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- Title
Compact Double Layer Two Via Electromagnetic Band Gap Structure for RCS Reduction.
- Authors
Morey, Rajesh B.; Pawar, Sunil N.
- Abstract
In this paper, a multi-layered mushroom-type electromagnetic band gap (EBG) structure is proposed. A double layer two via EBG (DLTV EBG) structure is designed at 1.65 GHz. The proposed DLTV-EBG structure consists of a two-layer dielectric substrate, which reduces the lateral sizes due to a multilayer topology. By adjusting the patch dimensions and positions of the vias, the center frequency, and equivalent L and C parameters meet design requirements. In a DLTV-EBG, layer-1 has a square ring patch; layer-2 has a circular ring; outer square ring patch with 2 edged located vias gives the additional capacitance and inductance to achieve compactness. The simulation of the DLTV-EBG structure is carried out using the Ansys high-frequency structure simulator (HFSS) and experimentally validated. The band gap of the DLTV-EBG structure is measured using suspended microstrip line (SML) method. The Experimental results agree well with simulation one. The periodic size of the proposed DLTV-EBG structure is 0.05λ1.65 GHz, which is a good candidate where compact size is highly desired.
- Subjects
BAND gaps; MICROSTRIP transmission lines; SUBSTRATES (Materials science); ELECTRIC capacity; DIELECTRICS
- Publication
Progress in Electromagnetics Research Letters, 2024, Vol 120, p89
- ISSN
1937-6480
- Publication type
Article
- DOI
10.2528/PIERL24022703