| Compare | Model | Drawings, CAD & Specs | Availability | Price | |||
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Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, FBG Sensor Arrays
$4.90/meter
In Stock
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F-SM1500-4.2/125 Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, FBG Sensor Arrays |
In Stock
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$4.90/meter |
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Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, FBG Sensor Arrays
$7.75/meter
In Stock
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F-SM1500-4.2/125-P Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, FBG Sensor Arrays |
In Stock
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$7.75/meter |
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Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, Extreme Reduced Clad
$5/meter
In Stock
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F-SM1500-4.2/50 Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, Extreme Reduced Clad |
In Stock
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$5/meter |
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Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, Reduced Clad
$10/meter
In Stock
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F-SM1500-4.2/80 Photosensitive Singlemode Fiber, 1550-1650 nm, Bend Insensitive, Reduced Clad |
In Stock
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$10/meter |
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The high Numerical Aperture (NA) of these fibers gives exceptional resistance to bend-induced loss. Optional low-profile 80 µm or 50 mm cladding diameters are available along with increased proof test levels make these fibers ideal for high reliability, coiled and tightly packaged applications, including fiber optic hydrophones and geophones.
A Bragg Grating is a periodic modulation in the fiber’s index of refraction reflecting light with a wavelength of twice the grating period. The grating forms when the fiber is exposed to a periodic pattern of UV light, typically generated with a phase mask. Fiber lasers and DWDM add/drop filters utilize the ability of Bragg Gratings to reflect <99% of the light in a narrow wavelength band (~1 nm). Other uses of fiber gratings include laser diode frequency stabilization and fiber sensors that detect chemicals, mechanical strain, vibration, acceleration or temperature. Gratings may also be chirped to provide dispersion compensation or gain flattening.
Use Model Number F-PATCH-CUSTOM to configure a custom fiber-optic patch cord using these fibers. You can specify the fiber type, length, jacketing, and input and output connectors.
Ultra-High Velocity