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Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system

In this work, a rapid and simple approach is facilitating the design of Butler matrix beam-forming network (BMN). Generally, BMN structure is occupying huge area of printed circuit board and required large amount of mesh cells for better simulation accuracy. The proposed approach has reduced design...

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Main Authors: Hock, G.C., Charabarty, C.K., Kiong, T.S., Heong, O.K.
Format: Article
Language:en_US
Published: 2017
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spelling my.uniten.dspace-57102018-03-12T10:03:15Z Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system Hock, G.C. Charabarty, C.K. Kiong, T.S. Heong, O.K. In this work, a rapid and simple approach is facilitating the design of Butler matrix beam-forming network (BMN). Generally, BMN structure is occupying huge area of printed circuit board and required large amount of mesh cells for better simulation accuracy. The proposed approach has reduced design steps and improves the simulation time. Although, designers can use better mainframe and graphics processing unit in order to improve the simulation time, the devices come with simulation cost. The entire BMN is divided into smaller and simple structure as the standard re-use electromagnetic model in order to study the parasitic elements and essential actual phase progression. © IEICE 2012. 2017-12-08T06:45:36Z 2017-12-08T06:45:36Z 2012 Article 10.1587/elex.9.346 en_US IEICE Electronics Express Volume 9, Issue 5, 2012, Pages 346-351
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/
language en_US
description In this work, a rapid and simple approach is facilitating the design of Butler matrix beam-forming network (BMN). Generally, BMN structure is occupying huge area of printed circuit board and required large amount of mesh cells for better simulation accuracy. The proposed approach has reduced design steps and improves the simulation time. Although, designers can use better mainframe and graphics processing unit in order to improve the simulation time, the devices come with simulation cost. The entire BMN is divided into smaller and simple structure as the standard re-use electromagnetic model in order to study the parasitic elements and essential actual phase progression. © IEICE 2012.
format Article
author Hock, G.C.
Charabarty, C.K.
Kiong, T.S.
Heong, O.K.
spellingShingle Hock, G.C.
Charabarty, C.K.
Kiong, T.S.
Heong, O.K.
Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
author_facet Hock, G.C.
Charabarty, C.K.
Kiong, T.S.
Heong, O.K.
author_sort Hock, G.C.
title Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
title_short Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
title_full Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
title_fullStr Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
title_full_unstemmed Rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
title_sort rapid and simple design approach of micro-strip butler matrix beam-forming network for wireless system
publishDate 2017
_version_ 1644493755454062592
score 13.214268

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