10-130 Active and Passive LMA Double Clad Optical Fibers for Fiber Laser Applications
The OFS family of TrueLase 10/130 Active and Passive LMA Double Clad Optical Fibers is an ideal tool for integrated low power fiber lasers and amplifiers. Our fibers combine high clad absorption, precision matched mode field diameter designs, and unprecedented manufacturing control ensuring easy integration across the entire laser architecture.
Unit of Measure
Properties
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Optical Specifications
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How To Order:
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Mechanical and Testing Data
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Physical and Material Parameters
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Performance
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Applications
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Specifications
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Additional Information
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Features and Benefits
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Note
Properties
Core Numerical Aperture |
N/A 0.075 ± 0.005 |
Mode Field Diameter |
N/A LP01 @ 1070nm 11 ± 0.8 µm |
Optical Specifications
Background Loss at 1150 nm |
N/A <10 dB/km |
Cladding Loss at 1100 nm |
N/A <10 dB/km |
LP01 Mode Field Diameter (MFD) at 1070 nm |
N/A 11 ± 0.8 µm |
Cladding Absorption at 915 nm |
N/A 1.6 ± 0.2 dB/m |
Physical and Material Parameters
Core Concentricity Error |
N/A <0.3 µm |
Cladding Diameter (Flat to Flat) |
N/A 130 ± 3 µm |
Coating Outside Diameter |
N/A 250 ± 15 µm |
Coating Type |
N/A TrueClad™ Low Index Coating |
Fiber Geometry |
N/A Octagonal |
Applications
Applications |
N/A
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Additional Information
Additional Information |
N/A Development of the new OFS TrueLase™ Optical Fiber family was driven by an increasing demand for a reliable fiber supply in the rapidly growing fiber laser market space. Fiber lasers had their start in the erbium doped amplification work done in the early 1990’s. OFS, a global market leader in the design and manufacture of erbium doped fibers, possesses the expertise and experience in fiber fabrication technology necessary to meet that demand. OFS has been developing and manufacturing high power components and modules for many years and understands the reliability standards expected in the diverse material processing applications. |
Features and Benefits
Features and Benefits |
N/A
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- 1 915 nm forward pumped amplifier.