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- Polarization Maintaining PM Fiber Coil for Gyroscope, FOG, Fiber Optic Gyroscope

- Polarization Maintaining PM Fiber Coil for Gyroscope, FOG, Fiber Optic Gyroscope

FreeStanding / Framed / Frameless Polarization Maintaining Fiber Coil Could be customized

A key element in a fiber optic gyro is the fiber coil. Its quality and consistent performance determine the overall accuracy of the fiber optic gyroscope. Our proprietary winding process, adhesive, and patented instrumentation are used to assure superior specifications. The resulting fiber optic gyros therefore have excellent scale factors and bias stability over their full operation temperature range (0.5 deg /h ~ 0.005deg/h ).

CSRayzer Optical Technology
Wuhan city, hubei, CN

Description

Fiber optic gyroscope (FOG) is an all-solid-state gyroscope which uses Sagnac effect to measure the rotating angular velocity. It has the characteristics of simple structure and wide dynamic range, and has become one of the main instruments in the field of inertial measurement and guidance technology. The core sensing element of FOG is polarization maintaining fiber coil, which mainly includes polarization maintaining fiber and curing adhesive. CSRayzer's polarization-maintaining fiber coil selects polarization-maintaining fiber with excellent performance and special curing adhesive, adopts multi-pole (monopole, quadrupole, octupole, and hexapole) symmetric winding method to form an all-solid fiber coil., which has the characteristics of high symmetry, high extinction ratio, low loss, etc

Features:
Custom winding paterns
Coil winding service for wide range of sizes and shapes
Freestanding available
PM or SM fibers

A key element in a fiber optic gyro is the fiber coil. Its quality and consistent performance determine the overall accuracy of the fiber optic gyroscope. Our proprietary winding process, adhesive, and patented instrumentation are used to assure superior specifications. The resulting fiber optic gyros therefore have excellent scale factors and bias stability over their full operation temperature range (0.5 deg /h ~ 0.005 deg/h ).

Just tell us the ID, OD, H, and length of the coil & we will do the rest.

     •   Stable performance from -40 C to + 80 C
     •   High Polarization Extinction Ratio (PER)
     •   Low bias instability
     •   Low random walk
     •  Special Shupe mitigation service for PM coils
     •  Frameless or framed coils available

Specifications

General

Area of Application

Fiber Optic Gyroscope

Field of Use

Inertial Navigation System, Inertial Measurement Units

Languages Supported

English/Chinese

Hardware/software requirements

Operating System

Inertial Navigation System, Inertial Measurement Units

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