Metasurface with Unequal Spacing Unit-cells based Antenna for Linear and Circular Polarizations

Page view(s)
17
Checked on May 31, 2023
Metasurface with Unequal Spacing Unit-cells based Antenna for Linear and Circular Polarizations
Title:
Metasurface with Unequal Spacing Unit-cells based Antenna for Linear and Circular Polarizations
Journal Title:
European Conference on Antennas and Propagation (EuCAP)
DOI:
Publication Date:
31 March 2023
Citation:
Nasimuddin and Michael Y.W. Chia, & Metasurface with Unequal Spacing Unit-cells based Antenna for Linear and Circular Polarizations & EuCAP 2023
Abstract:
A metasurface based on unequal spacing between the rectangular-ring unit cells is used to propose a broadband, low profile, circularly polarized (CP) and linearly polarized (LP) antenna. This can be used for 5G New Radio and GNSS applications in navigation and telemetry on drone which uses remote sensing radar/lidar for survey mapping. The antenna structure comprises a stacked-metasurface based on unequal-spacing between the 7×7-unit cells, a radiating rectangular-patch, and a near diagonal line probe feed. A metasurface is considered using rectangular-ring 7×7-unit cells array with unequal-spacing’s in x- and y-directions and it is placed above a rectangular-radiator to realize a wide CP bandwidth for GNSS applications. The antenna example reaches a 3dB axial ratio of 25.3% (1.38 GHz – 1.78 GHz) with CP (3-dB axial ratio) bandwidth of 15.8% (1.51 GHz – 1.77 GHz) and gain of greater than 8.5 dBic.
License type:
Publisher Copyright
Funding Info:
This research / project is supported by the A*STAR - 5G AMSUS IAF-PP for work package 4
Grant Reference no. : NA
Description:
ISBN:
978-88-31299-07-7
Files uploaded:

File Size Format Action
eucap2023-metasurface-antenna-final.pdf 400.67 KB PDF Open