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Capacitive tactile sensor for quadrupled spatial resolution

机译:电容式触觉传感器,空间分辨率提高了三倍

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Unlike conventional arrangement of capacitors on the xy-plane in tactile sensors, this work stacked two capacitors in the z-direction with a shared electrode. This novel arrangement reduced the required projective area of the capacitors from four to one, quadrupled the spatial resolution of the tactile sensor without losing its functionality and sensitivity. Theoretical design, numerical simulation, fabrication, and analysis were thoroughly conducted in this work. The proposed capacitive tactile sensor and its results prevailed conventional planar ones not only in structure and fabrication simplicity but also in alleviation of angle detection error.
机译:与传统的触觉传感器在xy平面上布置电容器不同,这项工作在z方向上将两个电容器与一个共享电极堆叠在一起。这种新颖的布置将所需的电容器投影面积从四个减少到一个,使触觉传感器的空间分辨率增加了四倍,而不会失去其功能和灵敏度。这项工作彻底进行了理论设计,数值模拟,制造和分析。所提出的电容式触觉传感器及其结果不仅在结构和制造简单性上而且在减轻角度检测误差方面都优于传统的平面传感器。

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