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Tactile sensing transfers complex interactive information in a most intuitive sense. Such a populated set of data from the environment and human interactions necessitates various degrees of information from both modular and distributed areas. A sensor desi ...
This document gives an approximate calculation of the frequency bandwidth of the MilliNewton – and serves as a starting point for calculations on other cantilever-type sensors. The mechanical resonance frequencies of MilliNewton are high, due to the very s ...
Dérive de l'offset du signal de sortie des poutres MilliNewton (1ère version, avec variantes), assemblées sur embase sans électronique par brasure tendre sans plomb Sn96 (96.5% Sn + 3.5% Ag), lors de tests à long terme. Quarante poutres MilliNewton, versio ...
Empirical model identification for biological systems is a challenging task due to the combined effects of complex interactions, nonlinear effects, and lack of specific measurements. In this context, several researchers have provided tools for experimental ...
Description des préséries / prototypes de production du capteur de force MilliNewton-Ba, avec bumps sur la poutre ; petite correction Ba' ; tests de sensibilité RF des amplificateurs. ...
Ce document décrit l'ajustement grossier de l'offset de la poutre MilliNewton, version D, la nouvelle procédure optimisée de contrôle, et les résultats sur une série de 20 substrats (nominalement 4'200 poutres) d'épaisseur 0.4 mm, donnant des poutres de fo ...
Monolithic integrated circuits (ICs) have been miniaturized over the past five decades, and today their components range in size from hundreds of microns to several nanometers. Making point contact with electrical samples under a microscope is referred to ...
Manipulation at the sub-micron scale often requires force-sensing capabilities of milli-to nanonewton forces. This article presents a novel design of a compliant load cell with mechanically adjustable stiffness. The system enables adapting force sensitivit ...
