Elements Of Power Electronics

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Elements Of Power Electronic, The First Book To Discuss This Subject In A Conceptual Framework, Provides Comprehensive Coverage Of Power Electronics At A Level Suitable For Novices In The Field. Power Electronics Is An Enabling Technology For Almost All Electrical Applications. The Field Is Growing Rapidly Because Electrical Devices Need Electronic Circuits To Process Their Energy. Elements Of Power Electronic, The First Book To Discuss This Subject In A Conceptual Framework, Provides Comprehensive Coverage Of Power Electronics At A Level Suitable For Novices In The Field. It Aims To Establish A Fundamental Engineering Basis For Power Electronics Analysis, Design, And Implementation. More Than 160 Examples And 350 Chapter Problems Support The Presented Concepts. An Extensive World Wide Web Site (Http://Power.Ece.Uiuc.Edu/Krein_Text) Includes Additional Examples, Laboratory Materials, And Author Contact. Key Features Numerous Examples, Particularly Design Examples, Reinforce Concepts Features Extensive World Wide Web Site (Http://Power.Ece.Uiuc.Ed U/Krein_Text) Including A Solutions Manual And Instructor'S Manual. Makes Extensive Use Of Computer Tools Such As MathcadAbout The AuthorPhilip T. Krein Associate Professor In The Electrical And Computer Engineering Department And The Mechanical And Industrial Engineering Department At The University Of Illinois, Urbana, Where HeHas Introduced Lecture And Laboratory Courses In Power Electronics And Electric Drives. His Research Involves Large-Signal Analysis, Design, And Control Of Switching Converters. He Has Published Extensively, Describing Research And Educational Efforts In Power Electronics, Electrostatics, Electric Machines, And Electric And Hybrid Vehicle Systems. He Holds Several U.S. And International Patents.Table Of ContentsPrinciples Background Organizing And Analyzing Switches Converter Concepts Converters And Applications Dc-Dc Converters Diode-Capacitor Circuits And Rectifiers Inverters Ac-Ac Conversion Introduction To Resonance In Converters Discontinuous Modes Real Components And Their Effects Real Sources And Loads Capacitors And Resistors Concepts Of Magnetics For Power Electronics Power Semiconductors In Converters Interfacing With Power Semiconductors Control Aspects Overview Of Feedback Control For Converters Approximate Methods For Control Design Geometric Control For Power Converters