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Fundamentals of Semiconductor Devices

Fundamentals of Semiconductor Devices

IISc Bangalore July 2018 via YouTube Direct link

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Fundamentals of Semiconductor Devices

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  1. 1 DigbijoyIntro
  2. 2 Introduction to semiconductors
  3. 3 Introduction to energy bands
  4. 4 Fundamentals of band structure
  5. 5 Band structure (contd.) and Fermi-Dirac distribution
  6. 6 Density of states
  7. 7 Doping and intrinsic carrier concentration
  8. 8 Equilibrium carrier concentration
  9. 9 Temperature-dependence of carrier concentration
  10. 10 High doping effects and incomplete ionization
  11. 11 Carrier scattering and mobility
  12. 12 Low-field and high-field transport, introduction to diffusion
  13. 13 Drift-diffusion and trap statistics
  14. 14 Current continuity equation
  15. 15 Continuity equation (contd.) and introduction to p-n junction
  16. 16 Application of p-n junctions
  17. 17 Breakdown of junction and C-V profiling
  18. 18 p-n junction under equilibrium
  19. 19 p-n junction under equilibrium (contd.)
  20. 20 p-n junction under bias
  21. 21 p-n junction under bias (contd.)
  22. 22 p-n junction: generation-recombination currents
  23. 23 Introduction to Schottky junction
  24. 24 Schottky junction under equilibrium
  25. 25 Schottky junction under bias
  26. 26 Introduction to transistors: BJT
  27. 27 Basics of BJT
  28. 28 Working of BJT
  29. 29 Working of BJT (contd)
  30. 30 Delays in BJT
  31. 31 MOS: Introduction
  32. 32 MOS: Capacitance-voltage
  33. 33 Ideal MOS system: derivation of threshold voltage
  34. 34 MOS C-V in more details
  35. 35 MOSFET – An introduction
  36. 36 Gradual Channel Approximation: Derivation of I-V characteristics
  37. 37 Substrate bias effect and subthreshold conduction in MOSFET
  38. 38 Short Channel Effects in MOSFET
  39. 39 Introduction to compound semiconductors
  40. 40 Basics of heterojunctions
  41. 41 Band diagram of heterojunctions
  42. 42 Heterojunctions (contd).
  43. 43 Heterojunction transistors
  44. 44 III-nitrides
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