Inductors and Transformers for Power Electronics

Author:
Alex Van Den Bossche; Vencislav Cekov Valchev
Format:
Hardcover

Now:R2,825.95
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Inductors and Transformers for Power Electronics

Short description

Van den Bossche (Electric Energy Laboratory, Ghent University, Belgium) and Valchev (electronics, Technical University of Varna, Bulgaria) use classical methods and numerical tools to provide an overview of the basics and technological aspects of the design and testing of these systems. They present a fast approximation method useful in the early s

Long description

Although they are some of the main components in the design of power electronic converters, the design of inductors and transformers is often still a trial-and-error process due to a long working-in time for those components. Inductors and Transformers for Power Electronics takes the guesswork out of the design and testing of these systems and provides a broad overview of all aspects of design. Inductors and Transformers for Power Electronics uses classical methods and numerical tools such as finite element methods to provide an overview of the basics and technological aspects of design. The authors present a fast approximation method useful in the early design as well as a more detailed analysis. They address design aspects such as the magnetic core and winding, eddy currents, insulation, thermal design, parasitic effects, and measurements. The text contains suggestions for improving designs in specific cases, models of thermal behavior with various levels of complexity, and several loss and thermal measurement techniques.;This book offers in a single reference a concise representation of the large body of literature on the subject and supplies tools that designers desperately need to improve the accuracy and performance of their designs by eliminating trial-and-error.

Product details

Publisher:
CRC PRESS
ISBN:
9781574446791
Publication date:
February 2005
Length:
244mm
Width:
173mm
Thickness:
30mm
Weight:
807g
Pages:
480
Illustrations:
Illustrated
Readership:
Undergraduate
Illustrated:
Illustrated

Table of contents

  • FUNDAMENTALS OF MAGNETIC THEORYBasic Laws of Magnetic TheoryMagnetic MaterialsMagnetic CircuitsReferencesFAST DESIGN APPROACH INCLUDING EDDY CURRENT LOSSESFast Design ApproachExamplesConclusionsAppendix
  • A
  • Core Size Scale Law for Ferrites in Non
  • Saturated Thermal Limited DesignAppendix
  • A
  • Eddy Current Losses for Wide FrequencyAppendix
  • A
  • MathCAD Example FilesReferencesSOFT MAGNETIC MATERIALSMagnetic Core MaterialsComparison and Applications of the Core Materials in Power ElectronicsLosses in Soft Magnetic MaterialsFerrite Core Losses with Non
  • Sinusoidal Voltage WaveformsWide Frequency Model of Magnetic Sheets Including Hysteresis EffectsAppendix
  • A
  • Power and Impedance of Magnetic SheetsReferencesCOIL WINDING AND ELECTRICAL INSULATIONFilling FactorWire LengthPhysical Aspects of BreakdownInsulation Requirements and StandardsThermal Requirements and StandardsMagnetic Component Manufacturing SheetReferencesEDDY CURRENTS IN CONDUCTORSIntroductionBasic ApproximationsLosses in Rectangular ConductorsQuadrature of the Circle Method for Round ConductorsLosses of a Current Carrying Round Conductor in
  • D ApproachLosses of a Round Conductor in a Uniform Transverse AC FieldLow Frequency
  • D Approximation Method for Round ConductorsWide Frequency Method for Calculating Eddy Current Losses in WindingsLosses in Foil WindingsLosses in Planar WindingsAppendix
  • A
  • Eddy Current
  • D Model for Rectangular ConductorsAppendix
  • A
  • Low Frequency
  • D Models for Eddy Current Losses in Round WiresAppendix
  • A
  • Field Factor For InductorsReferencesTHERMAL ASPECTSFast Thermal Design Approach (Level Thermal Design)Single Thermal Resistance Design Approach (Level Thermal Design)Classic Heat Transfer MechanismsThermal Design Utilizing a Resistance NetworkContribution to Heat Transfer Theory of Magnetic ComponentsTransient Heat TransferSummaryAppendix
  • A
  • Accurate Natural Convection Modeling for Magnetic ComponentsReferencesPARASITIC CAPACITANCES IN MAGNETIC COMPONENTSCapacitance Between Windings
  • Inter CapacitanceSelf
  • Capacitance of a Winding
  • Intra CapacitanceCapacitance Between the Windings and the Magnetic MaterialPractical Approaches for Decreasing the Effects of Parasitic CapacitancesReferencesINDUCTOR DESIGNAir Coils and Related ShapesInductor ShapesTypical Ferrite Inductor ShapesFringing in Wire
  • Wound Inductors with Magnetic CoresEddy Currents in Inductor WindingsFoil Wound InductorsInductor Types Depending on ApplicationDesign Examples of Different Types of InductorsFringing Coefficients For Gapped
  • Wire
  • Wound InductorsAnalitical Modeling of Combined Litz Wire
  • Full Wire InductorsReferencesTRANSFORMER DESIGNTransformer Design in Power ElectronicsMagnetizing InductanceLeakage InductanceUsing Parallel Wires and Litz WiresInterleaved WindingsSuperimposing Frequency ComponentsSuperimposing Modes

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Inductors and Transformers for Power Electronics

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