Special core fibre optical cable

Special core fibre optical cable

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Panda-type bias-preserving fiber PMF

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  • Product description

·Product Introduction

Special fiber core optical cable refers to some optical cables with special structure, use and function. For example, PM polarization-maintaining fibers can suppress polarization losses. Large aperture high power fiber, which can be used for some higher power laser transmission. Visible optical fibers can be specified to pass through specific visible light bands and are used in some special equipment such as spectrometers, light sources, etc. Plastic double-clad flexible visible light-optimized fiber for medical endoscopic probing.

·Product Category

We can classify these special cores into single-mode fiber, large aperture multi-mode fiber by core size. The wavelength range can be divided into ultraviolet optical fiber, infrared optical fiber, visible optical fiber, near infrared communication fiber. Through the way of light transmission in the optical fiber can be divided into gradient fiber, step fiber, high hydrocarbon base High-OH, low hydrocarbon base Low-OH, can also be directly in accordance with its special optical properties, such as large aperture high power energy laser fiber, PM bias-preserving fiber, attenuation fiber, and so on. The following is a brief list of some of our commonly used special fiber core models.

HP-405 single-mode visible blue fiber: core diameter 2.1um, cladding 125um, working wavelength 400-550um, numerical aperture NA:0.13.

HP-460 single mode visible green fiber optic cable: core diameter 2.5um, cladding 125um, working wavelength 450-600um, numerical aperture NA:0.13.

HP-630 single-mode visible red fiber optic cable: core diameter 3.5um, cladding 125um, working wavelength 600-770um, numerical aperture NA:0.13.

HP-780 single-mode near-infrared communication fiber optic cable: core diameter 4.4um, cladding 125um, working wavelength 780-970um, numerical aperture NA:0.13.

HP-980 single-mode NIR communication fiber optic cable: core diameter 3.6um, cladding 125um, working wavelength 980-1600um, numerical aperture NA:0.17-0.20.

Coring HI-980 single-mode NIR communication fiber optic cable: core diameter 3.6um, cladding 125um, working wavelength 980-1600um, numerical aperture NA:0.21.

Coring HI-1060 single-mode NIR communication fiber optic cable: core diameter 5.3um, cladding 125um, working wavelength 980-1600um, numerical aperture NA:0.14.

Fibercore 1250 single-mode fiber optic cable: core diameter 9.0um, cladding 80um, working wavelength 1310-1550um, numerical aperture NA:0.19-0.21.

Fibercore 1550 single-mode fiber optic cable: core diameter 4.2um, cladding 50um, operating wavelength 1520-1650um, numerical aperture NA:0.29-0.31.

Step Multimode High-OH High Hydrocarbon Based UV Optimized Quartz Fiber BGUV: core diameter 100/200/300/400/600/800/1000um, cladding to core diameter ratio 1.1:1, working wavelength 200-1200um, numerical aperture NA:0.22.

Step Multimode Low-OH Low Hydrocarbon Infrared Optimized Quartz Fiber BGIR: core diameter 100/200/300/400/600um, cladding to core diameter ratio 1.1:1, operating wavelength 400-2500um, numerical aperture NA:0.22.

Stepped multimode double cladding high power energy laser fiber BGWU: core diameter 100/200/300/400/600/800/1000um, cladding to core diameter ratio 1.1:1, working wavelength 400-2500um, numerical aperture NA:0.22.

Step Multimode Plastic Cladding High Numerical Aperture Fiber BGHP: core diameter 200/300/400/600/1000um, cladding to core diameter ratio 1.1:1, operating wavelength 300-1800um, numerical aperture NA:0.37-0.39.

Panda-type bias-preserving fiber PMF: We can provide many different fiber models for different communication bands such as 850-1550nm, beat length 2.8-4.5mm, core diameter 5.5-9.8um, cladding 125um.


·Selection Guide for Special Core Fiber Optic Cables

 

Fiber core diameter

Applicable bands

Cladding material

Coating layer material

Numerical aperture

Transmission type

Water peaks

Specific performance

The core diameter of the fiber can be determined according to the specific core type and customer-specific requirements

The range of wavelength bands applicable to optical fibers depends on the specific core type and customer-specific requirements

Quartz cladding

Plastic cladding


AC
PI

NA numerical aperture


Depending on the specific core type and customer-specific requirements


Step-jumped

Gradient


Sea-Olympian alkyl group

Low-hydrocarbon group


Specific properties such as high power acceptance, polarization maintenance, polarization loss, etc

 

 


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Domestic Business Manager: Mr Luo Factory 

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Hangcheng Street, Bao'an District, Shenzhen City, China .


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