FFMD-25-D-13.80-01

Rectangular Cable Assemblies are commonly used in a wide variety of applications, from lighting to robotics and industrial applications. The FFMD-25-D-13.80-01 is a leading example, widely used in high-frequency transmission, aerospace, and communication technology.

The FFMD-25-D-13.80-01 is a rectangular cable assembly that offers highly reliable performance in demanding applications. It is designed to provide minimal contact resistance, which helps to ensure signal integrity. Featuring advanced materials and technologies, it also allows for high-density termination and ferrule alignment.

This rectangular cable assembly comes with a range of features which make it suitable for a variety of industries and applications. It features a corrosion-resistant plating for ensuring optimal performance in harsh environmental conditions. The assembly also offers a low resistance and thermal performance.

The FFMD-25-D-13.80-01 is also equipped with a special shielding system that protects it from external interference and electromagnetic noise. The assembly also offers a highly flexible design, allowing for trouble-free routing and installation in tight spaces. Additionally, the assembly includes anti-vibration and self-locking features to reduce the risk of damage.

The FFMD-25-D-13.80-01 is conceived to function as a reliable and efficient medium for signal transmission. Its external shielding system helps to protect the signal from airborne noise and interference. It also prevents cross-talk between multiple cables and maintains a high degree of signal integrity. This ensures that all the data is accurately transferred and received.

The working principle of the FFMD-25-D-13.80-01 is based on the principle of electrical conduction. The assembly makes use of a conductive material to transmit electric current, producing electromagnetic waves. These waves are then picked up by the receiver, and a signal is then generated.

The FFMD-25-D-13.80-01 is well suited for a wide range of industrial applications, including aerospace and navigation systems, robotics, audio and video equipment, automotive electronics, telecommunications systems, and many more. Thanks to its advanced design and features, the assembly offers superior performance and reliability.