PrefacetotheSecondEdition
PrefacetotheFirstEdition
1ANONLINEARHISTORYOFRADIO
1.Introduction
2.MaxwelladnHertz
4.BirthoftheVacuumtube
5.ArmstrongandtheRegenerativeAmplifer/Detector/Oscillator
6.otherRadioCircuits
7.ArmstrongandtheSuperregenerator
8.OlegLosevandthefirstSolid-StateAmplifier
9.Epilog
10.ApppendixA:AVacuumTubePrimer
11.appendixB:WhoReallyInventedRadio?
2OVERVIEWOFWIRELESSPRINCIPLES
1.ABrief,IncompleteHistoryofWirelessSystems
2.NoncellularWirelessApplications
3.shannon,Modulations,andAlphabetSoup
4.propagation
5.someClosingComments
6.Appendix:CharacteristicsofOtherWirelesssystems
3PASSIVERLCNETWORKS
1.Introduction
2.ParallelRLCTank
3.SeriesRLCNetworks
4.OtherResonantRLCNetworks
5.RLCNetworksasImpedanceTransformers
6.Examples
ProblemSct
4CHARACTERISTICSOFPASSIVEICCOMPONENTS
1.Introduction
2.InterconnctatRadiofrequencies:SkinEffect
3.Resistors
4.Capacitors
5.Inductors
6.transformers
7.InterconnectOptionsatHighFrequencies
8.Summary
9.Appendix:SummaryofCapacitanceEquations
ProblemSet
5AREVIEWOFMOSDEVICEPHYSICS
1.Introduction
2.ALittleHistory
3.FETs:TheshortStory
4.MOSFETPhysics:TheLong-ChannelApproximation
5.OperationinWeakInversion(Subthreshold)
6.MOSDevicePhysicsintheShort-ChannelRegime
7.OtherEffects
8.Summary
9.AppendixA:0.5-μmLevel-3SPICEModels
10.AppendixB;theLevel-3Spicemodel
11.AppendixC:Level-1MOSModels
12.AppendixD:SomeExceptionallyCrudescalingLaws
ProblemSet
6DISTRIBUTEDSYSTEMS
1.Introduction
2.LinkbetweenLumpedandDistributedRegimes
3.Driving-PointImpedanceofIteratedStructures
4.TransmissionLinesinMoreDetail
5.BehaviorofFinite-LengthTransmissionLines
6.SummaryofTransmission-Lin3eEquatios
7.ArtificialLines
8.Summary
ProblemSet
7THESMITHCHARTANDS-PARAMETERS
1.Introduction
2.TheSmithChart
3.S-Parameters
4.AppendixA:shortNoteonUnits
5.AppendixB:Why50(or75)Ω?
ProblemSet
8BANDWIDTHESTIMATIONTECHNIQUES
1.Introduction
2.TheMethodofOpen-CircuitTimeConstants
3.TheMethodofShort-CircuitTimeConstants
4.furtherReading
5.Risetime,Delay,andBandwidth
6.Summary
ProblemSet
9HIGH-FREQUENCYAMPLIFIERDESIGN
1.Introduction
2.ZerosasBandwidthEnhancers
3.TheShunt-SeriesAmplifier
4.BandwidthEnhancementwithfrDoublers
5.TunedAmplifiers
6.NeutralizationandUnilateralization
7.CascadedAmplifiers
8.AM-PMConversion
9.Summary
ProblemSet
10VOLTAGEREFERENCESANDBIASING
1.Introduction
2.ReviewofDiodeBehavior
3.diodesandBpolarTransistorsinCMOSTechnology
4.Supply-IndependentBiasCircuits
5.BandgapVoltageReference
6.constant-gmBias
7.Summary
ProblemSet
11NOISE
1.Introduction
2.ThermalNoise
3.ShotNoise
4.flickerNoise
5.PopcornNoise
6.ClassicalTwo-PortNoiseTheory
7.ExamplesofNoiseCalculations
8.AHandyRuleofThumb
9.TypicalNoisePerformance
10.appendix:NoiseModels
ProblemSet
12LNADESIGN
1.Introduction
2.DerivationofInrinsicMOSFETTwo-PortNoiseParameters
3.LNATopologies:PowerMatchversusNoiseMatch
4.Power-ConstrainedNoiseOpeimization
5.DesignExamples
6.LinearityandLarge-SignalPerformance
7.spurious-FreeDynamicRange
8.Summary
ProblemSet
13MIXERS
1.Introduction
2.MixerFundamentals
3.NonlnlinearsystemsasLinearMixers
4.Multiplier-Basedmixerx
5.subsamplingMixers
6.Appendix:diode-RingMixers
ProblemSet
14FEEDBACKSYSTEMS
1.Introduction
2.ABriefHistoryofModernFeedback
3.APuzzle
4.desensitivityofNegativeFeedbackSystems
5.StabilityofFeedbackSystems
6.gainandPhaseMarginasstabilityMeasures
7.Root-LocusTechniques
8.summaryofStabilityCriteria
9.modelingFeedbackSystems
10.ErrorsinFeedbackSystems
11.Frequencey-andTime-DomainCharacteristicsoffirst-andSecond-OrderSystems
12.UsefulRulesofThumb
13.root-LcusExamplesandCompensation
14.summaryofRoot-Locustechniques
15.Compensation
16.CompensationthroughGainReduction
17.LagCompensation
18.LeadCompensation
19.slowRolloffcompensation
20.SummaryofCompensation
ProblemSet
15RFPOWERAMPLIFIERS
1.Introcuction
2.GeneralConsiderations
3.ClassA,AB,B,andCPowerAmplifiers
4.ClassDAmplifiers
5.ClassEAmplifiers
6.ClassFAmplifiers
7.ModulationofPowerAmplifiers
8.summaryofPACharacteristics
9.RFPADesignExamples
10.AdditionalDesignConsiderations
11.DesignSummary
ProblemSet
16PHASE-LOCKEDLOOPS
1.Introduction
2.AShortHistoryofPLLs
3.LinearizedPLLModels
4.SomeNoisePropertiesofPLLs
5.PhaseDetectors
6.sequentialPhaseDetectors
7.LoopFiltersandChargePumps
8.PLLDesignExamples
9.Summary
ProblemSet
17OSCILLATORSANDSYNTHESIZERS
1.Introduction
2.TheProblemwithPurelyLinearOscillators
3.DescribingFunctions
4.Resonators
5.ACatalogofTunedOscillators
6.negativeResistanceOscillators
7.FrequencySynthesis
8.Summary
ProblemSet
18PHASENOISE
1.Introduction
2.GeneralConsiderations
3.detailedConsiderations:PhaseNoise
4.TheRolesofLinearityandtimeVariationinPhaseNoise
5.CircuitExamples
6.AmplitudeResponse
7.Summary
8.Appendix:NotesonSimulation
ProblemSet
19ARCHITECTUERS
1.Introduction
2.DynamicRange
3.Subsampling
4.TransmitterArchitectures
5.OscillatorStability
6.ChipdesignExamples
7.Summary
ProblemSet
20RFCIRCUITSTHROUGHTHEAGES
1.Introduction
2.armstrong
3.The"A;;0-American"5-tubeSuperhet
4.TheRegencyTR-1TrnsistorRadio
5.ThransistorToyCBWalkie-Talkie
Index
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