微電子電路分析與設(shè)計：英文版

Preface
CHAPTER1IntroductiontoElectronicsandDesign
1.1Introduction
1.2HistoryofElectronics
1.3ElectronicSystems
1.4ElectronicSignalsandNotation
1.5ClassificationsofElectronicSystems
1.6SpecificationsofElectronicSystems
1.7DesignofElectronicSystems
1.8DesignofElectronicCircuits
1.9ElectronicDevices
CHAPTER2Diodes
2.1Introduction
2.2IdealDiodes
2.3TransferCharacteristicofDiodeCircuits
2.4PracticalDiodes
2.5PhysicalOperationofJunctionDiodes
2.6CharacteristicofPracticalDiodes
2.7DeterminationofDiodeConstants
2.8TemperatureEffects
2.9AnalysisofPracticalDiodeCircuits
2.10ModelingofPracticalDiodes
2.11ZenerDiodes
2.12Light-EmittingDiodes
2.13SchottkyBarrierDiodes
2.14PowerRating
2.15DiodeDataSheets
CHAPTER3ApplicationsofDiodes
3.1Introduction
3.2DiodeRectifiers
3.3OutputFiltersforRectifiers
3.4Clippers
3.5ClampingCircuits
3.6PeakDetectorsandDemodulators
3.7VoltageMultipliers
3.8FunctionGenerators
CHAPTER4IntroductiontoAmplifiers
4.1Introduction
4.2AmplifierCharacteristics
4.3AmplifierTypes
4.4PSpice/SPICEAmplifierModels
4.5GainRelationships
4.6CascadedAmplifiers
4.7IntroductiontoTransistorAmplifiers
4.8FrequencyResponseofAmplifiers
4.9Miller'sTheorem
4.10AmplifierDesign
CHAPTER5AmplifyingDevices
5.1Introduction
5.2BipolarJunctionTransistors
5.3Field-EffectTransistors
5.4FETsversusBJTs
5.5DesignofAmplifiers
CHAPTER6IntroductiontoOperationalAmplifiers
6.1Introduction
6.2CharacteristicsofIdealOp-Amps
6.3Op-AmpPSpice/SPICEModels
6.4AnalysisofIdealOp-AmpCircuits
6.5Op-AmpApplications
6.6CircuitswithOp-AmpsandDiodes
6.7Op-AmpCircuitDesign
CHAPTER7CharacteristicsofPracticalOp-Amps
7.1Introduction
7.2InternalStructureofOp-Amps
7.3ParametersfoPracticalOp-Amps
7.4OffsetVoltaageAdjustment
7.5MeasurementofOffsetParameters
CHAPTER8FrequencyResponseofAmplifiers
8.1Introduction
8.2FrequencyModelandResponseofBJTs
8.3FrequencyModelandResponseofFETs
8.4BodePlots
8.5AmplifierFrequencyResponse
8.6Short-CircuitandZero-ValueMethodsforDeterminingBreakFrequencies
8.7FrequencyResponseofCommon-EmitterBJTAmplifiers
8.8FrequencyResponseofCommon-CollectorBJTAmplifiers
8.9FrequencyResponseofCommon-BaseBJTAmplifiers
8.10FrequencyResponseofFETAmplifiers
8.11MultistageAmplifiers
8.12FrequencyRseponseofOp-AmpCircuits
8.13DesigningforFrequencyResponse
CHAPTER9ActiveFilters
9.1Introduction
9.2ActiveversusPassiveFilters
9.3TypesofActiveFilters
9.4TheBiquadraticFunction
9.5ButterworthFilters
9.6Low-PassFilters
9.7High-PassFilters
9.8Band-PassFilters
9.9Band-RejectFilters
9.10All-PassFilters
9.11SwitchedCapacitorFilters
9.12FilterDesignGuidelines
CHAPTER10FeedbackAmplifiers
10.1Introduction
10.2Feedback
10.3FeedbackAnalysis
10.4FeedbackTopologies
10.5AnalysisofFeedbackAmplifiers
10.6Series-ShuntFeedback
10.7Series-SeriesFeedback
10.8Shunt-ShuntFeedback
10.9Shunt-SeriesFeedback
10.10FeedbackCircuitDesign
10.11StabilityAnalysis
10.12CompensationTechniques
CHAPTER11Oscillators
11.1Introduction
11.2PrinciplesofOscillators
11.3Phase-ShiftOscillators
11.4QuadratureOscillators
11.5Three-PhaseOscillators
11.6Wien-BridgeOscillators
11.7ColpittsOscillators
11.8HartleyOscillators
11.9CrystalOscillators
11.10Active-FilterTunedOscillators
11.11DesignofOscillators
CHAPTER12IntroductiontoDigitalElectronics
12.1Introduction
12.2LogicStates
12.3LogicGates
12.4PerformanceParametersofLogicGates
12.5NMOSInverters
12.6NMOSLogicCircuits
12.7CMOSInverters
12.8CMOSLogicCircuits
12.9ComparisonofCMOSandNMOSGates
12.10BJTInverters
12.11Transistor-TransistorLogic(TTL)Gates
12.12Emitter-CoupledLogic(ECL)OR/NORGates
12.13BiCMOSInverters
12.14InterfacingofLogicGates
12.15ComparisonofLogicGates
12.16DesignofLogicCircuits
CHAPTER13ActiveSourcesandDifferentialAmplifiers
13.1Introduction
13.2InternalStructureofDifferentialAmplifiers
13.3BJTCurrentSources
13.4JFETCurrentSources
13.5MOSFETCurrentSources
13.6DesignofActiveCurrentSources
13.7ActiveVoltageSources
13.8CharacteristicsofDifferentialAmplifiers
13.9BJTDifferentialAmplifiers
13.10BJTDifferentialAmplifierswithActiveLoads
13.11JFETDifferentialAmplifiers
13.12MOSDifferentialAmplifiers
13.13BiCMOSDifferentialAmplifiers
13.14FrequencyResponseofDifferentialAmplifiers
13.15DesignofDifferentialAmplifiers
CHAPTER14PowerAmplifiers
14.1Introduction
14.2ClassificationofPowerAmplifiers
14.3EmitterFollowers
14.4ClassAAmplifiers
14.5ClassBPush-PullAmplifiers
14.6ComplementaryClassABPush-PullAmplifiers
14.7Quasi-ComplementaryClassABPush-PullAmplifiers
14.8Transformer-CoupledClassABPush-PullAmplifiers
14.9Short-CircuitandThermalProtection
14.10PowerOp-Amps
14.11ThermalConsiderations
14.12DesignofPowerAmplifiers
CHAPTER15OperationalAmplifiers
15.1Introduction
15.2InternalStructureofOp-Amps
15.3Op-AmpParameters
15.4JFETOp-Amps
15.5CMOSOp-Amps
15.6BiCMOSOp-Amps
15.7BJTOp-Amps
15.8AnalysisoftheLM741Op-Amp
15.9DesignofOp-Amps
CHAPTER16IntegratedAnalogCircuitsandAppplications
16.1Introduction
16.2Comparators
16.3Zero-CrossingDetectors
16.4SchmittTriggers
16.5Square-WaveGenerators
16.6Triangular-WaveGenerators
16.7Sawtooth-WaveGenerators
16.8Voltage-ControlledOscillators
16.9The555Timer
16.10Phase-LockLoops
16.11Voltage-to-FrequencyandFrequency-to-VoltageConverters
16.12Sample-and-HoldCircuits
16.13Digital-to-AnalogConverters
16.14Analog-to-DigitalConverters
16.15CircuitDesignUsingAnalogICS
APPENDIXES
AppendixA:IntroductiontoPSpice
AppendixB:ReviewofBasicCircuits
AppendixC:Low-FrequencyHybridBJTModel
AppendixD:Ebers-MollModelofBipolarJunctionTransistors
AppendixE:PassiveComponents
AppendixF:DesignProblems
AnswerstoSelectedExercises
Index
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