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ROSA Coupling System — Automatic ROSA Coupling Equipment

ROSA Coupling System — Automatic ROSA Coupling Equipment

Highly integrated and space-saving, with built-in 850/1310 nm light sources and adjustable optical power.; Built-in return-loss measurement function.; Align the fiber end face with the mode-spot converter using a micro-adjustment mount, then UV-bond the fiber to the fixing block and spacer.; The silicon-photonic chip is bonded to the substrate; its end-face coupling waveguide is a cantilever structure with a mode-spot converter.; The input and output ends of the silicon-photonic chip are each bonded with a spacer to support the coated portion of the fiber.; Consolidated data for the silicon-photonic chip coupling test system.

 

Product Introduction

With many years of experience in ROSA coupling systems, automatic ROSA coupling equipment and silicon-photonic chip coupling test systems, the company focuses on automatic or manual optical alignment systems for various waveguide chips and on test instruments for passive or active optical devices, providing complete production and test equipment and customized concise, practical, standard test systems. The silicon-photonic chip coupling process includes aligning the fiber end face with the mode-spot converter region, adjusting to a suitable coupling gap, then UV-bonding the fiber to the fixing block and spacer; the silicon-photonic chip is bonded to the substrate, and its end-face coupling waveguide is a cantilever structure with a mode-spot converter.

Product Features

Highly integrated and space-saving, with built-in 850/1310 nm light sources and adjustable optical power.; Built-in return-loss measurement function.; Align the fiber end face with the mode-spot converter using a micro-adjustment mount, then UV-bond the fiber to the fixing block and spacer.; The silicon-photonic chip is bonded to the substrate; its end-face coupling waveguide is a cantilever structure with a mode-spot converter.; The input and output ends of the silicon-photonic chip are each bonded with a spacer to support the coated portion of the fiber.; Consolidated data for the silicon-photonic chip coupling test system.

 

 

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