Defected Ground Structure Implementation for Slotted Annular Ring Microstrip Filtenna

Kanimozhi. T, Sheeja K. Lalitha
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Abstract

In this paper., defected ground structure (DGS) implemented microstrip patch filtering antenna is presented. Here, slotted annular ring resonators along with strip which is capacitance loaded are used as a radiating element. To obtain the filtering characteristics., the presented patch antenna is incorporated with ring shaped DGS in the ground plane. The proposed filtenna resonates at 15.4GHz., which falls under Ku-band. The physical structural size of the proposed filtenna is 2.465AgX 1.667AgX 0.116Ag in terms of guided wavelength. The presented filtenna carries the bandwidth of 1580 MHz at 15.4GHz. The change in the width of the ring structure of the proposed DGS results in different resonating frequencies with different return losses. The presented filtenna structures are placed over FR4 substrate.
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开槽环形微带滤波器的缺陷接地结构实现
在本文中。提出了一种实现微带贴片滤波的缺陷地结构(DGS)天线。在这里,开槽环形谐振器连同电容负载的条带被用作辐射元件。获取滤波特性。所述贴片天线在地平面上加入环形DGS。该滤波器谐振频率为15.4GHz。,属于ku波段。该滤波器的物理结构尺寸为2.465AgX 1.667AgX 0.116Ag。该滤波器在15.4GHz时的带宽为1580 MHz。环形结构宽度的变化导致了不同的谐振频率和不同的回波损耗。所述滤波器结构放置在FR4基板上。
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