FEMTO Grating in Single Mode Polyimide Fiber FFT.FBG.S.01.03
Description
Besides customer specific FBG solutions, FemtoFiberTec offers an attractive range of standardized
fs-written FBGs. Due to the worldwide leading, automated manufacturing technology, FemtoFiberTec
can provide high customer value in terms of quality and cost efficiency.
FEMTO Grating in Single Mode Polyimide Fiber FFT.FBG.S.01.03
Specifications |
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|---|---|
| Center Wavelength Range: | 1500-1600nm |
| FBG Length: | 6 mm |
| Reflectivity: | >70% |
Features
The type FFT.FBG.S.01.01/2/3 are FBGs inscribed in polyimide coated standard telecom fiber. These are well suited
for very high temperature and strain measurements up to
300°C (400°C short term). Due to their good strain transfer, this type of FBGs provide high performance for elevated
temperature ranges and more demanding strain measurement. Additionally, the germanium doped fiber has a very
low bending loss.
Different FBG reflectivity levels are available depending on
the requirements of the interrogation unit.
For pricing, technical or any other questions please contact the supplier
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- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
Germany
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Sold by:
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On FindLight:
External Vendor
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Frequently Asked Questions
FemtoFiberTec uses a special inscription technology for FBGs, based on infrared fs-laser technology. The process is highly nonlinear and therefore basically independent of the fiber material, which means that doping the fiber is not required. The FBGs can be written in radiation insensitive fibers and special pure core fibers for harsh environments.
The FFT.FBG.S.01.01/2/3 can withstand a maximum temperature of 300°C (short term 400°C).
Different FBG reflectivity levels are available depending on the requirements of the interrogation unit. The FFT.FBG.S.01.01/2/3 come in low, medium, and high reflectivity levels.
The FFT.FBG.S.01.01/2/3 can measure up to very high temperatures and strain measurements up to 300°C (400°C short term).
The wavelength accuracy of the FFT.FBG.S.01.01/2/3 is +/- 0,3nm.