FFSD-25-D-72.00-01-N-R

Rectangular Cable Assemblies

FFSD-25-D-72.00-01-N-R is a rectangular cable assembly for electromechanical purposes. In the term “rectangular cable assembly”, the word “assembly” means structural integrity and interfacing. Commonly used for power and signal transmission, these cables are used in the device’s main body.

Application field

Rectangular cable assemblies are commonly found in a variety of industries and devices where they are utilized for power and/or signal transmission task. In the automotive industry, they are used to connect the driver and the passengers to the radio and navigation systems. In the healthcare industry, they are used in the manufacturing and operation of medical devices, like MRI machines and endoscopes. Furthermore, in the aerospace industry, they are used to connect the avionics components like transponders and communications systems to the control panel. The FFSD-25-D-72.00-01-N-R cables are applicable in the electrical industry, industrial machinery,wind turbine systems, robotics and automation,aerospace, defense and marine equipment, transportation, and consumer electronics.

Working Principle

FFSD-25-D-72.00-01-N-R cables are made up of two or more insulated wires that are twisted together to form a bundle. These wires are usually composed of an inner core consisting of a solid copper wire surrounded by a polyester or other insulation. The core is then enclosed in a plastic outer jacket to protect the wires from mechanical damage. The cable additionally features an array of metals and screws to secure the connection and prevent signal interference. The outer cables are also designed to withstand temperature changes and wear and tear without compromising performance. Depending on the application, the cables can be equipped with replaceable caps, connectors, and other miscellaneous parts.

Performance

FFSD-25-D-72.00-01-N-R cables are designed for maximum signal transmission performance. The core of the cable features copper strands, which are widely used to minimize crosstalk and maximize maximum-rate data transmission. Additionally, the cables are equipped with shielded jackets that provide additional electrical insulation and protect the connected cables from interference. Furthermore, these cables feature low loss properties, which ensure that the signal is not affected by environmental changes or electromagnetic interference. By reducing signal loss, the cables are able to achieve higher data transfer rates and reliability.