CIRCUIT & ELECTRONICS (4/1 Credits)

Learning Outcomes:

On successful completion of this course, students will be able to: explain fundamental concepts of circuits and electronics; solve fundamental concepts of circuits and electronics; experiment using circuits and electronic devices and equipment to draw conclusions; build a practical application using resistor, capacitor, inductor, diode, transistor, op-amp components in a team; Manage acquired knowledge related to circuits and electronics laboratory project; demonstrate good teamwork by showing ethical and professional responsibility.

Topics:

1. Introduction : History and overview;
2. Relevant tools;
3. Engineering standards systems;
4. Basic Components and Electric Circuits;
5. Voltage and Current Laws;
6. Basic Nodal and Mesh Analysis;
7. Handy Circuit Analysis Techniques;
8. Basic RL, RC and RLC Circuits;
9. AC circuit and Power Analysis;
10. Semiconductor diode;
11. Bipolar Junction Transistor (BJT);
12. MOS Transistor;
13. MOS Transistor Circuits;
14. MOS Transistor Logic Gates;
15. Storage Cell;
16. Logic Families;
17. Operational Amplifier (OpAmp);
18. Mixed-signal circuit;
19. Handy Circuit Analysis Techniques;
20. Semiconductor diode;
21. Bipolar Junction Transistor (BJT);
22. MOS Transistor Circuits and Logic Gates;
23. Logic Family;
24. Operational Amplifier;
25. L1 – Analysis Method of Electric Circuit;
26. L2 – RL, RC, RLC Circuit and Resonance;
27. L3 – Diode Model and Characteristic;
28. L4 – BJT – Common Emitter Amplifiers;
29. L5 – BJT – Common Collector Amplifiers;
30. L6 – MOSFET Configuration;
31. L7 – Basic OpAmp Circuits 1;
32. L8 – Basic OpAmp Circuits 2;
33. L9 – Solid State Relay (SSR), H-Bridge, and Active Filters;
34. L10 – Laboratory Project 1;
35. L11 – Laboratory Project 2;
36. L12 – Laboratory Project 3;
37. L13 – Laboratory Project 4.