920nm Single-Ring Anti-Resonant Hollow Core Fiber

920nm Single-Ring Anti-Resonant Hollow Core Fiber

Supplier
Fibretop
Part Number
920nm Single-Ring Anti-Resonant Hollow Core Fiber
Category
Optical Fibers
Origin
China

Anti-resonant hollow core fiber is a type of microstructured optical fiber that utilizes anti-resonant reflection to achieve long-distance, high-power, and ultra-fast laser pulse transmission.

Specification Snapshot
Core Diameter (μm)
≤25μm
Laser Power (W)
≤260W
Transmission Range (nm)
550~1100nm
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Overview

Anti-resonant hollow core fiber is a type of microstructured optical fiber that utilizes anti-resonant reflection to achieve long-distance, high-power, and ultra-fast laser pulse transmission.

Specifications

ParameterValue
Fiber MaterialPure Silica
Coating MaterialPolyimide (single layer)
Core Diameter (μm)≤25μm
Cladding Hole Diameter (μm)≤12μm
Deep Hole Diameter (μm)≤145μm
Laser Power (W)≤260W
Transmission Range (nm)550~1100nm
Transmission Loss (dB/m)<0.2dB/m
Minimum Mode Field Diameter (mm)≈0.0138655mm
920nm Loss (dB/m)<0.05dB/m

Applications

1. Ultra-fast laser transmission 2. Nonlinear gas laser devices 3. Optical communication 4. Gas sensing

Key Features

1. Low transmission loss and wide transmission bandwidth 2. Low optical nonlinearity and low dispersion 3. Accurate transmission with high laser damage threshold 4. Suitable for transmission windows from near-infrared to mid-infrared

Datasheet

Product Datasheet
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Supplier Information

Fi
Fibretop
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Shanghai Minyi Optoelectronics Technology Co., Ltd. is a high-tech enterprise engaged in the R&D, production and sales of specialty fiber optic connectors, passive fiber optic components, large-core fiber fusion splicing equipment, fiber optic test and measurement instruments, and common tools and materials for fiber optic laboratories. It also acts as an agent for well-known domestic and international specialty fiber brands, maintaining regular stock for timely delivery. The company is located in the Minhang Science and Technology Innovation Industrial Park in Shanghai, adjacent to Shanghai Jiao Tong University and Zizhu High-Tech Park. Minyi's optoelectronic devices cover most UV, visible and near-infrared wavelengths, including the 190nm~2050nm band: specialty patch cord connectors and adapters, fiber collimators, fiber isolators, fiber circulators, fiber couplers, fiber combiners, fiber polarizers, wavelength division multiplexers, bandpass filters, fiber mirrors, fiber rotators, fiber attenuators and fiber gratings, etc. Standard, high-power and polarization-maintaining devices, as well as small and ultra-small packages, can be custom-produced. We have the capability to produce devices using different types of fibers. Our fiber inventory includes: single-mode fiber, multimode fiber, polarization-maintaining fiber, laser/pump power delivery fiber, double-clad rare-earth doped fiber, passive matching fiber, biomedical fiber, sensing fiber, etc. Since its establishment, the company has been guided by technological innovation, committed to continuously introducing advanced global technologies and products, fully supporting and helping domestic users, and providing products and services at the forefront of technology and future trends to facilitate scientific research and production applications for domestic users. After years of partner accumulation and joint development, the company now has the capability to provide innovative, customized products and solutions, such as: laser light sources of various wavelengths, fiber lasers, fiber amplifiers, optical power meters, etc., as well as various tools and auxiliary materials for scientific research experiments and special laser industrial applications. The fiber optic device application fields we comprehensively serve include: optical fiber communication, fiber lasers/amplification, optical/spectral analysis and measurement, biomedical OCT, radar detection, aerospace, fiber sensing/fiber optic gyroscopes, coherent combining, machine vision, quantum communication, ultrafast lasers and scientific research, etc.

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