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Spatial resolution maximization for capacitive tactile sensors

机译:电容式触觉传感器的空间分辨率最大化

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Unlike conventional four-capacitor tactile sensors, this work presents a two-capacitor arrangement to reduce the size of sensing unit and to enhance the spatial resolution without losing sensitivity and accuracy. The shapes of the capacitors were simultaneously modified from squares to rectangles to realize balanced spatial resolutions in the x- and y-direction. Experiments showed identical results to the theoretical and simulation ones with less than 3° angle detection error and 0.3 pF/N sensitivity. The maximized spatial resolution of the proposed two-capacitor tactile sensor was more than doubled compared to that of the conventional four-capacitor ones.
机译:与常规的四电容式触觉传感器不同,这项工作提出了一种双电容的布置,以减小传感单元的尺寸并提高空间分辨率,而又不损失灵敏度和准确性。同时将电容器的形状从正方形更改为矩形,以实现x和y方向上平衡的空间分辨率。实验显示的结果与理论和仿真结果相同,角度检测误差小于3°,灵敏度为0.3 pF / N。与传统的四电容触摸传感器相比,拟议的两电容触觉传感器的最大空间分辨率提高了一倍以上。

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