Study And Simulation Of A Nanoscale Structure Of A Multi-gate Mos Transistor
Résumé: To enable the advancement of Si based technology, necessary to increase computing power and the manufacture of more compact circuits, significant changes to the current MOS multi-gate transistor device are a necessity. Novel transistor architectures and materials are currently being researched vigorously. This thesis, on the electrical characterisation of multigate transistors displays detailed insight into the carrier transport and resulting performance limiting mechanisms. The results are composed of many parts. The impact of variations of the gate length, gate dielectric material, fin parameter, gate work function, doping concentration, and temperature on device characteristics are studied using ATLAS Silvaco device simulator. Simulation results for various gate lengths are reported and analyzed. As the quantum effects are pronounced in nanoscale devices, we have included these effects in our study and simulation. We have then compared the achieved results to classical simulations to assess their performance limits. Finally, a comparison of our results with recently published data is presented to confirm our study.
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