New optical filter employing multireflection mirror to provide design flexibility for WDMA
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A novel optical device employing an amplified ring resonator and a multireflecting mirror inside, is presented. Is founded its transfer function. Also simple expressions for the separation of the two maximums of this novel transfer function are developed. We have obtain separations of 320 MHz for ΔXb=0.05.
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A novel optical device employing an amplified ring resonator and a multireflecting mirror inside, is presented. Is founded its transfer function. Also simple expressions for the separation of the two maximums of this novel transfer function are developed. We have obtain separations of 320 MHz for ΔXb=0.05.
Palabras clave
frequency division multiple access, mirrors, optical communication equipment, optical crosstalk, optical design techniques, optical filters, wavelength division multiplexing, frequency division multiple access, mirrors, optical communication equipment, optical crosstalk, optical design techniques, optical filters, wavelength division multiplexing