PVdF微致动器

B. Mahale, S. Gangal, D. Bodas
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引用次数: 4

摘要

制备了基于聚偏氟乙烯(PVdF)的微悬臂式执行器,并对其性能进行了测试。β相PVdF膜适用于此目的。利用自旋镀膜技术和不同温度下的退火工艺制备了β相PVdF薄膜。在高电场(70MV/m)下对薄膜进行金属化和极化处理,以增强和稳定相。PVdF悬臂是在锋利刀片的帮助下使用特殊安排制造的。制作厚度和宽度分别为20µm和500µm、长度分别为2mm和3mm的悬臂梁。通过在50-300V的台阶上施加横跨悬臂梁的电场,以50V的偏转来测试悬臂梁的驱动。300V时最大驱动为100µm,长度为2mm,最大驱动为170µm,长度为3mm。还观察到迟滞现象。对所得结果进行了报道和讨论。
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PVdF based micro actuator
Micro cantilever actuator based on Poly (vinylidene fluoride) (PVdF) is fabricated and tested for its performance. β phase PVdF films are suitable for this purpose. Attempt is made to achieve β phase PVdF films using spin coating technique and annealing the films at various temperatures. The films are metalized and poled at high electric field (70MV/m) to enhance and stabilize the phase. PVdF cantilever is fabricated using special arrangement made with the help of sharp blades. Two cantilevers of same thickness and width of the 20µm and 500µm respectively and different lengths of 2mm and 3mm are fabricated. Actuation of the cantilevers is tested in terms of deflection by applying the electric field across the cantilever from 50–300V in the steps of 50V. The maximum actuation at 300V is 100µm for 2 mm length and 170 µm for 3mm length. Hysteresis is also observed. The results obtained are reported and discussed.
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