nanoHUB-U: Fundamentals of Nanotransistors, 2nd Edition

nanoHUB-U: Fundamentals of Nanotransistors, 2nd Edition

Offering: Spring 2016 Section: Default

Video
  • Lecture 2.4: Flatband Voltage 1. Lecture 2.4: Flatband Voltage 0
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  • Hypothetical, ideal MOS-C 2. Hypothetical, ideal MOS-C 25.025025025025027
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  • Gate voltage and surface potential 3. Gate voltage and surface poten… 97.063730397063736
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  • Real MOS-C at VG = 0 4. Real MOS-C at VG = 0 267.50083416750084
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  • Example 5. Example 359.35935935935936
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  • Gate voltage vs. surface potential 6. Gate voltage vs. surface poten… 477.51084417751088
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  • Recall: Threshold voltage example 7. Recall: Threshold voltage exam… 526.09275942609281
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  • Charge at the oxide-semiconductor interface 8. Charge at the oxide-semiconduc… 578.67867867867869
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  • Voltage drop across the oxide 9. Voltage drop across the oxide 634.86820153486826
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  • Voltage drop across the oxide: with QF 10. Voltage drop across the oxide:… 687.42075408742073
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  • Flatband voltage again 11. Flatband voltage again 750.85085085085086
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  • Recall: Threshold voltage example 12. Recall: Threshold voltage exam… 774.87487487487488
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  • Wrap up 13. Wrap up 885.21855188521863
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L2.4: Flatband Voltage

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