Negative group velocity in a split ring resonator-coupled microstrip line
G Monti, L Tarricone - Progress In Electromagnetics Research, 2009 - jpier.org
G Monti, L Tarricone
Progress In Electromagnetics Research, 2009•jpier.orgThe dispersive behaviour of an artificial Transmission Line is investigated demonstrating the
existence of a negative group velocity region. More specifically, the propagation of
amplitude modulated signals in a microstrip line coupled with Split Ring Resonators is
analyzed, investigating the influence of the propagating pulse shape on the possibility to
observe a negative group delay.
existence of a negative group velocity region. More specifically, the propagation of
amplitude modulated signals in a microstrip line coupled with Split Ring Resonators is
analyzed, investigating the influence of the propagating pulse shape on the possibility to
observe a negative group delay.
Abstract
The dispersive behaviour of an artificial Transmission Line is investigated demonstrating the existence of a negative group velocity region. More specifically, the propagation of amplitude modulated signals in a microstrip line coupled with Split Ring Resonators is analyzed, investigating the influence of the propagating pulse shape on the possibility to observe a negative group delay.
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