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Electromagnetic shielding effectiveness of copper/PET composite yarn fabrics

机译:铜/ PET复合纱织物的电磁屏蔽效能

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摘要

Woven fabric samples have been developed using composite yarn consisting of copper mono filament and PET filaments for evaluating electromagnetic shielding effectiveness (EMSE) against radiating electromagnetic wave spectrum over a frequency range 2.25 - 2.65 GHz. Coaxial transverse electromagnetic wave mode transmission method equipment has been used for testing in far field condition. It is observed that the weave and thread spacing of fabric samples significantly influence the shielding effectiveness as interpreted from the two way between subject ANOVA design. It is justified that aperture size and contact resistance of composite yarns in fabrics are the critical parameters in determining the shielding effectiveness of textile fabrics. The mechanism of fabric shielding is also discussed in detail using already established shielding theories which would help design fabrics for electromagnetic shielding.
机译:已经开发了使用由铜单丝和PET丝组成的复合纱线制成的机织织物样品,用于评估针对2.25-2.65 GHz频率范围的电磁波频谱的电磁屏蔽效果(EMSE)。同轴横向电磁波模式传输方法设备已用于远场条件下的测试。观察到织物样品的编织和线距显着影响屏蔽效果,这从主题ANOVA设计之间的两种方式可以解释。有理由证明,织物中复合纱线的孔径和接触电阻是决定织物屏蔽效果的关键参数。还使用已经建立的屏蔽理论详细讨论了织物屏蔽的机理,这将有助于设计用于电磁屏蔽的织物。

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