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作 者:Wang Jian Zhang Hou Huang Wenli Huang Xueyu
机构地区:[1]Missile Institute, Air Force Engineering University, Sanyuan 713800, China
出 处:《Journal of Electronics(China)》2005年第6期681-685,共5页电子科学学刊(英文版)
摘 要:In order to overcome the narrow-bandwidth of the patch antenna, one kind of configuration which can widen the bandwidth significantly is discussed in this letter. Analyzed by the equivalent-circuits method and simulated by HFSS, a rule derived from simulated results that can aid to design the microstrip antennas is found. Finally, the structure parameters are optimized out, Which reaches 44.67% impedance bandwidth. Furthermore, this kind of configuration can also be applied to the multi-laver patch antenna.In order to overcome the narrow-bandwidth of the patch antenna, one kind of configuration which can widen the bandwidth significantly is discussed in this letter. Analyzed by the equivalent-circuits method and simulated by HFSS, a rule derived from simulated results that can aid to design the microstrip antennas is found. Finally, the structure parameters are optimized out, which reaches 44.67% impedance bandwidth. Furthermore, this kind of configuration can also be applied to the multi-layer patch antenna.
关 键 词:WIDEBAND Microstrip antenna Circular patch antenna
分 类 号:TN82[电子电信—信息与通信工程]
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