
( Brand: Oz Optics ), ( Manufacturer Part Number: QMMJ-A3HPM )
The 3s-UVVIS-25 FC Fiber Patchcord with 125-3 Airgap High Optics and QMMJ-A3HPM Power is a high-performance, optical fiber connectivity solution designed for applications that require superior transmission performance and power handling capabilities.
This patchcord features a 25-micron core diameter, which is ideal for applications that require high bandwidth and low loss. The UVVIS-grade coating on the fiber ensures that the patchcord can transmit light in the ultraviolet and visible wavelengths, making it suitable for applications in spectroscopy, analytical chemistry, and other fields that require UV-visible light detection.
The 125-3 airgap design of the patchcord provides superior optical performance by minimizing reflections and reducing backscatter, which can degrade the signal quality. This design also allows for easier alignment of the fiber ends, which can improve connectivity and reduce the risk of signal loss.
The QMMJ-A3HPM connector at the end of the patchcord is a high-quality, fiber optic connector that is designed for use with single-mode fiber. It features a precise alignment mechanism that ensures optimal coupling between the fiber and the connector, which can improve signal transmission and reduce signal loss. The connector also has a high power handling capability, making it suitable for applications that require high power levels, such as fiber optic lasers and amplifiers.
Overall, the 3s-UVVIS-25 FC Fiber Patchcord with 125-3 Airgap High Optics and QMMJ-A3HPM Power is a high-performance, optical fiber connectivity solution that is ideal for applications that require superior transmission performance, low loss, and high power handling capabilities.
Pros of buying 3s-UVVIS-25 FC Fiber Patchcord (125-3 Airgap, High Optics QMMJ-A3HPM Power):1. High Quality: This patch cord features high-optics QMMJ-A3HPM fibers, ensuring high transmission efficiency and reduced signal loss over long distances.
2. UV Visible Light Transmission: The 3s-UVVIS design allows for the transmission of UV visible light, which is beneficial in various applications such as spectroscopy, fluorescence analysis, and other UV-sensitive tasks.
3. 250 m Core Diameter: A larger core diameter enables more data to be transmitted at higher speeds, making it suitable for high-bandwidth applications.
4. 125-3 Airgap: This design reduces the risk of inter-fiber crosstalk, ensuring better signal integrity and isolation.
5. Power Capability: The power option allows for power transmission over the fiber, making it ideal for applications requiring remote powering of devices.
Cons of buying 3s-UVVIS-25 FC Fiber Patchcord (125-3 Airgap, High Optics QMMJ-A3HPM Power):1. Cost: Due to its high-end components and advanced design, this patch cord may be more expensive than standard patch cords.
2. Limited Compatibility: This specific patch cord may not be compatible with all fiber optic systems, so it is essential to check compatibility before purchasing.
3. Requires Special Handling: The fibers in this patch cord are sensitive to damage, so it should be handled with care and should not be bent excessively or twisted.
Conclusion:In conclusion, the 3s-UVVIS-25 FC Fiber Patchcord (125-3 Airgap, High Optics QMMJ-A3HPM Power) offers numerous benefits for users requiring high-quality, UV-visible light transmission, and power capabilities. However, its high cost and limited compatibility may make it less suitable for general-purpose fiber optic applications. If the benefits outweigh the cons for your specific use case, it is a worthwhile investment.
Recommendation:If you require a high-performance, UV-visible light transmission patch cord with power capabilities, the 3s-UVVIS-25 FC Fiber Patchcord (125-3 Airgap, High Optics QMMJ-A3HPM Power) is an excellent choice. However, make sure to check compatibility and budget before making a final decision. For general-purpose applications, a standard patch cord may be more cost-effective and suitable.
In standard connectors the fibers are glued into place, and the fiber is polished flush with the connector surface. 1mm to Our connectors feature an air gap design, where the fiber extends into free space by 2 meter long, 3mm OD PVC cabled, uv vis multi mode fiber patchcord, terminated with an adjustable high power air gap fc pc connector on one end and with a super fc pc connector on the other end.
Standard connectors based on SAM 905 and fc connector designs are offered. 5mm, providing an epoxy free region where thermal energy can be safely dissipated without burning the surrounding material.
Features unique connector design minimizes thermal damage multi mode, single mode, and polarization maintaining fiber types operating wave lengths from 200nm to 2000 NM micron to 1500 micron diameter core sizes low and high numerical aperture fibers anti reflection coatings available armored cabling for maximum safety applications materials processing laser cutting and welding high power spectroscopy non linear Optics laser surgery light detection and ranging liar Oz Optics produces fiber optic patchcord specifically for high power applications. These patchcord feature special high power fibers, carefully prepared fiber end faces, and specially designed fiber optic connectors to ensure maximum power handling for your application.
A unique feature of the fc connector design is that it features adjustable focus. This allows one to precisely position the fiber tip in free space, making it ideal for laser to fiber coupling. Our engineers have extensive working knowledge with both continuous output cw and pulsed laser applications, and can help you select the best system for your application. These gases in turn burn onto the tip of the fiber, causing catastrophic damage to the fiber and perhaps the entire system.
In addition to patchcord, Oz Optics features high power laser to fiber delivery systems, optimized to work with our patchcord for maximum laser coupling. Shoot me a message with any questions. A special connector allows one to adjust the distance the ferrule and fiber protrudes from the fc connector housing. New, not in case.