Learn · The MOS Transistor Modeling

Lecture 8 of 60Week 2

Lecture -8 : Effect of Gate-Body Voltage on MOS Capacitor

Prof. Navjeet Bagga · IIT Bhubaneswar

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The MOS Transistor Modeling, IIT Bhubaneswar (at NPTEL)
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CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures

  1. Lecture -1 : Introduction Video
  2. Lecture -2 : Fundamentals Of Semiconductor Video
  3. Lecture -3 : Carrier Transport Video
  4. Lecture -4 : PN Junction -I Video
  5. Lecture -5 : PN Junction -II Video
  6. Lecture -6 : Flat Band Voltage Video
  7. Lecture -7 : Potential & Charge Balance Video
  8. Lecture -8 : Effect of Gate-Body Voltage on MOS Capacitor Video
  9. Lecture -9 : General Analysis - I Video
  10. Lecture -10 : General Analysis - II Video
  11. Lecture -11 : Region of Operation (Accumulation & Depletion) Video
  12. Lecture -12 : Region of Operation (Inversion – I) Video
  13. Lecture -13 : Region of Operation (Inversion –II) Video
  14. Lecture-14 : Region of Operation (Inversion –III) Video
  15. Lecture -15 : Small Signal Capacitance - I Video
  16. Lecture -16 : Small Signal Capacitance-II Video
  17. Lecture -17 : Small Signal Capacitance-III Video
  18. Lecture -18 : Contacting Inversion Layer using Third Terminal Video
  19. Lecture -19 : General Analysis - I Video
  20. Lecture -20 : General Analysis - II Video
  21. Lecture -21 : The Body Effect Video
  22. Lecture -22 : A VCB Control point of View Video
  23. Lecture -23 : Introduction of MOS Transistor Video
  24. Lecture -24 : Complete All Region Model - I Video
  25. Lecture -25 : Complete All Region Model - II Video
  26. Lecture -26 : A Graphical Interpretation Video
  27. Lecture -27 : Simplified All Region Models - I Video
  28. Lecture -28 : Simplified All Region Models - II Video
  29. Lecture -29 :Simplified All Region Models - III Video
  30. Lecture -30 : Strong Inversion - I Video
  31. Lecture - 31 : Strong Inversion - II Video
  32. Lecture -32 : Strong Inversion - III Video
  33. Lecture -33 : Weak Inversion Video
  34. Lecture -34 : Single Piece Model Video
  35. Lecture -35 : Effective Mobility - I Video
  36. Lecture -36 : Effective Mobility - II Video
  37. Lecture -37 : Extrinsic Effects, P channel Transistor Video
  38. Lecture -38 : Carrier Velocity Saturation-I Video
  39. Lecture -39 : Carrier Velocity Saturation-II Video
  40. Lecture -40 : Channel Length Modulation Video
  41. Lecture - 41 : Charge Sharing-I Video
  42. Lecture - 42 : Charge Sharing-II Video
  43. Lecture - 43 : Drain-Induced Barrier Lowering Video
  44. Lecture - 44 : Hot Carrier Effects Video
  45. Lecture - 45 : Polysilicon Depletion Video
  46. Lecture -46 : DC Gate Current Video
  47. Lecture -47 : Band to Band Tunneling; GIDL Video
  48. Lecture -48 : The Quest for Ever-Smaller Devices Video
  49. Lecture -49 : Quasi-Static Operation Video
  50. Lecture -50 : Intrinsic Charges in Quasi-Static Operation - I Video
  51. Lecture -51 : Intrinsic Charges in Quasi-Static Operation - II Video
  52. Lecture -52 : Transit Time, Limitation of Quasi-static model Video
  53. Lecture -53 : Non-Quasi-Static Modeling Video
  54. Lecture -54 : A Low-Frequency Small-Signal Model Part : I Video
  55. Lecture -55 : A Low-Frequency Small-Signal Model Part : II Video
  56. Lecture -56 : A Low-Frequency Small-Signal Model Part : III Video
  57. Lecture -57 : A Medium Frequency Small-Signal Model Part : I Video
  58. Lecture -58 : A Medium Frequency Small-Signal Model Part : II Video
  59. Lecture -59 : A Medium Frequency Small-Signal Model Part : III Video
  60. Lecture -60 : A Few Case Studies Video