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Design of multiband planar antenna

机译:多频带平面天线的设计

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In this paper, a low profile planar antenna for most of the used bands between 800MHz to 9GHz (10 bands) is designed. The antenna structure comprises L-type, C-type and inverted F-type. All of the bands showed the gain of over 2dBi and significant S11 parameters of below -10dBm. Additionally, all of them have significant 3-dB bandwidth. The technique used in this study ensured that by using a coupled-fed mechanism and a slotted ground structure, a multiband operation with wideband characteristic can be achieved. The influences of the modifications introduced into the ground plane as well as structure of all types of antenna, improved significantly the bandwidths of the designed antenna. We have presented the simulated results of radiation pattern, the gains, S11 parameters and discussed the results. The results observed can meet the requirements of practical mobile phones.
机译:在本文中,针对800MHz至9GHz(10个频段)之间使用的大多数频段,设计了一种扁平天线。天线结构包括L型,C型和倒F型。所有频段均显示出超过2dBi的增益以及低于-10dBm的重要S11参数。此外,它们均具有显着的3 dB带宽。本研究中使用的技术确保了通过使用耦合馈电机制和开槽接地结构,可以实现具有宽带特性的多频带操作。引入接地平面的修改的影响以及所有类型天线的结构都显着改善了设计天线的带宽。我们已经给出了辐射方向图,增益,S11参数的仿真结果,并对结果进行了讨论。观察到的结果可以满足实际手机的要求。

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