Details
EMC-Compatible Shielding
Magnetic Materials for Shielding - Practical Examples - Device Design
96,29 € |
|
Verlag: | Springer |
Format: | |
Veröffentl.: | 19.05.2021 |
ISBN/EAN: | 9783658331894 |
Sprache: | englisch |
Dieses eBook enthält ein Wasserzeichen.
Beschreibungen
<div>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.</div>
<p>EMC legislation, standardization.- Basics of magnetic materials for EMC.- Volume materials.- Nanomaterials.- Practical examples of shielding and design notes.- Nanoshielding.- LF shielding.- Double shielding.- Polymer housing.- Metal housing with magnetic materials.- Shielding of printed circuit boards.- Coaxial cable shielding.- Textile shielding material.- Shielding attenuation of a wire braid.- Basic problem of today's EMC ferrites.- Novel future ferrites.</p>
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.
<p>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. <b></b></p><p> </p>This book is a translation of the original German 3<sup>rd</sup> edition <i>EMV-gerechte Schirmung</i> by Frank Gräbner, published by Springer Fachmedien Wiesbaden GmbH, part of Springer Nature 2016. The translation was done with the help of artificial intelligence (machine translation by the service DeepL.com). A subsequent human revision was done primarily in terms of content, so that the book will read stylistically differently from a conventional translation. Springer Nature works continuously to further the development of tools for the production of books and on the related technologies to support the authors.<p></p>
<p>The contents</p>
<p>- EMC legislation, standardization</p>
<p>- Fundamentals of magnetic materials for EMC</p>
<p>- Volume Materials</p>
<p>- Nanomaterials</p>
- Practical examples of shielding and design tips<p></p>
<p>- Nanoshielding </p>
<p>- NF shielding</p>
<p>- double screen</p>
<p>- Polymer Housings</p>
<p>- Metal housing with magnetic materials</p>
<p>- PCB Shielding</p>
<p>- Coaxial cable shield</p>
<p>- Textile screen material</p>
<p>- Shielding of a wire braid</p>
<p>- Basic problem of today's EMV ferrite</p>
<p>- Novel future ferrites</p>
<p>The target groups</p>
<p>Engineers, natural scientists, students, researchers and specialists in the fields: physics, electrical engineering, information technology,communication technology, HF technology, materials science and chemistry</p>
<p>The Author<br> Ass. Prof.(BG) Dr.-Ing. Frank Gräbner is head of the EMC/Environment/Nanotechnology department at IMG Electronic & Power Systems GmbH in Nordhausen and gives lectures on electromagnetic compatibility at the University of Rousse in Bulgaria.</p><p></p><p></p><p></p><p></p>
<p>The contents</p>
<p>- EMC legislation, standardization</p>
<p>- Fundamentals of magnetic materials for EMC</p>
<p>- Volume Materials</p>
<p>- Nanomaterials</p>
- Practical examples of shielding and design tips<p></p>
<p>- Nanoshielding </p>
<p>- NF shielding</p>
<p>- double screen</p>
<p>- Polymer Housings</p>
<p>- Metal housing with magnetic materials</p>
<p>- PCB Shielding</p>
<p>- Coaxial cable shield</p>
<p>- Textile screen material</p>
<p>- Shielding of a wire braid</p>
<p>- Basic problem of today's EMV ferrite</p>
<p>- Novel future ferrites</p>
<p>The target groups</p>
<p>Engineers, natural scientists, students, researchers and specialists in the fields: physics, electrical engineering, information technology,communication technology, HF technology, materials science and chemistry</p>
<p>The Author<br> Ass. Prof.(BG) Dr.-Ing. Frank Gräbner is head of the EMC/Environment/Nanotechnology department at IMG Electronic & Power Systems GmbH in Nordhausen and gives lectures on electromagnetic compatibility at the University of Rousse in Bulgaria.</p><p></p><p></p><p></p><p></p>
Develop EMC-compatible with 16 shielding rules Current analysis methods and precise material synthesis Understanding the effect of a magnetic material as shielding
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