
( Brand: Thorlabs ), ( Manufacturer Part Number: F280APC-850 ), ( Bundle Listing: No )
The Thorlabs F280APC-850 850nm FC-APC Fiber Collimator is a high-quality optical component designed for precise and efficient collimation of light signals. This collimator, operating at a wavelength of 850nm, is an essential tool in a wide range of applications, including laser systems, spectroscopy, and optical communication.
The F280APC-850 features a FC-APC (Ferrule with Angled Physical Contact) connector, ensuring easy and secure alignment with other FC-APC-terminated components. The angled end-face design of the FC-APC connector promotes a stable and reliable connection, minimizing backreflections and maintaining the quality of the collimated light.
This collimator boasts an 18.45mm active length and a numerical aperture (NA) of 0.15. The 18.45mm active length provides a substantial amount of light collection, while the 0.15 NA ensures a wide acceptance angle for the input fiber. The collimated beam that emerges from the F280APC-850 is highly parallel and stable, making it ideal for applications that demand precise beam alignment and consistent intensity.
The F280APC-850 is crafted from high-quality fused silica, ensuring excellent thermal properties, low autofluorescence, and minimal non-linear effects. Its durable construction makes it well-suited for use in demanding environments, delivering consistent performance over time.
In summary, the Thorlabs F280APC-850 850nm FC-APC Fiber Collimator is a versatile and reliable optical component, ideal for applications that require collimated light at the 850nm wavelength. Its FC-APC connector, 18.45mm active length, and 0.15 NA make it a valuable addition to any optical setup.
**Product Review: Thorlabs F280APC-850 FC-APC Fiber Collimation, 850nm, NA 0.15**
**Pros:**1. High-quality fiber collimation: The F280APC-850 is designed for precise fiber alignment and collimation, making it ideal for applications that require high optical throughput and low optical loss.
2. Premium FC-APC connector: The FC-APC (Ferrule-aperture-polished) connector ensures secure and stable coupling between fibers, reducing the risk of optical loss due to misalignment.
3. 850nm wavelength: This product is optimized for applications in the near-infrared spectrum, such as biomedical imaging and laser diode applications.
4. Large numerical aperture (NA 0.15): The large NA allows for greater acceptance angles, which can help minimize losses when working with fibers at oblique angles or with fiber bundles.
**Cons:**1. Higher cost: Compared to standard fiber optic connectors, the FC-APC connector used in this product may be more expensive due to its superior performance and precision.
2. Limited compatibility: The FC-APC connector may not be compatible with all fiber optic systems, which could limit its usability in some applications.
3. Fragile nature: The FC-APC connector requires careful handling to avoid damaging the delicate ferrule and aperture, as well as the fiber itself.
**Conclusion:**The Thorlabs F280APC-850 FC-APC Fiber Collimation is a high-performance fiber optic product that offers excellent collimation, high optical throughput, and low optical loss. It is ideal for applications requiring precision fiber alignment and high-quality transmission in the near-infrared spectrum.
However, its higher cost, limited compatibility, and fragile nature should be considered before making a purchase. If the application's requirements align with the product's capabilities and the potential drawbacks can be managed, the F280APC-850 FC-APC Fiber Collimation is a solid choice for precision fiber optic collimation.
**Recommendation:**If the budget allows and the application demands high-quality fiber collimation in the near-infrared spectrum, the Thorlabs F280APC-850 FC-APC Fiber Collimation is recommended. For applications with more modest requirements or stricter budget constraints, consider alternatives with standard fiber optic connectors. Always ensure compatibility with existing systems before making a purchase.
5 threading can be mounted directly into our cage plate cp1tm12 m to integrated 30mm systems. Features fiber collimation for single mode patch cables with fc apc connectors aligned at wave lengths from 405 nm to 4. These are ideal solutions for adjustable, compact fiber couplets. The esoteric lens is factory aligned for collimation at design wave length when connected to its specified single mode fiber patch cable.
Please refer to the theoretical divergence plot for each collator determine if it is appropriate your application. In addition, the esoteric lens has an AR coating on both sides that minimizes surface reflections see plots tab.
In addition to and 1 un threaded versions, options are available with external sm05 m 4.
Alternatively, our large selection of standard fiber patch cables can also be used. For other collimation and coupling options, please see our collator guide tab or contact tech support, RMS. Collimation packages with custom alignment wave length s, operating temperature ranges, or vacuum compatibility are available by contacting technical support.
Therefore, they may be used at other wave lengths within the AR coating range. Although these collators are factory aligned for a specific wave length , they have low divergence angles over broad range of wave length s. These cables feature an anti reflective coating on one fiber end for increased transmission and improved return loss at the fiber-to-free-space interface.
Up for selling new Thorlabs f280apc nm, f the operating temperature range these collators is c to 93. Due to chromatic aberration, the effective focal length EFL of esoteric lens is wave length dependent. For some applications they may also be used at other wave lengths within the AR coating range please refer to theoretical divergence plot each collator determine if it is appropriate your application. 45mm, na because these fiber collators have no movable parts, they are compact and easy to integrate into an existing setup, or sm1 1.
15 fc apc fiber collimation, this device has never been used or your money back guarantee.