86103CY SL001

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Multi-conductor cables are used for a wide range of applications in which the individual conductors are insulated from each other. They are typically found in a variety of areas such as computer networks, industrial control panels, audio/video systems, and power distribution systems.

86103CY SL001 is a multi-conductor cable that is designed to offer reliable, secure electrical connections. It consists of two or more insulated conductors and is constructed with a shielding layer which surrounds the wires. The outer sheath is also constructed with a polyethylene jacket that provides additional impact protection to the underlying conductor.

The application field of the 86103CY SL001 multi-conductor cable includes applications which involve transmission of low power signals such as alarm systems and audio signals. It can also be used in communications systems where the transmission of digital signals is a requirement.

The working principle of 86103CY SL001 multi-conductor cable involves the insulation of each conductor preventing internal crossings and providing protection against external interference. The shielding layer also prevents external electrical signals from entering the cable. The outer jacket serves as a physical protection against mechanical impact, water, and other contaminants.

To ensure optimal performance, the 86103CY SL001 required an appropriate termination process. This involves connecting the individual conductors to the relevant terminal blocks or plugs. The shielding also requires connection to the device ground plane or the central ground point at the end of the cable.

In conclusion, 86103CY SL001 is a multi-conductor cable designed for transmission of radio frequency signals and low voltage power circuits. It provides an excellent shielding effect that utilizes the insulation material to exclude interference while providing robust protection for the underlying conductors. Proper termination of the individual conductors and shielding is necessary to ensure optimal performance.

The specific data is subject to PDF, and the above content is for reference