Transmit array as a viable 3D printing option for backhaul applications at V-band

Jorge Teixeira; Sérgio Matos; Jorge Rodrigues da Costa; Nour Nachabe; Cyril Luxey; Diane Titz; Carlos António Cardoso Fernandes; Frederic Gianesello

Ciência-IUL Publications Publication Detailed Description

Publication in conference proceedings

Transmit array as a viable 3D printing option for backhaul applications at V-band

Jorge Teixeira (Teixeira, J. P.); Sérgio Matos (Matos, S. A.); Jorge Rodrigues da Costa (Costa, J. R.); Nour Nachabe (Nachabe, N.); Cyril Luxey (Luxey, C.); Diane Titz (Titz, D.); Carlos António Cardoso Fernandes (Fernandes, C. A.); Frederic Gianesello (Gianesello, F.); et al.

2017 IEEE International Symposium on Antennas and Propagation & USNC/URSI National Radio Science Meeting

Year (definitive publication)

2017

Language

English

Country

United States of America

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Times Cited: 5

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Abstract

Two designs of high gain dielectric lens for a Vband backhaul antenna, compatible with 3D printing, are compared. The available printing materials still have significant losses, which limit the performance of traditional focusing dielectric lenses, as the dome elliptical lens. Herein, we show that an all-dielectric transmit array can present several mechanical and electrical advantages, especially when high gains are required. We demonstrate that even with a compact transmit array (f/d = 067 it is still possible to comply with the usual bandwidth (57-66 GHz) and gain (>30 dBi) requirements for backhaul applications.

Acknowledgements

Keywords

3d printing,Backhaul,Dome elliptical lens,Millimeter wave,Transmit array

Fields of Science and Technology Classification

Physical Sciences - Natural Sciences

Publication Identifiers

Ciência-IUL ID	ci-pub-41776
Scopus (source: Ciência-IUL)	2-s2.0-85042192636
Other ID (source: External)	cv-prod-id-413534
WoS (source: Ciência-IUL)	WOS:000424765302353
Scopus (source: External)	2-s2.0-85042192636
Other ID (source: ORCID)	cv-prod-id-413534
DOI (source: author)	10.1109/APUSNCURSINRSM.2017.8073363
DOI (source: other)	10.1109/APUSNCURSINRSM.2017.8073363
WoS (source: External)	000424765302353
Handle (source: other)	http://hdl.handle.net/10071/15961
Scopus (source: author)	2-s2.0-85042192636
ISBN (source: External)	978-1-5386-3284-0
Handle (source: Ciência-IUL)	http://hdl.handle.net/10071/15961

Other Publication Details

Online Publication Year	2017
Publisher	IEEE
Indexes	Web of Science©; Scopus;
ISSN	--
ISBN	978-1-5386-3284-0 (print) 978-1-5386-3284-0 (online)
Volume
Article Number	--
Pages	2641 - 2642	Total Pages	--
Peer Reviewed	Yes
Editors
Event Title	--
Event Organizer
City	San Diego
Event Type	Conference
Event Classification	International
Event Year	2017
Event Publication Type	Full Paper
ISCTE-IUL Repository	Link to the repository
Publication Date (online)
Publication Date (print)

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