A Tutorial Introduction to Negative-ÂCapacitor Landau Transistors: Perspectives on the Road Ahead
A Tutorial Introduction to Negative-ÂCapacitor Landau Transistors: Perspectives on the Road Ahead
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1. A Tutorial Introduction to Neg…
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2. Acknowledgment
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3. Outline
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4. Motivation: Power dissipation
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5. Power vs. self-heating
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6. Outline
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7. Classical MOSFET: Band diagram
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8. Capacitors control MOSFET Oper…
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9. S for classical transistors
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10. Phase Space of MOSFET
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11. I-V Characteristics of a MOSFE…
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12. Recall: Capacitor divider rule
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13. Graphical approach to S: Class…
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14. Graphical approach to S: NC-FE…
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15. Outline
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16. A short history of positive ca…
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17. A capacitor minimizes stored e…
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18. Landscape defines the sign of …
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19. Positive and Negative Capacito…
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20. Types of NC
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21. Charge, Field, Potential of Ca…
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22. Classical vs. NC-MOSFET
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23. IF we had a constant NC-FET  
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24. … I-V would be easily calcul…
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25. Outline
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26. FE is a voltage dependent NC
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27. FE-FET improves 0
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28. MOS Capacitor is nonlinear as …
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29. Real FE-FET with 0
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30. Minimum S for different FE
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31. S improves for all these trans…
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32. Outline
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33. Strategies to improve S
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34. Approach 1: Stack of Negative …
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35. Proposed NEM-FE FET
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36. Physics of Zero-subthreshold s…
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37. Capacitance of a FE-AFE FET
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38. FE-AFE FET
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39. Approach 2: Use Overlap Capaci…
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40. Approach 3: Tailor Coefficient…
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41. Approach 3: Tailor Coefficient…
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42. Induced NC
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43. Outline
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44. Capacitor
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45. Recall: Essence of Negative Ca…
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46. Ion Motion and Transient NC
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47. Ion Motion and Transient NC
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48. Switching & Reliability of Fer…
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49. Coercive Voltage Dependence
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50. Theoretical Model (cont.)
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51. Untitled: Slide 51
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52. Experimental Verification
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53. Conclusions
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54. Resources
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55. For Further Reading: NC in Tra…
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