Electromagnetics Explained: A Handbook for Wireless/ RF, EMC, and High-Speed Electronics

Front Cover
Newnes, May 13, 2002 - Computers - 359 pages
*Covers topics using conceptual explanations and over 150 lucid figures, in place of complex mathematics
*Demystifies antennas, waveguides, and transmission line phenomena
*Provides the foundation necessary to thoroughly understand signal integrity issues associated with high-speed digital design

Written for engineers by an engineer, Electromagnetics Explained will teach you everything you need to know about RF/high-speed design and electromagnetic fields. Learn hands-on, practical solutions to EMI/EMC that you can apply immediately to your projects and products. Incorporating practical viewpoints substituted for mathematical theory, this book is accessible to technologists and technicians in addition to engineers, demystifying topics often considered "black magic". Through straight-forward analogies and interesting examples ranging from lightning to electric guitars, the author provides an explanation of electromagnetic fields that is not only practical and informative, but also fascinating and exciting. Even readers with no background in electromagnetics will gain a deep and intuitive knowledge of the subject.

Based on familiar circuit theory and basic physics, this book serves as an invaluable reference for both analog and digital engineers alike. For those who work with analog RF, this book is a must-have resource. With computers and networking equipment of the 21st century running at such high frequencies, it is now crucial for digital designers to understand electromagnetic fields, radiation and transmission lines. This knowledge is necessary for maintaining signal integrity and achieving EMC compliance. Since many digital designers are lacking in analog design skills, let alone electromagnetics, an easy-to-read but informative book on electromagnetic topics should be considered a welcome addition to their professional libraries.
 

Contents

III
1
V
3
VI
8
VIII
9
IX
12
XI
16
XIII
18
XIV
20
XCVI
172
XCVII
173
XCVIII
175
XCIX
177
C
181
CI
182
CII
183
CIII
184

XV
21
XVI
25
XVIII
26
XIX
28
XX
30
XXI
32
XXII
33
XXIII
34
XXIV
38
XXV
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XXVI
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XXVII
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XXIX
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XXXI
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XXXII
56
XXXIII
68
XXXIV
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XXXV
73
XXXVI
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XXXVIII
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XL
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XLI
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XLII
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XLIV
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XLV
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XLVII
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XLVIII
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XLIX
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L
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LI
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LIII
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LIV
94
LV
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LVII
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LIX
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LXI
102
LXII
105
LXIII
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LXIV
108
LXV
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LXVII
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LXVIII
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LXX
124
LXXI
125
LXXII
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LXXIII
130
LXXIV
133
LXXVI
134
LXXVII
139
LXXIX
142
LXXX
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LXXXI
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LXXXII
149
LXXXIII
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LXXXV
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LXXXVI
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LXXXVIII
155
LXXXIX
157
XC
159
XCI
161
XCII
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XCIII
165
XCIV
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XCV
171
CIV
190
CVI
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CVII
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CVIII
204
CX
205
CXI
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CXII
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CXIII
213
CXIV
214
CXV
217
CXVI
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CXVII
219
CXVIII
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CXIX
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CXXI
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CXXIII
231
CXXV
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CXXVI
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CXXVII
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CXXVIII
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CXXIX
244
CXXX
245
CXXXI
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CXXXIII
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CXXXIV
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CXXXV
251
CXXXVI
252
CXXXVII
255
CXXXVIII
257
CXXXIX
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CXL
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CXLI
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CXLII
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CXLIII
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CXLIV
267
CXLV
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CXLVII
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CXLVIII
271
CXLIX
278
CL
282
CLIII
283
CLIV
285
CLV
286
CLVII
287
CLX
290
CLXI
296
CLXII
307
CLXIV
311
CLXV
313
CLXVI
316
CLXVII
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CLXVIII
321
CLXX
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CLXXI
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CLXXII
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CLXXIII
326
CLXXIV
327
CLXXV
331
CLXXVII
338
CLXXVIII
343
CLXXX
349
CLXXXI
353
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About the author (2002)

Ron Schmitt is the director of electrical engineering support for Sensor Research and Development Corp. in Orono, Maine. He manages the group responsible for electronics design for chemical-sensor research and products. He has a BSEE from Cornell University and an MSEE from the University of Pennsylvania. He is currently a PhD candidate at the University of Maine.