Radio Frequency Circuit Design

, by W. Alan Davis (Univ. of Texas at Arlington); Krishna Agarwal (Raytheon Systems Company)

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ISBN: 9780471350521 | 0471350524
Cover: Hardcover
Copyright: 3/1/2001

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A much-needed, up-to-date guide to the rapidly growing area of RF circuit design, this book walks readers through a whole range of new and improved techniques for the analysis and design of receiver and transmitter circuits, illustrating them through examples from modern-day communications systems. The application of MMIC to RF design is also discussed.

Preface

xiii

Communication Channel

(8)

Basic Transmitter-Receiver Configuration

(2)

Information and Capacity

(3)

Dependent States

(3)

Problems

(1)

References

(1)

Resistors, Capacitors, and Inductors

(24)

Introduction

(1)

Resistors

(5)

Capacitors

(6)

Inductors

(13)

Problems

(1)

References

(2)

Impedance Matching

(18)

Introduction

(1)

The Q Factor

(1)

Resonance and Bandwidth

(2)

Unloaded Q

(1)

L Circuit Impedance Matching

(3)

π Transformation Circuit

(2)

T Transformation Circuit

(1)

Tapped Capacitor Transformer

(3)

Parallel Double-Tuned Transformer

(6)

Problems

(1)

References

(1)

Multiport Circuit Parameters and Transmission Lines

(33)

Voltage-Current Two-Port Parameters

(2)

ABCD Parameters

(1)

Image Impedance

(5)

The Telegrapher's Equations

(2)

The Transmission Line Equation

(2)

The Smith Chart

(2)

Commonly Used Transmission Lines

(9)

Scattering Parameters

(4)

The Indefinite Admittance Matrix

(2)

The Indefinite Scattering Matrix

(4)

Problems

(1)

References

(2)

Filter Design and Approximation

(21)

Introduction

(1)

Ideal and Approximate Filter Types

(4)

Transfer Function and Basic Filter Concepts

(1)

Ladder Network Filters

(5)

The Elliptic Filter

(1)

Matching between Unequal Resistances

(10)

Problems

104

(1)

References

104

(1)

Transmission Line Transformers

105

(17)

Introduction

105

(1)

Ideal Transmission Line Transformers

106

(4)

Transmission Line Transformer Synthesis

110

(1)

Electrically Long Transmission Line Transformers

111

(4)

Baluns

115

(2)

Dividers And Combiners

117

(5)

Problems

121

(1)

References

121

(1)

Class A Amplifiers

122

(22)

Introduction

122

(1)

Definition of Gain [2]

122

(1)

Transducer Power Gain of a Two-Port

123

(1)

Power Gain Using S Parameters

124

(3)

Simultaneous Match for Maximum Power Gain

127

(2)

Stability

129

(10)

Class A Power Amplifiers

139

(2)

Power Combining of Power Amplifiers

141

(3)

Problems

142

(1)

References

143

(1)

Noise

144

(24)

Sources of Noise

144

(1)

Thermal Noise

145

(3)

Shot Noise

148

(1)

Noise Circuit Analysis

149

(2)

Amplifier Noise Characterization

151

(1)

Noise Measurement

152

(1)

Noisy Two-Ports

153

(1)

Two-Port Noise Figure Derivation

154

(4)

The Fukui Noise Model for Transistors

158

(3)

Properties of Cascaded Amplifiers

161

(3)

Amplifier Design for Optimum Gain and Noise

164

(4)

Problems

166

(1)

References

166

(2)

RF Power Amplifiers

168

(27)

Transistor Configurations

168

(1)

The Class B Amplifier

169

(9)

The Class C Amplifier

178

(5)

Class C Input Bias Voltage

183

(1)

The Class D Power Amplifier

184

(1)

The Class F Power Amplifier

185

(6)

Feed-Forward Amplifiers

191

(4)

Problems

193

(1)

References

193

(2)

Oscillators and Harmonic Generators

195

(27)

Oscillator Fundamentals

195

(2)

Feedback Theory

197

(1)

Two-Port Oscillators with External Feedback

197

(5)

Practical Oscillator Example

202

(2)

Minimum Requirements of the Reflection Coefficient

204

(2)

Common Gate (Base) Oscillators

206

(4)

Stability of an Oscillator

210

(4)

Injection-Locked Oscillators

214

(2)

Harmonic Generators

216

(6)

Problems

221

(1)

References

221

(1)

RF Mixers

222

(25)

Nonlinear Device Characteristics

222

(4)

Figures of Merit for Mixers

226

(1)

Single-Ended Mixers

227

(1)

Single-Balanced Mixers

228

(2)

Double-Balanced Mixers

230

(5)

Double-Balanced Transistor Mixers

235

(5)

Spurious Response

240

(3)

Single-Sideband Noise Figure and Noise Temperature

243

(4)

Problems

246

(1)

References

246

(1)

Phase Lock Loops

247

(31)

Introduction

247

(1)

PLL Design Background

247

(1)

PLL Applications

248

(1)

PLL Basics

249

(1)

Loop Design Principles

250

(1)

PLL Components

251

(4)

Linear Analysis of the PLL [1]

255

(4)

Locking a Phase Lock Loop

259

(2)

Loop Types

261

(2)

Negative Feedback in a PLL

263

(1)

PLL Design Equations

264

(6)

PLL Oscillators

270

(1)

Phase Detector Types

271

(3)

Design Examples

274

(4)

Problems

277

(1)

References

277

(1)

Emerging Technology

278

(45)

Introduction

278

(2)

Bandwidth

280

(1)

Spectrum Conservation

280

(1)

Mobility

281

(1)

Wireless Internet Access

282

(1)

Key Technologies

283

(2)

References

284

(1)

Appendixes

A Example of a Solenoid Design

285

(1)

B Analytical Spiral Inductor Model

286

(4)

C Double-Tuned Matching Circuit Example

290

(2)

D Two-Port Parameter Conversion

292

(4)

E Termination of a Transistor Port with a Load

296

(4)

F Transistor and Amplifier Formulas

300

(5)

G Transformed Frequency Domain Measurements Using Spice

305

(14)

Single-Tone Intermodulation Distortion Suppression for Double-Balanced Mixers

319

(4)

Index

323

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Radio Frequency Circuit Design

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Table of Contents

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