1550nm Photonic-Bandgap Hollow-Core Fiber
Photonic-bandgap hollow-core fiber is a microstructured fiber that guides light through a hollow core using a cladding with a periodic air-hole structure exhibiting the photonic bandgap effect.
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Overview
Photonic-bandgap hollow-core fiber is a microstructured fiber that guides light through a hollow core using a cladding with a periodic air-hole structure exhibiting the photonic bandgap effect.
Specifications
| Parameter | Value |
|---|---|
| Fiber material | Pure silica |
| Coating Material | Acrylate (Single Coating) |
| Fiber Core Diameter [um] | ~14 um |
| Bare fiber Outer diameter [um] | ~145 um |
| Coating Outer Diameter [um] | ~360 um |
| Transmission Wavelength band [nm] | 1450-1610 nm |
| Transmission loss [dB/m] | <0.03 dB/m |
| Minimum Loss [dB/m] [@~1570nm] | ~0.011@~1570nm |
| Loss at 1550nm[dB/m] [At 1550nm] | ~0.012 dB/m |
Applications
Fiber-Optic Gyroscopes ; Optical Communications
Key Features
Transmission windows covering the visible to mid-infrared range; low transmission loss, bending loss, and optical nonlinearity; tunable dispersion; quasi-single-mode transmission.
Datasheet
Product Datasheet
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Supplier Information
Beijing Fatonics Photonics Technology Co., Ltd. is a high-tech enterprise focusing on the R&D, production, and sales of ultrafast laser sources and energy transmission optical cables. The founding team comes from renowned research institutions at home and abroad, composed of multiple doctoral experts who studied in the UK, Germany, and the USA, dedicated to providing global users with ultrafast laser products and professional application solutions. Fatonics started independent operation in April 2023. The team was co-founded by core researchers from Peking University and Shandong University, with technology originating from the team of Academician Cheng Heping of Peking University, successfully transformed based on national major scientific research instrument projects. The company's products and projects have been implemented in biomedical, university research, precision diagnosis and treatment fields, and will expand to ophthalmology, semiconductor inspection and other application scenarios in the future, assisting the domestic substitution of high-end equipment.
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