目  錄

Part One Electrical Circuits

  Chapter 1 Main Circuit Elements

    1.1 Power Sources

    1.2 Resistors

    1.3 Capacitors

    1.4 Inductors

    Problems

  Chapter 2 Circuit Analysis Bases

    2.1 Kirchhoff's Laws

    2.2 Voltage Division and Current Division

    2.3 Resistors Wye □ Delta Transformation

    2.4 Sources Transformation

    2.5 Maximum Power Transfer

    Problems

  Chapter 3 Circuit Analysis Techniques

    3.1 Superposition Principle

    3.2 Th6venin's Theorem

    3.3 Norton's Theorem

    3.4 Nodal Voltage Analysis

    3.5 Mesh Current Analysis

    3.6 Branch Current Analysis

    Problems

  Chapter 4 First-order Transient Circuits

    4.1 First-order RC Circuit

    4.2 First-order RL Circuit

    Problems

  Chapter 5 Sinusoidal AC Circuits

    5.1 Sinusoidal Voltage and Current

    5.2 Voltage-Current Relationship for Sinusoidal Circuit Elements

    5.3 Complex Impedances

    5.4 Sinusoidal Circuit Analysis with Phasors and Complex Impedances

    5.5 Power in Sinusoidal AC Circuit

    5.6 Power Factor and its Correction

    Problems

  Chapter 6 Three-Phase Sinusoidal AC Circuits

    6.1 Balanced Three-Phase Voltage Source

    6.2 Balanced Three-Phase Circuits

    Problems

Part Two Analog Circuits