电路基础(英文版·第5版)

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作者: [美] , [美] ,
2013-02
版次: 5
ISBN: 9787111411840
定价: 129.00
装帧: 平装
开本: 16开
纸张: 胶版纸
页数: 967页
分类: 工程技术
  •   CharlesK.Alexander,MatthewN.O.Sadiku:FundamentalsofElectricCircuits,FifthEdition(ISBN:978-0-07-338057-5).
      Copyright2013byTheMcGraw-HillCompanies,Inc.
      AllRightsreserved.Nopartofthispublicationmaybereproducedortransmittedinanyformorbyanymeans,electronicormechanical,includingwithoutlimitationphotocopying,recording,taping,oranydatabase,informationorretrievalsystem,withoutthepriorwrittenpermissionofthepublisher.
      ThisauthorizedBilingualeditionisjointlypublishedbyMcGraw-HillEducation(Asia)andChinaMachinePress.ThiseditionisauthorizedforsaleinthePeople抯RepublicofChinaonly,excludingHongKong,MacaoSARsandTaiwan.
      Copyright2013byMcGraw-HillEducation(Asia),adivisionoftheSingaporeBranchofTheMcGraw-HillCompanies,Inc.andChinaMachinePress. Charles K. Alexander,分别于1967年和1971年获得俄亥俄大学的电气工程学硕士学位和博士学位,目前为美国克利夫兰州立大学Fenn工学院电气与计算机工程系教授以及电子学与航空航天技术研究中心(CREATE)的主任。他是IEEE的会士,曾任IEEE主席和CEO。他于1984年获得IEEE百年纪念奖章,还先后荣获英国工程委员会颁发的杰出工程教育成就奖和杰出工程教育领导奖。 Matthew N.O.Sadiku,博士,美国Prairie View A&M大学教授,兼任IEEE Transacfions on Education杂志副主编。他曾在朗讯、波音等公司从事研发工作,发表过百余篇学术论文,出版过20余部著作。 PART1DCCircuits2
    Chapter1BasicConcepts3
    1.1Introduction4
    1.2SystemsofUnits5
    1.3ChargeandCurrent5
    1.4Voltage9
    1.5PowerandEnergy10
    1.6CircuitElements15
    1.7Applications17
    1.7.1TVPictureTube
    1.7.2ElectricityBills
    1.8ProblemSolving20
    1.9Summary23
    ReviewQuestions24
    Problems24
    ComprehensiveProblems27

    Chapter2BasicLaws29
    2.1Introduction30
    2.2Ohm’sLaw30
    2.3Nodes,Branches,andLoops35
    2.4Kirchhoff’sLaws37
    2.5SeriesResistorsandVoltageDivision43
    2.6ParallelResistorsandCurrentDivision45
    2.7Wye-DeltaTransformations52DeltatoWyeConversionWyetoDeltaConversion
    2.8Applications58
    2.8.1LightingSystems
    2.8.2DesignofDCMeters
    2.9Summary64ReviewQuestions66Problems67ComprehensiveProblems78

    Chapter3MethodsofAnalysis81
    3.1Introduction82
    3.2NodalAnalysis82
    3.3NodalAnalysiswithVoltageSources88
    3.4MeshAnalysis93
    3.5MeshAnalysiswithCurrentSources98
    3.6NodalandMeshAnalysesbyInspection100
    3.7NodalVersusMeshAnalysis104
    3.8CircuitAnalysiswithPSpice105
    3.9Applications:DCTransistorCircuits107
    3.10Summary112
    ReviewQuestions113
    Problems114
    ComprehensiveProblem126

    Chapter4CircuitTheorems127
    4.1Introduction128
    4.2LinearityProperty128
    4.3Superposition130
    4.4SourceTransformation135
    4.5Thevenin’sTheorem139
    4.6Norton’sTheorem145
    4.7DerivationsofThevenin’sandNorton’sTheorems149
    4.8MaximumPowerTransfer150
    4.9VerifyingCircuitTheoremswithPSpice152
    4.10Applications155
    4.10.1SourceModeling
    4.10.2ResistanceMeasurement
    4.11Summary160
    ReviewQuestions161
    Problems162
    ComprehensiveProblems173

    Chapter5OperationalAmpliers175
    5.1Introduction176
    5.2OperationalAmpliers176
    5.3IdealOpAmp179
    5.4InvertingAmplier181
    5.5NoninvertingAmplier183
    5.6SummingAmplier185
    5.7DifferenceAmplier187
    5.8CascadedOpAmpCircuits191
    5.9OpAmpCircuitAnalysiswithPSpice194
    5.10Applications196
    5.10.1Digital-to-AnalogConverter
    5.10.2InstrumentationAmpliers
    5.11Summary199
    ReviewQuestions201
    Problems202
    ComprehensiveProblems213

    Chapter6CapacitorsandInductors215
    6.1Introduction216
    6.2Capacitors216
    6.3SeriesandParallelCapacitors222
    6.4Inductors226
    6.5SeriesandParallelInductors230
    6.6Applications233
    6.6.1Integrator
    6.6.2Differentiator
    6.6.3AnalogComputer
    6.7Summary240
    ReviewQuestions241
    Problems242
    ComprehensiveProblems251

    Chapter7First-OrderCircuits253
    7.1Introduction254
    7.2TheSource-FreeRCCircuit254
    7.3TheSource-FreeRLCircuit259
    7.4SingularityFunctions265
    7.5StepResponseofanRCCircuit273
    7.6StepResponseofanRLCircuit280
    7.7First-OrderOpAmpCircuits284
    7.8TransientAnalysiswithPSpice289
    7.9Applications293
    7.9.1DelayCircuits
    7.9.2PhotoashUnit
    7.9.3RelayCircuits
    7.9.4AutomobileIgnitionCircuit
    7.10Summary299
    ReviewQuestions300
    Problems301
    ComprehensiveProblems311

    Chapter8Second-OrderCircuits313
    8.1Introduction314
    8.2FindingInitialandFinalValues314
    8.3TheSource-FreeSeriesRLCCircuit319
    8.4TheSource-FreeParallelRLCCircuit326
    8.5StepResponseofaSeriesRLCCircuit331
    8.6StepResponseofaParallelRLCCircuit336
    8.7GeneralSecond-OrderCircuits339
    8.8Second-OrderOpAmpCircuits344
    8.9PSpiceAnalysisofRLCCircuits346
    8.10Duality350
    8.11Applications353
    8.11.1AutomobileIgnitionSystem
    8.11.2SmoothingCircuits
    8.12Summary356
    ReviewQuestions357
    Problems358
    ComprehensiveProblems367

    PART2ACCircuits368
    Chapter9SinusoidsandPhasors369
    9.1Introduction370
    9.2Sinusoids371
    9.3Phasors376
    9.4PhasorRelationshipsforCircuitElements385
    9.5ImpedanceandAdmittance387
    9.6Kirchhoff’sLawsintheFrequencyDomain389
    9.7ImpedanceCombinations390
    9.8Applications396
    9.8.1Phase-Shifters
    9.8.2ACBridges
    9.9Summary402
    ReviewQuestions403
    Problems403
    ComprehensiveProblems411

    Chapter10SinusoidalSteady-StateAnalysis413
    10.1Introduction414
    10.2NodalAnalysis414
    10.3MeshAnalysis417
    10.4SuperpositionTheorem421
    10.5SourceTransformation424
    10.6TheveninandNortonEquivalentCircuits426
    10.7OpAmpACCircuits431
    10.8ACAnalysisUsingPSpice433
    10.9Applications437
    10.9.1CapacitanceMultiplier
    10.9.2Oscillators
    10.10Summary441
    ReviewQuestions441
    Problems443

    Chapter11ACPowerAnalysis457
    11.1Introduction458
    11.2InstantaneousandAveragePower458
    11.3MaximumAveragePowerTransfer464
    11.4EffectiveorRMSValue467
    11.5ApparentPowerandPowerFactor470
    11.6ComplexPower473
    11.7ConservationofACPower477
    11.8PowerFactorCorrection481
    11.9Applications483
    11.9.1PowerMeasurement
    11.9.2ElectricityConsumptionCost
    11.10Summary488
    ReviewQuestions490
    Problems490
    ComprehensiveProblems500

    Chapter12Three-PhaseCircuits503
    12.1Introduction504
    12.2BalancedThree-PhaseVoltages505
    12.3BalancedWye-WyeConnection509
    12.4BalancedWye-DeltaConnection512
    12.5BalancedDelta-DeltaConnection514
    12.6BalancedDelta-WyeConnection516
    12.7PowerinaBalancedSystem519
    12.8UnbalancedThree-PhaseSystems525
    12.9PSpiceforThree-PhaseCircuits529
    12.10Applications534
    12.10.1Three-PhasePowerMeasurement
    12.10.2ResidentialWiring
    12.11Summary543
    ReviewQuestions543
    Problems544
    ComprehensiveProblems553

    Chapter13MagneticallyCoupledCircuits555
    13.1Introduction556
    13.2MutualInductance556
    13.3EnergyinaCoupledCircuit564
    13.4LinearTransformers567
    13.5IdealTransformers573
    13.6IdealAutotransformers581
    13.7Three-PhaseTransformers584
    13.8PSpiceAnalysisofMagneticallyCoupledCircuits586
    13.9Applications591
    13.9.1TransformerasanIsolationDevice
    13.9.2TransformerasaMatchingDevice
    13.9.3PowerDistribution
    13.10Summary597
    ReviewQuestions598
    Problems599
    ComprehensiveProblems611

    Chapter14FrequencyResponse613
    14.1Introduction614
    14.2TransferFunction614
    14.3TheDecibelScale617
    14.4BodePlots619
    14.5SeriesResonance629
    14.6ParallelResonance634
    14.7PassiveFilters637
    14.7.1LowpassFilter
    14.7.2HighpassFilter
    14.7.3BandpassFilter
    14.7.4BandstopFilter
    14.8ActiveFilters642
    14.8.1First-OrderLowpassFilter
    14.8.2First-OrderHighpassFilter
    14.8.3BandpassFilter
    14.8.4Bandreject(orNotch)Filter
    14.9Scaling648
    14.9.1MagnitudeScaling
    14.9.2FrequencyScaling
    14.9.3MagnitudeandFrequencyScaling
    14.10FrequencyResponseUsingPSpice652
    14.11ComputationUsingMATLAB655
    14.12Applications657
    14.12.1RadioReceiver
    14.12.2Touch-ToneTelephone
    14.12.3CrossoverNetwork
    14.13Summary663
    ReviewQuestions664
    Problems665
    ComprehensiveProblems673

    PART3AdvancedCircuitAnalysis674
    Chapter15IntroductiontotheLaplaceTransform675
    15.1Introduction676
    15.2DenitionoftheLaplaceTransform677
    15.3PropertiesoftheLaplaceTransform679
    15.4TheInverseLaplaceTransform690
    15.4.1SimplePoles
    15.4.2RepeatedPoles
    15.4.3ComplexPoles
    15.5TheConvolutionIntegral697
    15.6ApplicationtoIntegrodifferentialEquations705
    15.7Summary708
    ReviewQuestions708
    Problems709

    Chapter16ApplicationsoftheLaplaceTransform715
    16.1Introduction716
    16.2CircuitElementModels716
    16.3CircuitAnalysis722
    16.4TransferFunctions726
    16.5StateVariables730
    16.6Applications737
    16.6.1NetworkStability
    16.6.2NetworkSynthesis
    16.7Summary745
    ReviewQuestions746
    Problems747
    ComprehensiveProblems758

    Chapter17TheFourierSeries759
    17.1Introduction760
    17.2TrigonometricFourierSeries760
    17.3SymmetryConsiderations768
    17.3.1EvenSymmetry
    17.3.2OddSymmetry
    17.3.3Half-WaveSymmetry
    17.4CircuitApplications778
    17.5AveragePowerandRMSValues782
    17.6ExponentialFourierSeries785
    17.7FourierAnalysiswithPSpice791
    17.7.1DiscreteFourierTransform
    17.7.2FastFourierTransform
    17.8Applications797
    17.8.1SpectrumAnalyzers
    17.8.2Filters
    17.9Summary800
    ReviewQuestions802
    Problems802
    ComprehensiveProblems811

    Chapter18FourierTransform813
    18.1Introduction814
    18.2DenitionoftheFourierTransform814
    18.3PropertiesoftheFourierTransform820
    18.4CircuitApplications833
    18.5Parseval’sTheorem836
    18.6ComparingtheFourierandLaplaceTransforms839
    18.7Applications840
    18.7.1AmplitudeModulation
    18.7.2Sampling
    18.8Summary843
    ReviewQuestions844
    Problems845
    ComprehensiveProblems851

    Chapter19Two-PortNetworks853
    19.1Introduction854
    19.2ImpedanceParameters854
    19.3AdmittanceParameters859
    19.4HybridParameters862
    19.5TransmissionParameters867
    19.6RelationshipsBetweenParameters872
    19.7InterconnectionofNetworks875
    19.8ComputingTwo-PortParametersUsingPSpice881
    19.9Applications884
    19.9.1TransistorCircuits
    19.9.2LadderNetworkSynthesis
    19.10Summary893
    ReviewQuestions894
    Problems894
    ComprehensiveProblem905

    AppendixASimultaneousEquationsandMatrix
    InversionA
    AppendixBComplexNumbersA-9
    AppendixCMathematicalFormulasA-16
    AppendixDAnswerstoOdd-Numbered
    ProblemsA-21
  • 内容简介:
      CharlesK.Alexander,MatthewN.O.Sadiku:FundamentalsofElectricCircuits,FifthEdition(ISBN:978-0-07-338057-5).
      Copyright2013byTheMcGraw-HillCompanies,Inc.
      AllRightsreserved.Nopartofthispublicationmaybereproducedortransmittedinanyformorbyanymeans,electronicormechanical,includingwithoutlimitationphotocopying,recording,taping,oranydatabase,informationorretrievalsystem,withoutthepriorwrittenpermissionofthepublisher.
      ThisauthorizedBilingualeditionisjointlypublishedbyMcGraw-HillEducation(Asia)andChinaMachinePress.ThiseditionisauthorizedforsaleinthePeople抯RepublicofChinaonly,excludingHongKong,MacaoSARsandTaiwan.
      Copyright2013byMcGraw-HillEducation(Asia),adivisionoftheSingaporeBranchofTheMcGraw-HillCompanies,Inc.andChinaMachinePress.
  • 作者简介:
    Charles K. Alexander,分别于1967年和1971年获得俄亥俄大学的电气工程学硕士学位和博士学位,目前为美国克利夫兰州立大学Fenn工学院电气与计算机工程系教授以及电子学与航空航天技术研究中心(CREATE)的主任。他是IEEE的会士,曾任IEEE主席和CEO。他于1984年获得IEEE百年纪念奖章,还先后荣获英国工程委员会颁发的杰出工程教育成就奖和杰出工程教育领导奖。 Matthew N.O.Sadiku,博士,美国Prairie View A&M大学教授,兼任IEEE Transacfions on Education杂志副主编。他曾在朗讯、波音等公司从事研发工作,发表过百余篇学术论文,出版过20余部著作。
  • 目录:
    PART1DCCircuits2
    Chapter1BasicConcepts3
    1.1Introduction4
    1.2SystemsofUnits5
    1.3ChargeandCurrent5
    1.4Voltage9
    1.5PowerandEnergy10
    1.6CircuitElements15
    1.7Applications17
    1.7.1TVPictureTube
    1.7.2ElectricityBills
    1.8ProblemSolving20
    1.9Summary23
    ReviewQuestions24
    Problems24
    ComprehensiveProblems27

    Chapter2BasicLaws29
    2.1Introduction30
    2.2Ohm’sLaw30
    2.3Nodes,Branches,andLoops35
    2.4Kirchhoff’sLaws37
    2.5SeriesResistorsandVoltageDivision43
    2.6ParallelResistorsandCurrentDivision45
    2.7Wye-DeltaTransformations52DeltatoWyeConversionWyetoDeltaConversion
    2.8Applications58
    2.8.1LightingSystems
    2.8.2DesignofDCMeters
    2.9Summary64ReviewQuestions66Problems67ComprehensiveProblems78

    Chapter3MethodsofAnalysis81
    3.1Introduction82
    3.2NodalAnalysis82
    3.3NodalAnalysiswithVoltageSources88
    3.4MeshAnalysis93
    3.5MeshAnalysiswithCurrentSources98
    3.6NodalandMeshAnalysesbyInspection100
    3.7NodalVersusMeshAnalysis104
    3.8CircuitAnalysiswithPSpice105
    3.9Applications:DCTransistorCircuits107
    3.10Summary112
    ReviewQuestions113
    Problems114
    ComprehensiveProblem126

    Chapter4CircuitTheorems127
    4.1Introduction128
    4.2LinearityProperty128
    4.3Superposition130
    4.4SourceTransformation135
    4.5Thevenin’sTheorem139
    4.6Norton’sTheorem145
    4.7DerivationsofThevenin’sandNorton’sTheorems149
    4.8MaximumPowerTransfer150
    4.9VerifyingCircuitTheoremswithPSpice152
    4.10Applications155
    4.10.1SourceModeling
    4.10.2ResistanceMeasurement
    4.11Summary160
    ReviewQuestions161
    Problems162
    ComprehensiveProblems173

    Chapter5OperationalAmpliers175
    5.1Introduction176
    5.2OperationalAmpliers176
    5.3IdealOpAmp179
    5.4InvertingAmplier181
    5.5NoninvertingAmplier183
    5.6SummingAmplier185
    5.7DifferenceAmplier187
    5.8CascadedOpAmpCircuits191
    5.9OpAmpCircuitAnalysiswithPSpice194
    5.10Applications196
    5.10.1Digital-to-AnalogConverter
    5.10.2InstrumentationAmpliers
    5.11Summary199
    ReviewQuestions201
    Problems202
    ComprehensiveProblems213

    Chapter6CapacitorsandInductors215
    6.1Introduction216
    6.2Capacitors216
    6.3SeriesandParallelCapacitors222
    6.4Inductors226
    6.5SeriesandParallelInductors230
    6.6Applications233
    6.6.1Integrator
    6.6.2Differentiator
    6.6.3AnalogComputer
    6.7Summary240
    ReviewQuestions241
    Problems242
    ComprehensiveProblems251

    Chapter7First-OrderCircuits253
    7.1Introduction254
    7.2TheSource-FreeRCCircuit254
    7.3TheSource-FreeRLCircuit259
    7.4SingularityFunctions265
    7.5StepResponseofanRCCircuit273
    7.6StepResponseofanRLCircuit280
    7.7First-OrderOpAmpCircuits284
    7.8TransientAnalysiswithPSpice289
    7.9Applications293
    7.9.1DelayCircuits
    7.9.2PhotoashUnit
    7.9.3RelayCircuits
    7.9.4AutomobileIgnitionCircuit
    7.10Summary299
    ReviewQuestions300
    Problems301
    ComprehensiveProblems311

    Chapter8Second-OrderCircuits313
    8.1Introduction314
    8.2FindingInitialandFinalValues314
    8.3TheSource-FreeSeriesRLCCircuit319
    8.4TheSource-FreeParallelRLCCircuit326
    8.5StepResponseofaSeriesRLCCircuit331
    8.6StepResponseofaParallelRLCCircuit336
    8.7GeneralSecond-OrderCircuits339
    8.8Second-OrderOpAmpCircuits344
    8.9PSpiceAnalysisofRLCCircuits346
    8.10Duality350
    8.11Applications353
    8.11.1AutomobileIgnitionSystem
    8.11.2SmoothingCircuits
    8.12Summary356
    ReviewQuestions357
    Problems358
    ComprehensiveProblems367

    PART2ACCircuits368
    Chapter9SinusoidsandPhasors369
    9.1Introduction370
    9.2Sinusoids371
    9.3Phasors376
    9.4PhasorRelationshipsforCircuitElements385
    9.5ImpedanceandAdmittance387
    9.6Kirchhoff’sLawsintheFrequencyDomain389
    9.7ImpedanceCombinations390
    9.8Applications396
    9.8.1Phase-Shifters
    9.8.2ACBridges
    9.9Summary402
    ReviewQuestions403
    Problems403
    ComprehensiveProblems411

    Chapter10SinusoidalSteady-StateAnalysis413
    10.1Introduction414
    10.2NodalAnalysis414
    10.3MeshAnalysis417
    10.4SuperpositionTheorem421
    10.5SourceTransformation424
    10.6TheveninandNortonEquivalentCircuits426
    10.7OpAmpACCircuits431
    10.8ACAnalysisUsingPSpice433
    10.9Applications437
    10.9.1CapacitanceMultiplier
    10.9.2Oscillators
    10.10Summary441
    ReviewQuestions441
    Problems443

    Chapter11ACPowerAnalysis457
    11.1Introduction458
    11.2InstantaneousandAveragePower458
    11.3MaximumAveragePowerTransfer464
    11.4EffectiveorRMSValue467
    11.5ApparentPowerandPowerFactor470
    11.6ComplexPower473
    11.7ConservationofACPower477
    11.8PowerFactorCorrection481
    11.9Applications483
    11.9.1PowerMeasurement
    11.9.2ElectricityConsumptionCost
    11.10Summary488
    ReviewQuestions490
    Problems490
    ComprehensiveProblems500

    Chapter12Three-PhaseCircuits503
    12.1Introduction504
    12.2BalancedThree-PhaseVoltages505
    12.3BalancedWye-WyeConnection509
    12.4BalancedWye-DeltaConnection512
    12.5BalancedDelta-DeltaConnection514
    12.6BalancedDelta-WyeConnection516
    12.7PowerinaBalancedSystem519
    12.8UnbalancedThree-PhaseSystems525
    12.9PSpiceforThree-PhaseCircuits529
    12.10Applications534
    12.10.1Three-PhasePowerMeasurement
    12.10.2ResidentialWiring
    12.11Summary543
    ReviewQuestions543
    Problems544
    ComprehensiveProblems553

    Chapter13MagneticallyCoupledCircuits555
    13.1Introduction556
    13.2MutualInductance556
    13.3EnergyinaCoupledCircuit564
    13.4LinearTransformers567
    13.5IdealTransformers573
    13.6IdealAutotransformers581
    13.7Three-PhaseTransformers584
    13.8PSpiceAnalysisofMagneticallyCoupledCircuits586
    13.9Applications591
    13.9.1TransformerasanIsolationDevice
    13.9.2TransformerasaMatchingDevice
    13.9.3PowerDistribution
    13.10Summary597
    ReviewQuestions598
    Problems599
    ComprehensiveProblems611

    Chapter14FrequencyResponse613
    14.1Introduction614
    14.2TransferFunction614
    14.3TheDecibelScale617
    14.4BodePlots619
    14.5SeriesResonance629
    14.6ParallelResonance634
    14.7PassiveFilters637
    14.7.1LowpassFilter
    14.7.2HighpassFilter
    14.7.3BandpassFilter
    14.7.4BandstopFilter
    14.8ActiveFilters642
    14.8.1First-OrderLowpassFilter
    14.8.2First-OrderHighpassFilter
    14.8.3BandpassFilter
    14.8.4Bandreject(orNotch)Filter
    14.9Scaling648
    14.9.1MagnitudeScaling
    14.9.2FrequencyScaling
    14.9.3MagnitudeandFrequencyScaling
    14.10FrequencyResponseUsingPSpice652
    14.11ComputationUsingMATLAB655
    14.12Applications657
    14.12.1RadioReceiver
    14.12.2Touch-ToneTelephone
    14.12.3CrossoverNetwork
    14.13Summary663
    ReviewQuestions664
    Problems665
    ComprehensiveProblems673

    PART3AdvancedCircuitAnalysis674
    Chapter15IntroductiontotheLaplaceTransform675
    15.1Introduction676
    15.2DenitionoftheLaplaceTransform677
    15.3PropertiesoftheLaplaceTransform679
    15.4TheInverseLaplaceTransform690
    15.4.1SimplePoles
    15.4.2RepeatedPoles
    15.4.3ComplexPoles
    15.5TheConvolutionIntegral697
    15.6ApplicationtoIntegrodifferentialEquations705
    15.7Summary708
    ReviewQuestions708
    Problems709

    Chapter16ApplicationsoftheLaplaceTransform715
    16.1Introduction716
    16.2CircuitElementModels716
    16.3CircuitAnalysis722
    16.4TransferFunctions726
    16.5StateVariables730
    16.6Applications737
    16.6.1NetworkStability
    16.6.2NetworkSynthesis
    16.7Summary745
    ReviewQuestions746
    Problems747
    ComprehensiveProblems758

    Chapter17TheFourierSeries759
    17.1Introduction760
    17.2TrigonometricFourierSeries760
    17.3SymmetryConsiderations768
    17.3.1EvenSymmetry
    17.3.2OddSymmetry
    17.3.3Half-WaveSymmetry
    17.4CircuitApplications778
    17.5AveragePowerandRMSValues782
    17.6ExponentialFourierSeries785
    17.7FourierAnalysiswithPSpice791
    17.7.1DiscreteFourierTransform
    17.7.2FastFourierTransform
    17.8Applications797
    17.8.1SpectrumAnalyzers
    17.8.2Filters
    17.9Summary800
    ReviewQuestions802
    Problems802
    ComprehensiveProblems811

    Chapter18FourierTransform813
    18.1Introduction814
    18.2DenitionoftheFourierTransform814
    18.3PropertiesoftheFourierTransform820
    18.4CircuitApplications833
    18.5Parseval’sTheorem836
    18.6ComparingtheFourierandLaplaceTransforms839
    18.7Applications840
    18.7.1AmplitudeModulation
    18.7.2Sampling
    18.8Summary843
    ReviewQuestions844
    Problems845
    ComprehensiveProblems851

    Chapter19Two-PortNetworks853
    19.1Introduction854
    19.2ImpedanceParameters854
    19.3AdmittanceParameters859
    19.4HybridParameters862
    19.5TransmissionParameters867
    19.6RelationshipsBetweenParameters872
    19.7InterconnectionofNetworks875
    19.8ComputingTwo-PortParametersUsingPSpice881
    19.9Applications884
    19.9.1TransistorCircuits
    19.9.2LadderNetworkSynthesis
    19.10Summary893
    ReviewQuestions894
    Problems894
    ComprehensiveProblem905

    AppendixASimultaneousEquationsandMatrix
    InversionA
    AppendixBComplexNumbersA-9
    AppendixCMathematicalFormulasA-16
    AppendixDAnswerstoOdd-Numbered
    ProblemsA-21
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