Michael Shur Semiconductor Device Modeling I Lecture Slides
1. Course Description	16. IMPATT and Resonant Tunneling Diodes
2. Introduction	17. MOS Capacitor.
3. Basics of Quantum Mechanics	18. MOSFET I
4. Basics of Quantum Mechanics (continued)	19. MOSFET II
5. Atoms and Periodic Table	20. MOSFET Modeling
6. Bonds and bands	21. MOSFET Advanced models I
7. Carrier concentrations	22. MOSFET Advanced models II
8. Velocities and mobilities	23. MOSFET Advanced models III
9. Basic semiconductor equations	24. MOS Equivalent Circuit
10. Electronic materials	25. Hot electron effects.
11. p-n junction	26. CMOS
12. p-n junction. C-V characteristics. Breakdown.	27.poly-Si and a-Si TFTs
13. Schottky diodes	28. Electronics on flexible substrates and electrotextiles
14. Heterostructure diodes	29. Organic TFTs
15. Gunn diodes.	30. Device simulation CAD tools 31. SDM1 Review
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