Adjustable Aspheric Fiber Optic Collimator for Quantum Optics/ Cold Atoms
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Ships from:
China
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Sold by:
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On FindLight:
since 2020
Description
The adjustable aspheric fiber optical collimator developed by CSRayzer is used to collimate the light output by the optical fiber cable of FC/APC or FC/PC connector. The aspheric lens has chromatic aberration, and its effective focal length (EFL) is related to the wavelength, which provides diffraction limit at the designed wavelength and has good achromatic effect. It is very suitable for optical fiber coupling applications.
Each collimator is pre-aligned before leaving the factory, and in order to reduce surface reflection, both sides of each lens are coated with antireflection films. The collimator is compact in structure design and convenient for integration and installation. At present, it can provide typical wavelengths such as 405nm, 532nm, 543nm, 633nm, 780nm, 852nm, 980nm, 1064nm and 1550nm according to customer requirements.
Adjustable Aspheric Fiber Optic Collimator for Quantum Optics/ Cold Atoms
Specifications |
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Housing Material: | Non-magnetic Stainless Steel |
Housing Diameter: | 11 mm |
Connector: | FC/APC or FC/PC |
Focal Length Type: | Adjustable |
Features
- Compact design
- Great achromatic effect
- Easy to integrate and install
Applications
- Optical Fiber Coupling Applications
- Quantum Optics
- Cold Atoms
Frequently Asked Questions
The Adjustable Aspheric Fiber Optic Collimator is used to collimate the light output from an optical fiber cable with an FC/APC or FC/PC connector, making it suitable for optical fiber coupling applications.
Key features include an aspheric lens with chromatic aberration correction, pre-aligned collimators, anti-reflection coatings on both sides of the lens, and a compact design for easy integration and installation.
The collimator can be provided for typical wavelengths such as 405nm, 532nm, 543nm, 633nm, 780nm, 852nm, 980nm, 1064nm, and 1550nm according to customer requirements.
The adjustable focal length range of the collimator is ±0.8mm.
The collimator reduces surface reflection by coating both sides of each lens with anti-reflection films.
The aspheric lens provides diffraction limit at the designed wavelength and has a good achromatic effect, which is crucial for minimizing chromatic aberration.
The divergent full angle varies by model, but it is typically very small, such as ≤0.05° for the FC405-4.02-APC model.