| Group |
2019-04 |
Status |
completed |
| Title |
Simulation-based formulation of design guidelines for enhancement-mode operation of FETs in the quaternary AlInGaN/GaN system |
| Supervisor |
Pouya Valizadeh |
| Description |
Using the software Medici, students are expected to design a heterostructure field effect transistor (HFET) in the polar quaternary AlInGaN/GaN system. The project involves extensive analytical analysis of the polarization charge in these so-called heterostructure (which can be done in MATLAB environment), in addition to numeric-based design/simulation of HFETs with the goal of enhancement-mode operation (employing Medici). |
| Requirement |
Familiarity with MATLAB programming. Familiarity with the physics of semiconductor devices at the level of ELEC421 and understanding electrostatics and energy band diagrams are pivotal. |
| Tools |
Medici (can be accessed via CMC)
|
| Number of Students |
3-Elec only |
| Students |
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| Comments: |
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| Links: |
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