Week - 1 |
Basic Components and Electric Circuits; Open Circuit and Short Circuit Concepts |
Week - 2 |
Resistance and Ohm's Law. Independent and dependent voltage and current sources.
Kirchoff's current and voltage law.
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Week - 3 |
Analysis Methods: Loop analysis, Nodal Analysis, Source Transformations |
Week - 4 |
Analysis Methods: Superposition Theorem, Thevenin and Norton equivalent circuits. |
Week - 5 |
Operational Amplifiers. |
Week - 6 |
Capacitors and Inductors. Basic RL and RC circuits. |
Week - 7 |
Natural and Forced Response of RL and RC circuits. |
Week - 8 |
The RLC circuit. Natural and forced response of RLC circuits. |
Week - 9 |
Laplace Transform: Definitions. |
Week - 10 |
Laplace Transform: Properties. |
Week - 11 |
Circuit analysis in s-domain |
Week - 12 |
Transfer Function. Stability. Frequency response. |
Week - 13 |
Filters. |
Week - 14 |
Fourier Transform: Definitions and Properties |