FFSD-13-D-08.00-01-N-R

FFSD-13-D-08.00-01-N-R Application Field and Working Principle

The FFSD-13-D-08.00-01-N-R is a type of rectangular cable assembly. It can be used to provide a pathway for electrical signals from one point to another. This type of cable assembly has many applications in multiple industries including automotive, telecommunications, and medical. Additionally, it is commonly used for connecting two points in a circuit.

This rectangular cable assembly consists of two halves, an outer shield and an inner conductor. The outer shield is typically made from a copper or aluminum material or braid, depending on the type of cable assembly. The inner conductor is typically composed of electrical wire or coaxial cable. It is used to transfer an electrical signal from one point to another. Depending on the type of cable assembly, the number of conductors can vary, typically ranging from one to four.

The working principle of this type of cable assembly involves the transmission of high-frequency electrical signals. The outer shield protects the inner conductor from interference from outside sources. This is done by absorbing any electromagnetic radiation emitted from the surroundings, ensuring that the signal remains uninterrupted. The inner conductor transmits an electrical signal through the cable assembly, from one point to another. The signal transmission can be either digital or analog depending on the application.

This type of cable assembly is generally used in the applications that require signal transfer over a distance, such as in telecommunication systems, computers, and industrial controllers. Additionally, it is also commonly used for low-powered electrical purposes such as lighting, controlling motors, and data recording. It can even be used in harsh industrial environments due to its ability to absorb shock and vibration.

The FFSD-13-D-08.00-01-N-R cable assembly is an effective and reliable way to connect two points in a system or circuit. Its outer shield protects the inner conductors from outside interference, ensuring that the signal transmission is not interrupted, while the inner conductor provides a pathway for the signal to travel from one point to another. Its overall durability and performance makes it an ideal choice for applications in multiple industries.