- Handouts - pdfs of overheads used in class
- Tests
- Test 1 :
- Test 2 :
- Test 3 :
- Student Seminars - discuss (1) basic physical phenomena behind the device or effect, (2) performance and limitations, and (3) common applications. Presentations should be 5-8 minutes long, 5-6 slides in ppt format.
Set 1: Electronics -Seminar date: Friday, December 2, 8:05AM, EB1 3003; All presentations in this set are due by December 1, 5PM to sitar@ncsu.edu and rcollaz@unity.ncsu.edu
- Si doping technology: diffusion and implantation (Kommajoshyula)
- Hall effect (Bobea)
- Metal semiconductor contacts (Isaac)
- p-n junction diode (Zachary)
- Solar cells (Goldstein)
- Bipolar junction transistor (Guo)
- Field effect transistor (Kirkpatrick)
- Ionic conductors (Liang)
- Electrical conduction in polymers (Lu)
Set 2: Optics -Seminar date: Friday, December 2, 8:05AM, EB1 3003; All presentations in this set are due by December 1, 5PM to sitar@ncsu.edu and rcollaz@unity.ncsu.edu
- Photospectrometer and measurement of reflectivity (Luke)
- Photoluminescence in semiconductors (McAfee)
- Reflectivity of thin films (McLaughlin)
- Ellipsometry (Mishra)
- Electrooptic effect and EO modulators (Oni)
- LCD display (Rajan)
- Gas laser: principle of operation (Rasic)
- Laser diode: principle of operation (Wu)
- Optical fibers (Sachet)
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