Multiple Conductor Cables

Multiple conductor cables are an integral part of the applications that we use in everyday life. They can be found in many different applications such as communication, power systems, electronics, robotics, and more. The 7960A 1SW2000 application field is such an example.

7960A 1SW2000 Application Field

The 7960A 1SW2000 application field is primarily used for powering data signals pertaining to general purpose control systems. This type of cable is composed of multiple conductors within a single cable jacket. It consists of two to twelve shielded twisted pairs, and additional grounding and/or signal wires that are enclosed in a highly flame retardant (FR) jacket.

This cable is mainly used in applications where reliable data transmission and accurate signal transfers are required. It is specifically designed to reduce crosstalk between the multiple conductors, making it ideal for data and control applications. The cables are also designed and tested to comply with UL, CSA, and RoHS standards.

7960A 1SW2000 Working Principle

The 7960A 1SW2000 cables work on the principle of twisting the individual conductors together. This arrangement helps to reduce the amount of electromagnetic interference that can occur between the conductors. As each conductor is twisted, this creates a “spiral” pattern which wraps around the circumference of the cable. This pattern also helps to maintain consistent electrical characteristics across all the conductors and prevents signal loss.

The 7960A 1SW2000 cables also have an extra layer of conductor shielding that helps protect the signal from any external interference. The twisted pairs are encased in a durable jacket that is made from highly flame retardant materials. The jacket helps protect the conductors inside from moisture and other environmental factors. The jacket also helps to provide flexibility, making the cable easier to install in tight spaces.

The 7960A 1SW2000 cables are perfect for applications where high-speed data transmission and reliable signal transmission are important. They are versatile, reliable, and help to maintain consistent electrical characteristics across all the conductors. This makes them an ideal choice for many different applications.