الهندسة الكهربائية (1)
ستتعرف في هذا المساق إلى جزئين رئيسيين وهما التيار المستمر DC Circuits والتيار المتردد AC Circuits
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عن الدورة
ستتعرف في هذا المساق إلى جزئين رئيسيين وهما التيار المستمر DC Circuits والتيار المتردد AC Circuits
محتوى الدورة
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8. Chapter Objectives00:03:55
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9. Electrical Resistance (Ohm00:03:44
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10. Applications of Ohm00:07:17
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11. Power dissipated by a resistor00:07:23
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12. Calculating Voltage, Current, and Power00:09:42
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13. BRANCHES and NODES00:07:13
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14. Examples of BRANCHES and NODES00:09:34
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15. LOOPS and MESHES00:06:34
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16. Examples of LOOPS and MESHES00:06:00
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17. Kirchhoff’s Current Law00:06:46
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18. Examples of Kirchhoff’s Current Law00:08:29
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19. Kirchhoff00:06:30
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20. Examples of Kirchhoff00:14:17
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21. Series Resistors and Voltage Division00:07:16
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22. Examples of Series Resistors and Voltage Division00:06:41
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23. Parallel Resistors and Current Division00:07:27
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24. Examples of Parallel Resistors and Current Division00:06:21
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25. Simple Resistive Circuits00:13:46
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26. Chapter Objectives00:02:40
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27. Node-voltage method00:10:17
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28. Concept of Supernode00:07:06
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29. Examples of node-voltage method to solve a circuit00:07:25
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30. Mesh-current method00:12:48
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31. Mesh Analysis With Current Sources00:06:53
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32. Examples of mesh-current method and supermesh to solve circuit00:07:44
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33. Source Transformations00:10:12
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34. Examples of Source Transformations00:05:39
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35. Thevenin Equivalent00:06:17
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36. Solve circuits using Thevenin method00:08:35
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37. Examples of Thevenin Equivalent00:08:06
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38. Maximum Power Transfer00:09:03
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39. Superposition Principle00:11:54
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40. Examples of Superposition Principle00:11:07
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46. The inductor v - i equation00:07:05
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47. Examples of v - i equation in an inductor00:06:00
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48. The inductor i - v equation00:05:04
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49. Power in the inductor, and Energy Stored by an inductor00:07:20
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50. Determining the Current, Voltage, Power, and Energy00:07:10
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51. Series and Parallel Inductors00:05:19
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52. General Equations for inductor00:08:05
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53. Capacitors and current-voltage relationship of the capacitor00:06:46
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54. Capacitor Power and Energy Equation00:04:50
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55. Series and Parallel Capacitors00:05:09
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56. Determining Current,Voltage,Power,and Energy for a Capacitor00:05:39
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72. Instantaneous power00:07:48
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73. L2 |Average Power for Purely Resistive, Inductive and Capacitive00:07:11
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74. Examples of Average Power00:07:39
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75. Effective or RMS value00:07:32
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76. Apparent Power and Power factor00:07:47
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77. Examples of Apparent Power and Power factor00:10:44
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78. Complex Power and power triangle00:10:39
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79. Examples of complex power00:19:06
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