Design of high isolation benzocyclobutene microring resonator

Design of high isolation benzocyclobutene microring resonator

We report the design of benzocyclobutene microring resonator of symmetric coupling made of a readily available polymer with a higher isolation of 43.8 dB, a finesse of 34, and a Q value of 1.5×105. The FDTD method predicts a drop efficiency of almost 80% for a gap of 0.55 μm.

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Veröffentlicht in:Optoelectronics letters 2007-09, Vol.3 (5), p.356-358
Hauptverfasser: Zhang, Li-xun, Liu, Yong-zhi, Ou, Zhong-hua, Dai, Zhi-yong, Peng, Zeng-shou
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container_issue 5
container_start_page 356
container_title Optoelectronics letters
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creator Zhang, Li-xun
Liu, Yong-zhi
Ou, Zhong-hua
Dai, Zhi-yong
Peng, Zeng-shou
description We report the design of benzocyclobutene microring resonator of symmetric coupling made of a readily available polymer with a higher isolation of 43.8 dB, a finesse of 34, and a Q value of 1.5×105. The FDTD method predicts a drop efficiency of almost 80% for a gap of 0.55 μm.
doi_str_mv 10.1007/s11801-007-7003-5
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title Design of high isolation benzocyclobutene microring resonator
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