Review.doc

Review1. Main points1.1 Resistive Circuit Analysis DC + Resistive Element + Topology1.2 Dynamic Circuit Analysis DC + Dynamic/Resistive Element + Topology1.3 Sinusoidal Steady-State Analysis AC + Dynamic/Resistive Element + Topology2. Resistive Circuit Analysis1.1 Circuit Variables Electric Charge Current and Voltage Passive Sign Convention Power and Energy1.2 Circuit Elements Ideal Circuit Element Resistor Voltage and Current Source op amp, Capacitor, Inductor1.3 Techniques of Circuit Analysis Kirchhoffs Laws Superposition Source Transformations Node-Voltage Analysis Method Mesh-Current Method Thvenin Equivalent Circuit Norton Equivalent Circuit Maximum Power Transfer1.4 Operational Amplifier Operation Amplifier Simple Operational Circuits3. Dynamic Circuit Analysis Dynamic Element and Circuit RC and RL Circuits Time Constant Switching Theorem Method for Initial Values General Solution Method for Natural and Step Response Sequential Switching4. Sinusoidal Steady-State Analysis Complex Number Review Sinusoidal Source Sinusoidal Response The Phasor VCR of Passive Elements in Frequency Domain KCL and KVL in Frequency Domain Source Transformation Superposition Theorem Thvenin and Norton Equivalents Mesh-Current Method Node-Voltage Method Instantaneous Power Average Power Reactive Power and Apparent Power Complex Power Power Calculation Maximum Average Power TransferP53-2.13 (Superposition)P52-2.10 (Source Transformation)P96-3.10 (Node voltage method)P100-3.35 (Mesh current method)P