1064nm Fiber Faraday Rotator Mirror (TGG Based)

Overview

The FT-1064-75 is a 1064 nm fiber Faraday rotator mirror built on a TGG magneto-optic element. Light entering the device is reflected back through the fiber with its polarization plane rotated, which cancels fiber birefringence when the mirror closes a fiber loop or arm. The all-fiber construction targets low insertion loss, high return loss and long-term stability for 1064 nm systems. It suits fiber lasers, fiber optic sensors, fiber optic instruments and coherent detection setups where polarization control matters. Rotation angle, tolerance, extinction ratio and power ratings are listed in the specification table.

Key Features

• 1064 nm fiber Faraday rotator mirror based on TGG
• Rotates the reflected polarization plane to cancel fiber birefringence
• All-fiber construction for system integration
• Targets low insertion loss and high return loss
• High reliability and stability for fiber laser applications

Applications

• Fiber laser systems
• Fiber optic sensors
• Fiber optic instruments
• Coherent detection systems

Specifications

For pricing, datasheets and OEM/ODM inquiries, contact the F-tone Networks sales team: una@f-tone.com / betty@f-tone.com · WhatsApp: +86 17761163895