1. Fundamentals of Electric Circuits

2. BASIC CONCEPTS
SYSTEMS OF UNITS: SI

3. The six basic SI units

4. The SI prefixes

5. CHARGE AND CURRENT

6. DC vs. AC Current

7. VOLTAGE
Energy to move a unit charge

8. POWER AND ENERGY

9. Passive Sign Convention

10. BASIC LAWS

11. OHM’S LAW

12. Conductance

13. NODES, BRANCHES, AND LOOPS

14. KIRCHHOFF’S LAWS
Kirchhoff’s current law (KCL) states that the algebraic sum of currents entering a node (or a closed boundary) is zero

15. KIRCHHOFF’S LAWS

16. KIRCHHOFF’S LAWS
Kirchhoff’s voltage law (KVL) states that the algebraic sum of all voltages around a closed path(or loop) is zero

17. KIRCHHOFF’S LAWS

18. SERIES RESISTORS

19. SERIES RESISTORS

20. SERIES RESISTORS

21. VOLTAGE DIVISION

22. VOLTAGE DIVISION

23. PARALLEL RESISTORS

24. PARALLEL RESISTORS

25. PARALLEL RESISTORS

26. PARALLEL RESISTORS

27. CURRENT DIVISION

28. CURRENT DIVISION

29. WYE-DELTA TRANSFORMATIONS

30. WYE-DELTA TRANSFORMATIONS

31. WYE-DELTA TRANSFORMATIONS

32. WYE-DELTA TRANSFORMATIONS

33. WYE-DELTA TRANSFORMATIONS

34. WYE-DELTA TRANSFORMATIONS

35. WYE-DELTA TRANSFORMATIONS

36. WYE-DELTA TRANSFORMATIONS

37. WYE-DELTA TRANSFORMATIONS

38. WYE-DELTA TRANSFORMATIONS

39. SUPERPOSITION
For Linear Systems:

40. SUPERPOSITION

41. SOURCE TRANSFORMATION

42. THEVENIN’S THEOREM ? ?

43. THEVENIN’S THEOREM

44. THEVENIN’S THEOREM

45. NORTON’S THEOREM

46. NORTON’S THEOREM

47. NORTON’S THEOREM

48. SOURCE TRANSFORMATION

49. CAPACITORS AND INDUCTORS

50. CAPACITORS

51. CAPACITORS

52. CAPACITORS

53. CAPACITORS

54. CAPACITORS The voltage on a capacitor cannot change abruptly
A capacitor is an open circuit to dc

55. SERIES CAPACITORS

56. PARALLEL CAPACITORS

57. INDUCTORS
µ ≡ Permiability

58. INDUCTORS

59. The current through an inductor cannot change instantaneously
INDUCTORS
The current through an inductor
cannot change instantaneously
An inductor acts like
a short circuit to dc

60. SERIES INDUCTORS

61. PARALLEL INDUCTORS

62. IMPORTANT CHARACTERISTICS

63. Characterized by A First-order Differential Equation
FIRST-ORDER CIRCUITS
Characterized by A First-order Differential Equation

64. FIRST-ORDER CIRCUITS
THE SOURCE-FREE RC CIRCUIT

65. FIRST-ORDER CIRCUITS
THE SOURCE-FREE RC CIRCUIT

66. FIRST-ORDER CIRCUITS
STEP RESPONSE OF AN RC CIRCUIT

67. FIRST-ORDER CIRCUITS
STEP RESPONSE OF AN RC CIRCUIT

68. FIRST-ORDER CIRCUITS
THE SOURCE-FREE RL CIRCUIT

69. STEP RESPONSE OF AN RL CIRCUIT

70. STEP RESPONSE OF AN RL CIRCUIT

71. STEP RESPONSE OF AN RL CIRCUIT