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Development of odd orientation array antenna by using Leucaena leucocephala substrate

机译:利用银合欢基质开发奇向阵列天线

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The research paper covered the 3 by 3 odd orientation array antenna (OOAA) design and fabrication by using Leucaena leucochephala bio-composite substrate material. The objective of the paper was to utilize and design off centered orientation feed array antenna with circular BalUn and dual matching stub to control the impedance mismatch issue onto the bio-composite substrate with the mixture of 70% stem wood Leucaena leucochephala at 40 mesh and 30% of polypropylene polymer act as laminator and noted as PB7030 substrate. The PB7030 reported constant on all dielectric constant (εr = 3.02) and loss Tangent (Tan δ = 0.0082) value for the WLAN 2.4GHz applications. The overall result show some good agreement between simulation and fabricated result (Gain =7.15dBi, VSWR=1.01, S11=-34.34dB and Bandwidth = 0.201GHz). All comparison result between simulation and fabricated antenna analyzed and displayed in the form of data and graph.
机译:该研究论文涵盖了使用Leucaena leucochephala生物复合衬底材料制作的3 x 3奇数取向阵列天线(OOAA)。本文的目的是利用和设计带有圆形BalUn和双匹配短线的偏心定向馈电阵列天线,以控制40%网格和30%茎木Leucaena leucochephala的混合物对生物复合材料基板的阻抗失配问题%的聚丙烯聚合物起层压剂的作用,并记作PB7030基材。 PB7030报告了针对WLAN 2.4GHz应用的所有介电常数(εr= 3.02)和损耗正切(Tanδ= 0.0082)值的常数。总体结果表明,仿真结果与制造结果之间具有良好的一致性(增益= 7.15dBi,VSWR = 1.01,S11 = -34.34dB,带宽= 0.201GHz)。仿真和人造天线之间的所有比较结果均以数据和图形的形式进行分析和显示。

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