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We report on the static finite element simulations of the representative elementary pixel of an arrayed force-sensing device. Our goal is to provide quantified guidelines for adjusting pixel geometry and tuning technological parameters in a view to on-chip device fabrication, according to the targeted device performance or usage. The force sensitive pixel consists of an individual piezoelectric nanowire...
We report on the static finite element (FEM) simulations of the representative pixel of a force-sensing device, with the aim of predicting the influence of technically tunable parameters on pixel response. This pixel was based on an individually contacted vertical nanowire. It was found that piezopotential collection efficiency was higher for thinner seed-layers, reaching up to 69 % for a 5 nm-thick...
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