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首页> 外文期刊>Applied Computational Electromagnetics Society journal >Electronically Reconfigurable WLAN Band-Notched MIMO Antenna for Ultra-wideband Applications
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Electronically Reconfigurable WLAN Band-Notched MIMO Antenna for Ultra-wideband Applications

机译:用于超宽带应用的电子可重新配置的WLAN带缺口MIMO天线

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摘要

A low-profile electronically reconfigurable WLAN band-notched dual port multiple-input multiple -output (MIMO) antenna design for ultra-wideband applications has been presented. Antenna elements exhibit good impedance match (S-11 =-10 dB) over entire ultra-wideband (3.1 to 10.6 GHz) spectrum. The decoupling structure is used to improve isolation (S-12/S-21) above 20 dB over entire UWB band. Moreover, reconfigurable band-notching is achieved by inserting PIN diodes along the inverted L-shaped slots, in each radiator. Notch at WLAN (5.5 GHz) frequency band is achieved by switching the PIN diode to 'OFF' state. The antenna design is fabricated as well as measured, and the results suggests that the proposed design with switchable WLAN band-notch characteristics is suitable candidate for ultra-wideband applications.
机译:已经介绍了用于超宽带应用的低调的电子可重构的WLAN带 - 缺口双端口多输入多输入(MIMO)天线设计。 天线元件在整个超宽带(3.1至10.6GHz)频谱上表现出良好的阻抗匹配(S-11& = - 10 dB)。 去耦结构用于在整个UWB频带上以高于20dB的隔离(S-12 / S-21)。 此外,通过在每个散热器中插入沿倒置的L形槽的引脚二极管来实现可重构的带缺口。 通过将引脚二极管切换为“关闭”状态,实现了WLAN(5.5GHz)频带的凹口。 天线设计是制造的以及测量,结果表明,具有可切换WLAN带 - 缺口特性的提出的设计是用于超宽带应用的合适候选者。

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