Meter-scale pressure sensor array with woven conductive-polymer-coated fibers

S. Takamatsu, T. Yamashita, T. Itoh
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引用次数: 3

Abstract

We report on mete-scale large area pressure sensor which utilize sensor fabric consisting of conductive-polymer-coated fibers. In the previous study, the touch sensors with conductive-coated fibers are reported by our group, but the previous sensor can not detect pressure. To achieve mete-scale pressure array, the sensing electrode of conductive-polymer-coated fibers is improved. Firstly, the conductivity of the fiber is improved to several kΩ because poor conductivity leads to the large noise. Secondly, the area of the sensing electrode is enlarged through increase of the number of fibers because small area of the capacitive type of sensors leads to small amount of output signal. The fabricated sensor fabric was examined on the detection of pressure, resulting more than 1 pF capacitive change under 6 N/cm2. Therefore, our sensor will lead to meter-scale pressure sensor array and input devices for various electronic devices.
米级压力传感器阵列与编织导电聚合物涂层纤维
本文报道了一种利用导电聚合物包覆纤维构成的传感器织物的米级大面积压力传感器。在之前的研究中,本课题组报道了导电涂层纤维的触摸传感器,但之前的传感器不能检测压力。为了实现米级压力阵列,对导电聚合物包覆光纤的传感电极进行了改进。首先,光纤的导电性提高到几kΩ,因为导电性差导致噪声大。其次,由于电容式传感器的面积小,输出信号量小,因此通过增加光纤的数量来扩大传感电极的面积。对制作的传感器织物进行了压力检测,在6 N/cm2下电容变化大于1pf。因此,我们的传感器将导致仪表级压力传感器阵列和各种电子设备的输入设备。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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