Mutual coupling reduction in multilayer patch antennas via meander line parasites

A method to reduce the mutual coupling in wide-band multilayer patch array operating in C band is presented. The proposed device use conveniently sized meander line parasites printed on the same substrate of the upper patch. Measurements on a $2 \times 2$2×2 prototype shows a measured bandwidth of a...

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Published in:Electronics letters 2018-07, Vol.54 (15), p.922-924
Main Authors: Maddio, S, Pelosi, G, Righini, M, Selleri, S, Vecchi, I
Format: Article
Language:English
Subjects:
antenna radiation patterns
Antennas and propagation
broadband antennas
C band
frequency 5.1 GHz
meander line parasites
microstrip antenna arrays
patch mutual coupling reduction
upper patch
whole WLAN frequency range
wideband multilayer patch antenna array
wireless LAN
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cited_by cdi_FETCH-LOGICAL-c3814-68459aea99400976e3579c63ffff3a9e00bc4d64b4a7e38223b90faba2be75733
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container_title Electronics letters
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creator Maddio, S
Pelosi, G
Righini, M
Selleri, S
Vecchi, I
description A method to reduce the mutual coupling in wide-band multilayer patch array operating in C band is presented. The proposed device use conveniently sized meander line parasites printed on the same substrate of the upper patch. Measurements on a $2 \times 2$2×2 prototype shows a measured bandwidth of about 19.6% centred at 5.1 GHz, therefore adequate to cover the whole WLAN frequency range. The meander lines allow to reduce the patch mutual coupling by about 2.4 dB.
doi_str_mv 10.1049/el.2018.1332
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source Open Access: Wiley-Blackwell Open Access Journals
subjects antenna radiation patterns
Antennas and propagation
broadband antennas
C band
frequency 5.1 GHz
meander line parasites
microstrip antenna arrays
patch mutual coupling reduction
upper patch
whole WLAN frequency range
wideband multilayer patch antenna array
wireless LAN
title Mutual coupling reduction in multilayer patch antennas via meander line parasites
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