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In this paper, novel cells, arrays, and reconfigurable metamaterial-inspired coplanar waveguide lines are studied. The novelty stems from the control of the so-called electric and magnetic plasma frequencies by properly designing the loading elements. In particular, wide shunt wires permit one to control the upper band rejection levels, while exhibiting a left-handed nature within the pass band, by...
A coplanar waveguide line based on a split ring resonator technology and loaded with metallic strips and/or series gaps is presented. Properties of such structures can be controlled by properly designing or adding loading elements. Wide shunt wires permit to control upper band rejection levels by means of an engineering of the electric plasma frequency. Also, the addition of series capacitances to...
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