CIRCUIT & ELECTRONICS (4/1 Credits)

Learning Outcomes:

On successful completion of this course, students will be able to: LO1 – explain the fundamental concepts, components, and principles of DC/AC circuits and electronic devices; LO2 – apply the fundamental laws and concepts (Ohm’s, Kirchhoff’s, and Watt’s Laws) to solve basic circuit analysis problems accurately; LO3 – experiment with circuits and electronic devices, critically analyze the resulting data, and interpret those results to formulate technically sound conclusions; LO4 – design and develop a practical electronic prototype solution that adheres to specified needs and professional constraints (e.g., safety, economic feasibility); LO5 – Manage and lead the project and its documentation effectively, demonstrating individual responsibility and ethical conduct; LO6 – demonstrate and defend technical findings and project outcomes clearly to a diverse audience using factual data and professional communication skills.

Topics:

1. Introduction to Circuit Fundamentals;
2. Direct Current (DC) Analysis of Resistive Circuits;
3. Project Proposal Presentation;
4. Direct Current (DC) Analysis of RLC Circuits;
5. Alternating Current (AC) Analysis of RLC Circuits;
6. Diodes and Applications;
7. Project Progress Report;
8. Transistors and Applications;
9. Operational Amplifier (Op-Amp) and Applications;
10. Direct Current (DC) Analysis of Resistive Circuit;
11. Direct Current (DC) Analysis of RLC Circuits;
12. Alternating Current (AC) Analysis of RLC Circuits;
13. Diodes and Applications;
14. Transistors and Applications;
15. Operational Amplifier (Op-Amp) and Applications;
16. Introduction to Circuit Fundamentals;
17. Direct Current (DC) Analysis of Resistive Circuits;
18. Direct Current (DC) Analysis of RLC Circuits;
19. Alternating Current (AC) Analysis of RLC Circuits;
20. Diodes and Applications;
21. Transistors and Applications;
22. Operational Amplifier (Op-Amp) and Applications.