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The linearly polarized waveguide-fed dipole-like antenna D. A. Buhtiyarov, A. P. Gorbachev, V. V. Atuchin

By: Buhtiyarov, D. AContributor(s): Gorbachev, A. P | Atuchin, Victor V | Томский государственный университет Радиофизический факультет Научные подразделения РФФMaterial type: ArticleArticleSubject(s): дипольные антенны | поляризация | волноводыGenre/Form: статьи в журналах Online resources: Click here to access online In: Journal of Electromagnetic Waves and Applications Vol. 29, № 13. P. 1720-1727Abstract: The modified waveguide-fed dipole-like antenna is designed using the induced emf method. To excite the antenna arms, the two equal in magnitude and 180° and outofphase excitations are created using the standard rectangular waveguide. Since the area around the radiating arms is free of any conductors (exception for a finite ground plane), the antenna radiation is of high polarization purity. The stand-alone antenna operating near 1.7 GHz was fabricated and tested to verify the design validity. Both the far-field pattern and the return loss level show good agreement with the designed parameters. Such antenna is optimal for using as a building block in the linearly polarized assemblies as well as the stand-alone radiators.
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The modified waveguide-fed dipole-like antenna is designed using the induced emf method. To excite the antenna arms, the two equal in magnitude and 180° and outofphase excitations are created using the standard rectangular waveguide. Since the area around the radiating arms is free of any conductors (exception for a finite ground plane), the antenna radiation is of high polarization purity. The stand-alone antenna operating near 1.7 GHz was fabricated and tested to verify the design validity. Both the far-field pattern and the return loss level show good agreement with the designed parameters. Such antenna is optimal for using as a building block in the linearly polarized assemblies as well as the stand-alone radiators.

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