FFSD-04-D-50.00-01

Rectangular Cable Assemblies

FFSD-04-D-50.00-01 belong to a type of rectangular cable assemblies commonly found in a range of industries where optical or coaxial cable needs to be routed through an enclosure. In some cases, these cable assemblies are used for physical protection of wires, while in other cases they are used to reduce false signals from interference. These assemblies offer numerous advantages, such as greater flexibility, improved reliability, and increased resistance to strain.

Application Field and Working Principle

FFSD-04-D-50.00-01 rectangular cable assemblies are used in a wide range of applications. These assemblies are often used in the automotive, aviation, medical, military, telecom, and communication sectors to facilitate the transfer of data and signals from one location to another. In addition, these assemblies can provide mechanical protection from environmental and electrical hazards.

FFSD-04-D-50.00-01 rectangular cable assemblies are typically composed of two mating parts which come together with the help of mechanical fasteners. In most cases, these fasteners are made of plastic, metal, or nylon, depending on the application. The two parts are held together firmly, and they allow the data and signals to be transferred between two or more connected cables.

The first part of the assembly is typically the housing or body. This part provides physical support and includes features such as strain reliefs, external pockets, and loop mountings. In addition, it houses the connector for connection to the second part. The second part is usually the pin header, which is the part that connects the other end of the cable to the main connector. This part of the assembly can consist of several components, such as a metallic pin, plastic pin holder, and a strain relief.

FFSD-04-D-50.00-01 rectangular cable assemblies are designed for use in a variety of applications and work well in environments with different temperatures, moisture, and mechanical stresses. Furthermore, they offer a high degree of flexibility in their design, which makes them suitable for custom building of reliable and risk-free products. As a result, they are commonly found in a variety of applications such as communication systems, medical systems, industrial automation systems, and more.