High gain planar 3GPP band N257 patch antenna for 5G wireless application

P. Mohana Sunthari; M. Jeyabharthi; K. Jayanthi; N. Porchelvi

doi:10.1063/5.0221486

High gain planar 3GPP band N257 patch antenna for 5G wireless application

P. Mohana Sunthari, M. Jeyabharthi, K. Jayanthi, N. Porchelvi

Research output: Contribution to journal › Conference article › peer-review

Abstract

High-speed and high-capacity 5G wireless applications are provided by a planar Microstrip patch antenna with compact Inset fed that is appropriate for 3GPP band n257. The suggested antenna has a small footprint of 4.39 mm x 3.6 mm, a full ground structure, and resonates at 28 GHz with a return loss of-30 dB and a bandwidth of 3.5GHz between 26 and 29.5 GHz. The substrate of the antenna is made of thin FR4 and has a 4.4 relative permittivity. Maximum power is coupled to the antenna at this frequency, as evidenced by the planned antenna's high gain of 24.61 dB and low VSWR of less than 1.5. Using Ansoft HFSS, all the settings are developed and optimized.

Original language	English
Article number	020015
Journal	AIP Conference Proceedings
Volume	3121
Issue number	1
DOIs	https://doi.org/10.1063/5.0221486
State	Published - Jul 11 2024
Externally published	Yes
Event	2023 International Conference on Recent Advancements in Communication, Computing, and Artificial Intelligence, RACCAI 2023 - Mohali, India Duration: Oct 12 2023 → Oct 13 2023

Keywords

3GPP band n257
5GWireless Application
High Gain,28GHz
Returnloss
VSWR

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10.1063/5.0221486

Cite this

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title = "High gain planar 3GPP band N257 patch antenna for 5G wireless application",

abstract = "High-speed and high-capacity 5G wireless applications are provided by a planar Microstrip patch antenna with compact Inset fed that is appropriate for 3GPP band n257. The suggested antenna has a small footprint of 4.39 mm x 3.6 mm, a full ground structure, and resonates at 28 GHz with a return loss of-30 dB and a bandwidth of 3.5GHz between 26 and 29.5 GHz. The substrate of the antenna is made of thin FR4 and has a 4.4 relative permittivity. Maximum power is coupled to the antenna at this frequency, as evidenced by the planned antenna's high gain of 24.61 dB and low VSWR of less than 1.5. Using Ansoft HFSS, all the settings are developed and optimized.",

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author = "Sunthari, {P. Mohana} and M. Jeyabharthi and K. Jayanthi and N. Porchelvi",

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doi = "10.1063/5.0221486",

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AU - Sunthari, P. Mohana

AU - Jeyabharthi, M.

AU - Jayanthi, K.

AU - Porchelvi, N.

PY - 2024/7/11

Y1 - 2024/7/11

N2 - High-speed and high-capacity 5G wireless applications are provided by a planar Microstrip patch antenna with compact Inset fed that is appropriate for 3GPP band n257. The suggested antenna has a small footprint of 4.39 mm x 3.6 mm, a full ground structure, and resonates at 28 GHz with a return loss of-30 dB and a bandwidth of 3.5GHz between 26 and 29.5 GHz. The substrate of the antenna is made of thin FR4 and has a 4.4 relative permittivity. Maximum power is coupled to the antenna at this frequency, as evidenced by the planned antenna's high gain of 24.61 dB and low VSWR of less than 1.5. Using Ansoft HFSS, all the settings are developed and optimized.

AB - High-speed and high-capacity 5G wireless applications are provided by a planar Microstrip patch antenna with compact Inset fed that is appropriate for 3GPP band n257. The suggested antenna has a small footprint of 4.39 mm x 3.6 mm, a full ground structure, and resonates at 28 GHz with a return loss of-30 dB and a bandwidth of 3.5GHz between 26 and 29.5 GHz. The substrate of the antenna is made of thin FR4 and has a 4.4 relative permittivity. Maximum power is coupled to the antenna at this frequency, as evidenced by the planned antenna's high gain of 24.61 dB and low VSWR of less than 1.5. Using Ansoft HFSS, all the settings are developed and optimized.

KW - 3GPP band n257

KW - 5GWireless Application

KW - High Gain,28GHz

KW - Returnloss

KW - VSWR

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Y2 - 12 October 2023 through 13 October 2023

ER -

High gain planar 3GPP band N257 patch antenna for 5G wireless application

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Keywords

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