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Meander based RF MEMS capacitive switch for Mobile Front End Terminal Antenna support

机译:用于移动前端终端天线的基于曲折的RF MEMS电容开关

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摘要

Future network's main requirements are compact size, support to heterogeneous network which drive the requirements for multiband support. Self-similar shaped structure have useful applications in cellular telephone and microwave communications etc. Video conferencing, streaming video are main applications that are included in future networks and requirements for these applications are high data rates which require to have high bandwidth. But our aim to derive an antenna which works on large band of frequencies while having compact size. As size of antenna reduces bandwidth supported by the antenna. So it is required to have small size with high bandwidth. In this paper we propose meander based RF MEMS capacitive switch for mobile front end terminal antenna support for next generation networks. Different number of iteration is performed for its support to different bands. Re-configurability in antenna is another important concept and in this work this reconfigurability is achieved by using RF MEMS switches.
机译:未来网络的主要要求是紧凑的尺寸,对异构网络的支持,这推动了对多频段支持的要求。自相似形状的结构在蜂窝电话和微波通信等中具有有用的应用。视频会议,流视频是未来网络中包括的主要应用,并且对这些应用的要求是要求具有高带宽的高数据速率。但是,我们的目标是获得一种既可以在较大的频带上工作又具有紧凑尺寸的天线。随着天线尺寸的减小,天线所支持的带宽会降低。因此,需要具有高带宽的小尺寸。在本文中,我们提出了基于曲折的RF MEMS电容开关,用于下一代网络的移动前端终端天线支持。为了支持不同频段而执行了不同数量的迭代。天线的可重配置性是另一个重要概念,在这项工作中,可重配置性是通过使用RF MEMS开关实现的。

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