جامعة ميسان – كلية الهندسة – قسم الهندسة الكهربائية
المرحلة : الأولى – الفصل الدراسي : الثاني – المادة الدراسية : الأسس الكهربائية 2
| اسم المادة | الاسس الكهربائية II | اسم المادة بالإنكليزية | Fundamentals of Electrical Engineering II |
| رمز المادة | EL121 | عدد ECTS | 7 |
Module Learning Outcomes
1. Describe sinusoidal AC voltage characteristics and definitions .
2. Introduce general format of sinusoidal voltage and current.
3. Explain the phasor relation.
4. Understanding the terms: average value and effective (RMS) value.
5. Explain the response of R, L, and C elements to sinusoidal voltage and current.
6. Determine the average power and power factor
7. Solve the series , parallel and series – parallel AC circuit.
8. Explain the mesh analysis in AC circuit with and without current source.
9. Explain the nodal analysis in AC circuit with and without current source
10Star-Delta and Delta-Star conversion
11. Introduce source conversion and superposition theorem to find the solution to network with two or more sources. .
12. Understanding Thevenin theorem to provide an equivalence circuit for any selected terminal of the circuit. .
13. Understanding Norton theorem to provide an equivalence circuit for any selected terminal of the circuit.
14. Use Thevenin theorem and Norton theorem to find maximum power transfer to the load.
15. Explain substation , reciprocal and Millman theorem.
16. Determine AC power, triangle power, and total P,Q, and S.
17. Understanding power factor correction
18. Introduce concept of series and parallel resonant circuit.
19. Introduce three phase circuits