Overview

• Develop EMC-compatible with 16 shielding rules
• Current analysis methods and precise material synthesis
• Understanding the effect of a magnetic material as shielding

About this book

The field of electromagnetic shielding is rapidly developing to anticipate and meet the needs of various modern electronics industries – from computers to cable television to telecommunications. And with the latest advances in shielding technology come questions about techniques, approaches, and economic benefits.
The 3rd edition was extended by the chapter “Novel Future Ferrites – Hexagonal Ferrites”. The reader is thus given the basics of the various shielding effects in a compressed form. This book is addressed to engineers, scientists, students, researchers and specialists from the practice. Shielding for ensuring EMC in high-frequency and radar technology has been developing with ever increasing dynamics since about 1960. The understanding of the interaction of a magnetic material and the resulting phenomenon of shielding is illustrated by simple examples and practical applications.

Table of contents
(15 chapters)

• Front Matter
  Pages i-xix
• Basics
  1. Front Matter
     Pages 1-1
  2. Introduction
     Pages 3-4
  3. Volume Materials
     Pages 5-47
  4. Nanomaterials
     Pages 49-93

• Practical Examples
  • Front Matter
    Pages 95-95
  • Shielding Using Nanomaterials
    Pages 97-100
  • LF Shielding
    Pages 101-103
  • Double Shielding
    Pages 105-106
  • Polymer Housings
    Pages 107-114
  • Shielding Example: Inner Lining of a 2.4 GHz Low-Noise Amplifier Housing to Suppress Higher Modes
    Pages 115-117
  • Metal Housing with Magnetic Materials
    Pages 119-147
  • PCB Shielding
    Pages 149-164
  • Shielding Effectiveness on Layers for Cables
    Pages 165-169
  • Textile Shielding Material
    Pages 171-174
  • Shielding Effectiveness of a Wire Mesh
    Pages 175-176

• Novel Future Ferrites: Hexagonal Volume Materials
  Front Matter
  Pages 177-177
• Basic Problem of Today’s EMC Ferrite Interference Suppression Materials
  Pages 179-186
• Appendix: Shielding Formulas
  Pages 187-200

About the author

Ass. Prof.(BG) Dr.-Ing. Frank Gräbner is head of the EMC/Environment/Nanotechnology division at IMG Electronic & Power Systems GmbH in Nordhausen and gives lectures on electromagnetic compatibility at the University of Rousse in Bulgaria.

ISBN:- 978-3-658-33188-7

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