Practical RF Circuit Design for Modern Wireless Systems(ARTECH HOUSE, INC.)

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【文件名】:Artech House - Practical Rf Circuit Design for Modern Wireless Systems, Active Circuits and Systems_Vol2.part1.rar
【格　式】:rar
【大　小】:4000K
【简　介】:
介绍射频电路设计实际应用的书，ARTECH HOUSE出版，内容如下，请慎重下载，分两部份，要全部下载。

【目　录】:
CONTENTS
1.10 Circuit layout considerations 71
1.11 Summary 74
1.12 Problems 74
References 75
Selected bibliography 76
3 Active RF devices and their modeling 147
3.1 The diode model 148
3.2 Two-port device models 150
3.2.1 The output terminals of a two-port RF device 150
3.2.2 The bipolar transistor 153
3.2.3 The heterojunction bipolar transistor 173
3.2.4 The GaAs MESFET 177
3.2.5 The high-electron mobility transistor 184
3.2.6 Silicon LDMOS and CMOS technologies 187
3.3 Problems 190
References 190
4 Nonlinear circuit simulation techniques 193
4.1 Classification of nonlinear circuit simulators 193
4.1.1 Analytical methods 194
4.1.2 Time-domain methods 194
4.1.3 Hybrid time- and frequency-domain techniques—
harmonic balance 197
4.1.4 Frequency-domain techniques 200
4.2 The harmonic balance method 202
4.3 Harmonic balance analysis of oscillators 207
4.3.1 Oscillator analysis using probes 208
4.3.2 Oscillator analysis using reflection coefficients of the
device and resonant load 209
4.3.3 Oscillator analysis using a directional coupler to measure
open-loop gain 214
References 215
5 High-power RF transistor amplifier design 217
5.1 Nonlinear concepts 217
5.1.1 Some nonlinear phenomena 220
5.2 Quasi-linear power amplifier design 223
5.2.1 The amplifier load line 224
5.2.2 Load pull methods 232
5.3 Categories of amplifiers 243
5.3.1 Class-A amplifier 243
5.3.2 Class-B amplifier 248
5.3.3 Class-F amplifier 257
5.3.4 Comparison of class-A, class-B, class-F, and other
operational modes 265
5.3.5 Switching-mode amplifiers 271
5.3.6 Cascaded power amplifier design 278
CONTENTS ix
5.4 Power amplifier design example 280
5.4.1 Transistor selection 281
5.4.2 Transistor characterization 282
5.4.3 Matching the input and output of the device 286
5.4.4 Harmonic tuning example 296
5.5 Bias considerations 298
5.5.1 Bias changes at the input 298
5.5.2 Bias changes at the output 302
5.5.3 Bias considerations with power devices 304
5.6 Distortion reduction 307
5.6.1 The importance of amplifier linearity 309
5.6.2 Operating the amplifier backed off 311
5.6.3 Predistortion 312
5.6.4 Feedforward cancellation 317
5.6.5 Device modification 319
5.6.6 System-level reduction of distortion 325
5.7 Problems 328
References 334
6 Oscillators 337
6.1 Principles of oscillator design 338
6.1.1 Two-port oscillator design approach 338
6.1.2 One-port oscillator design approach 349
6.1.3 Transistor oscillator configurations 373
6.1.4 Characterizing oscillator phase noise 390
6.2 Oscillator design examples 404
6.2.1 45.455-MHz Colpitts crystal oscillator design 404
6.2.2 Design of a 3.7- to 4.2-GHz voltage-controlled oscillator 410
6.3 Problems 429
References 431
7 Mixers and frequency multipliers 433
7.1 Mixer overview and their applications in systems 433
7.2 Diode mixers and their topologies 442
7.2.1 Single-ended mixer 443
7.2.2 Single-balanced mixer 445
7.2.3 Double-balanced mixer 451
7.2.4 The image problem in mixers 455
7.2.5 Harmonic components in mixers 460
7.3 Transistor mixer design 464
7.3.1 Active transistor mixers 464
7.3.2 Resistive FET mixers 488
7.3.3 Dual-gate FET mixers 494
7.3.4 Comparison of mixers 500
x CONTENTS
7.4 Frequency multipliers—an overview 501
7.4.1 Frequency doublers 502
7.4.2 Arbitrary frequency multiplication 505
7.5 Problems 506
References 507
8 Circuits in systems—radio system applications 509
8.1 Mobile telephony systems 509
8.1.1 Second generation mobile systems 510
8.1.2 Third generation mobile systems 512
8.2 Software-defined radio 515
8.2.1 RF digital processing 515
8.2.2 Digital processing of a wideband IF 517
8.2.3 Digital processing at baseband (direct conversion) 518
8.2.4 Transceiver issues associated with software-defined radio 520
8.3 A 1.9-GHz radio chip set: design overview 522
8.3.1 The air interface specification for PHS 522
8.3.2 Component specification 523
8.3.3 Component design 525
8.4 Integrated system chips: an overview 531
8.4.1 RF receiver front ends 532
8.4.2 RF upconverters and transmitter driver amplifiers 536
8.4.3 Transceiver and complete radio solutions 538
8.4.4 Power amplifier modules 543
8.5 Conclusion 544
References 545
Appendix 547
Summary of Basic Formulas – 1 547
Summary of Basic Formulas – 2 549

wave

第二部分，记住两部份要一起下。
【文件名】:Artech House - Practical Rf Circuit Design for Modern Wireless Systems, Active Circuits and Systems_Vol2.part2.rar
【格　式】:rar
【大　小】:3307K
【简　介】:
【目　录】:

wave

各位，请不要购买，网页打不开，好像压缩文件传都有这样的问题，请版主检查一下。

fortranss

<P>版主，还我钱来！文件打不开。</P>

vangreensvan

还好没有下。