Design and performance analysis of compact coronavirus-shaped microstrip patch antenna for wireless applications
Sura, Khalil Ibrahim
Design and performance analysis of compact coronavirus-shaped microstrip patch antenna for wireless applications - Vol.14(4), Nov - Hyderabad IUP Publications 2022 - 7-15p.
The paper proposes a compact-sized coronavirus-shaped Microstrip Patch Antenna (MPA) for wireless communication. A 15-20 GHz band of frequency is employed to analyze the effect of the shape on antenna's performance and characteristics. A low-cost FR4 dielectric substrate is used in the design and implementation of the coronavirus-shaped antenna, with suitable dimensions. The proposed antenna has six patterns depending upon the band of frequencies, and the same have been analyzed. The results show that the realized gain is better than -15 dB when using frequencies around 17 GHz, and total efficiency is about 70%. CST microwave software is used for designing and analysis.
EXTC Engineering
Design and performance analysis of compact coronavirus-shaped microstrip patch antenna for wireless applications - Vol.14(4), Nov - Hyderabad IUP Publications 2022 - 7-15p.
The paper proposes a compact-sized coronavirus-shaped Microstrip Patch Antenna (MPA) for wireless communication. A 15-20 GHz band of frequency is employed to analyze the effect of the shape on antenna's performance and characteristics. A low-cost FR4 dielectric substrate is used in the design and implementation of the coronavirus-shaped antenna, with suitable dimensions. The proposed antenna has six patterns depending upon the band of frequencies, and the same have been analyzed. The results show that the realized gain is better than -15 dB when using frequencies around 17 GHz, and total efficiency is about 70%. CST microwave software is used for designing and analysis.
EXTC Engineering