Transformers

Table of contents

1. Cover
2. Title Page
3. Copyright Page
4. Table of Contents
5. Preface
6. Acknowledgments
7. Editors
8. Contributors
9. Part I Power Transformers
   1. 1 Selected Problems of Transformers’ Capability to Withstand Short Circuits
   2. 2 Insulation Problems of HV Power Transformers
   3. 3 Stray Losses, Screening, and Local Excessive Heating Hazard in Large Power Transformers
   4. 4 Superconducting Transformers
   5. 5 Challenges and Strategies in Transformer Design
   6. 6 Large-Shell-Type Transformers: Aspects of Design
   7. 7 Transformer Design Review: A Link between Design and Maintenance Stages
   8. 8 Life Management of Transformers
   9. 9 Power Transformer Acceptance Tests
   10. 10 Functional and Component-Related Diagnostics for Power Transformers, a Basis for Successful “Transformer Life Management”
   11. 11 Sources, Measurement, and Mitigation of Sound Levels in Transformers
   12. 12 Power Transformers’ Fault Diagnostics by Park’s Vector Approach
   13. 13 Transformer Reliability: A Key Issue for Both Manufacturers and Users
   14. 14 Economics in Transformer Management: Focus on Life Cycle Cost, Design Review, and the Use of Simple Bayesian Decision Methods to Manage Risk
10. Part II Instrument Transformers
    1. 15 Applications of Field Analysis during Design Process of Instrument Transformers
    2. 16 CAD System-Boundary Integral Equation Method for 3D Electric Field Analysis of Voltage Transformers
    3. 17 Instrument Transformers’ Insulation Behavior to High-Voltage and High-Frequency Transients
    4. 18 Transfer of HF Disturbances through Instrument Transformers
11. Part III High-Frequency Transformers
    1. 19 High-Frequency Transformer Materials
    2. 20 Powder Core Materials
    3. 21 Measurement and Prediction of Parameters of High-Frequency Transformers
    4. 22 High-Voltage, High-Frequency Transformer Design
    5. 23 Coreless PCB Transformers
    6. 24 Planar Transformers
12. Index