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Fundamentals of Electrical Engineering
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Name:Fundamentals of Electrical Engineering
Infohash: CB353B2C87A79456F4A303B6422F9818635BA6EA
Total Size: 5.45 GB
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[TutsNode.net] - Fundamentals of Electrical Engineering (Size: 5.45 GB) (Files: 472)
[TutsNode.net] - Fundamentals of Electrical Engineering
3. Chapter (3) Basic Electric Circuits
31. Short in Series and Parallel Circuit.mp4
30. Open Circuit and Short Circuit.srt
1. Electrical Sources.srt
8. Kirchhoff's Voltage Law.srt
27. Applications of Parallel Circuits.srt
31. Short in Series and Parallel Circuit.srt
9. KVL Example.srt
30. Open Circuit and Short Circuit.mp4
24. Parallel Circuits - Power Losses in Resistance.srt
4. Series Circuits - Total Resistance.srt
22. Parallel Circuits - Current Divider in Term of Conductances Multiple Branches.srt
2. Node, Loop, and Branch.srt
16. Parallel Circuits - Total Resistance.srt
5. Series Circuit - Voltage Drop.srt
21. Parallel Circuits - Current Division Two Branches.srt
13. Simulation of Series Bulbs Brightness.srt
28. Bulbs Brightness in Parallel Connection.srt
15. Parallel Circuits - Total Voltage.srt
17. Parallel Circuits IR Example.srt
7. Series Circuits- Aiding and Opposing Sources.srt
20. Parallel Circuits - Current Division.srt
14. Parallel Circuits - Total Current.srt
25. Parallel Circuits - Power Losses Example.srt
11. Power Dissipated by Each Resistor.srt
29. Simulation of Parallel Bulbs Brightness.srt
10. Series Circuits - Total Power Losses.srt
3. Series Circuits - Total Current.srt
19. Parallel circuits - Total Conductance.srt
26. Parallel Circuits - Power Losses in Conductance.srt
12. Brightness of Series Bulbs.srt
23. Parallel Circuits - Current Divider in Terms of Conductance Two Branches.srt
18. Parallel Circuits - Determine the Unknown Resistance.srt
6. Series Circuits - Voltage Divider.srt
1. Electrical Sources.mp4
8. Kirchhoff's Voltage Law.mp4
27. Applications of Parallel Circuits.mp4
2. Node, Loop, and Branch.mp4
9. KVL Example.mp4
24. Parallel Circuits - Power Losses in Resistance.mp4
22. Parallel Circuits - Current Divider in Term of Conductances Multiple Branches.mp4
13. Simulation of Series Bulbs Brightness.mp4
16. Parallel Circuits - Total Resistance.mp4
20. Parallel Circuits - Current Division.mp4
29. Simulation of Parallel Bulbs Brightness.mp4
28. Bulbs Brightness in Parallel Connection.mp4
21. Parallel Circuits - Current Division Two Branches.mp4
5. Series Circuit - Voltage Drop.mp4
14. Parallel Circuits - Total Current.mp4
7. Series Circuits- Aiding and Opposing Sources.mp4
25. Parallel Circuits - Power Losses Example.mp4
11. Power Dissipated by Each Resistor.mp4
10. Series Circuits - Total Power Losses.mp4
3. Series Circuits - Total Current.mp4
26. Parallel Circuits - Power Losses in Conductance.mp4
15. Parallel Circuits - Total Voltage.mp4
19. Parallel circuits - Total Conductance.mp4
23. Parallel Circuits - Current Divider in Terms of Conductance Two Branches.mp4
6. Series Circuits - Voltage Divider.mp4
12. Brightness of Series Bulbs.mp4
18. Parallel Circuits - Determine the Unknown Resistance.mp4
17. Parallel Circuits IR Example.mp4
4. Series Circuits - Total Resistance.mp4
2. Chapter (2) Basic Electricity Formulas
6. Ohm's Law.srt
5. Basics of Electrical Quantities.srt
3. Math.srt
9. Electric Power, Energy Formulas, and Electricity Bill.srt
4. How to Read Electrical Diagrams.srt
8. Resistor Color Code.srt
2. Additional Examples on Electric Charge and Current.srt
7. Temperature Effect on DC Cables.srt
1. Electrical Standards and Conventions.srt
10. Power Consumption and Voltage Variation.srt
6. Ohm's Law.mp4
5. Basics of Electrical Quantities.mp4
3. Math.mp4
7. Temperature Effect on DC Cables.mp4
9. Electric Power, Energy Formulas, and Electricity Bill.mp4
8. Resistor Color Code.mp4
2. Additional Examples on Electric Charge and Current.mp4
4. How to Read Electrical Diagrams.mp4
1. Electrical Standards and Conventions.mp4
10. Power Consumption and Voltage Variation.mp4
5. Chapter (5) Nodal and Loop Analysis Techniques
36. Loop Analysis - Example No.11.srt
25. Loop Analysis - Example No.3 Part 2.srt
46. Star to Delta Transformation.srt
8. Nodal Analysis Example No.3 Part 2.srt
40. Delta to Star Transformation.srt
22. Loop Analysis - Example No.1.srt
6. Nodal Analysis - Example No.3 Part 1.srt
2. Nodal Analysis.srt
7. Solving Equations With Three Unknown Variables.srt
24. Loop Analysis - Example No.3 Part 1.srt
37. Supermesh and Supernode Example.srt
21. Loop Analysis With Independent Voltage Sources.srt
26. Loop Analysis - Example No.4.srt
30. Loop Analysis - Supermesh.srt
9. Nodal Analysis Example No.4.srt
28. Loop analysis - Example No.5.srt
19. Nodal Analysis - Example No.11.srt
11. Nodal Analysis - Super Node.srt
18. Nodal Analysis - Example No.10.srt
39. StarDelta - Introduction.srt
5. Nodal Analysis - Example No.2.srt
17. Nodal Analysis - Example No.9.srt
47. Star to Delta - Example No.1.srt
45. Delta to Star - Example No.5.srt
4. Nodal Analysis - Example No.1.srt
33. Loop Analysis - Example No.9.srt
32. Loop Analysis - Example No.8.srt
23. Loop Analysis - Example No.2.srt
29. Loop Analysis - Example No.6.srt
31. Loop Analysis - Example No.7.srt
48. Star to Delta - Example No.2.srt
38. Nonplanar Circuits.srt
10. Nodal analysis With Independent Voltage Sources.srt
3. Solving Equations With Two Unknown Variable.srt
27. Loop Analysis With Independent Current Sources.srt
13. Nodal Analysis With Dependent Voltage Sources.srt
1. Introduction.srt
14. Nodal analysis - Example No.6.srt
49. Star to Delta - Equal Resistances.srt
35. Loop Analysis - Example No.10.srt
34. Loop Analysis - Circuits Containing Dependent Voltage Source.srt
50. Delta to Star - Equal Resistances.srt
42. Delta to Star - Example No.2.srt
12. Nodal Analysis - Example No.5.srt
15. nodal analysis - Example No.7.srt
41. Delta to Star - Example No.1.srt
16. Nodal Analysis - Example No.8.srt
44. Delta to Star - Example No.4.srt
43. Delta to Star - Example No.3.srt
20. Nodal Analysis - Example No.12.srt
36. Loop Analysis - Example No.11.mp4
25. Loop Analysis - Example No.3 Part 2.mp4
8. Nodal Analysis Example No.3 Part 2.mp4
22. Loop Analysis - Example No.1.mp4
46. Star to Delta Transformation.mp4
6. Nodal Analysis - Example No.3 Part 1.mp4
24. Loop Analysis - Example No.3 Part 1.mp4
2. Nodal Analysis.mp4
40. Delta to Star Transformation.mp4
37. Supermesh and Supernode Example.mp4
21. Loop Analysis With Independent Voltage Sources.mp4
7. Solving Equations With Three Unknown Variables.mp4
17. Nodal Analysis - Example No.9.mp4
11. Nodal Analysis - Super Node.mp4
30. Loop Analysis - Supermesh.mp4
26. Loop Analysis - Example No.4.mp4
48. Star to Delta - Example No.2.mp4
9. Nodal Analysis Example No.4.mp4
47. Star to Delta - Example No.1.mp4
19. Nodal Analysis - Example No.11.mp4
28. Loop analysis - Example No.5.mp4
4. Nodal Analysis - Example No.1.mp4
18. Nodal Analysis - Example No.10.mp4
5. Nodal Analysis - Example No.2.mp4
32. Loop Analysis - Example No.8.mp4
45. Delta to Star - Example No.5.mp4
29. Loop Analysis - Example No.6.mp4
39. StarDelta - Introduction.mp4
31. Loop Analysis - Example No.7.mp4
33. Loop Analysis - Example No.9.mp4
10. Nodal analysis With Independent Voltage Sources.mp4
23. Loop Analysis - Example No.2.mp4
38. Nonplanar Circuits.mp4
27. Loop Analysis With Independent Current Sources.mp4
14. Nodal analysis - Example No.6.mp4
34. Loop Analysis - Circuits Containing Dependent Voltage Source.mp4
3. Solving Equations With Two Unknown Variable.mp4
13. Nodal Analysis With Dependent Voltage Sources.mp4
49. Star to Delta - Equal Resistances.mp4
35. Loop Analysis - Example No.10.mp4
42. Delta to Star - Example No.2.mp4
12. Nodal Analysis - Example No.5.mp4
15. nodal analysis - Example No.7.mp4
16. Nodal Analysis - Example No.8.mp4
50. Delta to Star - Equal Resistances.mp4
44. Delta to Star - Example No.4.mp4
41. Delta to Star - Example No.1.mp4
43. Delta to Star - Example No.3.mp4
1. Introduction.mp4
20. Nodal Analysis - Example No.12.mp4
6. Chapter (6) Network Theorems for Circuit Analysis
1. Source Transformation Part 1.srt
42. Proof of Maximum Power Transfer Theorem.srt
23. Thevenin's Theorem - Example No.2.srt
41. Norton's Theorem - Example No.8.srt
25. Thevenin's Theorem - Example No.4.srt
19. Superposition Theorem - Example No.8.srt
18. Superposition Theorem - Example No.7.srt
31. Thevenin's Theorem - Example No.9.srt
16. Superposition Theorem - Example No.5.srt
7. Source Transformation - Dependent Sources.srt
38. Norton's Theorem - Example No.5.srt
29. Thevenin's Theorem - Example No.8.srt
49. Maximum Power Transfer Theorem - Example No.3.srt
2. Source Transformation Part 2.srt
11. Superposition Theorem - Example No.1 Par 1.srt
36. Norton's Theorem - Example No.3.srt
48. Maximum Power Transfer Theorem - Example No.2.srt
6. Source Transformation - Example No.4.srt
4. Source Transformation - Example No.2.srt
37. Norton's Theorem - Example No.4.srt
13. Superposition Theorem - Example No.2.srt
50. Maximum Power Transfer Theorem - Example No.4.srt
40. Norton's Theorem - Example No.7.srt
10. Proof of The Superposition Theorem.srt
39. Norton's Theorem - Example No.6.srt
5. Source Transformation - Example No.3.srt
34. Norton's Theorem - Example No.1.srt
24. Thevenin's Theorem - Example No.3.srt
9. Superposition Theorem.srt
35. Norton's Theorem - Example No.2.srt
27. Thevenin's Theorem - Example No.6.srt
8. The Difference between linear Circuits and Nonlinear Circuits.srt
20. Thevenin's Theorem for Circuits With Independent Sources.srt
17. Superposition Theorem - Example No.6.srt
21. Thevenin's Theorem - Example No.1.srt
14. Superposition Theorem - Example No.3.srt
28. Thevenin's Theorem - Example No.7.srt
12. Superposition Theorem - Example No.1 Part 2.srt
3. Source Transformation - Example No.1.srt
32. Thevenin's Theorem - Example No.10.srt
26. Thevenin's Theorem - Example No.5.srt
45. Limitation of Maximum Power Transfer Theorem.srt
15. Superposition Theorem - Example No.4.srt
30. Thevenin's Theorem for Circuits Contain Dependent Sources.srt
43. Efficiency at Maximum Power Transfer.srt
47. Maximum Power Transfer Theorem - Example No.1.srt
46. Simulation of Maximum Power Transfer Theorem.srt
33. Norton's Theorem.srt
44. Maximum Power Transfer Theorem - Steps to Solve Problems.srt
22. Thevenin's Theorem - Circuit Simulation.srt
1. Source Transformation Part 1.mp4
23. Thevenin's Theorem - Example No.2.mp4
42. Proof of Maximum Power Transfer Theorem.mp4
25. Thevenin's Theorem - Example No.4.mp4
41. Norton's Theorem - Example No.8.mp4
19. Superposition Theorem - Example No.8.mp4
7. Source Transformation - Dependent Sources.mp4
18. Superposition Theorem - Example No.7.mp4
31. Thevenin's Theorem - Example No.9.mp4
38. Norton's Theorem - Example No.5.mp4
16. Superposition Theorem - Example No.5.mp4
48. Maximum Power Transfer Theorem - Example No.2.mp4
49. Maximum Power Transfer Theorem - Example No.3.mp4
36. Norton's Theorem - Example No.3.mp4
11. Superposition Theorem - Example No.1 Par 1.mp4
27. Thevenin's Theorem - Example No.6.mp4
24. Thevenin's Theorem - Example No.3.mp4
4. Source Transformation - Example No.2.mp4
2. Source Transformation Part 2.mp4
37. Norton's Theorem - Example No.4.mp4
6. Source Transformation - Example No.4.mp4
20. Thevenin's Theorem for Circuits With Independent Sources.mp4
50. Maximum Power Transfer Theorem - Example No.4.mp4
29. Thevenin's Theorem - Example No.8.mp4
5. Source Transformation - Example No.3.mp4
9. Superposition Theorem.mp4
10. Proof of The Superposition Theorem.mp4
34. Norton's Theorem - Example No.1.mp4
13. Superposition Theorem - Example No.2.mp4
46. Simulation of Maximum Power Transfer Theorem.mp4
21. Thevenin's Theorem - Example No.1.mp4
35. Norton's Theorem - Example No.2.mp4
22. Thevenin's Theorem - Circuit Simulation.mp4
17. Superposition Theorem - Example No.6.mp4
39. Norton's Theorem - Example No.6.mp4
40. Norton's Theorem - Example No.7.mp4
8. The Difference between linear Circuits and Nonlinear Circuits.mp4
45. Limitation of Maximum Power Transfer Theorem.mp4
26. Thevenin's Theorem - Example No.5.mp4
28. Thevenin's Theorem - Example No.7.mp4
14. Superposition Theorem - Example No.3.mp4
3. Source Transformation - Example No.1.mp4
12. Superposition Theorem - Example No.1 Part 2.mp4
32. Thevenin's Theorem - Example No.10.mp4
43. Efficiency at Maximum Power Transfer.mp4
47. Maximum Power Transfer Theorem - Example No.1.mp4
15. Superposition Theorem - Example No.4.mp4
30. Thevenin's Theorem for Circuits Contain Dependent Sources.mp4
33. Norton's Theorem.mp4
44. Maximum Power Transfer Theorem - Steps to Solve Problems.mp4
1. Chapter (1) Electrical fundamentals
7. Use of Electromagnetism.srt
2. Matter.srt
5. Electricity.srt
3. Electron Theory.srt
4. Magnetism.srt
6. Electromagnetism.srt
1. Introduction to Electrical Engineering.srt
7. Use of Electromagnetism.mp4
5. Electricity.mp4
2. Matter.mp4
3. Electron Theory.mp4
4. Magnetism.mp4
6. Electromagnetism.mp4
1. Introduction to Electrical Engineering.mp4
4. Chapter (4) Series-Parallel Circuit
1. Series and Parallel Resistors Combinations.srt
5. Example No.2.srt
2. Series Parallel Circuit - Examples.srt
3. Circuits With Dependent Sources.srt
4. Example No.1.srt
6. Example No.3.srt
7. Example No.4.srt
9. Example No.6.srt
8. Example No.5.srt
1. Series and Parallel Resistors Combinations.mp4
2. Series Parallel Circuit - Examples.mp4
3. Circuits With Dependent Sources.mp4
7. Example No.4.mp4
4. Example No.1.mp4
5. Example No.2.mp4
8. Example No.5.mp4
6. Example No.3.mp4
9. Example No.6.mp4
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