PPT-EE130/230A Discussion 10

Peng Zheng Interface Trap Charge Q IT Traps cause sloppy C V and also greatly degrade mobility in channel Donorlike traps are chargeneutral when filled positively charged. Earth Syst Sci Discuss 12 6792 2015 wwwhydrolearthsystscidiscussnet12672015 doi105194hessd12672015 57513 Authors 2015 CC Attribution 30 License This discussion paper ishas been under review for the journal Hydrology and Earth System Sciences HESS Pl 1. xkcd. EECS 370 Discussion. Exam 2. High: 97 Low: 10 Average 60.4. 2. EECS 370 Discussion. Roadmap to end of semester. Project 4 – Friday . 12/6 (Due tonight at 11:59 w/ 3 slip days). Homework 7 – Tuesday 12/7 (Tomorrow). Peng. . Zheng. Electron and Hole Concentrations. Silicon doped with 10. 16. cm. -3. phosphorus atoms, at room temperature (. T. = 300 K).. n. = . N. D . = 10. 16. cm. -3. , . p. = 10. 20. /10. Peng. . Zheng. 1. Sample MOSFET I-V . problem-Quiz 5 SP2013. 2. Sample MOSFET I-V . problem-Quiz 5 SP2013. 3. Problem with “Square Law Theory”. Ignores variation in depletion width with distance . 1. . Ideal education: respect for child’s natural inclinations, interests, and curiosity better than forcing into regimented situation. Regimented classroom forces teacher to teach to lowest common denominator. Will simply happen naturally. . Programming Languages as cars. C. A racing car that goes incredibly fast but breaks down every fifty miles.. C++. A souped-up version of the C racing car with dozens of extra features that only breaks down every 250 miles, but when it does, nobody can figure out what went wrong.. Do’s & Don’ts of Group Discussion. Process of Group Discussion. Preparing for Group Discussion. Evaluation Criteria of Group Discussion. 1. 2. 3. 4. 5. 6. 7. Learning Objectives. What is a Group Discussion. 1. xkcd.com. EECS 370 Discussion. Topics Today:. Control Hazards. Branch Prediction. Project 3. s. tackoverflow. Example. 2. EECS 370 Discussion. Control Hazards. Key Concept. Which LC-2K instruction(s) can cause a Control Hazard?. A Powerful . T. ool for Comprehension. Illinois New Teacher Collaborative Conference. Gail Huizinga. ghuizinga@sbcglobal.net. Goals for Session. Support. and . strengthen. rich student discussion. Glenn Parsons. 802.1 chair. Introductory remarks. Background: potential issue regarding the . P802c . draft PAR scope restricting MAC address privacy approaches.. Purpose: facilitate technical . discussion across 802 WGs, . 1. Dr. Rob Johnstone. January. . 2016. Demystifying Guided Pathways: . Exploring Ten Commonly Asked Questions about Implementing Pathways . Demystifying Guided Pathways . Paper. Released November 2015 by NCII. Peng. . Zheng. 1. Why New Transistor Structures?. Off-state leakage (I. OFF. ) must be suppressed as . L. g. . is scaled down. allows for reductions in V. T. and hence V. DD. . Leakage occurs in the region away from the channel surface. . Zheng. Illumination of a . Semiconductor . with . Light. EE130/230A Fall 2013. (Refer to Discussion 3.). Schottky. . Contact Energy Band Diagrams. :. EE130/230A . Fall 2013. Ideal M-S Contact: . F. Peng. . Zheng. Carrier Action under Forward Bias. When a forward bias (. V. A. >0) is applied, the potential barrier to diffusion across the junction is reduced. Minority carriers are “injected” .