Gain-Enhanced of Triangular Microstrip Antenna Using Artificial Magnetic Conductor

Yinchu Liu, F. Xu, K. Wu
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Abstract

The design of a microstrip antenna based on artificial magnetic conductor is presented in this paper. The antenna is composed of a triangular microstrip antenna and with an artificial magnetic conductor made by an uniplanar compact electromagnetic band gap structure. The height of microstrip antenna from the plane of the artificial magnetic conductor is $0.083\lambda$. Due to in-phase characteristics, the antenna radiates only in half space with the use of artificial magnetic conductor structure. The size of the antenna is further reduced to meet the requirements of the small electric antenna. The gain is greater than 7.8dB.
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利用人工磁导体增强三角形微带天线增益
介绍了一种基于人工磁导体的微带天线的设计。该天线由三角形微带天线和由单平面紧凑电磁带隙结构制成的人工磁性导体组成。微带天线距人工磁体平面的高度为0.083\lambda$。由于天线的同相特性,采用人工磁导体结构,天线仅在半空间内辐射。天线的尺寸进一步缩小,满足小型电天线的要求。增益大于7.8dB。
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