Enhanced E- Shaped Patch Antenna for 5.3 GHz ISM Band using Frequency Selective Surface

机译：使用频率选择表面的5.3 GHz ISM频段增强型E形贴片天线

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The proposed Microstrip E- Shaped Patch Antenna has been designed for 5.3 GHz frequency band along with FSS layer placed below the ground plane as a reflector to reduce the unwanted losses in antenna for better gain. RT Duroid is used as dielectric substr

机译：拟议的微带E形贴片天线已设计用于5.3 GHz频带，并将FSS层放置在接地层下方，作为反射器，以减少天线中的不必要损耗，从而获得更好的增益。 RT Duroid用作电介质基质

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《International Conference on Trends in Electronics and Informatics》|2020年|332-336|共5页
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Shivani Sharma; M R Tripathy;
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HFSS; Return Loss; Frequency Selective Surface; Microstrip Patch Antenna; E Shape; ISM Band; 5.3 GHz; Gain; Wireless Local Area Network;

机译：HFSS;回波损耗;频率选择表面;微带贴片天线; E形; ISM频段; 5.3 GHz;增益;无线局域网;

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专利

1. Performance enhancement of a microstrip patch antenna using dual‐layer frequency‐selective surface for ISM band applications [J] . Belen Mehmet A. Microwave and optical technology letters . 2018,第11期

机译：用于ISM频带应用的双层频率选择性表面的微带贴片天线的性能增强
2. Performance enhancement of a microstrip patch antenna using substrate integrated waveguide frequency selective surface for ISM band applications [J] . Gunes Filiz, Belen Mehmet A., Mahouti Peyman Microwave and optical technology letters . 2018,第5期

机译：用于ISM频带应用的基板集成波导频率选择表面的微带贴片天线的性能增强
3. DIRECTIVITY ENHANCEMENT OF CIRCULAR POLARIZED PATCH ANTENNA USING RING-SHAPED FREQUENCY SELECTIVE SURFACE SUPERSTRATE [J] . Dong Hyun Lee, Young Ju Lee, Junho Yeo, Microwave and optical technology letters . 2007,第1期

机译：利用环形频率选择性表面过硫酸盐增强圆形极化斑状天线的方向性
4. Microstrip E-Shaped Patch Antenna for ISM Band at 5.3GHz Frequency Application [C] . Shivani Sharma, Tarishi Dimri, Manoj Kumar, International Conference on Micro-Electronics and Telecommunication Engineering . 2018

机译：适用于ISM频段的5.3GHz频率微带E形贴片天线
5. Antenna design for ultra wide band communications and frequency selective surfaces. [D] . Rajagopalan, Ajit. 2008

机译：用于超宽带通信和频率选择表面的天线设计。
6. Bend and Moisture Effects on the Performance of a U-Shaped Slotted Wearable Antenna for Off-Body Communications in an Industrial Scientific Medical (ISM) 2.4 GHz band [O] . Rocio Sanchez-Montero, Pablo-Luis Lopez-Espi, Cristina Alen-Cordero, 2019

机译：弯曲和水分对工业科学医学（ISM）2.4 GHz频段下用于人体通信的U形缝隙可穿戴天线性能的影响
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. Comparison Between Jerusalem Cross and Square Patch Frequency Selective Surfaces for Low Profile Antenna Applications [R] . Cure, D., Weller, T., Miranda, F. A. 2011

机译：低剖面天线应用中耶路撒冷十字形和方形频率选择表面的比较

Enhanced E- Shaped Patch Antenna for 5.3 GHz ISM Band using Frequency Selective Surface

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