An Introduction to Radio Frequency Engineering: Intro.JPG

An Introduction to Radio Frequency Engineering (Hardcover)by Christopher Coleman (Author)


Hardcover: 332 pages Publisher: Cambridge University Press (June 21, 2004) Language: English ISBN-10: 0521834813 ISBN-13: 978-0521834810

Review
'... this book is timely and could well provide third-to-fifth-year electronics students an added interest in their work but, more importantly, a means for qualified engineers in industry to update their knowledge in this specialised field. ... the book is well-printed and robustly bound with a colourful glossy cover. The print is easy-to-read on a good quality, crisp, paper and the numerous line drawings are excellent in quality.' Circuit World 'This book provides an excellent introduction to radio frequency engineering, using a straightforward and easily understood approach combined with numerous worked examples, illustrations and homework problems ... The book provides a broad coverage of RF systems, circuit design, antennas, propagation and digital techniques ... Material in the book has been carefully chosen to provide a basic training in radio frequency and a springboard for more advanced students ... Written for upper-level undergraduate courses, it also provides an excellent introduction to the subject for graduate students, researchers and practicing engineers.' Iasi Polytechnic Magazine

Review
"His approach gives readers a strong theoretical foundation by using a minimum of mathematics and numerous examples, illustrations, and homework problems. This well-written book is intended for upper-level electrical engineering undergraduates, graduate students, researchers, and practicing engineers. Recommended for libraries associated with electrical engineering academic programs. Highly recommended." F.A. Cassara, Polytechnic University, CHOICE

Contents

List of figures page xi
Preface xxi
Acknowledgements xxii
1 Basic concepts 1
1.1 Radio waves 1
1.2 Noise 9
1.3 Sensitivity and selectivity 13
1.4 Non-linearity in RF systems 14
1.5 Digital modulation 19
1.6 Spread spectrum systems 20
1.7 Cellular radio 23
1.8 Radar systems 24
2 Frequency selective circuits and matching 28
2.1 Series resonant circuits 28
2.2 Parallel resonant circuits 33
2.3 Inductive transformers 34
2.4 Tuned transformers 36
2.5 Capacitive transformers 37
2.6 L-network matching 38
2.7 π-and T-networks 39
2.8 Matching examples 41
2.9 Component reality 44
3 Active devices and amplifiers 49
3.1 The semiconductor diode 49
3.2 Bipolar junction transistors 50
vii
viii Contents
3.3 The Miller effect and BJT amplifiers 57
3.4 Differential amplifiers 64
3.5 Feedback 67
3.6 Field-effect transistors 71
3.7 FET amplifiers 76
3.8 Amplifier noise 82
4 Mixers, modulators and demodulators 86
4.1 Diode mixers 86
4.2 Transistor mixers 89
4.3 Transconductance mixers 93
4.4 Amplitude modulation 95
4.5 Angle modulation 101
4.6 Gain and amplitude control 103
4.7 A simple receiver design 105
5 Oscillators and phase locked loops 108
5.1 Feedback 108
5.2 The Colpitts oscillator 109
5.3 Stability and phase noise in oscillators 117
5.4 Voltage controlled oscillators 120
5.5 Negative resistance approach to oscillators 121
5.6 Phase locked loops 123
5.7 Analysis of a phase locked loop 123
5.8 Phase locked loop components 125
5.9 Phase locked loop applications 127
6 Transmission lines and scattering matrices 132
6.1 The transmission line model 132
6.2 Time-harmonic variations 135
6.3 Real transmission lines 139
6.4 Impedance transformation 142
6.5 Reflection coefficients 145
6.6 S parameters 148
6.7 S parameter amplifier design 154
6.8 The measurement of S parameters 161
ix Contents
6.9 Some useful multiport networks 162
6.10 Reflection coefficient approach to microwave oscillators 166
7 Power amplifiers 171
7.1 Class A 171
7.2 Class B 173
7.3 Class C 176
7.4 Class E 178
7.5 A design example 179
7.6 Transmission line transformers 181
8 Filters 187
8.1 Filter characteristics 187
8.2 Low- and high-pass filters 191
8.3 Band-pass filters 194
8.4 Conversion of filters to microstrip form 196
9 Electromagnetic waves 204
9.1 Maxwell’s equations 204
9.2 Power flow 206
9.3 Electromagnetic waves 206
9.4 Oblique incidence 215
9.5 Guided wave propagation 218
9.6 Wave sources 224
10 Antennas 228
10.1 Dipole antennas 228
10.2 Effective length and gain 235
10.3 The monopole antenna 238
10.4 Feeding an antenna 243
10.5 Array antennas 247
10.6 Travelling wave antennas 258
10.7 Aperture antennas 260
10.8 Patch antennas 261
x Contents
11 Propagation 266
11.1 Reciprocity theorem 266
11.2 Some consequences of reciprocity 269
11.3 Line-of-sight propagation and reflections 271
11.4 Diffraction 275
11.5 Refraction 277
11.6 Ground wave propagation 286
11.7 Propagation by scattering 287
12 Digital techniques in radio 293
12.1 The processing of digitised signals 293
12.2 Analogue-to-digital conversion 298
12.3 Digital receivers 301
12.4 Direct digital synthesis 305
Index 307

An Introduction to Radio Frequency Engineering.part2
共2个部分

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[ 本帖最后由 drjiachen 于 2008-11-10 22:34 编辑 ]

An Introduction to Radio Frequency Engineering.part1
共2个部分

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An Introduction to Radio Frequency Engineering.part2

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