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引用次数: 1
摘要
本文介绍了用于力传感应用的新型电阻式传感器的制造和实现。该传感器由特定比例的石墨和聚二甲基硅氧烷制成薄膜层。对传感器进行了定位，以确定它们在不同位置和力的大小方面的响应变化。这些传感器背后的意识形态是它们作为工业应用的触觉传感器和医疗保健应用的电子皮肤。这些传感器在1 N ~ 5 N的力范围内表现出显著的响应，具有较高的R2值。这些传感器提供的平台可作为参考，以增强对薄膜原型定位的电阻传感思想。
Localisation of thin- film resistive sensors for force sensing applications
This paper presents the fabrication and implementation of novel resistive sensors for force-sensing applications. The sensors were developed from specific proportions of graphite and polydimethylsiloxane to form thin-film layers. Localisation was done on the sensors to determine the variation in their responses with respect to different locations and magnitude of the force. The ideology behind these sensors is their uses as tactile sensors for industrial applications and electronic skins for healthcare applications. These sensors showed significant response with a high R2 value for forces ranging from 1 N to 5 N. The podium provided by these sensors could be used as a reference to enhance the ideology on resistive sensing for localisation of the thin-film prototypes.
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