Power Electronics Converter Harmonics: Multipulse Methods For Clean Power
暫譯: 電力電子轉換器諧波：清潔電力的多脈衝方法

Description:

Electrical Engineering/Power and Energy Engineering Power Electronic Converter Harmonics Multipulse Methods for Clean Power "An excellent treatment of the subject." —Allan Ludbrook, Ludbrook & Associates "Pulls all the material together and presents it from the viewpoint of a long-time practitioner in the field … will be much appreciated by designers, the utilities, and users." —Thomas Barton, University of Calgary Stay on the cutting edge of applied power electronics for energy-saving systems with this invaluable guide to multipulse converters, power sources, and the IEEE Industry Standard 519. One of the foremost experts in the field and holder of 28 patents, Derek A. Paice brings you new circuit schematics and easy-to-follow methods for practical system analysis, using actual field test results. This book offers thorough coverage of:

• Requirements, calculations, and standards for harmonics
• Power source representation
• Multipulse methods and transformers
• Double-wound, auto-wound, interphase, and current-control transformers
• Multiphase circuit performance
• Practical applications
• Useful formulas for analysis

Power Electronic Converter Harmonics will be indispensable to anyone looking for optimum concepts for power electronics design, including applications engineers, consultants, and manufacturers. Also of Interest from IEEE Press… Printed Circuit Board Design Techniques for EMC Compliance Mark I. Montrose 1996 Hardcover 256 pp IEEE Order No. PC5595 ISBN 0-7803-1131-0 electromagnetic Compatibility in Power Electronics Laszlo Tihanyi 1995 Hardcover 416 pp IEEE Order No. PC3129 ISBN 0-7803-0416-0 Handbook of Electrical and Electronic Insulating Materials Second Edition W. Tillar Shugg, Shugg Enterprises, Inc. 1995 Hardcover 608 pp IEEE Order No. PC 3780 ISBN 0-7803-1030-6

 

 

Table of Contents:

Preface.

Acknowledgments.

Nomenclature.

Harmonic Requirements.

Power Source Representation.

Multipulse Methods and Transformers.

Double-Wound Multiphase Transformers.

Auto-Wound Transformers.

Interphase and Current-Control Transformers.

Calculation of Harmonics.

Meeting Harmonic Standards.

Multipulse Circuit Performance.

Practical Applications.

Digital Computer Simulations.

Appendix: Useful Formulas for Analysis.

Bibliography.

Index.