Lecture Topics

Assignments/Evaluations

Ch 1. Introduction
 Voltage and Current
 Power and Energy
 Ideal Circuit Elements


Ch 2. Circuit Elements
 Ideal Voltage and Current Source
 Ohm's & Kirchhoff's Laws
 Construction of a Model


Ch 3. Resistive Circuits
 Series/parallel Connections
 Voltage/current Division
 Wheatstone Bridge
 Delta to Y Equivalent


Ch 4. Analysis Techniques
 Nodevoltage Method
 Meshcurrent Method
 Comparisons of the Methods
 Source Transformation
 Thevenin & Norton Equivalents
 Power Transfer
 Superposition
 Sensitivity Analysis


Ch 5. Operational Amplifier
 Transistor Overview
 Ideal Op Amp
 Op Amp Applications
 Common Mode (cm) vs. Differential Mode (dm) Gains
 Op Amp DC Model


Ch 6. Inductance, Capacitance & Mutual Inductance
 The Inductor
 Series / Parallel Inductors
 The Capacitor
 Series / Parallel Capacitors


Ch 7. Response to 1st order RL & RC Circuits
 Natural Response of RL & RC
 Step Response of an RL & RC
 Sequential Switching
 Unbounded Response
 Integrating Amplifier


Ch 8. Natural & Step Response of RLC Circuits
 Natural Responses of a Parallel RLC
 Step Responses of a Parallel RLC
 Natural Responses of a Series RLC
 Step Responses of a Series RLC
 General Form for RLC Circuit
 Multistage Integrating Amplifier


Ch 9. Sinusoidal Steady State Analysis
 Sinusoidal Source & Response
 Phasor and Frequency Domain
 Passive Circuit Elements in Frequency Domain (Phasor)
 Kirchhoff's Law & Simplifications
 Additional Phasor Circuit Analysis Techniques

