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Multiband double layered microstrip antenna by proximity coupling for wireless applications

机译:无线应用中的邻近耦合多频带双层微带天线

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The demand on higher data rate in modern communication systems leads to the use of multiband applications. A multiband double layered microstrip antenna is designed for this purpose. The patches are shaped through variation of the widths and lengths of tri-slots to achieve reflection minima at 3.1 GHz, 5.8 GHz, 7.4 GHz and 9.8 GHz, which cover many applications such as WiMAX, Wi-Fi or other wireless applications. The patches are fed by proximity couplings for bandwidth enhancement. The simulation results of the reflection factor are compared by measurements. The measurements verified the theoretical approach.
机译:在现代通信系统中对更高数据速率的需求导致了多频带应用的使用。为此目的设计了多频带双层微带天线。通过改变三槽的宽度和长度来调整贴片的形状,以在3.1 GHz,5.8 GHz,7.4 GHz和9.8 GHz处实现最小反射,这些覆盖范围涵盖了许多应用,例如WiMAX,Wi-Fi或其他无线应用。补丁由邻近耦合馈送,以提高带宽。通过测量比较反射系数的仿真结果。测量结果验证了理论方法。

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