Reflective Fiber Collimator HRRC0822
Reflective fiber collimators are based on 90° off-axis parabolic mirrors. Unlike lenses, metallic mirrors maintain a constant focal length over a broad wavelength range. This inherent property allows parabolic mirror collimators to collimate different wavelengths without adjustment, making them ideal for collimating polychromatic light. Common applications include systems requiring collimation at multiple wavelengths, infrared collimation/coupling, and coupling polychromatic light into large-core multimode fibers.
Specification Snapshot
Φ Beam Diameter
8.5 mm
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Overview
Reflective fiber collimators are based on 90° off-axis parabolic mirrors. Unlike lenses, metallic mirrors maintain a constant focal length over a broad wavelength range. This inherent property allows parabolic mirror collimators to collimate different wavelengths without adjustment, making them ideal for collimating polychromatic light. Common applications include systems requiring collimation at multiple wavelengths, infrared collimation/coupling, and coupling polychromatic light into large-core multimode fibers.
Specifications
| Parameter | Value |
|---|---|
| Φ Beam Diameter | 8.5 mm |
| Interface | FC/APC |
| Coating | Protected Silver |
| Surface Roughness [RMS] | <100Å |
| Housing Material | Nonmagnetic Stainless Steel |
Applications
Systems Requiring Collimation at Multiple Wavelengths; Infrared Collimation/Coupling; Coupling Polychromatic Light into Large-Core Multimode Fibers
Datasheet
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Supplier Information
Huirui Optoelectronics Technology (Beijing) Co., Ltd. was founded in 2014 by researchers from Beijing Institute of Technology, Capital Normal University, Tsinghua University and other universities. The team members have more than ten years of research foundation in high-precision optical component design and optical system development, and fully master cutting-edge advanced technologies in the fields of optical detection, life sciences and medical health. They are in a leading position in the industry in theoretical research, crystal materials, processing technology, etc. The company started focusing on terahertz optics research, continuously expanded its research fields, and has now become an industry leader committed to developing high-end precision optical components.
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