1. Chapter 4 AC Network Analysis Tai-Cheng Lee Electrical Engineering/GIEE 1

2. Energy Storage Elements – Ideal Capacitor (I) 2

3. Energy Storage Elements – Ideal Capacitor (II) 3

4. Ultracapacitors 4

5. Calculating Current from Voltage 5

6. Initial Condition Problem 6

7. Physical Capacitors 7

8. Energy Storage in Capacitors 8

9. Capacitive Displacement Transducer (I) 9

10. Capacitive Displacement Transducer (II) 10

11. Energy Storage Elements – Ideal Inductor (I) 11

12. Energy Storage Elements – Ideal Inductor (II) 12

13. Calculating Voltage from Current 13

14. Calculating Current from Voltage 14

15. Energy Storage in Inductors 15

16. Time-Dependent Signal Sources 16

17. Periodic Signal Waveforms 17

18. Sinusoidal Waveforms 18

19. Average and RMS Values (I) 19

20. Average and RMS Values (II) 20

21. Solution of Dynamic Circuits 21

22. Forced Response – Sinusoidal Excitation 22

23. Phasor Solution – Euler’s Identity 23

24. Phasor Solution – Phasors 24

25. Addition of Two Sinusoidal Sources 25

26. Superposition of AC Signals 26

27. AC Superposition 27

28. Impedance 28

29. Resistor 29

30. Inductor 30

31. Capacitor 31

32. Impedances in the Complex Plane 32

33. Impedance of a Practical Capacitor 33

34. Impedance of a Practical Inductor 34

35. More Complex Circuit 35

36. Capacitive Displacement Transducer (I) 36

37. Capacitive Displacement Transducer (II) 37

38. Admittance 38

39. AC Circuit Analysis Methods 39

40. Phasor Analysis 40

41. AC Equivalent Circuits (I) 41

42. AC Equivalent Circuits (II) 42

43. AC Equivalent Circuits (III) 43

44. AC Node Analysis 44

45. AC Thevenin Equivalent (I) 45

46. AC Thevenin Equivalent (II) 46

47. AC Mesh Analysis 47