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IEEE Journal of Lightwave Technology
Volume 18 Number 4, April 2000

Table of Contents for this issue

Complete paper in PDF format

Hybrid Optical Switch Using Passive Polymer Waveguides and Semiconductor Optical Amplifiers

Regis S. Fan and R. Brian Hooker

Page 546.

Abstract:

Optical switching can be performed by using optical amplifiers combined with a passive waveguiding network. Recently, most of the effort in optical amplifier switch modules have been focused on monolithic switches in which the entire device is fabricated on an InP substrate together with the semiconductor optical amplifiers (SOA's). In this paper, we investigate the use of SOA's with passive polymer waveguides to make hybrid switches of varying sizes. The optical amplifiers serve dual purposes, gating the signal and amplifying the signal. Amplification is needed in order to offset the losses associated with the passive waveguide elements as well as the losses from component misalignments in the switch module. Our analysis finds the largest switch module size that can be made with the architecture used. We also calculate the maximum number of switch modules which can be cascaded in order to retain a bit-error rate (BER) under 10-9.

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