Anti-symmetric quadruple ring resonator based optical filter
作者： Subhankar Addya , Sabitabrta Dey
DOI: 10.1016/J.IJLEO.2015.08.212
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摘要: Abstract Vernier principle based anti-symmetric optical ring resonator made of glass silica has been used in this work for obtaining wider value free spectral range (FSR). Here delay line signal processing Z-domain and Mason's Rule have analyzing quadruple (QARR). Free (FSR) 6.6 THz is obtained case which comparable with the experimentally result from similar kind architecture using other method analysis. Besides FSR, presents significant improvement terms cross-talk less than −77 dB without compromising resonant characteristics. Group delays, dispersion characteristics finesse also investigated. This a new approach to analyze multiple resonator-based devices symmetrical length principle.
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