FFSD-13-D-07.84-01-N

Rectangular Cable Assemblies are defined as connecting systems, which involve the use of a cable along with its accompanying connector. The types of rectangular cable assemblies vary greatly, ranging from simple power cords used to supply electrical energy to more complex assemblies used for serial and high-speed data transmission. FFSD-13-D-07.84-01-N is an example of a rectangular cable assembly that is typically used in a wide variety of applications.

The FFSD-13-D-07.84-01-N rectangular cable assembly is a multi-coaxial cable with an associated male-to-female mini-DIN plug. This cable assembly is characterized by its low insertion force (millinewtons per ampere) and its high level of impedance stability over a wide range of temperatures and humidities. FFSD-13-D-07.84-01-N is designed to be modular, allowing it to be used in a wide variety of applications.

One of the most common applications for the FFSD-13-D-07.84-01-N rectangular cable assembly is serial communication. FFSD-13-D-07.84-01-N is ideal for use in many industrial communication systems, such as CANbus and Serial Peripheral Interface (SPI). The cable assembly is designed to be resistant to corrosion, vibration, and shock, and is highly reliable in data transmission. The customizing options available on this product allow users to tailor the product to their specific requirements.

The working principle of the FFSD-13-D-07.84-01-N rectangular cable assembly relies on the construction of the cable itself. The cable contains a number of individual conductors, each of which is insulated by a dielectric material. When multiple conductors are combined into a single cable, the dielectric material protects the individual conductors from damaging each other\'s signals. The cable also contains a shielding layer, which minimizes interference from nearby electrical fields. A connector is then attached to the cable, and the assembly is complete.

FFSD-13-D-07.84-01-N rectangular cable assembly is widely used in a multitude of applications, ranging from industrial communication systems to consumer electronics. Its low insertion force, high degree of impedance stability, and ability to be customized make it the ideal choice for many applications.