Naked Grating︱OSC1100
Description:
Fiber Bragg GratingFBGUtilizing the photosensitivity of optical fiber materials, the incident light coherence pattern is written into the fiber core through ultraviolet light exposure, creating a periodic refractive index variation along the fiber core axis. This forms a spatial phase grating, which essentially acts as a narrowband (transmitting or reflecting) filter or mirror within the fiber core. When a broad-spectrum light beam passes through the fiber grating, wavelengths that meet the Bragg condition of the fiber grating are reflected, while the rest of the wavelengths continue to transmit through the fiber grating.
Features:
High tensile strength (≥)100kpsi）
High precision, high resolution
No electromagnetic interference, naturally explosion-proof
Small size, light weight
Achievable measurement
No calibration required, high reusability
High cost-performance ratio
Application:
Civil Engineering Structural Health Monitoring (such as bridges, tunnels, large buildings, etc.)
Petroleum and Natural Gas Industry (Marine Oil Platform Structural Health Monitoring)
Transportation Industry (Rail, Road, Aviation, and Aerospace)
Energy Industry (wind power generation, pipeline monitoring, nuclear reactors, etc.)
Electric Power Industry (temperature monitoring and security alarms, including switch cabinets, cable trenches, cable joints, etc.)
² Boundary and Fence Protection
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Technical Specifications |
OSC1100 |
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Performance Features |
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Wavelength Range |
1510nm～1590nm |
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Custom Center Wavelength Deviation |
±0.5pm |
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Reflectivity |
≥80%（1~99%Customizable |
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3dBBandwidth |
0.1~1nmCustomizable |
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Grid section length |
2mm~20mmCustomizable |
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Edge Mode Suppression Ratio |
≥15dB |
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Fiber Type |
SMF-28, Acrylate |
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Wavelength Range |
1510nm～1590nm |
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Coating Methods and Types |
Acrylate |
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Tensile strength |
≥100kpsi |
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Fiber optic interface |
FC/APC(Optional) |
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Operating Temperature |
-40℃~80℃ |
Medical Temperature and Stress Strain Monitoring
Parameters:
