30um 50um 70um 0.56NA 0.64NA High numerical aperture (NA) optical fibers

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30um 50um 70um 0.56NA 0.64NA High numerical aperture (NA) optical fibers

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September 19, 2022

Kategorieverbindung: Bloße Glasfaser

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Quality Bloße Glasfaser aus China https://www.glassfiberopticcable.com/videos-34513241-30um-50um-70um-0-56na-0-64na-high-numerical-aperture-na-optical-fibers.html
Shenzhen Hicorpwell Technology Co., Ltd quality manufacturer from China.
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Brief: Discover the high numerical aperture (NA) optical fibers available in 30um, 50um, and 70um core diameters with NA values of 0.56 and 0.64. These fibers are designed for efficient light collection, low signal loss, and applications in spectroscopy, instrumentation, and power transmission.

Related Product Features:

Large numerical aperture (NA > 0.5) for efficient light collection.
Low loss (<11 dB/Km @1310 nm; <5 dB/Km @1550 nm) for minimal signal attenuation.
Available in core diameters of 50um, 80um, and 100um for versatile applications.
Silica F300 core material ensures high performance and durability.
Dual coat acrylate coating provides added protection and flexibility.
Ideal for high-power fiber lasers and fluorescence monitoring.
Suitable for spectroscopy and instrumentation due to its high NA.
Optimized for power transmission with minimal background losses.

FAQ:

What are the main applications of high numerical aperture optical fibers?

High numerical aperture optical fibers are used in spectroscopy, instrumentation, power transmission, and high-power fiber lasers for efficient light collection and transmission.
What is the significance of the numerical aperture (NA) in these fibers?

A higher numerical aperture (NA > 0.5) allows for more efficient light collection and transmission, making these fibers ideal for applications requiring high light capture efficiency.
What are the core diameter options available for these fibers?

These fibers are available in core diameters of 50um, 80um, and 100um, providing flexibility for various applications and light collection needs.