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2018•2018 International Conference on Computer, Communication, Chemical, Material and Electronic Engineering (IC4ME2)Requires access

Design of a Tri-Band Microstrip Patch Antenna for 5G Application

Md. Sarwar Kamal, Md. Johirul Islam, Mohammed Jashim Uddin, Abu Zafar Md. Imran

Open publisher page 45 citations

Abstract

Triple band microstrip patch antenna is yet to design for 5G Application. The paper proposed a triple band microstrip patch antenna for 5G communication. Here, Rogers RT Duroid-5880 is used having a low relative permittivity, εr = 2.2 as a substrate with thickness 0.25 mm. The proposed antenna is designed and simulated by IE3D and HFSS software. Finally, their outcome is compared by HFSS software. Simulation result shows that the proposed antenna provides reflection coefficient less than -10 dB, good gain & bandwidth at (24.4/28/38 GHz) having comparatively less antenna size and substrate thickness.

About this research paper

What this paper is about

Triple band microstrip patch antenna is yet to design for 5G Application. The paper proposed a triple band microstrip patch antenna for 5G communication. Here, Rogers RT Duroid-5880 is used having a low relative permittivity, εr = 2.2 as a substrate with thickness 0.25 mm. The proposed antenna is designed and simulated by IE3D and HFSS software. Finally, their outcome is compared by HFSS software. Simulation result shows that the proposed antenna provides reflection coefficient less than -10 dB, good gain & bandwidth at (24.4/28/38 GHz) having comparatively less antenna size and substrate thickness.

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OpenAlex reports 45 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Triple band microstrip patch antenna is yet to design for 5G Application. The paper proposed a triple band microstrip patch antenna for 5G communication. Here, Rogers RT Duroid-5880 is used having a low relative permittivity, εr = 2.2 as a substrate with thickness 0.25 mm. The proposed antenna is designed and simulated by IE3D and HFSS software. Finally, their outcome is compared by HFSS software. Simulation result shows that the proposed antenna provides reflection coefficient less than -10 dB, good gain & bandwidth at (24.4/28/38 GHz) having comparatively less antenna size and substrate thickness.

Key concepts: HFSS, Microstrip antenna, Patch antenna, Computer science, Microstrip, Acoustics, Materials science, Antenna (radio)

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