Method of metamaterial bandwidth extention

Kukharenko, A. S.

doi:10.1109/iwat.2015.7365368

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Ebg Metamaterials Construction1

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2015

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“…Theoretical analysis and practical implementation of EBG are well-described in [14]. A small size of EBG elements allows obtaining a compact construction of various frequency selective devises and abundance of element modifications allows widening their working bands [15][16][17]. Also as it is shown in [18] that EBG constructions have metamaterial properties [19], what gives additional opportunities for design of frequency-selective surfaces.…”

Section: Ebg Metamaterials Constructionmentioning

confidence: 99%

EBG Metamaterial Ground Plane for Mitigation of Multipath Signals in GNSS Antenna

Boyko¹,

Kukharenko²,

Yaskin³

2015

Journal of electromagnetic engineering and science

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An electromagnetic band gap (EBG) metamaterial construction is presented. A construction of a multipath mitigating ground plane, based on the EBG metamaterial is described. A method of the ground plane application and installation, which provides the multipath mitigating without spoiling antenna element phase center stability, is suggested and explained. A designed construction of GNSS antenna module, which contains the multipath mitigating ground plane, made from the presented EBG metamaterial and installed in the described way is shown and parameters of the antenna module are provided.

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