FFSD-10-D-03.03-01-N

Rectangular Cable Assemblies are an extremely versatile type of cable assembly. They are capable of carrying a wide range of electrical applications, making them ideal for both indoor and outdoor applications. The application field and working principle of FFSD-10-D-03.03-01-N is one such cable assembly in the rectangular range, and here we explain the features and uses of the FFSD-10-D-03.03-01-N.

The core of the FFSD-10-D-03.03-01-N assembly consists of nine conductors with a nominal diameter of 0.077 inches, spaced 0.1975 inches apart at the center. It also contains a flexible shielding layer of either FEP or braided silver-nickel-cobalt alloy and a non-conductive layer of polytetrafluoroethylene-based (PTFE-based) plastic insulation. As a result, the FFSD-10-D-03.03-01-N provides superior resistance to temperature extremes and corrosion, ensuring its performance is consistent and reliable.

Due to its superior electrical characteristics, FFSD-10-D-03.03-01-N is highly suitable for use in applications requiring ultra-low-noise, high-speed data transmission. It is also suitable for integration into high-voltage, high-voltage/current, and high-speed automotive wiring systems in harsh environments such as automobiles and aircraft. Due to its flexibility and excellent temperature and corrosion resistance, the FFSD-10-D-03.03-01-N can also be used in sensitive medical and industrial machines, and robotics.

The Working Principle of the FFSD-10-D-03.03-01-N is based on two basic principles: bending stiffness and electrical conductivity. The bending stiffness describes the resistance of the cable to bending and is determined by the diameter of the cable core and the insulation material. The electrical conductivity describes the ability of the cable to conduct electricity and is determined by the material of the cable core, the type of shielding used, and the insulation thickness. The FFSD-10-D-03.03-01-N is designed to provide excellent electrical characteristics and flexibility, enabling reliable data transmission over long distances in harsh environments.

The FFSD-10-D-03.03-01-N provides a number of advantages that make it an ideal choice for a wide range of applications. Its ability to transfer data over long distances with minimal distortion and excellent electrical performance makes it suitable for use in automotive, medical, industrial, robotics, and other similar applications. Furthermore, its flexibility and excellent temperature and corrosion resistance ensure that its performance will remain consistent and reliable in even the harshest of environments.

Overall, the FFSD-10-D-03.03-01-N is an excellent choice for any application requiring the transfer of data over long distances with minimal distortion and excellent electrical performance. Its superb electrical characteristics, flexibility, and superior temperature and corrosion resistance make it the perfect solution for a wide range of applications. With all of these features and more, the FFSD-10-D-03.03-01-N is sure to be a reliable partner for any installation.