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Parylene-C Passivation and Effects on Rectennas' Wireless Power Transfer Performance

机译:聚对二甲苯C钝化及其对Rectennas无线功率传输性能的影响

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In this study, the effect of Parylene-C coated as a passivation layer on various rectennas is investigated in terms of their wireless power transfer performance. A passivation has been used for protection of rectenna circuits and their packaging in order for protection of the circuit elements and electrical insulation. Especially, wireless power receiving rectennas attached on sensors or on moving vehicles such as airship needs proper protection while they are exposed to harsh environment. In this research, a layer of Parylene-C thin film is used for passivation on rectennas and electromagnetic coupling by the coating is assessed by the measurement of receiving power levels. In this research, an electrochemical analysis method will also be introduced to measure the degree of water protection by a Parylene-C layer.
机译:在这项研究中,从其无线电力传输性能的角度研究了作为钝化层的Parylene-C涂层对各种整流天线的影响。钝化已被用于保护整流天线电路及其包装,以便保护电路元件和电绝缘。特别是,安装在传感器或飞艇等移动车辆上的无线电力接收整流天线在暴露于恶劣环境时需要得到适当的保护。在这项研究中,聚对二甲苯-C薄膜层用于在整流天线上进行钝化,并通过测量接收功率水平来评估涂层的电磁耦合。在这项研究中,还将引入一种电化学分析方法来测量聚对二甲苯-C层的水保护程度。

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