工程电路分析 英文原版PDF电子书下载

第1章 电路分析和电气工程 Circuit Analysis and Electriacl Engineering 1

CHAPTER 1 Circuit Analysis and Electrical Engineering 1

1．1 Introduction 1

1．2 Overview of the Text 2

1．3 Relationship of Circuit Analysis to Engineering 3

1．4 Analysis and Design 4

1．5 Computer-Aided Analysis 5

1．6 Successful Problem-Solving Strategies 5

1．7 Recommended Reading 6

2．2 Units and Scales 7

CHAPTER 2 Basic Components and Electric Circuits 7

2．1 Introduction 7

第2章 基本元件和电路 Basic Components and Electric Circuits 7

2．3 Charge ,Current ,Voltage ,and Power 9

2．4 Voltage and Current Sources 15

2．5 Ohm s Law 19

2．6 Summary and Review 23

Exercises 23

第3章 电压和电流定律 Voltage and Current Laws 29

CHAPTER 3 Voltage and Current Laws 29

3．1 Introduction 29

3．2 Nodes,Paths,Loops,and Branches 29

3．3 Kirchoff s Current law 30

3．4 Kirchoff s Voltage Law 32

3．5 The Single-Loop Circuit 36

3．6 The Single Node-Pair Circuit 38

3．7 Senes and Parallel Connected Independent Sources 42

3．8 Resistors in Series and Parallel 43

3．9 Voltage and Current Division 49

3．10 Summary and Review 54

Exercises 55

CHAPTER 4 Basic Nodal and Mesh Analysis 69

4．1 Introduction 69

4．2 Nodal Analysis 69

第4章 基本节点和网孔分析 Basic Nodal and Mesh Analysis 69

4．3 The Supernode 74

4．4 Mesh Analysis 77

4．5 The Supermesh 81

4．6 Nodal vs.Mesh Analysis: A Comparison 83

4．7 Computer-Aided Circuit Analysis 85

4．8 Summary and Review 89

Exercises 90

CHAPTER 5 Useful Circuit Analysis Techniques 101

5．1 Introduction 101

5．2 Linearity and Superposition 101

第5章 常用电路分析方法 Useful Circuit Analysis Techniques 101

5．3 Source Transformations 110

5．4 Thévenin and Norton Equivalent Circuits 116

5．5 Maximum Power Transfer 125

5．6 Delta-Wye Conversion 127

5．7 Selecting an Approach: A Comparison of Various Techniques 129

5．8 Summary and Review 130

Exercises 131

第6章 运算放大器 The Operational Amplifier 147

CHAPTER 6 The Operational Amplifier 147

6．1 Introduction 147

6．2 Background 147

6．3 The Ideal Op Amp: A Cordial Introduction 148

6．4 Cascaded Stages 154

6．5 A More Detailed Model for the Op Amp 155

6．6 Practical Considerations 159

6．7 Summary and Review 164

Exercises 164

7．2 The Capacitor 173

第7章 电容和电感 Capacitors and Inductors 173

7．1 Introduction 173

CHAPTER 7 Capacitors and Inductors 173

7．3 The Inductor 180

7．4 Inductance and Capacitance Combinations 188

7．5 Consequences of Linearity 192

7．6 Simple Op Amp Circuits with Capacitors 194

7．7 Duality 196

7．8 Modeling Capacitors and Inductors with PSpice(r) 200

7．9 Summary and Review 201

Exercises 202

第8章 基本RL和RC电路 Basic RL and RC Circuits 211

CHAPTER 8 Basic RL and RC Circuits 211

8．1 Introduction 211

8．2 The Source-Free RL Circuit 211

8．3 Properties of the Exponential Response 216

8．4 The Source-Free RC Circuit 220

8．5 A More General Perspective 222

8．6 The Unit-Step Function 227

8．7 Driven RL Circuits 230

8．8 Natural and Forced Response 233

8．9 Driven RC Circuits 239

8．10 Summary and Review 245

Exercises 245

9．1 Introduction 261

9．2 The Source-Free Parallel Circuit 261

CHAPTER 9 The RLC Circuit 261

第9章 RLC电路 The RLC Cireuit 261

9．3 The Overdamped Parallel RLC Circuit 265

9．4 Critical Damping 270

9．5 The Underdamped Parallel RLC Circuit 274

9．6 The Source-Free Series RLC Circuit 280

9．7 The Complete Response of the RLC Circuit 284

9．8 The Lossless LC Circuit 292

9．9 Summary and Review 294

Exercises 295

10．1 Introduction 303

CHAPTER 10 Sinusoidal Steady-State Analysis 303

第10章 正弦稳态分析 Sinusoidal Steady—State Analysis 303

10．2 Characteristics of Sinusoids 303

10．3 Forced Response to Sinusoidal Functions 306

10．4 The Complex Forcing Function 309

10．5 The Phasor 314

10．6 Phasor Relationships for R,L,and C 317

10．7 Impedance 321

10．8 Admittance 326

10．9 Nodal and Mesh Analysis 327

10．10 Superposition, Source Transformations, and Thévenin s Theorem 331

10．11 Phasor Diagrams 336

10．12 Summary 340

Exercises 340

第11章 交流功率电路分析 AC Power Circuit Analysis 353

11．1 Introduction 353

CHAPTER 11 AC Power Circuit Analysis 353

11．2 Instantaneous Power 354

11．3 Average Power 356

11．4 Effective Values of Current and Voltage 366

11．5 Apparent Power and Power Factor 371

11．6 Complex Power 373

11．7 Comparison of Power Terminology 378

11．8 Summary and Review 379

Exercises 380

第12章 多相电路 Polyphase Circuits 389

CHAPTER 12 Polyphase Circuits 389

12．1 Introduction 389

12．2 Polyphase Systems 390

12．3 Single-Phase Three-Wire Systems 392

12．4 Three-Phase Y-Y Connection 396

12．5 The Delta(△)Connection 401

12．6 Power Measurement in Three-Phase System 406

12．7 Summary and Review 415

Exercises 416

第13章 磁耦合电路 Magnetically Coupled Circuits 423

CHAPTER 13 Magnetically Coupled Circuits 423

13．1 Introduction 423

13．2 Mutual Inductance 424

13．3 Energy Considerations 431

13．4 The Linear Transformer 434

13．5 The Ideal Transfomer 440

13．6 Summary and Review 450

Exercises 450

CHAPTER 14 Complex Frequency and the Laplace Transform 461

14．1 Introduction 461

第14章 复频率与拉普拉斯变换 Complex Frequency and the Laplace Transform 461

14．2 Complex Frequency 461

14．3 The Damped Sinusoidal Forcing Function 465

14．4 Definition of the Laplace Transform 468

14．5 Laplace Transforms of Simple Time Functions 471

14．6 Inverse Transform Techniques 474

14．7 Basic Theorems for the Laplace Transform 479

14．8 The Initial-Value and Final-Value Theorems 485

14．9 Summary and Review 488

Exercises 488

CHAPTER 15 Circuit Analysis in the s-Domain 495

15．1 Introduction 495

15．2 Z(s) and Y(s) 495

第15章 s域电路分析 Circuit Analysis in the s—Domain 495

15．3 Nodal and Mesh Analysis in the s-Domain 501

15．4 Additional Circuit Analysis Techniques 507

15．5 Poles.Zeros,and Transfer Functions 510

15．6 Convolution 511

15．7 The Complex-Frequency Plane 520

15．8 Natural Response and the s-Plane 529

15．9 A Technique for Synthesizing the Voltage Ratio H(s)=Vout/Vin 534

15．10 Summary and Review 536

Exercises 537

CHAPTER 16 Frequency Response 545

16．1 Introduction 545

16．2 Parallel Resonance 545

第16章 频率响应 Frequency Response 545

16．3 More about Parallel Resonance 553

16．4 Series Resonance 559

16．5 Other Resonant Forms 561

16．6 Scaling 569

16．7 Bode Diagrams 574

16．8 Filters 587

16．9 Summary and Review 595

Exercises 596

CHAPTER 17 Two-Port Networks 605

17．1 Introduction 605

17．2 One-Port Networks 605

第17章 双端口网络 Two—Port Networks 605

17．3 Admittance Parameters 610

17．4 Some Equivalent Networks 617

17．5 Impedance Parameters 625

17．6 Hybrid Parameters 630

17．7 Transmission Parameters 633

17．8 Summary and Review 637

Exercises 637

CHAPTER 18 Fourier Circuit Analysis 645

18．1 Introduction 645

第18章 傅里叶电路分析 Fourier Circuit Analysis 645

18．2 Trigonometric Form on the Fourier Series 646

18．3 The Use of Symmetry 654

18．4 Complete Response to Periodic Forcing Functions 658

18．5 Complex Form of the Fourier Series 661

18．6 Definition of the Fourier Transform 667

18．7 Some Properties of the Fourier Transform 670

18．8 Fourier Transform Pairs for Some Simple Time Functions 674

18．9 The Fourier Transform of a General Periodic Time Function 678

18．10 The System Function and Response in the Frequency Domain 680

附录1 网络拓扑导论 An Introduction to Network Topology 697

附录2 联立方程的求解 Solution of Simultaneous Equations 709

附录3 戴维南定理的证明 A Proof of Thévenin s Theorem 717

附录4 Pspcie指南 A PSpice Tutorial 721

附录5 复数 Complex Numbers 727

附录6 MATLAB简介 A Brief MATLAB Tutorial 737

附录7 拉普拉斯变换的补充定理 Additional Laplace Transform Theorems 741

附录8 单数习题答案 Answers to Odd—Numbered Problems 747