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Circular Cable Assemblies

Circular cable assemblies are made of connectors and cable sheaths that connect two devices, providing a durable and reliable method for power and data transfer. Upon purchase, circular cable assemblies may be precut to a desired length, and are often sold in bundles of multiple lengths, allowing for a flexible solution to in-line device connections.

The 31186-1875 cable assembly is designed to specifically connect two circular devices, such as plastic optical fiber (POF) and coaxial cables, as found in fiber-optic data systems. Utilizing this assembly tapered ends can be connected, preventing an accidental mismatch of parts and producing the desired result. This cable assembly has a shape and size of 18mm outer diameter by 7.5mm inner diameter with a 1.95mm thickness.

Application Field and Working Principle

The 31186-1875 cable assembly is primarily used in fiber-optic data systems that require a high-speed connection between plastic optical fiber and coaxial cables. This application is commonly found in audio/visual systems, enabling the transfer of video or model data at high speeds. This assembly is also used in other control systems for data acquisition and is widely applied in multiple industrial and military applications.

The working principle of the 31186-1875 cable assembly lies in the splicing of two separate cables using a special splicing technique. A small hole is drilled in the cable sheath, which can then be inserted with a specific connector. This method has the advantage of preventing any errors from occurring in the connection and ensures that the two wires are securely connected. The splicing method also allows the cables to remain flexible, reducing any potential stiffness in the wires.

Once the cables are secured with the correct connectors, the 31186-1875 cable assembly works by sending signals from one device through the cable sheath to the other device. The assembly then efficiently routes the signals and encourages the transmission of data. This ensures that the connection between the two devices is secure and reliable.

Advantages

The 31186-1875 cable assembly offers numerous advantages over other types of connections. The small size of the cables allows them to be used in areas with limited space or areas with difficult access. The tight tolerance also ensures that connections are secure, eliminating the risk of mismatched or defective connections. The connector used in this assembly is also much easier to use and allows for a quicker and more reliable connection of two cables.

The splicing technique used in the 31186-1875 cable assembly also provides several advantages over other types of connections. This technique is much easier to use than traditional methods, decreasing the time and money needed for the connection. Furthermore, the splicing technique also helps reduce the transmission of radio frequency interference (RFI) and other forms of interference due to the improved connectivity of the cables.

Conclusion

The 31186-1875 cable assembly is a highly efficient and reliable way to connect two devices together. The flexibility and accuracy of the splicing method used means that this assembly is commonly used in fiber-optic data systems as well as other audio/visual and control systems. The size of the cable assembly also ensures that it can be used in areas with limited space. The overall advantages of the assembly make it a popular option for many industrial and military applications.

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