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0.10 NA Multimode Step Index Optical Fiber


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0.10 NA Multimode Step Index Optical Fiber

Features

  • Wavelength Range: 280 to 750 nm
  • Ø10 µm or Ø25 µm Core
  • Undoped Silica Core and Fluorine-Doped Cladding
  • Dual Acrylate Coating

Thorlabs 0.1 NA multimode fibers are protected with an enhanced coating material that guarantees long-term performance and reliability. The dual layer acrylate material iseasy to strip, leaving no residue. These coating layers have been specially designed to provide transmission in the near-UV and visible range (280 to 750 nm).  It provides unsurpassed durability and transmission time stability. These fibers can be used with any one of our Ø125 µm outer diameter multimode connectors, as well as many fiber components designed for Ø125 µm outer diameter single mode fiber.

0.1 NA Multimode Fibers
Item #Core SizeCladding SizeCoating Size
HPSC10Ø10 µm ± 3.0 µmØ125.0 ± 3.0 µmØ245.0 ± 10.0 µm
HPSC25Ø25 µm ± 3.0 µm
Optical Fiber Manufacturing
Custom Fiber Patch Cables
Stock Patch Cables Available with These Fibers
Item #Fiber UsedDescriptionLength
M65HPSC10SMA to SMA1 or 2 m
M64FC/PC to FC/PC1 or 2 m
M23FC/PC to SMA1 m
M68HPSC25SMA to SMA1 or 2 m
M67FC/PC to FC/PC1 or 2 m
M39FC/PC to SMA1 m
Specifications
Item #HPSC10HPSC25
Wavelength Range280 to 750 nm
Numerical Aperture0.100 ± 0.015
CW Damage Threshold (@ 1000 nm)350 W
Pulsed Damage Threshold (10 ns Pulse @ 1064 nm)2300 W Peak Pulse Power (30 W/µm2)
Attenuation at 600 nm≤20 dB/km
Core Index of Refraction (@ 633 nm)1.4570
Cladding Index of Refraction (@ 633 nm)1.4537
Difference (Approximate)0.0033
Time for Transmission to Drop 90%a>5 hrs (High)
Bandwidth (Approximate)10 MHz•km
Geometric Specifications
Core Diameter10.0 ± 3.0 µm25.0 ± 3.0 µm
Cladding Diameter125.0 ± 2.0 μm
Coating Diameter245.0 ± 10 μm
Core/Clad Concentricity<1.0 μm
Other Specifications
CoatingTwo-layer Acrylate
Operating Temperature-60 to 85 °C
Proof Test100 kpsi
  • The amount of time it takes for the transmitted power to drop to 90% of the input power if 1.0 W of input is used at 446 nm. Please note that this drop is permanent.
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Posted Comments:
Poster: jjurado
Posted Date: 2011-07-13 16:58:00.0
Response from Javier at Thorlabs to schaefer: Thank you very much for contacting us. Although the attenuation of the HPSC series fibers increases relatively quickly as the operating wavelength goes further into the UV, it would be recommendable to use a filter to block any transmission below 300 nm through the fiber. I will contact you directly for further support.
Poster: schaefer
Posted Date: 2011-07-13 11:31:42.0
I already have one of these fibers. I am using it with a Halogen lamp which does have some (smallish) UV-emissions. Am I right to assume that most of the UV (below 300nm) will be filtered out by the fiber anyway or do I need an additional filter for that?
Poster: Tyler
Posted Date: 2008-11-13 16:59:12.0
A response from Tyler at Thorlabs to stepenofwheele: Thank you for posting your question. We have updated the presentation to include the damage threshold for both CW and pulsed laser sources. I hope this information helps and if you have any further suggestions on how to improve our product presentation, please ask.
Poster: stephenofwheele
Posted Date: 2008-11-10 10:13:50.0
What do you mean by high-power? What is the breakdown threshold or power rated at for cw and pulsed?
Poster: technicalmarketing
Posted Date: 2008-08-25 18:31:41.0
Reply to srubin from Inge@thorlabs: The material of the core is specified as Undoped Pure Silica, and the cladding is Fluorine doped. We updated our web presentation to include this information. Thank you for your feedback.
Poster: srubin
Posted Date: 2008-08-19 20:03:11.0
What material are the core and clad made of? Is this a Quartz fiber?
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