Davis and Agarwal -- Radio Frequency Circuit Design

zzz138

good.

nikka

Wonderful book but wherer is it from?

nikka

Contents
Prefacexiii
1 Communication Channel 1
1.1BasicTransmitter–ReceiverConfiguration1
1.2InformationandCapacity3
1.3DependentStates6
Problems8
References8
2 Resistors, Capacitors, and Inductors 9
2.1Introduction9
2.2Resistors9
2.3Capacitors14
2.4Inductors20
Problems31
References31
3 Impedance Matching 33
3.1Introduction33
3.2The Q Factor33
3.3ResonanceandBandwidth34
3.4Unloaded Q 36
3.5 L CircuitImpedanceMatching36
3.6 TransformationCircuit39
3.7 T TransformationCircuit41
3.8TappedCapacitorTransformer42
3.9ParallelDouble-TunedTransformer45
Problems49
References50
vii

4 Multiport Circuit Parameters and Transmission Lines 51
4.1Voltage–CurrentTwo-PortParameters51
4.2 ABCD Parameters53
4.3ImageImpedance54
4.4TheTelegrapher’sEquations59
4.5TheTransmissionLineEquation61
4.6TheSmithChart63
4.7CommonlyUsedTransmissionLines65
4.8ScatteringParameters74
4.9TheIndefiniteAdmittanceMatrix78
4.10TheIndefiniteScatteringMatrix80
Problems82
References82
5 Filter Design and Approximation 84
5.1Introduction84
5.2IdealandApproximateFilterTypes84
5.3TransferFunctionandBasicFilterConcepts88
5.4LadderNetworkFilters89
5.5TheEllipticFilter94
5.6MatchingbetweenUnequalResistances95
Problems104
References104
6 Transmission Line Transformers 105
6.1Introduction105
6.2IdealTransmissionLineTransformers106
6.3TransmissionLineTransformerSynthesis110
6.4ElectricallyLongTransmissionLineTransformers111
6.5Baluns115
6.6DividersAndCombiners117
Problems121
References121
7 Class A Amplifiers 122
7.1Introduction122
7.2DefinitionofGain[2]122
7.3TransducerPowerGainofaTwo-Port123
7.4PowerGainUsing S Parameters124
7.5SimultaneousMatchforMaximumPowerGain127
7.6Stability129
7.7ClassAPowerAmplifiers139

7.8PowerCombiningofPowerAmplifiers141
Problems142
References143
8 Noise 144
8.1SourcesofNoise144
8.2ThermalNoise145
8.3ShotNoise148
8.4NoiseCircuitAnalysis149
8.5AmplifierNoiseCharacterization151
8.6NoiseMeasurement152
8.7NoisyTwo-Ports153
8.8Two-PortNoiseFigureDerivation154
8.9TheFukuiNoiseModelforTransistors158
8.10PropertiesofCascadedAmplifiers161
8.11AmplifierDesignforOptimumGainandNoise164
Problems166
References166
9 RF Power Amplifiers 168
9.1TransistorConfigurations168
9.2TheClassBAmplifier169
9.3TheClassCAmplifier178
9.4ClassCInputBiasVoltage183
9.5TheClassDPowerAmplifier184
9.6TheClassFPowerAmplifier185
9.7Feed-ForwardAmplifiers191
Problems193
References193
10OscillatorsandHarmonicGenerators195
10.1OscillatorFundamentals195
10.2FeedbackTheory197
10.3Two-PortOscillatorswithExternalFeedback197
10.4PracticalOscillatorExample202
10.5MinimumRequirementsoftheReflectionCoefficient204
10.6CommonGate(Base)Oscillators206
10.7StabilityofanOscillator210
10.8Injection-LockedOscillators214
10.9HarmonicGenerators216
Problems221
References221

11RFMixers222
11.1NonlinearDeviceCharacteristics222
11.2FiguresofMeritforMixers226
11.3Single-EndedMixers227
11.4Single-BalancedMixers228
11.5Double-BalancedMixers230
11.6Double-BalancedTransistorMixers235
11.7SpuriousResponse240
11.8Single-SidebandNoiseFigureandNoiseTemperature243
Problems246
References246
12PhaseLockLoops247
12.1Introduction247
12.2PLLDesignBackground247
12.3PLLApplications248
12.4PLLBasics249
12.5LoopDesignPrinciples250
12.6PLLComponents251
12.7LinearAnalysisofthePLL[1]255
12.8LockingaPhaseLockLoop259
12.9LoopTypes261
12.10NegativeFeedbackinaPLL263
12.11PLLDesignEquations264
12.12PLLOscillators270
12.13PhaseDetectorTypes271
12.14DesignExamples274
Problems277
References277
13EmergingTechnology278
13.1Introduction278
13.2Bandwidth280
13.3SpectrumConservation280
13.4Mobility281
13.5WirelessInternetAccess282
13.6KeyTechnologies283
References284
Appendixes
A.ExampleofaSolenoidDesign285
B.AnalyticalSpiralInductorMode

topic

netking

Thanks & Great