fibre-optic raster
Customization of fibre-optic scabs allows us to provide a variety of fibre-optic scavengers; such as flat scavengers, scavengers, long-cycle scabs, tilt fibre-optic scabs, broadly applicable to fibre-optic lasers, pulse compression, microwaves, sensors, metrology, shape sensing and biotechnology. Colour-dispersion compensates for fibre-optic flask, which is used as an output lens for a lock-molecular ultra-rapid oscillator; adjusts the overall colour dispersion within the laser cavity; in this c
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FBG-S01/S02/S01M Fiber Bragg Grating Strain Sensor FBG-S02
Fiber Bragg Grating
Xkkb
Strain Range: ±5000με Sensor Dimensions: 40mm(L)×10mm(W)×0.4mm(H) Accuracy: ±0.5%F.S.
The FBG-S01/S02/S01M fiber Bragg grating strain sensor uses proprietary fiber coating and direct FBG inscription, with carbon-fiber or glass-fiber vacuum compression curing to form a thin sheet sensor. Its strain transfer coefficient is closer to 1. It can be bonded to a test surface with epoxy or embedded in a composite material for structural strain monitoring.
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FBG-S01/S02/S01M Fiber Bragg Grating Strain Sensor FBG-S01M
Fiber Bragg Grating
Xkkb
Strain Range: ±5000με Sensor Dimensions: 14mm(L)×6mm(W)×0.2mm(H) Accuracy: ±0.5%F.S.
The FBG-S01/S02/S01M fiber Bragg grating strain sensor uses proprietary fiber coating and direct FBG inscription, with carbon-fiber or glass-fiber vacuum compression curing to form a thin sheet sensor. Its strain transfer coefficient is closer to 1. It can be bonded to a test surface with epoxy or embedded in a composite material for structural strain monitoring.
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Fiber Bragg Grating Interrogator ZGGX-FBGY-A8
Fiber Bragg Grating
Sxisl
Fiber interface: FC/APC Operating wavelength: 1528nm-1568nm Number of Channels: 8 Channel
The fiber Bragg grating interrogator, including software, uses scanning-laser interrogation and FBG sensors in different packages. Exploiting the sensitivity of FBGs to temperature and strain, it converts environmental temperature and strain changes into wavelength shifts, enabling real-time measurement of various physical quantities encoded as wavelength changes. It offers a wide measurement range, simple deployment, long detection life, high accuracy, electromagnetic immunity, strong corrosion resistance and sensor-network capability. It interrogates FBG signals for temperature, strain, pressure, displacement, angle, acceleration, magnetic field and other quantities, and acquires and displays sensing data.
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Fiber Bragg Grating Interrogator ZGGX-FBGY-B8
Fiber Bragg Grating
Sxisl
Fiber interface: FC/APC Operating wavelength: 1528nm-1568nm Number of Channels: 8 Channel
The fiber Bragg grating interrogator, including software, uses scanning-laser interrogation and FBG sensors in different packages. Exploiting the sensitivity of FBGs to temperature and strain, it converts environmental temperature and strain changes into wavelength shifts, enabling real-time measurement of various physical quantities encoded as wavelength changes. It offers a wide measurement range, simple deployment, long detection life, high accuracy, electromagnetic immunity, strong corrosion resistance and sensor-network capability. It interrogates FBG signals for temperature, strain, pressure, displacement, angle, acceleration, magnetic field and other quantities, and acquires and displays sensing data.
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(FBG) Fiber Bragg Grating
Fiber Bragg Grating
Juhere
Operating wavelength: 1080±1 nm Reflectance [HR]: ≥99.5 % Reflectance [OC]: 10±2 %
A fiber Bragg grating (FBG) is a passive filtering device. UV exposure writes the coherent-field pattern of incident light into the core of photosensitive fiber, creating a periodic axial variation in refractive index and thus a permanent spatial phase grating. It effectively forms a narrowband transmission/reflection filter or mirror in the core. When broadband light passes through the FBG, wavelengths satisfying the Bragg condition are reflected, while the remaining wavelengths continue through the fiber. Examples: FBG-1080-995-30-D17-1.2/1.2-HR; FBG-1080-100-10-D17-1.2/1.2-OC.
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