電路基礎

內容概要

　　《電路基礎》由Atexander和Sadiku合著，高歌改編，是一本電類專業(yè)本科生學習電路基礎課程的英文版教材。　　《電路基礎》依據教育部高等學校電子電氣基礎課程教學指導分委員會制定的電路課程教學基本要求，對原版教材作了適當的改編，使之更適合國內學生的學習?！　　峨娐坊A》以電路基礎知識為主線，著眼于基本分析方法和設計思想，注重前期與后續(xù)課程教學環(huán)節(jié)的銜接，并介紹了計算機輔助分析電路的方法。《電路基礎》中重要概念突出，例題分析詳盡，使讀者更容易理解和掌握知識內容?！　　峨娐坊A》的改編過程中征求了熟悉電路教學。具有豐富經驗的專家們的意見，準確地把握教材的組織結構．邏輯主線。繁簡舍取，深淺得當等要素。《電路基礎》篇幅適當。邏輯清晰。層次分明。結構緊湊。敘述凝練。示例有趣。習題豐富，非常適合作為國內高校雙語教學用書。

書籍目錄

A Note to the StudentAbout the AuthorsPART 1 DC CircuitsChapter 1Basic Concepts1.1 Introduction1.2 Systems of Units1.3 Charge and Current1.4Voltage1.5 Power and Energy1.6 Circuit Elements1.7 tApplications1.7.1 TV Picture Tube1.7.2 Electricity Bills1.8 tproblem Solving1.9 SummaryReview QuestionsProblemsChapter 2Basic Laws2.t Introduction2.2 Ohms Law2.3 Nodes， Branches， and Loops2.4 Kirchhoffs Laws2.5 Series Resistors and VoltageDivision2.6 Parallel Resistors and CurrentDivision2.7 Wye-Delta Transformations2.8 tApplications2.8.1 Lighting Systems2.8.2 Design of DC Meters2.9 SummaryReview QuestionsProblemsChapterMethods of Analysis3.1 Introduction3.2 Nodal Analysis3.3 Nodal Analysis with VoltageSources3.4 Mesh Analysis3.5 Mesh Analysis with CurrentSources3.6 tNodal and Mesh Analysesby Inspection3.7 Nodal Versus Mesh Analysis3.8 tApplJcationsDC Transistor Circuits3.9 SummaryReview QuestionsProblemsChapter4Circuit Theorems4.t Introduction4.2 Linearity Property/4.3 Superposition4.4 Source Transformation4.5 Thevenins Theorem4.6 Nortons Theorem4.7 Maximum Power Transfer4.8 Applications4.8.1 Source Modeling4.8.2 Resistance Measurement]4.9 SummaryReview QuestionsProblemsChapter 5Capacitors andInductors5.1 Introduction5.2 CaPacitors5.3 Series and Parallel Capacitors5.4 Inductors5.5 Series and Parallel Inductors5.6 tApplicationsPhotoflash Unit5.7 SummaryReview QuestionsProblemsChapter 6First-Order Circuits6.1 Introduction6.2 The Source-Free RCCircuit6.3 The Source-Free RL Circuit6.4 Singularity Functions6.5 Step Response of an RCCircuit6，6 Step Response of an .RL Circuit6.7 Applications6.7.1 Delay Circuits6.7.2 Relay Circuits6.8 SummaryReview QuestionsProblemsChapter 7Second-Order Circuits7.1 Introduction7.2 Finding Initial and Final Values7.3 The Source-Free SeriesRLCCircuit7.4 The Source-Free Parallel RLCCircuit7.5 Step Response of a Series RLCCircuit7.6 Step Response of a Parallel RLCCircuit7.7 General Second-Order Circuits7.8 tApplicationsAutomobile Ignition System7.9 SummaryReview QuestionsProblemsPART 2 AC CircuitsChapter 8Sinusoids and Phasors8.1 Introduction8.2 Sinusoids8.3 Phasors8.4 Phasor Relationships forCircuit Elements8.5 Impedance and Admittance8.6 Kirchhoffs Laws in the FrequencyDomain8，7 Impedance Combinations8.8 ApplicationsPhase-Shifters8.9 SummaryReview QuestionsProblemsChapter 9Sinusoidal Steady-StateAnalysis9.1 Introduction9.2 Nodal Analysis9.3 Mesh Analysis9.4 Superposition Theorem9.5 Source Transformation9.6 Thevenin and Norton Equivalent Circuits9.7 tApplicationsAC Bridges9.8 SummaryReview QuestionsProblemsChapter 10 AC Power Analysis10.1Introduction10.2Instantaneous and AveragePower10.3Maximum Average PowerTransfer10.4Effective or RMS Value10.5Apparent Power andPower Factor10.6Complex Power10.7tConservation of AC Power10.8Power Factor Correction10.9Applications10.9.l Power Measurement10.9.2 Electricity Consumption Cost33]10.10 SummaryReview QuestionsProhlemsChapter 11 Three-Phase Circuits……PART 3

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