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Effect of conductive ink properties of tactile sensors

机译:触觉传感器导电油墨性能的影响

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The present paper deals with tactile sensors with circular electrodes in which conductive ink was used as a transducer converting the pressure into an electric signal. The dependence of the resistance on the thickness of the deposited ink layer and on the electrode design was studied; the results are discussed and displayed graphically. Also the properties of identical tactile sensors in which a conductive elastomer Yokohama rubber CS57-7RSC was used were compared with those with conductive ink.
机译:本文涉及具有圆形电极的触觉传感器,其中导电墨作为换能器转换为电信号。研究了电阻对沉积油墨层和电极设计的厚度的依赖性;结果是以图形方式讨论和显示的结果。此外,将使用导电弹性体横滨橡胶CS57-7RSC的相同触觉传感器的性质与导电油墨的那些进行比较。

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