Radio Engineering for Wireless Communication and Sensor Applications

sunnyycc

本该免费的，但是新手刚来奇缺RDB，换点RDB用用了。谢谢！
【文件名】:06820@52RD_Radio Engineering for Wireless Communication and Sensor Applications.rar
【格　式】:rar
【大　小】:4049K
【简　介】:
【目　录】:


Contents
Preface xv
Acknowledgments xvii
1 Introduction to Radio Waves and Radio
Engineering 1
1.1 Radio Waves as a Part of the Electromagnetic
Spectrum 1
1.2 What Is Radio Engineering? 4
1.3 Allocation of Radio Frequencies 4
1.4 History of Radio Engineering from Maxwell
to the Present 6
References 9
2 Fundamentals of Electromagnetic Fields 11
2.1 Maxwell’s Equations 11
2.1.1 Maxwell’s Equations in Case of Harmonic
Time Dependence 14
2.1.2 Interpretations of Maxwell’s Equations 15
vii
viii Radio Engineering for Wireless Communication and Sensor Applications
2.2 Fields in Media 17
2.3 Boundary Conditions 20
2.4 Helmholtz Equation and Its Plane Wave
Solution 22
2.5 Polarization of a Plane Wave 26
2.6 Reflection and Transmission at a Dielectric
Interface 28
2.7 Energy and Power 31
References 33
3 Transmission Lines and Waveguides 35
3.1 Basic Equations for Transmission Lines and
Waveguides 38
3.2 Transverse Electromagnetic Wave Modes 40
3.3 Transverse Electric and Transverse Magnetic
Wave Modes 42
3.4 Rectangular Waveguide 44
3.4.1 TE Wave Modes in Rectangular Waveguide 44
3.4.2 TM Wave Modes in Rectangular Waveguide 50
3.5 Circular Waveguide 52
3.6 Optical Fiber 56
3.7 Coaxial Line 58
3.8 Microstrip Line 61
3.9 Wave and Signal Velocities 65
3.10 Transmission Line Model 66
References 68
x Radio Engineering for Wireless Communication and Sensor Applications
6.2.2 Faraday Rotation 131
6.2.3 Isolators 133
6.2.4 Circulators 134
6.3 Other Passive Components and Devices 134
6.3.1 Terminations 135
6.3.2 Attenuators 136
6.3.3 Phase Shifters 138
6.3.4 Connectors and Adapters 138
References 139
7 Resonators and Filters 141
7.1 Resonators 141
7.1.1 Resonance Phenomenon 142
7.1.2 Quality Factor 142
7.1.3 Coupled Resonator 144
7.1.4 Transmission Line Section as a Resonator 147
7.1.5 Cavity Resonators 149
7.1.6 Dielectric Resonators 153
7.2 Filters 154
7.2.1 Insertion Loss Method 155
7.2.2 Design of Microwave Filters 161
7.2.3 Practical Microwave Filters 166
References 169
8 Circuits Based on Semiconductor Devices 171
8.1 From Electron Tubes to Semiconductor
Devices 171
8.2 Important Semiconductor Devices 172
8.2.1 Diodes 172
8.2.2 Transistors 177
8.3 Oscillators 180
TEAMFLY
Team-Fly®
Contents xi
8.4 Amplifiers 184
8.4.1 Design of Small-Signal and Low-Noise
Amplifiers 184
8.4.2 Effect of Nonlinearities and Design of Power
Amplifiers 191
8.4.3 Reflection Amplifiers 192
8.5 Frequency Converters (Mixers) and Frequency
Multipliers 193
8.5.1 Mixers 194
8.5.2 Frequency Multipliers 197
8.6 Detectors 198
8.7 Monolithic Microwave Circuits 201
References 202
9 Antennas 205
9.1 Fundamental Concepts of Antennas 205
9.2 Calculation of Radiation from Antennas 212
9.3 Radiating Current Element 214
9.4 Dipole and Monopole Antennas 217
9.5 Other Wire Antennas 222
9.6 Radiation from Apertures 225
9.7 Horn Antennas 232
9.8 Reflector Antennas 234
9.9 Other Antennas 236
9.10 Antenna Arrays 239
9.11 Matching of Antennas 242
9.12 Link Between Two Antennas 242
References 245
xii Radio Engineering for Wireless Communication and Sensor Applications
10 Propagation of Radio Waves 247
10.1 Environment and Propagation Mechanisms 247
10.2 Tropospheric Attenuation 249
10.3 Bending (Refraction) of Radio Waves in
Troposphere 252
10.4 LOS Path 255
10.5 Reflection from Ground 257
10.6 Multipath Propagation in Cellular Mobile
Radio Systems 260
10.7 Propagation Aided by Scattering: Scatter Link 263
10.8 Propagation via Ionosphere 265
10.9 Propagation as a Ground (Surface) Wave 267
References 270
11 Radio System 271
11.1 Transmitters and Receivers 271
11.2 Noise 275
11.2.1 Receiver Noise 275
11.2.2 Antenna Noise Temperature 284
11.3 Modulation and Demodulation of Signals 287
11.3.1 Analog Modulation 288
11.3.2 Digital Modulation 297
11.4 Radio Link Budget 304
References 306
Contents xiii
12 Applications 307
12.1 Broadcasting 307
12.1.1 Broadcasting in Finland 308
12.1.2 Broadcasting Satellites 310
12.2 Radio Link Systems 312
12.2.1 Terrestrial Radio Links 312
12.2.2 Satellite Radio Links 314
12.3 Wireless Local Area Networks 314
12.4 Mobile Communication 317
12.5 Radionavigation 320
12.5.1 Hyperbolic Radionavigation Systems 320
12.5.2 Satellite Navigation Systems 323
12.5.3 Navigation Systems in Aviation 326
12.6 Radar 328
12.6.1 Pulse Radar 328
12.6.2 Doppler Radar 332
12.6.3 Frequency-Modulated Radar 334
12.6.4 Surveillance and Tracking Radars 335
12.7 Remote Sensing 336
12.7.1 Radiometry 337
12.7.2 Total Power Radiometer and Dicke
Radiometer 340
12.7.3 Remote-Sensing Radar 343
12.8 Radio Astronomy 345
12.8.1 Radio Telescopes and Receivers 346
12.8.2 Antenna Temperature of Radio Sources 349
12.8.3 Radio Sources in the Sky 350
xiv Radio Engineering for Wireless Communication and Sensor Applications
12.9 Sensors for Industrial Applications 353
12.9.1 Transmission Sensors 354
12.9.2 Resonators 354
12.9.3 Reflection Sensors 355
12.9.4 Radar Sensors 355
12.9.5 Radiometer Sensors 356
12.9.6 Imaging Sensors 356
12.10 Power Applications 356
12.11 Medical Applications 357
12.11.1 Thermography 358
12.11.2 Diathermy 359
12.11.3 Hyperthermia 359
12.12 Electronic Warfare 359
12.12.1 ES 360
12.12.2 EA 360
12.12.3 EP 361
References 361

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sunnyycc

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