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Characterization of horn antenna loaded with CLL unit cell

机译:CLL单元电池装载喇叭天线的表征

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摘要

In this paper, a pyramidal horn antenna loaded with unit cell of metamaterial is proposed, designed and realized for L-band that including terrestrial digital audio broadcasting T-DAB, GPS, and GSM. The proposed antenna operates in the frequency range from 1.722 to 1.931 GHz. The metamaterial is fabricated on a printed circuit board as Capacitive Loaded Loop (CLL). The work aims to exhibit the advantage of metamaterial loaded inside the horn antenna in terms of the gain enhancement of the radiation pattern and the resonant frequency shift toward lower frequency. The retrieval technique used show that the constitutive parameters of the unit cell as CLL have a zero index metamaterial (ZIM) from 1.34 to 1.49 GHz and a near zero index of refraction from 1.495 GHz to 2 GHz, which is within the operating frequency of the horn antenna. The achieved results show that the total gain is improved over the frequency range. The simulation and the measurement are in good agreement.
机译:在本文中,提出了一种具有超材料单元电池的金字塔喇叭天线,用于包括地面数字音频广播T-DAB,GPS和GSM的L波段。 所提出的天线在1.722至1.931GHz的频率范围内运行。 金属材料在印刷电路板上制造,作为电容负载环路(CLL)。 作品旨在表现出在辐射图案的增益增强方面表现出喇叭天线内部的超材料的优点,以及朝向较低频率的谐振频率转移。 所使用的检索技术表明,单位电池作为CLL的本构参数具有从1.34到1.49 GHz的零指数超材料(ZIM),以及从1.495GHz到2 GHz的近零折射率,这在工作频率范围内 喇叭天线。 所达到的结果表明,总增益在频率范围内得到了改善。 模拟和测量非常一致。

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