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This work reports a Monte Carlo (MC) and Drift Diffusion (DD) investigation of the IF-QW device performance. The optimisation of the output characteristics is based on the careful choice of layer thicknesses and doping concentrations. Particular attention has been paid on the improvement of the subthreshold characteristics and drive current by careful design of the overgrown regions, δ-doping on the...
A Monte Carlo simulator for dopant implantation (TaurusMC) was successfully calibrated for the implantation of phosphorus in germanium, based on both SIMS measurements and TEM. To avoid time-consuming Monte Carlo simulations, an analytical model was proposed based on the description of as-implanted profiles with a dual Pearson curve. This model covers a large range of energy (15-180 keV) and doses...
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