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Cancellation of four-wave mixing by use of phase shift in a dispersive fiber inserted into a zero-dispersion transmission line

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Abstract

A simple, effective technique to cancel waves generated by four-wave mixing is proposed and experimentally confirmed. A single-mode fiber, which has large dispersion at 1.55 μm, is simply inserted into the middle of a dispersion-shifted fiber transmission line. Dispersion in the single-mode fiber is effectively utilized to cause π phase shift in the light waves generated by four-wave mixing in the first and second halves of the transmission line so that the four-wave mixing is totally canceled.

© 1995 Optical Society of America

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