1. Introduction
2. Solutions
3. Simple Example
4. Parasitic inductance
5. To protect FET
6. Designing the Clamp Components
7. Clamp
8. Designing the Clamp Components
9. Clamp
10. Designing the Clamp Components
11. Clamp
12. Designing the Clamp Components
13. Clamp
14. Leakage discharge
15. Leakage average current
16. Leakage discharge
17. Leakage average current
18. Simulation Exercise
19. Diode Snubber (clamp)
20. Simulation Exercise
21. Leakage average current
22. Leakage discharge
23. Clamp
24. Leakage discharge
25. Clamp
26. Leakage discharge
27. Clamp
28. Designing the Clamp Components
29. To protect FET
30. Parasitic inductance
31. Simple Example
32. Solutions
33. Simple Example
34. Parasitic inductance
35. To protect FET
36. Designing the Clamp Components
37. Clamp
38. Leakage discharge
39. Leakage average current
40. Simulation Exercise
41. Diode Snubber (clamp)
42. Snubber waveforms
43. Snubber design
44. Switch Snubbers
45. Snubber design
46. Switch Snubbers
47. Snubber types
48. Switch Snubbers
49. Snubber types
50. Snubber types
51. Snubber types
52. Switch Snubbers
53. Snubber types
54. Snubber types
55. Switching overlap
56. Switch Snubber
57. Switching overlap
58. Switch Snubber
59. dV/dt
60. Capacitor losses
61. Solution
62. Reset
63. Losses
64. Reset
65. Solution
66. Capacitor losses
67. dV/dt
68. Capacitor losses
69. Solution
70. Reset
71. Losses
72. Lossless snubbing (simple example)
73. Losses
74. Lossless snubbing (simple example)
75. Dead time requirement
76. Lossless snubbing (simple example)
77. Losses
78. Reset
79. Solution
80. Capacitor losses
81. dV/dt
82. Switch Snubber
83. Switching overlap
84. Switch Snubber
85. dV/dt
86. Capacitor losses
87. Solution
88. Reset
89. Losses
90. Lossless snubbing (simple example)
91. Dead time requirement
92. Lossless snubbing (simple example)
93. Losses
94. Reset
