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Hayat, Touseef
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- 20233-D printable synthetic metasurface to realize 2-D beam-steering antennacitations
- 2022All-dielectric phase correcting surface using fused deposition modeling techniquecitations
- 2021Rapid prototyping of ultrawideband compact resonant cavity antennas using 3D printing
- 2020Comparative analysis of highly transmitting phase correcting structures for electromagnetic bandgap resonator antenna
- 20183D printed all dielectric phase correcting surface for resonant cavity antennacitations
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document
All-dielectric phase correcting surface using fused deposition modeling technique
Abstract
<p>This paper presents a planar all-dielectric phase-correcting surface (PCS) that can be prototyped using the low-cost fused deposition modeling (FDM) technique. The non-linear phase delay via PCS is attained by its permittivity gradient profile, which is achieved by infill variation of PREPERM ABS®450 filament in different sections. As proof of concept, such PCS is employed to improve the phase uniformity of a resonant cavity antenna. Predicted results show excellent directivity improvement of 8.5 dB equivalent to its counterpart non-planar and complex composite PCS design, but PCS height is only 1.86λ. </p>