电路基础：英文改编版

　　本书改编自电路分析方面的经典著作《工程电路分析（第六版）》。编者结合多年的教学经验以及当前的教学大纲，对其做了较大的改动，目的在于使其更适合作为高校电气与计算机工程专业本科生的英文教材。本书从基本电路元件、电压电流定律等基本概念出发，介绍了节点和网孔分析、叠加原理和电源置换等常用分析方法。对于交流电路，也是从RLC电路的正弦稳态分析人手，然后讲解交流功率和磁耦合电路。为了适应现代技术发展趋势，作者充实了傅里叶分析、双端口网络等高级内容。作者力图将理论和实践相结合，提供了丰富的实例和数据。书中附有大量例题、练习和习题，每章末附有部分习题的答案。本书可作为高等院校电气工程、计算机工程等相关专业本科生的双语教学教材或专业英语教学参考书，也可供相关人员自学或参考。

暂缺《电路基础：英文改编版》作者简介

Chapter1BasicComponentsandElectricCircuits
1.1Introduction
1.2Charge,Current,Voltage,andPower
1.3VoltageandCurrentSources
1.4Ohm'sLaw
1.5SummaryandReview
Exercises
Chapter2VoltageandCurrentLaws
2.1Introduction
2.2Nodes,Paths,Loops,andBranches
2.3Kirchhoff'sCurrentLaw
2.4Kirchhoff'sVoltageLaw
2.5TheSingleLoopCircuit
2.6TheSingleNode-PairCircuit
2.7SeriesandParallelConnectedIndependentSources
2.8ResistorsinSeriesandParallel
2.9VoltageandCurrentDivision
2.10SummaryandReview
Exercises
Chapter3BasicNodalandMeshAnalysis
3.1Introduction
3.2NodalAnalysis
3.3TheSupernode
3.4MeshAnalysis
3.5TheSupermesh
3.6Nodalvs.MeshAnalysis:AComparison
3.7SummaryandReview
Exercises
Chapter4UsefulCircuitAnalysisTechniques
4.1Introduction
4.2LinearityandSuperposition
4,3SourceTransformations
4.4ThéveninandNortonEquivalentCircuits
4.5MaximumPowerTransfer
4,6SummaryandReview
Exercises
Chapter5CapacitorsandInduetors
5.1Introduction
5,2TheCapacitor
5.3TheInductor
5.4InductanceandCapacitanceCombinations
5,5ConsequencesofLinearity
5.6SummaryandReview
Exercises
Chapter6BasicRLandRCCircuits
6.1Introduction
6,2TheSource-FreeRLCircuit
6.3PropertiesoftheExponentialResponse
6,4TheSource-FreeRCCircuit
6.5AMoreGeneralPerspective
6.6TheUnit-StepFunction
6.7DrivenRLCircuits
6.8NaturalandForcedResponse
6,9SummaryandReview
Exercises
Chapter7SinusoidalSteady-StateAnalysis
7.1Introduction
7.2CharacteristicsofSinusoids
7.3ForcedResponsetoSinusoidatFunctions
7.4TheComplexForcingFunction
7.5ThePhasor
7.6PhasorRelationshipsforR,L,andC
7.7Impedance
7.8Admittance
7.9NodalandMeshAnalysis
7.10PhasorDiagrams
7.11ParallelResonance
7.12SummaryandReview
Exercises
Chapter8ACCircuitPowerAnalysis
8.1Introduction
8.2InstantaneousPower
8.3AveragePower
8.4EffectiveValuesofCurrentandVoltage
8.5ApparentPowerandPowerFactor
*8.6ComplexPower
8.7ComparisonofPowerTerminology
8.8SummaryandReview
Exercises
Chapter9PolyphaseCircuits
9.1Introduction
9.2PolyphaseSystems
9.3Single-PhaseThree-WireSystems
9.4Three-PhaseY-YConnection
9.5TheDelta(A)Connection
9.6PowerMeasurementinThree-PhaseSystems
9.7SummaryandReview
Exercises
Chapter10MagneticallyCoupledCircuits
10.1Introduction
10.2MutualInductance
10.3EnergyConsiderations
10.4TheLinearTransformer
10.5TheIdealTransformer
10.6SummaryandReview
Exercises
Chapter11Two-PortNetworks
11.1Introduction
11.2One-PortNetworks
11.3AdmittanceParameters
11.4EquivalentNetworks
11.5SummaryandReview
Exercises
Chapter12FourierCircuitAnalysis
12.1Introduction
12.2TrigonometricFormoftheFourierSeres
12.3TheUseofSymmetry
12.4CompleteResponsetoPeriodicForcingFunctions
12.5SummaryandReview
Exercises
AppendixAAProofofThévenin'sTheorem
AppendixBComplexNumbers
AppendixCAShortTableofIntegrals