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Tables of Contents for Radio Frequency Circuit Design
Chapter/Section Title
Page #
Page Count
Preface
xiii
Communication Channel
1
8
Basic Transmitter-Receiver Configuration
1
2
Information and Capacity
3
3
Dependent States
6
3
Problems
8
1
References
8
1
Resistors, Capacitors, and Inductors
9
24
Introduction
9
1
Resistors
9
5
Capacitors
14
6
Inductors
20
13
Problems
31
1
References
31
2
Impedance Matching
33
18
Introduction
33
1
The Q Factor
33
1
Resonance and Bandwidth
34
2
Unloaded Q
36
1
L Circuit Impedance Matching
36
3
π Transformation Circuit
39
2
T Transformation Circuit
41
1
Tapped Capacitor Transformer
42
3
Parallel Double-Tuned Transformer
45
6
Problems
49
1
References
50
1
Multiport Circuit Parameters and Transmission Lines
51
33
Voltage-Current Two-Port Parameters
51
2
ABCD Parameters
53
1
Image Impedance
54
5
The Telegrapher's Equations
59
2
The Transmission Line Equation
61
2
The Smith Chart
63
2
Commonly Used Transmission Lines
65
9
Scattering Parameters
74
4
The Indefinite Admittance Matrix
78
2
The Indefinite Scattering Matrix
80
4
Problems
82
1
References
82
2
Filter Design and Approximation
84
21
Introduction
84
1
Ideal and Approximate Filter Types
84
4
Transfer Function and Basic Filter Concepts
88
1
Ladder Network Filters
89
5
The Elliptic Filter
94
1
Matching between Unequal Resistances
95
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