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Please use this identifier to cite or link to this item:
http://hdl.handle.net/123456789/1987
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| Title: | Fabrication and simulation of PNP Bipolar transistor based on Spin On Dopant technique and Electrical characterization |
| Authors: | Siti Nursyida Azuddin |
| Advisors: | Nurjuliana Juhari (Advisor) |
| Keywords: | Transistors
PNP transistor
Bipolar transistors
Transistor circuits -- Design and construction -- Data processing
Semiconductors
PNP bipolar transistor |
| Issue Date: | Apr-2008 |
| Publisher: | Universiti Malaysia Perlis |
| Department: | School of Microelectronic Engineering |
| Abstract: | In this project, the fabrication and simulation of pnp transistor was performed.
From fabrication process, the electrical characteristic and sheet resistance of the device was observed by 4 point probe measurement. The electrical characterization of this transistor is base on common base configuration and common emitter configuration. These output characteristic curves can be used to examine how a transistor will function over a dynamic range. The sheet resistance is need to know the details of the diffused layer profile. In diffused layers, resistivity is a strong function of depth. From simulation process, the doping profiles and electrical characterization was analyzed using TCAD
software. The transistor was simulated by using SUPREM4 driver which can model the
device in one or two dimensional structure. The one dimensional doping profiles was
analyzed by using different energy level in diffusion. Then, the medici driver was used to perform the electrical characterization of this transistor. It was performed the current collector and base collector in Gummel plotted. The report concludes that while the pnp transistor should be fabricate and simulate. It is more to produce the device based on two methods that is fabrication process or simulation process and compared both of the result. |
| Description: | Access is limited to UniMAP community. |
| URI: | http://hdl.handle.net/123456789/1987 |
| Appears in Collections: | School of Microelectronic Engineering (FYP)
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