Design of Polymer Triple Coupler Ring Resonators for add/ drop optical filters

D. Mahmudin, T. T. Estu, G. Sugandi, A. A. Fathnan, P. Daud, Y. N. Wijayanto, A. M. Md Zain, P. Menon, S. Shaari
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Abstract

Optical filter is very important components in WDM network. MRR is a basic structure to design the optical filter because of easy to design for improving its performance. This paper discusses an innovative structure of the MRR, which is Polymer Triple Coupler Ring Resonators (PTCRR) for optical filter applications. Values of width between bus and ring and values of radius of the ring in the structure PTCRR were analyzed and optimized for several variations for obtaining coupling coefficient values. Therefore, wide Free Spectral Range (FSR) and high crosstalk suppression bandwidth can be obtained. As results, at the optimized width of gap of 100 nm and the optimized radiation of 8 μm, FSR of 2.85 THz and crosstalk suppression bandwidth of 60 GHz were achieved. Based on the results, this structure can be used for filtering optical signals in optical fiber communication.
加/降滤光器用聚合物三耦合器环形谐振器的设计
光滤波器是波分复用网络中非常重要的组成部分。MRR结构易于设计,是设计光学滤波器的基本结构,可提高其性能。本文讨论了一种创新的MRR结构,即用于光学滤波器的聚合物三耦合器环形谐振器(PTCRR)。分析和优化了PTCRR结构中母线与环之间的宽度值和环半径值的几种变化,以获得耦合系数值。因此,可以获得较宽的自由频谱范围和较高的串扰抑制带宽。结果表明,在隙宽为100 nm、辐射为8 μm的优化条件下,FSR为2.85 THz,串扰抑制带宽为60 GHz。结果表明,该结构可用于光纤通信中光信号的滤波。
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