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A model with a cylindrically symmetric geometry and excitation is commonly simulated by a 2-D axisymmetric finite-element (FE) solver. When one part of the geometry is, however, not aligned with the remaining parts, the resulting magnetic field is no longer cylindrically symmetric and 3-D FE simulation seems unavoidable. Here, a more efficient quasi-3-D FE solver is constructed by selecting dedicated...
A 3D Finite Element Monte Carlo simulation with 2D Schro¨dinger based quantum correction are employed to forecast the performance of SOI Si FinFET devices scaled to gate length of 10.7 nm. The performance of these devices are greatly affected by the exact device geometry and thus the accurate description of cross-sections is essential. We chose three cross-sections: rectangular (REC), wide- (WTRI)...
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