A multilayer low parasitic parameter extraction method for synthesis of composite right‐left handed TL

In this paper, a new multilayer low parasitic synthesis of composite right‐left handed (CRLH) TL is proposed and demonstrated. A novel method for designing of the extended microstrip inductors and capacitors in the resonator or 2‐port method for the simultaneous extraction of inductors and capacitor...

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Veröffentlicht in:	Microwave and optical technology letters 2020-06, Vol.62 (6), p.2128-2136
Hauptverfasser:	Mehrafza, Amir, Khodapanah, Ehsan, Pourziad, Ali
Format:	Artikel
Sprache:	eng
Schlagworte:	Capacitors CRLH Inductors metamaterial Metamaterials microstrip Multilayers Prototypes resonator Resonators Substrates Synthesis transmission line unit cell Wilkinson power divider
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creator	Mehrafza, Amir Khodapanah, Ehsan Pourziad, Ali
description	In this paper, a new multilayer low parasitic synthesis of composite right‐left handed (CRLH) TL is proposed and demonstrated. A novel method for designing of the extended microstrip inductors and capacitors in the resonator or 2‐port method for the simultaneous extraction of inductors and capacitors in series or parallel form is presented. By putting these resonators together, multilayer unit cells are introduced for CRLH practical implementations. Finally, with the combination of the unit cells, several CRLH metamaterial TLs are designed. To verify this method, a Wilkinson power divider based on CRLH cells is designed and simulated. The actual prototype of 1:2 Wilkinson power divider is fabricated on FR4 substrate. Measured results of fabricated prototype provide a good consistency with simulated results.
doi_str_mv	10.1002/mop.32276
format	Article
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subjects	Capacitors CRLH Inductors metamaterial Metamaterials microstrip Multilayers Prototypes resonator Resonators Substrates Synthesis transmission line unit cell Wilkinson power divider
title	A multilayer low parasitic parameter extraction method for synthesis of composite right‐left handed TL
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