Lectures

1. Polar and Cartesian Form
2. Sinusoidal Signals and Phasor Representation
3. AC Circuit Analysis
4. Op-Amps
5. AC Steady State Power, Mutual Inductance, Ideal Transformer
6. Three-Phase Circuits
7. Frequency Response and Filters
8. Laplace Transform
9. Fourier Transform
10. Two-Port and Three-Port Networks
11. Final Exam Practice

Sources

• AC Steady-State Power, Mutual Inductance, and
• Alexander & Sadiku, Fundamentals of Electric Circuits
• Continuous-Time Systems Analysis Laplace Transform 1
• Course handout 1: Transforming Complex Numbers between Cartesian and Polar Coordinates
• Course handout 2: phasor and time domains
• Course handout 3: Analysis of AC Circuits Using Phasor Approach
• Course handout 4: Applications of Operational Amplifiers in AC Circuits
• Fourier transform
• Fourier transform table (course handout)
• Fourier Transforms
• Frequency response
• Frequency Response and Filters 1
• Laplace transform
• Laplace transform table (course handout)
• System response
• Three-Phase Circuits
• Transfer functions
• Two-Port and Three-Port Networks