Syllabus
- Basic Circuit Theory
- Ideal Voltage/Current Sources
- Circuit elements and governing equations: Resistors, capacitors, inductors
- Kirchhoff’s Laws
- Basic Circuit Analysis
- Node-Voltage method
- Mesh-current method
- Source transformation
- Thevenin/Norton equivalent circuits
- Maximum power transfer
- Superposition
- Ideal Op Amp Circuits
- Ideal op amp equations
- Analysis of common op amp configurations
- Inverting/non-inverting amplifiers
- Summing amplifiers
- Difference amplifiers
- DC Transient Circuit Analysis
- Natural and step responses of first order RC and RL circuits.
- First order op amp circuits
- Natural and step responses of second order RLC circuits
- AC Circuit Analysis
- Phasors
- Impedance
- Finding sinusoidal steady state solutions using phasors