Transformer and Inductor Design Handbook 4th edition by Colonel McLyman ISBN 1439836876 978-1439836873

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ISBN 10: 1439836876
ISBN 13: 978-1439836873
Author: Colonel McLyman

With its practical approach to design, Transformer and Inductor Design Handbook, Fourth Edition distinguishes itself from other books by presenting information and guidance that is shaped primarily by the user’s needs and point of view. Expanded and revised to address recent industry developments, the fourth edition of this classic reference is re-organized and improved, again serving as a constant aid for anyone seeking to apply the state of the art in transformer and inductor design.

Carefully considering key factors such as overall system weight, power conversion efficiency, and cost, the author introduces his own new equation for the power handling ability of the core, intended to give engineers faster and tighter design control. The book begins by providing the basic fundamentals of magnetics, followed by an explanation of design using the Kg or Ap techniques. It also covers subjects such as laminations, tape cores, powder cores and ferrites, and iron alloys.

Transformer and Inductor Design Handbook 4th Table of contents:

• Introduction to Transformers and Inductors

  • 1.1. Basic Principles of Electromagnetism
  • 1.2. Functions and Applications of Transformers and Inductors
  • 1.3. Importance of Design in Electrical and Power Systems
  • 1.4. Overview of the Design Process

• Chapter 1: Core Materials and Magnetic Circuits

  • 2.1. Magnetic Properties of Materials
  • 2.2. Core Losses and Magnetic Saturation
  • 2.3. Selection of Core Materials
  • 2.4. Design of Magnetic Circuits
  • 2.5. Hysteresis and Eddy Current Losses

• Chapter 2: Transformer Design

  • 3.1. Design of Power Transformers
  • 3.2. Determining Core Size and Type
  • 3.3. Winding Design and Insulation
  • 3.4. Voltage Regulation and Efficiency
  • 3.5. Short-Circuit and Open-Circuit Tests
  • 3.6. Thermal Design and Cooling Systems

• Chapter 3: Inductor Design

  • 4.1. Inductance and its Applications
  • 4.2. Types of Inductors (Air Core, Ferrite Core, etc.)
  • 4.3. Design of High-Frequency Inductors
  • 4.4. Core Saturation and Losses
  • 4.5. Physical Design and Construction

• Chapter 4: Modeling and Simulation of Transformers and Inductors

  • 5.1. Analytical Models for Transformer Design
  • 5.2. Simulation Tools for Electrical Components
  • 5.3. Finite Element Analysis (FEA) in Transformer Design
  • 5.4. Electromagnetic Field Simulation
  • 5.5. Estimating Performance Parameters

• Chapter 5: Electrical and Thermal Behavior

  • 6.1. Electrical Characteristics (Impedance, Current, Voltage)
  • 6.2. Thermal Analysis of Transformers and Inductors
  • 6.3. Heat Dissipation and Cooling Systems
  • 6.4. Transformer Efficiency and Power Losses
  • 6.5. Operating Conditions and Environmental Factors

• Chapter 6: Advanced Design Techniques

  • 7.1. Optimization Methods for Transformer Design
  • 7.2. High-Frequency and Power Electronics Transformer Design
  • 7.3. Inductor Design for Switching Power Supplies
  • 7.4. Magnetic Shielding and EMI Considerations
  • 7.5. Custom Transformers and Specialty Applications

• Chapter 7: Manufacturing and Testing

  • 8.1. Manufacturing Processes for Transformers and Inductors
  • 8.2. Winding Techniques and Automation
  • 8.3. Quality Control and Reliability Testing
  • 8.4. Environmental Testing and Compliance Standards
  • 8.5. Final Assembly and Performance Verification

• Chapter 8: Transformer and Inductor Applications

  • 9.1. Power Distribution Transformers
  • 9.2. Electrical and Electronic Circuit Design
  • 9.3. Inductors in Filtering and Energy Storage
  • 9.4. Transformers in Renewable Energy Systems
  • 9.5. Emerging Applications in Electric Vehicles and Smart Grids

• Appendices

  • A.1. Glossary of Terms
  • A.2. Conversion Factors and Units
  • A.3. Reference Tables (Core Loss Data, Standard Materials, etc.)
  • A.4. Index
  • A.5. Further Reading and References

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