Fiber Optical Properties Analysis
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Ships from:
United States
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Sold by:
Alfa Chemistry -
On FindLight:
since 2024
Description
Fiber parameters can be divided into optical parameters and structural parameters. The former is related to the refractive index, which plays an important role in light propagation, and the latter represents the structural size of the optical fiber. Combining extensive analysis experience, advanced technology and interdisciplinary expertise, our team provides customers with comprehensive, systematic optical fiber performance analysis and testing services, as well as detailed analysis results and reports. Our testing items include but are not limited to:
- Optical Parameter Analysis
- Structural Parameter Analysis
Fiber Optical Properties Analysis
Specifications |
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| Type Of Service: | Concept development, Engineering design, Industrial design, Manufacturing design |
Features
- Experienced testing and research team
- Meet customer needs at all stages
- Efficient and cost-effective services
- Complete and advanced infrastructure
Applications
The structural parameter analysis methods of optical fibers include refractive near-field method, transverse interference method, near-field light distribution method, etc. As a high-quality supplier and service provider in the field of fiber materials, Alfa Chemistry continues to pay attention to the research and progress of fiber analysis technology to promote our own innovation and development.
Frequently Asked Questions
Alfa Chemistry provides comprehensive optical properties analysis and testing services for fibers, including optical parameter analysis and structural parameter analysis.
The important optical performance parameters include refractive index, attenuation, cut-off wavelength, dispersion and dispersion coefficient, loss coefficient, and nonlinear coefficient.
Methods include the direct far-field scanning method, far-field variable aperture method, near-field scanning method, and the transmission power method for measuring the cut-off wavelength of single-mode fibers.
Structural parameters include core diameter (module diameter), core, and cladding refractive index or distribution on profile.
The technologies used include the refractive near-field method, transverse interference method, and near-field light distribution method.
Alfa Chemistry has an experienced testing and research team, offers efficient and cost-effective services, and has complete and advanced infrastructure.
Generally, the larger the core diameter, the more modes there are, and the larger the cut-off wavelength.