FFMD-13-T-10.00-01-N-RW

Rectangular Cable Assemblies

Many electronic components, as well as several other products, make use of specialized cables known as rectangular cable assemblies. These cables are the key driver behind digital items, and they provide the main power for computer systems, television systems, and much more. Because of the important nature of these cables, and the importance of having them work reliably, it is important to understand the terminology and basic aspects of them.

An FFMD-13-T-10.00-01-N-RW cable is an example of a rectangular cable assembly. This type of cable is typically used in a variety of applications and works by using copper or aluminum conductors that are either solid or stranded. The conductors are insulated and sheathed, and often shielded, via a variety of materials in order to allow the cables to resist abrasion and vibration, as well as the effects of temperature changes.

The FFMD-13-T-10.00-01-N-RW cable consists of thirteen solid conductors of either copper or aluminum, each having a 10 millimeter diameter, and the cable itself has a nominal outer diameter of one millimeter. The total length of the cable is normally thirty-nine millimeters, but this may vary based on who constructed the cable or to what specifc application it is designed for. The shielded cable also contains a thermoplastic protective shield over the insulation, which helps to reduce the potential risks of electrical interference.

The FFMD-13-T-10.00-01-N-RW cable is designed for use in many different types of applications, such as automotive, medical, oil and gas, and food production. In order to ensure that the cable is working properly in each different application, the cable is tested according to certain industry standards so that it meets any necessary requirements or specifications. Once tested, the finished product is then certified by the manufacturer and is released into the application field.

The FFMD-13-T-10.00-01-N-RW cable works by allowing an electrical current to flow through the copper or aluminum conductors. The current blocks on the exterior layer of insulation, while travelling through the six inner electrical conductors. The shielding which covers the exterior insulation helps to protect the interior conductors from potential interference, while the thermoplastic shield provides protection from extreme temperature changes and vibration.

In conclusion, the FFMD-13-T-10.00-01-N-RW cable is a useful and important component in a variety of applications, due to its excellent performance under extreme conditions. Its ability to resist vibration, temperature changes, and electrical interference makes it an invaluable tool in many industrial settings, and knowing its working principles, terminology, and specifications is essential to ensure it is installed correctly and performs optimally.