Effect of feeders in 3D modeling of low impedance multilayer CPW transmission line

Effect of feeders in 3D modeling of low impedance multilayer CPW transmission line

Improved characteristics with low dissipation loss MMICs are highly desirable for wireless communications. However, the current industrial MMIC design is mainly based on microstrip concept which suffered from parasitic and unwanted phenomenon especially at higher frequency (>20 GHz). On the other...

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Veröffentlicht in:IOP conference series. Materials Science and Engineering 2018-02, Vol.309 (1), p.12071
Hauptverfasser: Zaini, R I, Kyabaggu, P B K, Sinulingga, E P
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Sprache:eng
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Feeders
Impedance
MMIC (circuits)
Modelling
Multilayers
Three dimensional models
Transmission lines
Wireless communications
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Kyabaggu, P B K
Sinulingga, E P
description Improved characteristics with low dissipation loss MMICs are highly desirable for wireless communications. However, the current industrial MMIC design is mainly based on microstrip concept which suffered from parasitic and unwanted phenomenon especially at higher frequency (>20 GHz). On the other hand, for future wireless technology, higher frequency operation is required and on-wafer microwave characterizations as well as precise modeling of 3D Multilayer CPW components are vital. This project concerns with understanding of the microwave characteristics behavior of Multilayer CPW components in MMIC applications. Feeder effect as unwanted parts in the characteristics has been investigated to determine its relation with the half wavelength resonance of the Multilayer CPW Low Impedance Transmission Line.
doi_str_mv 10.1088/1757-899X/309/1/012071
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subjects Feeders
Impedance
MMIC (circuits)
Modelling
Multilayers
Three dimensional models
Transmission lines
Wireless communications
title Effect of feeders in 3D modeling of low impedance multilayer CPW transmission line
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