Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications

Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorological Satellite (MSAT) frequency bandwidths were rejected in the UWB planar antenna composed from a single layer conductor element. Frequency bandwidths for WIMAX, WLAN and MSAT are allocated at 3...

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Main Authors: Siti Fatimah Jainal, Norliza Mohamed, Azura Hamzah, Suhaila Subahir
Format: Article
Language:English
Published: Penerbit Universiti Kebangsaan Malaysia 2020
Online Access:http://journalarticle.ukm.my/17131/1/10.pdf
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author Siti Fatimah Jainal,
Norliza Mohamed,
Azura Hamzah,
Suhaila Subahir,
author_facet Siti Fatimah Jainal,
Norliza Mohamed,
Azura Hamzah,
Suhaila Subahir,
author_sort Siti Fatimah Jainal,
collection UKM
description Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorological Satellite (MSAT) frequency bandwidths were rejected in the UWB planar antenna composed from a single layer conductor element. Frequency bandwidths for WIMAX, WLAN and MSAT are allocated at 3.3~3.7, 5~6 and 7.4~8.4GHz, respectively. Conductor element etching method was used as the means to realize the band notch characteristics as it was considered convenient and simple. Two slits were etched on the ground plane while on the elliptical element, a single slit. The slits were designed for simplicity in the means of achieving the desired band notch characteristics. The proposed antenna design was compact and low profile. The antenna performances were compared with the reference antenna and the results were negligible.
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spelling ukm.eprints-171312021-07-21T06:40:11Z http://journalarticle.ukm.my/17131/ Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications Siti Fatimah Jainal, Norliza Mohamed, Azura Hamzah, Suhaila Subahir, Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorological Satellite (MSAT) frequency bandwidths were rejected in the UWB planar antenna composed from a single layer conductor element. Frequency bandwidths for WIMAX, WLAN and MSAT are allocated at 3.3~3.7, 5~6 and 7.4~8.4GHz, respectively. Conductor element etching method was used as the means to realize the band notch characteristics as it was considered convenient and simple. Two slits were etched on the ground plane while on the elliptical element, a single slit. The slits were designed for simplicity in the means of achieving the desired band notch characteristics. The proposed antenna design was compact and low profile. The antenna performances were compared with the reference antenna and the results were negligible. Penerbit Universiti Kebangsaan Malaysia 2020 Article PeerReviewed application/pdf en http://journalarticle.ukm.my/17131/1/10.pdf Siti Fatimah Jainal, and Norliza Mohamed, and Azura Hamzah, and Suhaila Subahir, (2020) Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications. Jurnal Kejuruteraan, 32 (3). pp. 455-465. ISSN 0128-0198 https://www.ukm.my/jkukm/volume-323-2020/
spellingShingle Siti Fatimah Jainal,
Norliza Mohamed,
Azura Hamzah,
Suhaila Subahir,
Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications
title Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications
title_full Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications
title_fullStr Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications
title_full_unstemmed Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications
title_short Ultra-wideband planar antenna with notched-band for WIMAX, WLAN and MSAT applications
title_sort ultra wideband planar antenna with notched band for wimax wlan and msat applications
url http://journalarticle.ukm.my/17131/1/10.pdf
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AT azurahamzah ultrawidebandplanarantennawithnotchedbandforwimaxwlanandmsatapplications
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