Long Distance Collimator For 100M
YSenser
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Ships from:
China
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Sold by:
YSenser -
On FindLight:
since 2025
Description
The fiber optic beam can be collimated and shaped for different lasers output through fiber optic connections, providing diffraction-limited performance at the design wavelength, with a collimation distance of up to 200 meters. The structure of this series of collimators is compact. Aberration correction is performed during design by selecting an air-spaced doublet lens series, which has excellent collimation effect and ability to couple space light. The effective focal length of the doublet lens depends on the wavelength. Therefore, this series of collimators should be used at the design wavelength for optimal performance.
Long Distance Collimator For 100M
YSenser
Specifications |
|
|---|---|
| Wavelength: | 400~1700nm |
| Bandwidth: | ±30nm |
| Waist Beam: | 10.2~15.2 |
| Divergence Angle: | 0.06mrad~0.14mrad |
| EFL: | 66.5~76.0mm |
| Fiber Type: | 405HP, 460HP, 630HP, 780HP, 980HP, Smf-28e |
| Connectors: | FC/PC FC/APC SMA905 |
| Transmittance: | ＞92% |
Features
- Three Connector Options: FC/PC, FCAPC, SMA905
- Maintain good collimation characteristics within a range of 200 meters
- Compact structure
- Convenient for installation
- Custom Options including wavelengths
- It is recommended to select Ysenser's standard patch cords to improve the repeatability and consistency of the parameters
Applications
- Fiber Optic Collimation Systems: Ideal for converting divergent light from fiber optics into collimated beams with minimal aberration
- Laser Diode Beam Shaping: Useful in shaping and directing beams from laser diodes, particularly where Gaussian profiles are desired
- Optical Sensing and Detection: Enhances precision in sensing applications that require tightly controlled beam direction and low divergence
- Spectroscopy and Analytical Instruments: Supports accurate light delivery and collection in instruments used for material analysis and spectral diagnostics
- Optical Communication Systems: Suitable for coupling and transmitting optical signals in high-performance communication networks
- Biomedical and Life Sciences Equipment: Utilized in systems that require stable and well-aligned optical output, such as in microscopy or diagnostic devices