Novel tunable optical filter employing a fiber loop mirror for synthesis applications in WDM
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Abstract
A novel optical filter employing a fiber loop mirror within an amplified ring resonator is presented. The fiber loop mirror allows tuning by changing the coupling factor of a coupler. The device can be used as a building block to synthesize optical filters, as previously reported, saving components.
Description
A novel optical filter employing a fiber loop mirror within an amplified ring resonator is presented. The fiber loop mirror allows tuning by changing the coupling factor of a coupler. The device can be used as a building block to synthesize optical filters, as previously reported, saving components.
Keywords
Optical filters, Mirrors, Wavelength division multiplexing, Transfer functions, Optical ring resonators, Optical fiber dices, Optical crosstalk, Optical interferometry, Optical fiber couplers, Stimulated emissevion, Optical filters, Mirrors, Wavelength division multiplexing, Transfer functions, Optical ring resonators, Optical fiber dices, Optical crosstalk, Optical interferometry, Optical fiber couplers, Stimulated emissevion