钟玲玲,李鹏,章飚.超宽带平板圆片单极天线及其小型化研究[J].装备环境工程,2011,8(3):70-75,85. ZHONG Ling-ling,LI Peng,ZHANG Biao.Research on Ultrawide-band Planar Circular Disc Monopole Antenna and Its Miniaturization[J].Equipment Environmental Engineering,2011,8(3):70-75,85.
超宽带平板圆片单极天线及其小型化研究
Research on Ultrawide-band Planar Circular Disc Monopole Antenna and Its Miniaturization
投稿时间:2010-11-07  修订日期:2011-06-15
DOI:
中文关键词:  超宽带天线  圆片单极天线  小型化
英文关键词:ultra-wideband antenna  circular disc monopole antenna  miniaturization
基金项目:
作者单位
钟玲玲 中国航天科工集团三院八三五七所,天津 300141 
李鹏 中国航天科工集团三院八三五七所,天津 300141 
章飚 中国航天科工集团三院八三五七所,天津 300141 
AuthorInstitution
ZHONG Ling-ling 8357 Research Institute of the 3rd Institute Academy of CASIC, Tianjin 300141, China 
LI Peng 8357 Research Institute of the 3rd Institute Academy of CASIC, Tianjin 300141, China 
ZHANG Biao 8357 Research Institute of the 3rd Institute Academy of CASIC, Tianjin 300141, China 
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中文摘要:
      对于一种新型超宽带平板圆片单极天线及其小型化方法进行了研究。平板圆片单极天线将辐射器、 反射板和馈电装置放置在一个平面内, 减小了空间体积, 实现了天线的小型化。对这种天线进行了分析, 通过仿真与实验验证了该天线良好的超宽带特性, 同时还进一步研究了几种通过减小纵向高度来实现天线小型化的方法, 即剪切、 折叠和弯角。对于各种新型天线讨论了主要结构参数对于天线特性的影响, 分别研究了天线的反射损耗和辐射方向图。仿真和实验结果表明这些新的天线形式能够在很宽的频带上满足性能要求, 在卫星通信和移动通信中具有良好的应用前景。
英文摘要:
      The radiator, reflector plate and the feeder equipment of the planar circular disc monopole were placed on the same plate. The special structure reduced the spatial volume, and was used to realize the miniaturization of the antenna. Detailed exploration was conducted to determine the antenna′ s properties. Through simulations and experiments, it was demonstrated that the antenna has good ultrawide-band performance. At the meantime, the antenna′ s height was further reduced by cutting a certain length, puckering a certain length or rotating a certain angle to realize miniaturization. The influence of novel antennas’structure parameters on performance was discussed and the return loss and radiation patterns of the antennas were presented. Simulation and experimental results showed that the novel antenna can performance requirement in ultrawide-band. The novel antennas have good application prospects in satellite and mobile communication systems.
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