics of Synchronous Machines and Symmetrical Induction Machines. It also covers the theory of Brushless DC machines. It goes into the details of Reduced-Order Machine Equations and Linearized Machine Equations. The book also looks at Machine Equations in Operational Impedance and Time Constants. It then covers Symmetrical and Unsymmetrical 2-Phase Induction Machines, Brushless DC Motor Drives, Fully Controlled 3-Phase Bridge converters, Induction Motor Drives and DC Machine Drives. Analysis Of Electric Machinery And Drive Systems covers the topic of analyzing converters in electric drive systems, and brushless and induction drive systems. The book also provides a thorough coverage of controls, from supervisory controls to switch level converter controls. It goes into reduced-order modeling and operational impedances. It also explains the guidelines for simulations of machines and drive systems using computers. Analysis Of Electric Machinery And Drive Systems also contains appendix sections providing quick reference material for requisite concepts like Constants and Conversion Factors, Trigonometric Relations, and Abbreviations. It also makes use of around 325 figures to illustrate various concepts. This book, with its comprehensive coverage of the analysis, simulation and design of complete drive systems, is ideal for senior and graduate level courses in mechanical, electrical, and systems engineering. About The Authors Paul C. Krause is an Electrical Engineering professor. Paul C. Krause is an IEEE Fellow. He holds BSEE and BSME degrees from the University of Nebraska, and a Ph.D. from the University of Kansas. He has written more than hundred technical papers. Krause is a professor of Electrical Engineering at Purdue University in Indiana, USA. Oleg Wasynczuk is a part of the faculty of Purdue University. He has written other books like Analysis of Electric Machinery and Electromechanical Motion Devices and Electromechanical Motion Devices. Oleg Wasynczuk is a professor in Purdue University’s Electrical and Computer Engineering Department. His papers have been published in numerous technical journals. He is a BSEE graduate from Bradley University. He completed his MSEE and Ph.D. degrees from Purdue University. Scott D. Sudhoff is a professor at Purdue University. Another book written by him is Electromechanical Motion Devices. Scott D. Sudhoff is an Electrical and Computer Engineering professor at Purdue University. He is also an associate editor of Transactions On Energy Conversion, an IEEE publication. He also holds a number of patents in his specialized fields. Sudhoff has written over 40 conference papers and 40 journal papers.