UM EMEN2003-1 Electrical Engineering 

2023-1-EMEN2003-001 Electrical Engineering 

Lecturer: Dr. Hui Kong 

huikong@um.edu.mo

Office hours: 11am – 01pm, Wednesday and Thursday

Office: N21 building, 5011i

1. Lecture01 - Circuit model and circuit law

2. Lecture02 - Dependent source and Kirchhoff's law

3. Lecture03 - Equivalent transformation of resistance circuit

4. Lecture04 - Equivalent transformation of Y- and ∆-connection of resistance

5. Lecture05 - Serial and parallel connection of voltage source and current source

6. Lecture06 - Two models of actual power source and equivalent transformation

7. Lecture07 - General analysis method of resistance circuit

8. Lecture08 - Branch current method

9. Lecture09 - Mesh Current Method and Loop Current Method

10. Lecture10 - Node voltage method

11. Lecture11 - Superposition theorem

12. Lecture12 - Substitution theorem

13. Lecture13 - Tellegen theorem

14. Lecture14 - Thevenin theorem

15. Lecture15 - Norton theorem

16. Lecture16 - Capacitance and Inductance

17. Lecture17 - Resistive circuit with operational amplifier

18. Lecture18 - Dynamic Circuit

19. Lecture19 - AC circuits

20. Lecture20 - Sinusoidal Steady-State Analysis

21. Lecture21 - Three-Phase Circuits

Reference book:  Fundamentals of Electric-Circuits (4th-edition), by Charles K. Alexander and Matthew N. O. Sadiku, Publisher: Higher Education