Consideration of bandwidth of the small EBG-resonator antenna using the in-phase highly-reflecting surfaces

机译：考虑同相高反射面的小型EBG谐振器天线的带宽

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The drawback of the small EBG-resonator antenna using a square-patch in-phase highly-reflecting surface (HRS), proposed in Li and Esselle (2008), is its narrow bandwidth. The theoretical method is cleared for analyzing the effect of the bandwidth of the in-phase HRS on the bandwidth of the EBG-resonator antenna in this paper. To enhance the gain bandwidth of the antenna according to the theoretical rule, a double-layer mushroom-type in-phase HRS surface, whose reflection phase decreases much slower with frequency than that of the square-patch HRS, is designed. Results of an antenna application with wider bandwidth at 11.9 GHz are shown.

机译：Li and Esselle（2008）提出的使用方形贴片同相高反射面（HRS）的小型EBG谐振器天线的缺点是带宽窄。本文为分析同相HRS带宽对EBG谐振器天线带宽的影响清除了理论方法。为了根据理论规则增加天线的增益带宽，设计了双层蘑菇型同相HRS表面，该反射表面的同相反射率随频率的降低比方形贴片HRS慢得多。显示了在11.9 GHz具有较宽带宽的天线应用的结果。

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《IEEE Antennas and Propagation Society International Symposium;APSURSI '09》|2009年|1-4|共4页
会议地点 Charleston,SC(US);Charleston,SC(US)
作者
Yading Li; Esselle, K.P.;
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Electron. Dept. Macquarie Univ. Syndey NSW Australia;

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microstrip antennas; reflector antennas; bandwidth consideration; double-layer mushroom-type in-phase HRS surface; gain bandwidth; in-phase highly-reflecting surfaces; reflection phase; small EBG-resonator antenna; square-patch HRS; square-patch in-phase highly-reflecting surface;

机译：微带天线；反射天线；带宽考虑；双层蘑菇型同相HRS表面增益带宽；同相高反射表面；反射阶段小型EBG谐振器天线；方形贴片HRS;方形贴片同相高反射面;

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专利

1. Small EBG resonator high-gain antenna using in-phase highly-reflecting surface [J] . Y. Li, K.P. Esselle Electronicsletters . 2009,第21期

机译：使用同相高反射面的小型EBG谐振器高增益天线
2. LOW-PROFILE RESONANT CAVITY ANTENNA BASED ON AN IN-PHASE METAMATERIAL SURFACE [J] . Yuehe Ge, Karu P. Esselle Microwave and optical technology letters . 2009,第3期

机译：基于相间金属表面的低剖面谐振腔天线
3. Bandwidth Enhancement of a Single-Feed Circularly Polarized Antenna Using a Metasurface: Metamaterial-based wideband CP rectangular microstrip antenna. [J] . N. Nasimuddin, Z. N. Chen, X. Qing Antennas and Propagation Magazine, IEEE . 2016,第2期

机译：使用超颖表面的单馈送圆极化天线的带宽增强：基于超材料的宽带CP矩形微带天线。
4. Consideration of Bandwidth of the Small EBG-Resonator Antenna Using the In-Phase Highly-Reflecting Surfaces [C] . Yading Li, Karu P. Esselle IEEE Antennas and Propagation Society International Symposium . 2009

机译：使用同相高反射表面的小型EBG谐振器天线带宽的考虑
5. Active antenna bandwidth control using reconfigurable antenna elements. [D] . Cummings, Nathan P. 2003

机译：使用可重新配置的天线元件进行有源天线带宽控制。
6. Enhanced Bandwidth of High Directive Emission Fabry-Perot Resonator Antenna with Tapered Near-Zero Effective Index Using Metasurface [O] . Zhen-Guo Liu, Wei-Bing Lu, Wu Yang -1

机译：使用超颖表面的锥形近零有效指数的高定向发射法布里-珀罗谐振天线的增强带宽
7. BANDWIDTH ENHANCEMENT OF MICROSTRIP PATCH ANTENNA USING JERUSALEM CROSS-SHAPED FREQUENCY SELECTIVE SURFACES BY INVASIVE WEED OPTIMIZATION APPROACH [O] . Fatemeh Mohamadi Monavar, Nader Komjani 2011

机译：通过侵入性杂草优化方法使用耶路撒冷横向频率选择性表面的微带贴片天线的带宽增强
8. Characterizing the In-Phase Reflection Bandwidth Theoretical Limit of Artificial Magnetic Conductors With a Transmission Line Model. [R] . J. D. Wilson J. Q. Xiao R. N. Simons X. Fan Y. Chen Y. Xie 2013

机译：用传输线模型表征人造磁导体的同相反射带宽理论极限。

Consideration of bandwidth of the small EBG-resonator antenna using the in-phase highly-reflecting surfaces

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