Design of high isolation benzocyclobutene microring resonator

Abstract

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.

References

[1] LittleB.E., ChuS.T., PanW.. IEEE Photon Technology Letters, 2000, 12: 323

[2] KaneC.F., KrchnavekR.R.. IEEE Photon Technology Letters, 1995, 7: 535

[3] OzturkC., ChiuY.-J., DagliN.. IEEE Laser Electro-Optics, 2002, 15: 1573

[4] RabieiP., SteierW.H., ZhangC.. IEEE Lightwave Technology, 2002, 20: 1968

[5] VeldhuisJ., VeenL.E., LambeckP.V.. IEEE Lightwave Technology, 1999, 17: 85

[6] AbsilP.P., HryniewiczJ.V., LittleB.E.. IEEE Photon Technology Letters, 2001, 13: 49

[7] ArnaudC., FeronP., BoustimiM.. IEEE Electronics Letters, 2003, 39: 1249