Description

Femtosecond FBGs can be made into all optical transparent fiber materials with a broad range of fiber coatings without stripping the coating from fiber and without the need of recoating in future.

FEMTOSECOND FIBER BRAGG GRATING GTL-FBG-FS-880

Specifications

Center Wavelength Range: 400 – 2300 nm
FBG Length: Custom
Reflectivity: Not Specified
Reflectivity, %: 0.01 ÷ 95
SLSR, DB: ‹ 8 ÷ 25
Bandwidth (FWHM), Nm: 0.05 ÷ 1

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Features

Optical sensors based on Fs FBGs let monitor temperature, pressure and deformation of such objects that hadn`t been eligible for sensing before. FBGs written in radiation resistant pure silica core fibers are ideal for using in nuclear industry. 

Applications

Fs FBG inscription invented the fiber protective coating that has excellent mechanical strength which is very important in strain sensing application.

Frequently Asked Questions

Can the configuration of the FBG be changed according to customer requests?
Yes, the configuration can be changed at the customer's request.
What are the different types of fiber that can be used for the FBG?
The different types of fiber that can be used for the FBG include Single-Mode, PM, Double clad, LMA, Rad resistance, or custom.
What are the ideal applications for FBGs written in radiation-resistant pure silica core fibers?
FBGs written in radiation-resistant pure silica core fibers are ideal for use in the nuclear industry.
What is a Femtosecond Fiber Bragg Grating (FBG)?
A Femtosecond Fiber Bragg Grating is an optical sensor that can monitor temperature, pressure, and deformation of objects that were previously ineligible for sensing.
What is the wavelength range for the FBG?
The wavelength range for the FBG is 1000 ÷ 2300 nm with a tolerance of ± 0.1 ÷ ± 1, or custom request.

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