|
RAR-files |
| ilearn-psaf.rar |
50,000,000 |
D0177F1C |
| ilearn-psaf.r00 |
50,000,000 |
44412DA9 |
| ilearn-psaf.r01 |
50,000,000 |
6002A630 |
| ilearn-psaf.r02 |
50,000,000 |
3347A92B |
| ilearn-psaf.r03 |
50,000,000 |
E5FB762E |
| ilearn-psaf.r04 |
50,000,000 |
0AA58E92 |
| ilearn-psaf.r05 |
50,000,000 |
C2B71FE7 |
| ilearn-psaf.r06 |
50,000,000 |
59EA052A |
| ilearn-psaf.r07 |
50,000,000 |
AD9C3DA5 |
| ilearn-psaf.r08 |
50,000,000 |
C7238467 |
| ilearn-psaf.r09 |
50,000,000 |
CB3DAB63 |
| ilearn-psaf.r10 |
50,000,000 |
6979EE53 |
| ilearn-psaf.r11 |
50,000,000 |
FEE42F3A |
| ilearn-psaf.r12 |
50,000,000 |
551EB697 |
| ilearn-psaf.r13 |
50,000,000 |
5790BEA9 |
| ilearn-psaf.r14 |
50,000,000 |
CF88B39C |
| ilearn-psaf.r15 |
50,000,000 |
2AA9EB8E |
| ilearn-psaf.r16 |
50,000,000 |
34F3F241 |
| ilearn-psaf.r17 |
50,000,000 |
414466EB |
| ilearn-psaf.r18 |
50,000,000 |
53CC52C3 |
| ilearn-psaf.r19 |
50,000,000 |
009740A9 |
| ilearn-psaf.r20 |
50,000,000 |
023056A8 |
| ilearn-psaf.r21 |
50,000,000 |
CE36BD27 |
| ilearn-psaf.r22 |
50,000,000 |
1D40FFD0 |
| ilearn-psaf.r23 |
50,000,000 |
EFF6CEF7 |
| ilearn-psaf.r24 |
50,000,000 |
E44AF40B |
| ilearn-psaf.r25 |
50,000,000 |
0B3D0163 |
| ilearn-psaf.r26 |
26,941,719 |
08EED7F6 |
|
| Total size: |
1,376,941,719 |
|
|
| Archived
files |
|
6. Derivation of Per Unit Formulae.mp4
[b28528b717a5ade7]
|
62,150,853 |
3950919B |
|
7. Why We Use Per Units.mp4
[ac277ac730fdf5ba]
|
13,414,558 |
824E35DE |
|
8. Per Unit Advantages 1.mp4
[4b87095a515875bc]
|
28,121,176 |
19EBE7C7 |
|
9. Per Unit Advantages 2.mp4
[bfdf8ddd830a857a]
|
21,379,620 |
30D25352 |
|
10. Per Unit Systems Example.mp4
[da3ee8f009cba3c]
|
63,247,787 |
24390AFB |
|
11. Analyzing Advantage of Per Unit Formulae.mp4
[5de33860b1983886]
|
128,756,621 |
C95E3C03 |
|
12. Change in Base Value.mp4
[a04fbb510ec5aee]
|
19,380,676 |
16D09CF2 |
|
13. Example for Base Value Conversion.mp4
[396f71b670cf22a3]
|
27,019,309 |
984B9285 |
|
14. What is Power Factor.mp4
[e8fc5a5498c2a048]
|
13,875,778 |
97A367B7 |
|
15. Phasor Diagram for Power Factor.mp4
[8598b871dd15321e]
|
15,979,348 |
1BB3CCE3 |
|
16. Power Triangle.mp4
[28a32d8aaabdba85]
|
26,221,343 |
9B00A41E |
|
17. Leading vs Lagging Power Factor.mp4
[c2df3e506af09f08]
|
23,942,430 |
FB8ADB83 |
|
18. How to Improve Power Factor.mp4
[17766145a7f67086]
|
26,325,540 |
96CD9832 |
|
19. Calculating Capacitor Size.mp4
[f200576a36493ea0]
|
37,017,109 |
916B1047 |
|
20. Is Capacitor Size Optimal.mp4
[25c6e867cbfda12d]
|
22,625,581 |
A0E10AF2 |
|
21. Introduction to Balanced System.mp4
[a8d5d4d3a618ad79]
|
36,066,621 |
32FBFDC8 |
|
22. Introduction to Balanced System.mp4
[daea4287da59c7e5]
|
24,734,696 |
38ACB00A |
|
23. Common Power Flow Equations.mp4
[9a323d7700d5f59]
|
36,321,676 |
ECCF1144 |
|
24. Basics of Power.mp4
[ef5d52650330dc1a]
|
46,385,592 |
946FC040 |
|
25. Power Flow Equations Explanation.mp4
[2297df555cb6e6d8]
|
33,332,227 |
6252E2DC |
|
26. Newton Raphson Method Introduction.mp4
[340ecd67b46a8d48]
|
43,586,085 |
5A2A148C |
|
27. The Jacobian Matrix.mp4
[579e18e9c73a2eab]
|
97,447,855 |
C0CE5208 |
|
28. Solving for Initial Conditions.mp4
[1418b00a11e476be]
|
53,196,067 |
7380953D |
|
29. Second Iteration.mp4
[6cc94f0637fbd3ed]
|
99,601,080 |
B73ED0CA |
|
30. Ybus Admittance Matrix Introduction.mp4
[59afeea97ab8b2d6]
|
36,881,376 |
F9E50513 |
|
31. Ybus Admittance Matrix Explanation.mp4
[1893dd8c68a467d4]
|
84,445,115 |
AE60A568 |
|
32. Ybus Admittance Matrix Example.mp4
[bef4171e275aa516]
|
56,707,345 |
AB18E302 |
|
1. About the Instructor.mp4
[9231e51c4a4b07c4]
|
99,699,874 |
93E3FC1A |
|
3. What are Per Unit Systems.mp4
[716c8dfff0e32fba]
|
24,807,946 |
FEB03173 |
|
4. Per Unit Conversion Formulae.mp4
[86a48e2ece4d1d0]
|
32,941,892 |
35BE03C9 |
|
5. Per Unit Equivalent Circuit.mp4
[6ee63d7d567d144a]
|
41,323,288 |
57243D69 |
|
| Total size: |
1,376,936,464 |
|
|
