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Power Electronics - Strictly Related to GATE Syllabus

Power Electronics - Strictly Related to GATE Syllabus

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Lec 03 Power DIODE & its Classification

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Lec 03 Power DIODE & its Classification

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Power Electronics - Strictly Related to GATE Syllabus

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  1. 1 Lec 01 Intro to PE & Harmonic Analysis
  2. 2 Lec 02 Switches Characteristics,Classification & Losses
  3. 3 Lec 03 Power DIODE & its Classification
  4. 4 Lec 04 SCR (Silicon Controlled Rectifier)
  5. 5 Lec 05 SCR Triggering Method & its Protection
  6. 6 Lec 06(a) Diode Circuit Part a
  7. 7 Lec 06(b) Diode Circuit Part b
  8. 8 Lec 07 Fourier Series & Types of Load (Voltage Stiff & Current Stiff)
  9. 9 Lec 08 Rectifier & its Classification
  10. 10 Lec 9(a) Half Wave Uncontrolled Rectifier (R & L-Load)
  11. 11 Lec 9(b) Half Wave Uncontrolled Rectifier (RL & RL-FWD Load)
  12. 12 Lec 9(c) Half Wave Uncontrolled Rectifier (RE & RLE load)
  13. 13 Lec 10(a) Half Wave Controlled Rectifier (R & L load)
  14. 14 Lec 10(b) Half Wave Controlled Rectifier (RL & RL-FWD load)
  15. 15 Lec 10(c) Half Wave Controlled Rectifier (RE & RLE load)
  16. 16 Lec 11 GATE Question Solved (1991-2017) based on Half Wave Rectifier
  17. 17 Lec 12 Full Wave Controlled Bridge Rectifier & its Harmonic Analysis
  18. 18 Lec 13(a) Full Wave Semiconverter (Symmetrical Configuration)
  19. 19 Lec 13(b) Full Wave Semiconverter (Asymmetrical Configuration)
  20. 20 Lec 13(c) Full Wave Semiconverter (Bridge Converter+FWD) & its Harmonic Analysis
  21. 21 Lec 14 Full Wave Bridge Rectifier with RE Load
  22. 22 Lec 15(a) GATE Problem Solved (1991-2008) based on Full Wave Rectifier
  23. 23 Lec 15(b) GATE Problem Solved (2009-2017) based on Full Wave Rectifier
  24. 24 Lec 16 Three Phase Half Wave Uncontrolled Rectifier
  25. 25 Lec 17 Three Phase Half Wave Controlled Rectifier
  26. 26 Lec 18 Three Phase Full Wave Controlled Bridge Rectifier
  27. 27 Lec 19 Effect of Source Inductance
  28. 28 Lec 20(a) GATE Problem Solved (1991-2006) based on 3Ph. Rectifier
  29. 29 Lec 20(b) GATE Problem Solved (2007-2017) based on 3Ph. Rectifier
  30. 30 Lec 21 Introduction to Chopper
  31. 31 Lec 22 Understand Buck Converter in 30 minutes
  32. 32 Lec 23(a) GATE Problem Solved (1991-2012) based on Buck Converter
  33. 33 Lec 23(b) GATE Problem Solved (2013-2017) based on Buck Converter
  34. 34 Lec 24 Understand Boost Converter in 25 Minutes
  35. 35 Lec 25 GATE Problem Solved (1991-2017) based on Boost Converter
  36. 36 Lec 26 Understand Buck Boost Converter in 15 Minutes
  37. 37 Lec 27 GATE Problem Solved (1991-2017) based on Buck Boost Converter
  38. 38 Lec 28 Commutation Circuit (Natural Commutation)
  39. 39 Lec 29 Class A (Load Commutation)
  40. 40 Lec 30 Class B (Current Commutation)
  41. 41 Lec 31 Class C (Impulse/Complementary Commutation)
  42. 42 Lec 32 Class D (Voltage Commutation)
  43. 43 Lec 33 GATE Questions on Commutation Circuit | Power Electronics
  44. 44 Lec 34(a) Buck Converter in Discontinuous Conduction Mode | Power Electronics
  45. 45 Lec 34(b) Must Watch | Advanced Problem on Discontinuous Conduction Mode | Power Electronics
  46. 46 Lec 34(c) Boost Converter in Discontinuous Conduction Mode | Power Electronics
  47. 47 Lec-34(d) Buck Boost Converter in Discontinuous Conduction Mode | Power Electronics
  48. 48 Lec 35 Multi-Phase Buck Converter | VVI for GATE 2019 | Power Electronics
  49. 49 Lec 36 Introduction to Inverter | Power Electronics
  50. 50 Lec 37(a) Half Bridge Inverter | R Load | Power Electronics
  51. 51 Lec 37(b) Half Bridge Inverter | L load | Power Electronics
  52. 52 Lec 37(c) Half Bridge Inverter | RL load | Power Electronics | GATE 2019
  53. 53 Lec 37(d) Half Bridge Inverter | RLC load | Power Electronics | GATE 2019
  54. 54 Lec 38(a) Full Bridge Inverter | Power Electronics | GATE 2019
  55. 55 Lec 38(b) Full Bridge Inverter | R load | Power Electronics | GATE 2019
  56. 56 Lec 38(c) Full Bridge Inverter | L load | Power Electronics | GATE 2019
  57. 57 Lec 38(d) Full Bridge Inverter | RL load | Power Electronics
  58. 58 Lec 38(e) Full Bridge Inverter | RLC load | Power Electronics
  59. 59 Lec 39(a) GATE Questions on 1Ph. Inverter | Power Electronics | GATE 2019
  60. 60 Lec 39(b) ESE Questions on 1Ph. Inverter | Power Electronics | GATE 2019
  61. 61 Lec 40 Introduction to PWM Inverter | Power Electronics | GATE 2019
  62. 62 Lec 41 Multiple PWM Technique | Power Electronics | GATE 2019
  63. 63 Lec 42(a) Application of Fourier Series in PWM Inverter | Power Electronics | GATE 2019
  64. 64 Lec 42(b) Voltage Control of Unequal PWM | Power Electronics | GATE 2019
  65. 65 Lec 42(c) Selective Harmonic Elimination | PWM Inverter | Power Electronics
  66. 66 Lec 43 SPWM-Bipolar PWM Technique | Power Electronics | GATE 2019
  67. 67 Lec 44 SPWM-Unipolar PWM Technique | Power Electronics | GATE 2019
  68. 68 Lec 45(a) GATE Questions on PWM Inverter | Power Electronics
  69. 69 Lec 45(b) ESE Questions on PWM Inverter | Power Electronics
  70. 70 Lec 46(a) Three Phase Inverter | 180 Mode | Power Electronics
  71. 71 Lec 46(b) Fourier Series Expression of Three Phase Inverter | 180 Mode | Power Electronics
  72. 72 Lec 47(a) Three Phase Inverter | 120 Mode | Power Electronics
  73. 73 Lec 47(b) Fourier Series Expression of Three Phase Inverter| 120 Mode | Power Electronics
  74. 74 Lec 48 GATE & ESE Problem on Three Phase Inverter
  75. 75 Lec 49(a) Current Source Inverter | R load | Power Electronics
  76. 76 Lec 49(b) Current Source Inverter | C load | Power Electronics
  77. 77 Lec 49(c) Current Source Inverter | RC load | Power Electronics
  78. 78 #why_to_donate? Lec 50 PE Completed 100% | Thankyou for 100k Subscriber

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