55FB2521-20-7L/7L6-0-F871

Multiple conductor cables, such as 55FB2521-20-7L/7L6-0-F871, are ideally suited for applications where electrical power and control signals are being transferred through a single piece of wire. They are designed to provide more reliable electrical connections than single-conductor (shielded) cables. In addition, they are often used where long lengths of cable are needed to reach a remote location.

A multiple conductor cable consists of an outer jacket that holds several copper conductors inside. These conductors are separated by a conductive dielectric material, such as polyethylene. This design allows for the transfer of electrical signals and power through one long cable without the need for multiple wires. This reduces complexity and cost, while providing a more reliable connection.

The application fields of multiple conductor cables vary significantly, depending on the type of cable and the application. These cables are commonly used in applications such as factory automation and robotics, military and aerospace applications, and medical imaging. As these cables are designed to handle higher voltages, they are also often used in high-voltage power distribution and telecommunications.

The working principle of multiple conductor cables is simple. The copper conductors are held within the outer layer, and the alternating layers of conductive and dielectric materials provide insulation. When an electrical current is applied to one of the conductors, the other conductors within the cable will act as pathways for the current to pass through. This allows for the transfer of electricity over relatively long distances, without the use of multiple cables.

Multiple conductor cables are an important component for many applications. They provide a reliable and cost-effective way to transfer electrical power and control signals long distances. They are also commonly used in military, aerospace, and medical imaging applications due to their ability to handle higher voltages.