期刊名称:International Journal of Innovative Research in Science, Engineering and Technology
印刷版ISSN:2347-6710
电子版ISSN:2319-8753
出版年度:2015
期号:NCETAS
页码:170
出版社:S&S Publications
摘要:We have proposed the design and analysis of E- shaped microstrip patch antenna in this paper. Input isoffered throughout the rectangular microstrip line feed. The functioning frequency of the antenna is 5 GHz. The antennadesign includes a single layer of thickness of 3.2 mm along with dielectric invariable of 2.94 fabricated on a substance ofplasma ion. The simulation effects of the recommended E-shape antenna are prepared with the aid of IE3D ZealandSoftware. The design and analysis of the antenna is achieved by utilizing transmission line model and cavity model. Theconsequences of various antenna parameters like S(1, 1), VSWR, 3D directivity and 2-D Polar plot are also analyzed.
关键词:We have proposed the design and analysis of E- shaped microstrip patch antenna in this paper. Input is;offered throughout the rectangular microstrip line feed. The functioning frequency of the antenna is 5 GHz. The antenna;design includes a single layer of thickness of 3.2 mm along with dielectric invariable of 2.94 fabricated on a substance of;plasma ion. The simulation effects of the recommended E-shape antenna are prepared with the aid of IE3D Zealand;Software. The design and analysis of the antenna is achieved by utilizing transmission line model and cavity model. The;consequences of various antenna parameters like S(1; 1); VSWR; 3D directivity and 2-D Polar plot are also analyzed.