Rectangular stepped patch antenna at GSM 900 for energy scavenging

This paper presents a novel 377? rectangular stepped patch antenna with partial ground plane at downlink radio frequency range of GSM-900 band. Two steps are incorporated into the patch antenna, and bandwidth expansion was investigated by the currents flowing through the patch antenna. The antenna s...

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Main Authors: Din N.M., Chakrabarty C.K., Devi K.K.A., Sadasivam S.
Other Authors: 9335429400
Format: Article
Published: Electromagnetics Academy 2023
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spelling my.uniten.dspace-303582023-12-29T15:47:02Z Rectangular stepped patch antenna at GSM 900 for energy scavenging Din N.M. Chakrabarty C.K. Devi K.K.A. Sadasivam S. 9335429400 6701755282 44061220300 35759552500 Antenna grounds Bandwidth Electric impedance Energy harvesting Slot antennas Antenna simulations Bandwidth expansions Centre frequency Currents flowing Energy scavenging Impedance bandwidths Partial ground plane Radio frequency range Microstrip antennas This paper presents a novel 377? rectangular stepped patch antenna with partial ground plane at downlink radio frequency range of GSM-900 band. Two steps are incorporated into the patch antenna, and bandwidth expansion was investigated by the currents flowing through the patch antenna. The antenna simulation was carried out in the ADS 2009 environment. The fabricated antenna on FR4 substrate indicates an impedance bandwidth of 32.7% (310 MHz) at 947MHz centre frequency with return loss of -28:12 dB. The simulated, test and field results of the antenna design are discussed. Final 2023-12-29T07:47:02Z 2023-12-29T07:47:02Z 2012 Article 10.2528/pierc12030204 2-s2.0-84860145738 https://www.scopus.com/inward/record.uri?eid=2-s2.0-84860145738&doi=10.2528%2fpierc12030204&partnerID=40&md5=9038bd201e57dad29ddfa2bfd7976c63 https://irepository.uniten.edu.my/handle/123456789/30358 29 17 28 All Open Access; Bronze Open Access Electromagnetics Academy Scopus
institution Universiti Tenaga Nasional
building UNITEN Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Tenaga Nasional
content_source UNITEN Institutional Repository
url_provider http://dspace.uniten.edu.my/
topic Antenna grounds
Bandwidth
Electric impedance
Energy harvesting
Slot antennas
Antenna simulations
Bandwidth expansions
Centre frequency
Currents flowing
Energy scavenging
Impedance bandwidths
Partial ground plane
Radio frequency range
Microstrip antennas
spellingShingle Antenna grounds
Bandwidth
Electric impedance
Energy harvesting
Slot antennas
Antenna simulations
Bandwidth expansions
Centre frequency
Currents flowing
Energy scavenging
Impedance bandwidths
Partial ground plane
Radio frequency range
Microstrip antennas
Din N.M.
Chakrabarty C.K.
Devi K.K.A.
Sadasivam S.
Rectangular stepped patch antenna at GSM 900 for energy scavenging
description This paper presents a novel 377? rectangular stepped patch antenna with partial ground plane at downlink radio frequency range of GSM-900 band. Two steps are incorporated into the patch antenna, and bandwidth expansion was investigated by the currents flowing through the patch antenna. The antenna simulation was carried out in the ADS 2009 environment. The fabricated antenna on FR4 substrate indicates an impedance bandwidth of 32.7% (310 MHz) at 947MHz centre frequency with return loss of -28:12 dB. The simulated, test and field results of the antenna design are discussed.
author2 9335429400
author_facet 9335429400
Din N.M.
Chakrabarty C.K.
Devi K.K.A.
Sadasivam S.
format Article
author Din N.M.
Chakrabarty C.K.
Devi K.K.A.
Sadasivam S.
author_sort Din N.M.
title Rectangular stepped patch antenna at GSM 900 for energy scavenging
title_short Rectangular stepped patch antenna at GSM 900 for energy scavenging
title_full Rectangular stepped patch antenna at GSM 900 for energy scavenging
title_fullStr Rectangular stepped patch antenna at GSM 900 for energy scavenging
title_full_unstemmed Rectangular stepped patch antenna at GSM 900 for energy scavenging
title_sort rectangular stepped patch antenna at gsm 900 for energy scavenging
publisher Electromagnetics Academy
publishDate 2023
_version_ 1806428451575431168
score 13.222552