FFMD-25-D-07.00-01

Rectangular cable assemblies are an integral part of many industrial and consumer electronics applications. They are used to efficiently and reliably interface devices in applications ranging from communication networks to multimedia entertainment systems. The FFMD-25-D-07.00-01 rectangular cable assembly is a multi-conductor, data-grade cable designed to meet the highest standards of performance for communications cables.

Application Field

The FFMD-25-D-07.00-01 cable assembly is specifically designed for use in the communications market. The cable provides maximum flexibility and ensures a highly reliable connection in both shielded and open installations. The cables are used in a variety of applications including Ethernet, VoIP, and other IP-based networks requiring high speed data transfer. The cable is also designed to be used in customer premise equipment, such as routers, VoIP phones, and digital telephones.

Working Principle

The FFMD-25-D-07.00-01 cable assembly utilizes a combination of copper conductors and shielding to ensure a reliable connection. Cable shielding prevents interference from outside sources and also preserves the signal integrity of the connection. The copper conductors provide efficient and reliable transmission of data over short and long distances. In addition, the cable is constructed with a polyethylene insulation material that is highly resistant to temperature variations and aging. These components combined ensure superior performance in both short and long-term applications.

Conclusion

The FFMD-25-D-07.00-01 rectangular cable assembly is a highly reliable and efficient product for use in a variety of applications. The combination of copper conductors and shielding ensures maximum signal integrity over short and long distances. In addition, the polyethylene insulation material helps maintain the signal integrity of the connection over a long period of time. The range of applications for this cable assembly makes it an ideal choice when dealing with high-speed data transmission requirements.