artphotonics Sulfide Chalcogenide Glass Infrared Optical Fiber CIR-350/400
art photonics Medium Infrared Sulphides Glass Optical Fiber （CIR） Arsenic Sulphuride as base Material ， Applicable to 1.1~6.5μm It's... Optical Fiber Transfer 。CIR It's all right. Silica Optical Fiber （0.2~2.4μm） And silveride. Optical Fiber （PIR） & The gap between 。CIR Optical Fiber The core of double polymer coated. / Package structure ， It reduces optical wear. ， Improves Flexibility 。 All of it. Standard Optical Fiber All of them. PEEK- polymer protection suites and SMA Connection Interface 。 Improved Glass The process of purification has removed the decay spectrum. 3μm It's affected by the absorption of water molecules. ， So, the sulphide. Optical Fiber It's also available. Er：YAG Laser Power Transfer 。
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Overview
Specifications
| Parameter | Value |
|---|---|
| Core Diameter | 350 µm |
| Cladding Diameter | 400 µm |
| Coating Diameter | 510 µm |
| Transfer Range | 1.1 ~ 6.5 μm |
| Fibre core Material | As₂ S₃ |
| Package Layer Material | As-S |
| First coating protection suite Material | PTFE |
| Second coating protection suite Material | PVC |
| Fibre core refraction rate | 2.4 |
| It works. Numerical Aperture | 0.25 – 0.28 |
| Minimum Bend Radius | 200 x （ Optical Fiber Diameter ）Fiber diameter |
| Operating Temperature | -200 < T < 100 |
| Maximum Transfer Power | 1 (CW) |
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Key Features
Datasheet
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