Authors :
Olabisi, O. ; Adeniran, A.O. ; Anie, N.O ; Anyanor, O.O ; Ayedun, F. ; Ejeka, J. C. ; Ekot, E.E.
Volume/Issue :
Volume 8 - 2023, Issue 5 - May
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/43tT2aT
DOI :
https://doi.org/10.5281/zenodo.7974299
Abstract :
Strip patch reflectors with significant
attributes such as low cost, lightweight, low profile and
compatibility with monolithic Microwave Integrated
circuits are used widely in mobile communication most
importantly in the recent mobile communication known
as fifth-generation network. The paper presents the
design and simulation of the 5GHz patch, the design was
done using the substrate material (RUTOID 588) with
the following design parameters: Dielectric constant of
2.20, relative permittivity 2.20, Lost tangent 0.0009,
Dissipation factor of 0.0009 and substrate height of 0.003
inches. The compact antenna design is compact, making
it a good candidate for 5G mobile communication
applications. The design also showed that the radiation
pattern is omnidirectional with a minimized reflection
coefficient of -5.7dB and maximized power transfer. The
antenna has a directivity gain of 6.9 dB and a possible
return loss of -2.38 dB.
Keywords :
Patch, Substrate, Omnidirectional, Dielectric and Comsol.
Strip patch reflectors with significant
attributes such as low cost, lightweight, low profile and
compatibility with monolithic Microwave Integrated
circuits are used widely in mobile communication most
importantly in the recent mobile communication known
as fifth-generation network. The paper presents the
design and simulation of the 5GHz patch, the design was
done using the substrate material (RUTOID 588) with
the following design parameters: Dielectric constant of
2.20, relative permittivity 2.20, Lost tangent 0.0009,
Dissipation factor of 0.0009 and substrate height of 0.003
inches. The compact antenna design is compact, making
it a good candidate for 5G mobile communication
applications. The design also showed that the radiation
pattern is omnidirectional with a minimized reflection
coefficient of -5.7dB and maximized power transfer. The
antenna has a directivity gain of 6.9 dB and a possible
return loss of -2.38 dB.
Keywords :
Patch, Substrate, Omnidirectional, Dielectric and Comsol.
