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Compact crossover on multilayer substrate for UWB applications

A new design of planar bilayer ultra-wideband (UWB) crossover is presented. The structure is composed of double slot coupled transitions and a microstrip transmission line to provide a better isolation between the cross-lines. A good agreement between simulation results and measurements has been ach...

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Published in:	Electronics letters 2017-02, Vol.53 (3), p.162-163
Main Authors:	Seddiki, M.L, Ghanem, F, Nedil, M, Bouklif, A
Format:	Article
Language:	English
Subjects:	Crossovers double slot coupled transition Electronics Impedance matching insertion loss isolation loss microstrip transitions microstrip transmission line Microwave technology multilayer substrate Multilayers planar bilayer ultrawideband crossover Ports Signal paths Simulation slot lines transmission lines ultra wideband technology Ultrawideband UWB crossover application
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creator	Seddiki, M.L Ghanem, F Nedil, M Bouklif, A
description	A new design of planar bilayer ultra-wideband (UWB) crossover is presented. The structure is composed of double slot coupled transitions and a microstrip transmission line to provide a better isolation between the cross-lines. A good agreement between simulation results and measurements has been achieved. Experimental results show excellent impedance matching of more than 15 dB at the all four ports. A good isolation and insertion loss between the two signal paths of the crossover with more than 25 and 1.3 dB, respectively, over the entire UWB band is observed.
doi_str_mv	10.1049/el.2016.3682
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source	Wiley Open Access Journals
subjects	Crossovers double slot coupled transition Electronics Impedance matching insertion loss isolation loss microstrip transitions microstrip transmission line Microwave technology multilayer substrate Multilayers planar bilayer ultrawideband crossover Ports Signal paths Simulation slot lines transmission lines ultra wideband technology Ultrawideband UWB crossover application
title	Compact crossover on multilayer substrate for UWB applications
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