High Gain Microstrip Antenna Using Planar Circularly Symmetric EBG Structures

P. Kovács
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引用次数: 6

Abstract

In this paper, a design of high gain microstrip antenna using planar circularly symmetric electromagnetic band gap structures (PCS-EBG) is presented. The EBG rings round the antenna reduce surface waves propagating along the substrate and support the radiation of electromagnetic (EM) energy in plane perpendicular to the antenna. Because of the circularly symmetry the surface waves are supressed in all radial directions to the same degree. To demonstrate this a panel with six antennas - four without EBG rings, one with two EBG rigs and one with three EBG rings - was modeled and simulated in Zeland IE3D.
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基于平面圆对称EBG结构的高增益微带天线
本文提出了一种利用平面圆对称电磁带隙结构(PCS-EBG)设计的高增益微带天线。天线周围的EBG环减少沿基板传播的表面波,并在垂直于天线的平面上支持电磁能量的辐射。由于圆对称,表面波在所有径向方向上都受到相同程度的抑制。为了证明这一点,在Zeland IE3D中对一个带有六个天线的面板进行了建模和模拟,其中四个没有EBG环,一个有两个EBG钻机,一个有三个EBG环。
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