fiber-optic transmission systems, optical circulators, unidirectional transmission mode, insertion loss, isolation, crosstalk, return loss " />

CALCULATION METHOD OF POLARIZATION-INDEPENDENT OPTICAL CIRCULATOR CHARACTERISTICS FOR FIBER-OPTIC TRANSMISSION SYSTEMS

Миронов С. А.


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Abstract

 

The paper contributes to the analysis of the polarization-independent optical circulator in micro optic technology
based on the spatial separation of the polarized rays. The calculation results of the insertion loss, isolation,
crosstalk and return loss have been presented for the Y-type optical circulator intended for fiber-optic
transmission systems and sensors.

Keywords:   fiber-optic transmission systems, optical circulators, unidirectional transmission mode, insertion loss, isolation, crosstalk, return loss
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