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Chapter 1 Circuit Model and Kirchhoff's laws 1.1 Circuit and Circuit Model 1.2 Voltage and Current and Their Reference Direction 1.3 Kirchhoff's Laws 1.4 Passive Circuit Elements 1.5 Active Circuit Elements 1.6 Example of Computer-Aided Analysis of Circuits Exercise Chapter 2 Equivalent Resistive Circuits 2.1 The Equivalent Circuit of One-Port Network 2.2 Equivalent Resistance of Passive One-Port Networks 2.3 Delta-to-Wye Equivalent Circuits 2.4 Equivalent Simplification of Active One-Port Networks 2.5 Equivalent Simplification of Controlled Source Circuit 2.6 Example of Computer-Aided Analys of Circuits Problems Chapter 3 Systematic Analysis of Circuits 3.1 The Basic Concept of Graph Theory 3.2 2b Method and Branch Analysis Method 3.3 Loop Analysis and Mesh Analysis 3.4 Node Analysis and Modified Node Analysis 3.5 Example of Computer-Aided Analysis of Circuits Problems Chapter 4 Circuit Theorems 4.1 Superposition Theorem 4.2 Substitution Theorem 4.3 Thevenin's Theorem and Norton's Theorem 4.4 Tellegen's Theorem and Reciprocity Theorem 4.5 Computer-Aided Analysis of Circuits Exercise Chapter 5 Sinusoidal Steady-State Analysis 5.1 The Basic Concept of Sinusoidal Quantity 5.2 Phasor Representation of Sinusoidal Quantity 5.3 Kirehhoff's Laws and VCR in Phasor Form 5.4 Impedance and Admittance 5.5 Analysis of Sinusoidal AC Circuit 5.6 Power in Sinusoidal AC Circuit 5.7 Examples of Computer-Aided Analysis of Circuits Problems Chapter 6 Magnetically Coupled Circuits 6.1 Mutual Inductance and VCR of the Coupled Inductor 6.2 Analysis of Coupled Inductor Circuit 6.3 Air-Core Transformer and Ideal Transformer 6.4 Examples of Computer-Aided Circuit Analysis with Matlab Exercises Chapter 7 Resonant Circuit Analysis 7.1 Series Resonant Circuit 7.2 Parallel Resonant Circuit 7.3 Examples of Computer Aided Circuit Analysis Exercises Chapter 8 Three-Phase Circuits 8.1 Balanced Three-Phase Circuits 8.2 Unbalanced Three-Phase Circuits 8.3 Power of Three-Phase Circuits Exercises Chapter 9 First-Order Circuits 9.1 The Basic Concept and Circuit Switching Rule 9.2 Zero-Input Response of First-Order Circuit 9.3 Zero-State Response of First-Order Circuit 9.4 Short-Cut Method for Complete Response of First-Order Circuit 9.5 Step Response and Impulse Response of First Order Circuit Exercise Appendix A Experiment Appendix B Reference Answers for Partial Exercises References