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基于双层FSS 的X 波段高增益微带天线*
引用本文:袁子东 高军 曹祥玉 郑秋容 杨欢欢. 基于双层FSS 的X 波段高增益微带天线*[J]. 微波学报, 2013, 29(1): 55-59
作者姓名:袁子东 高军 曹祥玉 郑秋容 杨欢欢
作者单位:空军工程大学信息与导航学院,西安,710077
基金项目:国家自然科学基金项目(61271100);陕西省自然基金项目(2012JM8003);陕西省自然基金项目(2010JZ010)
摘    要:设计了基于双层频率选择表面FSS(Frequency Selective Surfaces)的高增益微带天线.基于双调谐峰原理,设计了具有良好频率选择特性的双层FSS,将其作为微带天线的覆层,制备了一种X波段高增益新型微带天线.利用射线理论,分析了新型天线的工作机理,并通过实测对仿真结果进行了验证.实验结果表明:相比于传统微带天线,加载覆层后的新型天线带宽没有变化,而其方向性得到了明显改善,鼻锥方向增益提高了6.6dB.

关 键 词:微带天线  高增益  频率选择表面  双层

An X-Band High-gain Microstrip Antenna Based on FSS
YUAN Zi-dong,GAO Jun,CAO Xiang-yu,ZHENG Qiu-rong,YANG Huan-huan. An X-Band High-gain Microstrip Antenna Based on FSS[J]. Journal of Microwaves, 2013, 29(1): 55-59
Authors:YUAN Zi-dong  GAO Jun  CAO Xiang-yu  ZHENG Qiu-rong  YANG Huan-huan
Affiliation:Information and Navigation Institute, AFEU, Shanxi, Xi an 710077, China
Abstract:A high-gain microstrip antenna based on double layer FSS is designed. Double layer FSS is equal to twodifferent resonance cells. The Frequency selective characteristic is effectively improved by producing double tuned peaks. Anew microstrip antenna is fabricated via using the double layer FSS as the overlying strata, and analysising how does the newantenna work by the ray theory. The results of simulating and measuring demonstrate that: the directivity of the antenna isenhance and the gain of proposed microdtrip antenna is enhanced by 6. 6dB.
Keywords:microstrip antenna   high-gain   FSS   double layer
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