A simple plastic optical fiber force sensor

D. Dinakar, P. V. Rao, P. Kishore, K. Srimannarayana, M. S. Shankar, S. Rao
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引用次数: 5

Abstract

An inexpensive intensity modulated force sensor that used plastic optical fiber and a cantilever beam is demonstrated. The plastic optical fiber is bonded on the surface of metal beam made of spring-steel and subjected to force at the end of the cantilever. The performance of the sensor is evaluated during macro-bending of the beam for applied forces. The sensor is tested for both the upward and downward forces and negligible hysteresis is observed in the experimental results. The proposed sensor can replace stain gauges in structural bending applications.
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一个简单的塑料光纤力传感器
介绍了一种采用塑料光纤和悬臂梁的廉价强度调制力传感器。塑料光纤粘接在弹簧钢制成的金属梁表面,在悬臂端受力。对传感器在梁的受力大弯曲过程中的性能进行了评价。对传感器进行了向上和向下的受力测试,实验结果显示传感器的磁滞可以忽略不计。所提出的传感器可以取代结构弯曲应用中的染色计。
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