低轮廓偶极子阵列馈电传输阵列

Peng-Yu Feng, S. Qu, Shiwen Yang
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引用次数: 2

摘要

空间馈入天线的高姿态是制约其实际应用的主要因素。传统的设计方法是通过降低焦径比(F/D)来追求这种天线的高紧凑性,但其性能会下降。为了解决这个问题,我们在设计中选择了一个小的偶极子阵列作为馈电。采用共轭场匹配(CFM)技术,小型馈源阵列可以有效地激发发射阵列,并显著减小发射阵列的轮廓。与传统喇叭激发的发射阵列相比,虽然增益下降了0.33 dB,但整个天线的轮廓几乎减少了三分之二。最后,该模型的仿真结果验证了设计低轮廓偶极子阵列馈电发射阵列的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low-profile dipole array fed transmitarray
The high profile of the space-fed antennas is the main restriction for practical applications. Traditional design method to pursue high compactness of this kind of antenna is to decrease the focus-to-diameter ratio (F/D), but suffers from performance degradation. To address this issue, a small dipole array is chosen as the feed in our design. By employing conjugate field matching (CFM) technology, the small feed array can effectively excite the transmitarray with a significant reduction of the profile. Compared to an identical transmitarray excited by a traditional horn, although 0.33 dB gain drop is suffered, the profile of the whole antenna is reduced by almost two thirds. Finally, the simulated results of the presented model confirm the feasibility of designing a low-profile dipole array feed transmitarray.
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