An initial investigation on the use of carbon microfibers for conformal transmission lines

B. Braaten, A. Iftikhar, M. N. Rafiq, Aftab Naqvi, S. Nariyal, A. Taylor, S. Sajal, M. Iskander, D. Anagnostou
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引用次数: 6

Abstract

The use of carbon micro fiber tow (or bundle) for conformal transmission lines (TLs) is initially investigated in this work. Two different microfiber TLs have been synthesized and tested. A 28.2 mm long microfiber TL was manufactured to demonstrate the wave propagating properties. Once these characteristics were determined, a microstrip TL was prepared by attaching 1oz conducting copper tape to a conformal surface and a similar microfiber TL with the same length and on the same substrate was manufactured. This prototype was then used to compare the propagation characteristics of the microfiber TL to the traditional and well established microstrip TL. Overall, it has been shown that the microfiber TL can support wave propagation in a manner similar to a microstrip TL; however, the attenuation constant appears to be rather large for frequencies above 500 MHz.
碳素微纤维在保形输电线路中的应用初探
本文对碳纤维束(或束)用于保形传输线(TLs)进行了初步研究。合成并测试了两种不同的微光纤TLs。制作了一根28.2 mm长的超光纤TL,以验证其波传播特性。一旦确定了这些特性,通过在共形表面上附着1oz导电铜带来制备微带TL,并在相同的衬底上制造具有相同长度的类似微纤维TL。然后使用该原型来比较超细光纤TL与传统和完善的微带TL的传播特性。总体而言,已经表明超细光纤TL可以以类似于微带TL的方式支持波的传播;然而,衰减常数似乎是相当大的频率高于500mhz。
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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