Series Info:Procedia Computer Science;Volume 182, 2021, Pages 21-27 17th International Learning and Technology Conference 2020; Riyadh; Saudi Arabia; 21 October 2020 through 22 October 2020; Code 168451
Type:Article
Keywords:October University for Microwave antennas
,
Millimeter waves
,
Engineering uncontrolled terms
,
Design and simulation
,
Elsevier.
,
GHz band
,
Multiband antennas.
,
Next-Generation Applications
,
Peak gain
,
Performance
,
Single layer
,
Spectra's.
,
Technology application
,
5G mobile communication systems
Abstract:
In this paper, a modified Pharaonic Ankh-Key antenna is proposed to support modem technologies and enhance the usage of 5G and next generations applications providing better performance compared to the previously designed Ankh-Key antenna [3]. The multiband antenna can operate in 28GHz band, 37 GHz band, and all bands from 49 GHz to beyond 140 GHz with peak gain between 6.9 dBi to 10.2 dBi along the operating spectrum. The single layer antenna is simply designed with dimensions 12.75 mm x 18.7 111111 x 0.787 111111 using Rogers/Duroid RT 5880 of er = 2.2 and tanS = 0.0009 promising a lower cost and easy-to-fabricate antenna compared to the existing commercial antennas. The antenna is simulated using Ansys HFSS and CST suite simulators and the results where compared to the previously designed Ankh-Key antenna achieving much better performance and wider band widths. B) 2021 The Authors. Published by Elsevier B.V.
