Description

Tunable FBG is a good solution for many applications including where corrected central Bragg wavelength is necessary. Central wavelength of FBG strongly depends on applied stresses. The mechanics induced strain to the FBG shifting linearly its central wavelength. Relative strain sensitivity of FBGs wavelength is 0.78 10-6 µstrain-1. The tunable FBGs are boxed and operated manually. Athermal performance with adjustment range of 3 nm is also possible. Optical connectors or bare fiber are a possible bundled of equipment.

TUNABLE FIBER BRAGG GRATING GTL-FBG-TB-890

Specifications

Center Wavelength Range: 600 – 2300 nm
FBG Length: Custom
Reflectivity: Not Specified
SLSR, DB: › 8
Types Of Fiber: Single-Mode, PM, Double clad, LMA
Thermal Wavelength Stability (0 ÷ +60 ֩C), Nm: < 0.18
Reflectivity, %: 5 ÷99
Bandwidth (WFHM), Nm: 0.05 ÷ 1.2
FBG Length, Mm: 1 ÷ 20
Adjustment Range, Nm: 3

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Frequently Asked Questions

What is the tunable FBG used for?
The tunable FBG is used for many applications where a corrected central Bragg wavelength is necessary.
How does the central wavelength of the FBG change?
The central wavelength of the FBG changes linearly based on the applied stresses and the mechanics-induced strain.
What is the relative strain sensitivity of the FBG's wavelength?
The relative strain sensitivity of the FBG's wavelength is 0.78 10-6 µstrain-1.
How is the tunable FBG operated?
The tunable FBG is operated manually and comes in a boxed form.
What is the adjustment range for the athermal performance of the tunable FBG?
The tunable FBG has an adjustment range of 3 nm for athermal performance.

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