HIGH NON-LINEAR FIBERS HNLF

Name: HIGH NON-LINEAR FIBERS HNLF
Brand: FORC-Photonics
Availability: InStock

Description

ARTICLE HNLF (s/n Ge304): HNLF series is designed to maximize fiber nonlinearity and minimize optical loss, which makes such fibers optimal for constructing highly efficient Raman lasers and amplifiers, dispersion compensators and various non-linear devices.

ARTICLE HNLF DS (s/n Ge137): HNLF DS series is designed for applications requiring a shift of the zero dispersion wavelength to the 1550 nm spectral region: supercontinuum generation, parametric conversion and etc.

Specifications

Mode Field Diameter (MFD):	4 um
Wavelength Range:	1050 – 2300 nm
Cable Length:	Not Specified
Fiber Core Material:	Not Specified
Dispersion @ 1550nm, Ps/nm/km :	< - 50
Optical Loss (1550 Nm), DB/km :	< 5
ZDW,nm:	> 2300

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Russia

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FORC-Photonics

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since 2020

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Frequently Asked Questions

Are there other parameters available for the HNLF fibers upon request?

Yes, other parameters including core NA greater than 0.6 (pure GeO2 core) are available upon request.

What are the core diameter and cutoff wavelength specifications for the HNLF and HNLF DS fibers?

The core diameter for HNLF is 3 ± 1 µm, and for HNLF DS it is 4.5 ± 1 µm. The cutoff wavelength for HNLF is 1 ± 0.3 µm, and for HNLF DS it is 1.5 ± 0.5 µm.

What is the HNLF DS series designed for?

The HNLF DS series is designed for applications requiring a shift of the zero dispersion wavelength to the 1550 nm spectral region, such as supercontinuum generation and parametric conversion.

What is the HNLF series designed for?

The HNLF series is designed to maximize fiber nonlinearity and minimize optical loss, making it optimal for constructing highly efficient Raman lasers and amplifiers, dispersion compensators, and various non-linear devices.

What is the optical loss at 1550 nm for the HNLF and HNLF DS fibers?

The optical loss at 1550 nm for HNLF is less than 5 dB/km, and for HNLF DS it is not specified.

Got more questions? Use the RFQ form to ask the supplier directly.