CIRCUITS AND SIGNALS (4/1 Credits)

Learning Outcomes:

On successful completion of this course, student will be able to :  Explain the theoretical and mathematical techniques in analyzing electric circuits that consist of passive components (resistors, inductors, capacitors) for DC and AC signals; Apply the theoretical and mathematical techniques of electric circuits and signals to solve problems of passive circuits for DC and AC signals; Design various types of passive filter circuits. 

Topics:

1. Introduction to Circuits and Signals;
2. Voltage and Current Laws;
3. Basic Nodal and Mesh Analysis;
4. Handy Circuit Analysis Techniques;
5. RL, RC and RLC Circuits;
6. Sinusoidal Steady State Circuits;
7. AC Circuit Power Analysis;
8. Circuit Analysis in the s-Domain;
9. Fourier Circuit Analysis;
10. Ohm’s Law;
11. Series Circuits, Parallel Circuits and Series-Parallel Circuits;
12. Electric Circuits Theorems and Conversions;
13. Analysis Method of Electric Circuit;
14. RL Circuits and Resonance;
15. RC, RLC Circuit and Resonance;
16. Passive Filters (HPF and LPF);
17. Passive Filters (BPF and BSF).