Oscillator Design and Computer Simulation

Name: Oscillator Design and Computer Simulation
Price: 70.22 USD
Availability: InStock
ISBN: 9780070524156

ISBN-10: 0070524157

ISBN-13: 9780070524156

Edition: 2nd 1997

Authors: Randall W. Rhea

List price: $65.00

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Description:

With the rapid growth in telecommunications markets, this guide has been updated to reflect state-of-the-art knowledge in oscillator design. Numerous examples offer real-life perspectives.

Book details

List price: $65.00
Edition: 2nd
Copyright year: 1997
Publisher: McGraw-Hill Companies, The
Binding: Hardcover
Pages: 320
Size: 6.50" wide x 9.50" long x 1.00" tall
Weight: 1.342
Language: English

Preface	p. xiii
Analysis Fundamentals	p. 1
Voltage Transfer Functions	p. 1
Power Transfer Functions	p. 3
Scattering Parameters	p. 4
The Smith Chart	p. 8
Radially Scaled Parameters	p. 10
Matching	p. 11
Broadband Amplifier Without Feedback	p. 13
Stability	p. 16
Broadband Amplifier With Feedback	p. 18
Component Parasitics	p. 21
Amplifier With Parasitics	p. 24
References	p. 27
Oscillator Fundamentals	p. 29
Example	p. 31
Mismatch	p. 32
Relation to Classic Oscillator Theory	p. 34
Loaded Q	p. 35
L-C Resonator Configurations	p. 36
L-C Resonator Phase Shift	p. 41
Resonators as Matching Networks	p. 41
Resonator Voltage	p. 42
Transmission Line Resonators	p. 44
Re-entrance	p. 48
Quartz Crystal Resonators	p. 49
Crystal Dissipation	p. 52
Pulling Crystal Oscillators	p. 53
Ceramic Piezoelectric Resonators	p. 56
SAW Resonators	p. 58
Multiple Resonators	p. 59
Phase	p. 62
Negative Resistance Analysis	p. 65
Emitter Capacitance in Negative-R Oscillators	p. 70
Looking Through the Resonator	p. 73
Negative Resistance Oscillator Noise	p. 74
Negative Conductance Oscillators	p. 75
Stability Factor and Oscillator Design	p. 80
Output Coupling	p. 81
Pulling	p. 84
Pushing	p. 86
References	p. 86
Limiting and Starting	p. 89
Limiting	p. 89
Amplitude and Frequency Stability	p. 90
Class-A Operation	p. 91
Near-Class-A Example	p. 92
Predicting Output Level	p. 96
Output Harmonic Content	p. 102
Class-C Power Oscillators	p. 104
Starting	p. 105
Starting Time	p. 106
Bias Time Constant	p. 108
Frequency Effects of Limiting	p. 109
References	p. 110
Noise	p. 111
Single-Sideband Phase Noise	p. 111
Amplifier Noise	p. 112
Amplifier Flicker Noise	p. 113
Oscillator Noise	p. 114
Oscillator Noise Nomograph	p. 116
Residual Phase and Frequency Modulation	p. 118
Varactor Modulation Phase Noise	p. 120
Buffer Amplifiers	p. 121
Frequency Multiplication	p. 124
Discrete Sidebands	p. 124
Power Supply Noise	p. 125
Low-Noise Design Suggestions	p. 126
Typical Oscillator Noise Performance	p. 128
References	p. 131
Biasing	p. 133
Bipolar Transistor Biasing	p. 133
Simple Feedback Biasing	p. 134
One-Battery Biasing	p. 136
CC Negative Supply Biasing	p. 137
Dual Supply Biasing	p. 138
JFET Biasing	p. 139
Grounded Source	p. 139
Self-Bias	p. 140
Dual-gate FET	p. 141
Active Bipolar Biasing	p. 143
Hybrid Biasing	p. 144
References	p. 145
Computer Techniques	p. 147
Oscillator Simulation	p. 148
Simple Resonator Example	p. 149
Oscillator Synthesis	p. 153
Synthesis Example	p. 153
Analysis of the Example	p. 155
Optimization of the Example	p. 155
Noise Performance of the Example	p. 157
SPICE Analysis of Oscillators	p. 159
Loaded Q Limitation	p. 161
100MHz Loop Oscillator Measured Data	p. 161
Negative-Resistance Oscillator Computer	p. 164
Analysis Fundamentals	p. 165
Device Selection	p. 166
Circuit Enhancements	p. 168
Broad Tuning UHF VCO Example	p. 170
Frequency Tuning Linearity	p. 174
Spice Analysis of the UHF VCO	p. 177
Oscillator Starting Time	p. 178
The Oscillator Spectrum	p. 181
References	p. 182
Circuits	p. 183
Frequency Range	p. 184
Stability	p. 185
Tuning Bandwidth	p. 185
Phase Noise	p. 187
Simplicity	p. 187
General Comments	p. 187
Output Coupling	p. 189
References	p. 189
L-C Oscillators	p. 191
Capacitors	p. 191
Inductors	p. 193
L-C Colpitts Oscillator	p. 196
Output Coupling	p. 199
L-C Clapp Oscillator	p. 199
Tuning	p. 200
Output Coupling	p. 202
Circuit Vagaries	p. 202
Operating Frequency	p. 202
L-C Bipolar Transistor Oscillator	p. 202
Tuning	p. 205
Coupling Capacitor Inductance	p. 206
Controlling the Phase	p. 206
The Bipolar Amplifier	p. 207
L-C Hybrid Oscillator	p. 207
References	p. 211
Distributed Oscillators	p. 213
Negative Resistance UHF Oscillator	p. 215
Circuit Vagaries	p. 219
L-C Resonator Form	p. 220
Output Coupling	p. 220
Advantages	p. 221
Circuit Variations	p. 222
Negative-R Oscillator with Transformer	p. 224
Bipolar Cavity Oscillator	p. 225
Tuning	p. 227
Example	p. 229
Hybrid Cavity Oscillator	p. 231
References	p. 234
SAW Oscillators	p. 235
SAW Bipolar Oscillator	p. 236
Output Coupling	p. 238
SAW Hybrid Oscillator	p. 238
Tuning	p. 239
Element Values	p. 241
Output Coupling	p. 242
SAW Dual-gate FET Oscillator	p. 242
Element Values	p. 245
Output Coupling	p. 246
References	p. 246
Quartz Crystal Oscillators	p. 247
Pierce Crystal Oscillator	p. 248
Loaded Q	p. 249
Element Values	p. 250
Dissipation	p. 251
Colpitts Crystal Oscillator	p. 251
Limitations	p. 251
Element Values	p. 253
Comments	p. 254
High-Performance Crystal Oscillator	p. 254
Performance	p. 255
Low-Frequency Overtone Crystals	p. 256
Example	p. 256
Element Values	p. 258
Frequency Pulling	p. 259
Phase Noise	p. 259
AM-to-PM Conversion	p. 261
Butler Overtone Crystal Oscillator	p. 261
Pulling	p. 263
Circuit Tips	p. 264
Butler Oscillator-Multiplier	p. 265
Example	p. 266
Modulation	p. 267
References	p. 269
Case Studies	p. 271
Assumed Specifications	p. 271
Low-Noise 910-920 MHz VCO	p. 273
Initial Observations	p. 273
Noise Analysis	p. 274
Proposed Oscillator	p. 275
Test Results	p. 277
Ultra Low Cost 939 MHz VCO	p. 278
Reducing the Cost	p. 279
Test Results	p. 281
Varactorless VCO	p. 283
One Transistor Resistor and Cap VCO	p. 283
Low Harmonic, Low Load Pull VCO	p. 284
Harmonic Performance	p. 285
Output Filtering	p. 285
Resonator Coupling	p. 287
Buffering	p. 289
Measured Performance	p. 289
Noise Performance	p. 291
Higher Power Oscillator	p. 292
Initial Considerations	p. 292
Measured Results	p. 295
References	p. 296
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