Writer: Baudcom
What is fiber optic splicer
To understand the question about what is fiber optic splicer. Firstly we need to learn fiber optic cable, which is comprised of minimal glass or plastic, can transfer information between two sites with light technology efficiently.
what is fiber optic splicer? Up to now, The main methods of fiber optic splicing are Fusion splicing and Mechanical splicing. Both of them are popular for they cause much lower insertion loss than fiber connections.Fiber optic fusion splicer is an essential tool in the field of telecommunications and optical networking.
After learn about what is fiber optic splicer, let’s discover more about how it works. Through using cameras to align the two fiber ends and clean them of dust or dirt, a fusion splicer provides heat from an electrical arc to weld the ends together, then further tests the integrity of the weld is in need.
Why do we need fiber optic fusionsplicer
Fiber optic fusion splicer is used to joined two fiber optic cables into one fiber optic cable which is the best choice when cable lines are too long to make single length of fiber or when combining two different types of cable. Fusion splicing is more expensive than mechanical splicing, but it lasts longer with extremely low loss. The fiber cores are fused together with reduced attenuation in the fusion process (insertion loss of less than 0.1 dB). Arc or another type of heat during fusion splicing leads to a clear, reflection-free, and continuous connection between the fibers, which enables very little light loss (average loss of 0.1 dB). Fusion splicing is a complex process that requires great care.
Functions of fiber optic fusion splicer
The primary function of a fiber optic fusion splicer is to achieve precise alignment of the fiber cores. This alignment is critical to minimize signal loss and attenuation during the transmission process. By accurately positioning the cores, the splicer ensures that light can pass through the joined fibers with minimal disruption. Another important function is the fusion or mechanical connection of the fibers. In fusion splicing, the fibers are heated to a high temperature, causing them to melt and fuse together, creating a strong and stable joint.
What is fiber optic splicer.Types of fiber optic splicer
There are mainly two types of fiber optic splicers – fusion splicers and mechanical splicers.
Fusion splicers are widely used for their superior performance and low signal loss. They use an electric arc or other heating methods to fuse the fiber ends together.
Mechanical splicers, on the contrary, rely on mechanical fixtures to hold the fibers in alignment. While they are less complex and quicker to use, they may result in slightly higher signal loss compared to fusion splicing.
There are two types of our fiber optic fusion splicer–four-motors and six-motors fiber optic splicer.
Four-motors：As our products BD-FS-41B, which has high splice precision,
small size, light weight, high reliability, touch screen, dust and water resistant. The fiber fusion splicer is a compact device designed mainly for fusing and protecting standard communication fibers. Its wide range of features and exceptionally low splice loss allow it to be versatile for fiber splicing in various environments.
Six-motors: BD-FS-81 Optical fiber fusion splicer offers a wide range of functionalities and ultra-low splice loss. It features multiple fusion and heating modes to cater to diverse customer needs. The high-precision ceramic V-groove facilitates more convenient and accurate fiber loading, while also being easy to clean and maintain. The monitor is also equipped with a touch screen that presents a newly designed graphical interface, ensuring simple and intuitive operation.
Applications of fiber optic splicer
After learn about what is fiber optic splicer, let’s discover more about areas where it can make a difference. Fiber optic splicers find extensive applications in various sectors. In telecommunications, they are indispensable for building and maintaining long-distance fiber optic networks which carry large amounts of data and voice traffic. The internet backbone, which connects different regions and countries, relies heavily on precisely spliced fibers. They are also used in local area networks in buildings and enterprises to provide high-speed data connections. Additionally, fiber optic splicers are employed in the aerospace and defense industries, where reliable and high-performance communication is crucial. Medical fields, such as endoscopy and imaging systems, also benefit from fiber optic splicing for transmitting accurate and clear images.
Conclusion
In conclusion,the article answer us What is Fiber Optic Splicer. And the description of types of fiber optic splicer. The fiber optic splicer is a vital component in the modern world of communication and data transmission. Its ability to create reliable and efficient connections between optical fibers enables the seamless flow of information across various domains. As technology continues to advance, the demand for more sophisticated and precise fiber optic splicers is likely to increase, ensuring that our digital age remains connected and efficient.