I-band high quality factor new split-ring resonator with broadside coupling using the left-handed meta-material technique

I-band high quality factor new split-ring resonator with broadside coupling using the left-handed meta-material technique

In this paper, a new I-band high-Q broad-side-coupled triple split-ring resonator (BSCT-SRR) with left-handed metamaterial is presented. Since the BSCT-SRR provides a sharp band rejection characteristic, a high Q-factor can be realized for an I-band resonator. The resonator is designed to operate at...

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Hauptverfasser: Ki-Cheol Yoon, Byung-Kuk Jeon, Dong-Ki Lee, Jong-Chul Lee
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Sprache:eng
Schlagworte:
BSCT-SRR
high quality factor
I-band
left-handed
metamaterial
Metamaterials
Microwave circuits
Microwave filters
Microwave oscillators
Permeability
Resonant frequency
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Byung-Kuk Jeon
Dong-Ki Lee
Jong-Chul Lee
description In this paper, a new I-band high-Q broad-side-coupled triple split-ring resonator (BSCT-SRR) with left-handed metamaterial is presented. Since the BSCT-SRR provides a sharp band rejection characteristic, a high Q-factor can be realized for an I-band resonator. The resonator is designed to operate at 10 GHz using the proposed BSCT-SRR. The experimental result shows the Q-factor value of 151.
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Since the BSCT-SRR provides a sharp band rejection characteristic, a high Q-factor can be realized for an I-band resonator. The resonator is designed to operate at 10 GHz using the proposed BSCT-SRR. 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Since the BSCT-SRR provides a sharp band rejection characteristic, a high Q-factor can be realized for an I-band resonator. The resonator is designed to operate at 10 GHz using the proposed BSCT-SRR. The experimental result shows the Q-factor value of 151.</abstract><pub>IEEE</pub></addata></record>
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subjects BSCT-SRR
high quality factor
I-band
left-handed
metamaterial
Metamaterials
Microwave circuits
Microwave filters
Microwave oscillators
Permeability
Resonant frequency
title I-band high quality factor new split-ring resonator with broadside coupling using the left-handed meta-material technique
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