Fundamentals of Transistors

Fundamentals of Transistors

Offering: Self-Paced (2020) Section: Default

Video
  • Lecture 5.3: High Electron Mobility Transistors (HEMTs) 1. Lecture 5.3: High Electron Mob… 0
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  • Transistors 2. Transistors 24.391057724391057
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  • GaAs MESFET 3. GaAs MESFET 64.497831164497839
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  • 4. "Modulation doping" 197.09709709709711
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  • Modulation doping 5. Modulation doping 257.92459125792459
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  • Equilibrium energy band diagram 6. Equilibrium energy band diagra… 322.25558892225558
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  • Parallel conduction should be avoided 7. Parallel conduction should be … 394.72806139472806
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  • Why dope the wide bandgap layer? 8. Why dope the wide bandgap laye… 448.84884884884889
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  • Scattering mechanisms (mobility) 9. Scattering mechanisms (mobilit… 517.81781781781785
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  • Mobility vs. temperature 10. Mobility vs. temperature 641.60827494160833
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  • Mobility vs. temperature (modulation doped) 11. Mobility vs. temperature (modu… 680.11344678011346
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  • Molecular beam epitaxy 12. Molecular beam epitaxy 730.09676343009676
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  • From physics to technology 13. From physics to technology 751.38471805138477
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  • Heterostructure FET 14. Heterostructure FET 784.984984984985
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  • Why delta doping? 15. Why delta doping? 853.01968635301967
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  • Names 16. Names 896.02936269602935
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  • InGaAs HEMT 17. InGaAs HEMT 917.88455121788456
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  • Layer structure 18. Layer structure 1004.0373707040374
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  • Applications 19. Applications 1023.7237237237238
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  • InGaAs HEMT technology 20. InGaAs HEMT technology 1057.8912245578913
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  • Comparison with experiment: InGaAs HEMTs 21. Comparison with experiment: In… 1111.0443777110445
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  • III-V MOSFETs 22. III-V MOSFETs 1162.2956289622957
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  • Summary 23. Summary 1188.8888888888889
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  • Next topic 24. Next topic 1243.8438438438438
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L5.3 High Electron Mobility Transistors (HEMTs)

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