An MMI-based wavelength combiner employing a refractive index step

Keisuke Kojima,Toshiaki Koike-Akino,Bingnan Wang,Siddharth Singh,Selman Özbayat,Kieran Parsons,Satoshi Nishikawa,Eiji Yagyu

An MMI-based wavelength combiner employing a refractive index step

2014

Keisuke Kojima
Toshiaki Koike-Akino
Bingnan Wang
Siddharth Singh
Selman Özbayat
Kieran Parsons
Satoshi Nishikawa
Eiji Yagyu

A novel wavelength combiner using a refractive index step within a multimode interference device is proposed and simulated. An InP-based 1.30/1.31 μm combiner has a length of 1272 μm and an insertion loss of 0.6 dB.

Keywords:

Interference (wave propagation)
Insertion loss
Multi-mode optical fiber
Refractive index
Electronic engineering
Wavelength
Optics
Materials science
multimode interference
effective refractive index
Optoelectronics
Beam (structure)
beam splitters

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