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In this paper we present results on miniaturization of a wideband stacked patch antenna. In particular, using numerical simulation we demonstrate that a thirteen percent in physical size reduction can be achieved in a wideband stacked patch antenna using synthetic reactive elements namely the split-rings resonators (SRRs) while maintaining a relatively large bandwidth of eighteen percent. The calculated...
In this paper we demonstrate the miniaturization of a loop antenna through simulation and experiment using synthetic reactive elements, namely split ring resonators (SRRs), embedded in the substrate of the antenna. Two designs were considered with SRRs both in and out of the plane of the substrate. Simulation results show that antenna size can be reduced up to thirty eight percent for both designs...
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