Potential Uses of a New Type of Antenna in Aviation

M. Krchňák, J. Labun, J. Gamec, P. Kurdel, M. Češkovič
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引用次数: 2

Abstract

The article is dealing with the theory of Crossed Field Antenna -CFA. This type was patented recently and sees its practical application particularly in area of long and medium waves. A brief theoretical analysis of the principle of radiation of this new type of antenna, which is not wave dependent to its physical dimensions, is present in this article. The independence on waves of the current CFA s enables substantial reduction of mechanical dimensions for medium wave (MW) antennas. Thereby, the dimensions of MW antennas reduces from hundreds of meters to structures measuring only several meters without affecting their electrical parameters -like power, impedance and radiation. The article is presenting a proposal and an analysis regarding the potentials in using CFA in high frequency (HF) and very high frequency (VHF) frequency bands. From this point of view, reducing the size of the airborne communication antennas is among the long-term goals of the authors research conducted at the educational institute.
一种新型天线在航空领域的潜在用途
本文论述了交叉场天线的原理。这种类型最近获得专利,并看到其实际应用,特别是在长波和中波领域。本文对这种不依赖于物理尺寸的新型天线的辐射原理作了简要的理论分析。当前CFA对波的独立性使得中波(MW)天线的机械尺寸大大减小。因此,毫微米天线的尺寸从数百米减小到只有几米的结构,而不影响其电气参数,如功率,阻抗和辐射。本文提出了在高频(HF)和甚高频(VHF)频段使用CFA的建议和潜力分析。从这个角度来看,减小机载通信天线的尺寸是作者在教育学院进行研究的长期目标之一。
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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