1. | ![]() |
Introduction | Introduction, Syllabus, Preliminary aptitude test, Survey | ![]() |
2. | ![]() |
Basic concepts and definitions | Charges, Current, Voltage | ![]() |
3. | ![]() |
Circuits and networks and elements | Power, Energy, Linear device, Passive and active device, Sources | ![]() |
4. | ![]() |
Basic laws for DC circuit analysis | Ohm's law, KVL, KCL | ![]() |
5. | ![]() |
Various methods for DC circuit analysis | Nodal equation, Mesh equation | ![]() |
6. | ![]() |
Superposition Theorem | Independent and depend sources, Circuit transformation | ![]() |
7. | ![]() |
Thevenin and Norton equivalent circuits | TE, NE, Load, Maximum power transfer | ![]() |
8. | ![]() |
Introduction of Operational amplifiers | Inverted mode Op-Amp, non-inverted mode Op-Amp | ![]() |
9. | ![]() |
Passive energy storage devices | Inductance, Capacitance | ![]() |
10. | ![]() |
Sinusoids and complex numbers | Sinusoids, Complex exponentials, Phasors Euler's theorem | ![]() |
11. | ![]() |
Sinusoidal response of AC circuits | Sinusoidal response, RLC circuits | ![]() |
12. | ![]() |
AC circuit analysis using phasors | Phasor, Impedance | ![]() |
13. | ![]() |
Review on AC circuits and problem solving | Problem solving | ![]() |