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- W2022196922 abstract "in this paper a new structure for uniplanar compact electromagnetic bandgap (UC-EBG) is presented that prohibits surface waves in bilateral manner. Firstly, the design of a unit- cell is introduced and smaller cell size (0.35 �5.8GHz ) is proven. Secondly, the unit-cell is extended in a periodic arrangement (7x5 cells), and functionality is proven through simulation and measurements of scattering parameters of a microstrip transmission line grounded with the periodic arrangement. A stop band with attenuation lower than -10 dB is achieved. Field profiles of frequencies inside and outside the stop band assured visually the claimed functionality proven by scattering parameters. I. INTRODUCTION EBG structures are, generally, 3D periodic configurations, that prohibit the propagation of electromagnetic waves in a specific band of frequencies, ideally, in every direction, and for all polarizations. Practically, no such complete EBG structure can be constructed. However, useful applications still can be obtained from imperfect performance of EBG structures (1).A UC-EBG was presented in many publications, and several applications were introduced. Some of these are mentioned in (2)-(6). For examples, in (4),(5), a unilateral UC-EBG was introduced to prevent surface waves from being propagated, and hence, reduce lateral mutual coupling between sided elements of array antenna. In this paper we propose a new bilateral UC-EBG structure. The proposed EBG structure was experimentallyassessed by means of incorporating a periodic arrangement of the proposed structure as the ground plane of a conventional microstrip transmission line, and then the scattering parameters were extracted.Measurements have been conducted to validate full wave simulation results. Section II will discuss the design of the new structure, how it was developed, cell size, and all detailed dimensions. In section III, the design is analyzed, stop band is deduced from scattering parameters of the EBG grounded microstrip line, and a field profile is depicted to give a visual insight on the functionality of the proposed EBG structure." @default.
- W2022196922 created "2016-06-24" @default.
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- W2022196922 creator A5073589039 @default.
- W2022196922 date "2014-07-01" @default.
- W2022196922 modified "2023-09-28" @default.
- W2022196922 title "A novel bilateral UC-EBG structure" @default.
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- W2022196922 doi "https://doi.org/10.1109/aps.2014.6905216" @default.
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