FFMD-05-T-06.30-01-N

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The FFMD-05-T-06.30-01-N is a type of rectangular cable assembly that can be used in a wide range of applications. Commonly used in the automotive, defense, aerospace and industrial markets, the rectangular cable assembly has many advantageous features, making it an ideal choice for any project.

Application Field

The FFMD-05-T-06.30-01-N cable assembly is designed for use in the automotive, defense, aerospace and industrial sectors, as it is able to deliver reliable and consistent performance in demanding environments. The cable assembly is well suited to wire routing, signal transmission and interconnecting applications, owing to its rugged construction and excellent electrical characteristics. Additional features include its tight bend radius, resistance to shock and vibration, and excellent EMI/RFI shielding properties.

Working Principle

The rectangular cable assembly works by providing direct connection between components. The assembly comprises two or more interconnecting cables in a rectangular cables jacket with an outer insulating layer, which can be PVC, silicone, rubber or hybrid material. Each cable is also individually insulated, while a connector can easily be fitted to the cable. Depending on the application, the cables can be designed to provide power, signal or data transmission.

The product is interlocked with two or more cables and the dielectric interference effects reduce the risk of crosstalk between cables, enabling the assembly to offer superior performance in a variety of fields. This makes them suitable for use in high speed network connections, industrial automation and robotics, medical device development, power systems, and test and measurement applications.

Conclusion

The FFMD-05-T-06.30-01-N cable assembly is an effective way to interconnect components in a variety of applications. The assembly features high EMI/RFI shielding properties, and excellent resistance to shock and vibration. It is ideal for use in automotive, defense, aerospace and industrial markets, as well as for wire routing, signal transmission and interconnecting applications.

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