Characteristics of RF noise suppressor using Fe filled in carbon nanotube

Ki Hyeon Kim, Yung-Am Kim, M. Yamaguchi
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Abstract

In radio frequency (RF) fields, the applications of the loss generation of ferromagnetic thin films are one of good countermeasure for the suppression of electromagnetic (EM) noise emission on transmission line. In this study, to reduce the eddy current loss due to the separation magnetic materials by carbon nanotube, we evaluated the RF EM noise suppression using the sheet typed Fe filled in carbon nanotube (CNT) and epoxy composite sheet on the coplanar transmission line in comparison with that of ferrite film.
碳纳米管填充铁的射频噪声抑制特性研究
在射频领域,铁磁薄膜损耗产生技术的应用是抑制传输线电磁噪声发射的良好对策之一。为了降低碳纳米管分离磁性材料所造成的涡流损耗,我们在共面传输线上对碳纳米管(CNT)和环氧复合材料中填充片状铁与铁氧体薄膜对射频电磁噪声的抑制效果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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