Coursera-Introduction-to-Power-Electronics

1. 01 - 01 - 1.1 Technical introduction.mp416.17MB
2. 01 - 02 - 1.2 Preliminaries and grading.mp49.11MB
3. 01 - 03 - 1.3 What will be covered.mp45.11MB
4. 02 - 01 - 2.1 Introduction.mp411.45MB
5. 02 - 02 - 2.2 Volt-sec balance and sm ripple approx.mp439.04MB
6. 02 - 03 - 2.3 Boost converter example.mp428.76MB
7. 02 - 04 - 2.4-5 Addtl topics.mp410.75MB
8. 03 - 01 - 3.1 The DC transformer model.mp415.89MB
9. 03 - 02 - 3.1 Review of circuits with ideal transformers.mp415.47MB
10. 03 - 03 - 3.2 Inductor copper loss.mp415.9MB
11. 03 - 04 - 3.3 Construction of equivalent circuit model.mp424.23MB
12. 03 - 05 - 3.4 How to obtain the input port of the model.mp49.83MB
13. 03 - 06 - 3.5 Example - semiconductor conduction losses in boost converter.mp421.29MB
14. 04 - 01 - 4.1.1 Single-quadrant switches.mp420.3MB
15. 04 - 02 - 4.1.2 Current-bidirectional switches.mp411.71MB
16. 04 - 03 - 4.1.3-5 Two- and four-quadrant switches, synchronous rectifiers.mp420.1MB
17. 04 - 04 - 4.2.0 Introduction to power semiconductors.mp426.75MB
18. 04 - 05 - 4.2.1.1 Diode rectifiers.mp418.71MB
19. 04 - 06 - 4.2.1.2 Equivalent circuit modeling of switching loss.mp414.59MB
20. 04 - 07 - 4.2.1.3 Boost converter example.mp410.47MB
21. 04 - 08 - 4.2.1.4 More about rectifiers.mp418.43MB
22. 04 - 09 - 4.2.2.1 Power MOSFETs.mp416.56MB
23. 04 - 10 - 4.2.2.2 MOSFET gate drivers.mp424.24MB
24. 04 - 11 - 4.2.3 BJTs and IGBTs.mp422.81MB
25. 04 - 12 - 4.3 More about switching loss.mp416.15MB
26. 05 - 01 - 5.1 Origin of DCM and mode boundary.mp412.75MB
27. 05 - 02 - 5.2 Analysis of the conversion ratio M(D,K).mp414.22MB
28. 05 - 03 - 5.3 Boost converter example.mp417.37MB
29. 06 - 01 - 6.1.1-2 DC-DC converter topologies.mp413.01MB
30. 06 - 02 - 6.1.4 How to synthesize an inverter.mp49.18MB
31. 06 - 03 - 6.2 A short list of nonisolated converters.mp47.21MB
32. 06 - 04 - 6.3 Transformers.mp436.69MB
33. 06 - 05 - 6.3.2 The forward converter.mp427.3MB
34. 06 - 06 - 6.3.4 The flyback converter.mp436.18MB
35. 07 - 01 - 7.1 Introduction to AC modeling.mp481.77MB
36. 07 - 02 - 7.2.1-4 Averaged ac modeling.mp421.18MB
37. 07 - 03 - 7.2.2 Discussion of averaging.mp414.91MB
38. 07 - 04 - 7.2.5 Perturbation and linearization.mp456.65MB
39. 07 - 05 - 7.2.6-8 Construction of equivalent circuit.mp433.32MB
40. 07 - 06 - 7.6 Modeling the pulse-width modulator.mp49.68MB
41. 07 - 07 - 7.5 The canonical model.mp453.33MB
42. 07 - 08 - 7.3 State-space averaging.mp47.09MB
43. 08 - 01 - 8.0 Introduction to Design-Oriented Analysis.mp412.17MB
44. 08 - 02 - 8.1 Review of Bode diagrams - pole.mp465.46MB
45. 08 - 03 - 8.1.2 Other basic terms.mp47.65MB
46. 08 - 04 - 8.1.5 Combinations.mp454.21MB
47. 08 - 05 - 8.1.6 Second-order response - resonance.mp448.54MB
48. 08 - 06 - 8.1.7 The low-Q approximation.mp423.07MB
49. 08 - 07 - 8.1.8 Analytical factoring of higher-order polynomials.mp442.02MB
50. 08 - 08 - 8.2 Analysis of converter transfer functions.mp441.94MB
51. 08 - 09 - 8.2.2 Transfer functions of basic converters.mp425.79MB
52. 08 - 10 - 8.3.1 Graphical construction of impedances.mp453.91MB
53. 08 - 12 - 8.3.5 Graphical construction of converter transfer functions.mp442.42MB
54. 09 - 01 - 9.1-2 Introduction.mp458.22MB
55. 09 - 02 - 9.3 Construction of closed-loop transfer functions.mp427.75MB
56. 09 - 03 - 9.4.1 Stability.mp459.61MB
57. 09 - 04 - 9.4.2 Phase margin vs. closed-loop Q.mp449.78MB
58. 09 - 05 - 9.5 Regulator design.mp449.1MB
59. 09 - 06 - 9.5.4 Design example.mp446.18MB
60. 09 - 07 - Op-amp compensator design.mp496.08MB
61. 09 - 08 - 9.5.5 Another example.mp454.15MB
62. 09 - 09 - Afterword.mp415.84MB