Controlling the bandwidth of split ring resonators
A method to control the half-power relative band-widths of split ring resonators (SRRs)
coupled to a transmission-line system is presented. An equivalent circuit model is proposed
to analyze the main factors that effect the relative band-widths of SRRs. Based on the
analysis, we propose an efficient way to control the relative bandwidth of SRR, which has
been verified by both full-wave simulations and experiments. The proposed analysis can be
used to design novel resonators and other microwave components.
coupled to a transmission-line system is presented. An equivalent circuit model is proposed
to analyze the main factors that effect the relative band-widths of SRRs. Based on the
analysis, we propose an efficient way to control the relative bandwidth of SRR, which has
been verified by both full-wave simulations and experiments. The proposed analysis can be
used to design novel resonators and other microwave components.
A method to control the half-power relative band- widths of split ring resonators (SRRs) coupled to a transmission-line system is presented. An equivalent circuit model is proposed to analyze the main factors that effect the relative band- widths of SRRs. Based on the analysis, we propose an efficient way to control the relative bandwidth of SRR, which has been verified by both full-wave simulations and experiments. The proposed analysis can be used to design novel resonators and other microwave components.
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