7929A 0102000

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

Multiple conductor cables are a type of cable that consists of two or more individual conductors of the same size, wrapped up within an insulating material. The 7929A 0102000 is a particular type of cable designed for applications such as telecommunication, audio, and networking connections. It is made up of a total of four individual 22 AWG conductor wires, shielded by a polyurethane jacket. In order to provide protection from damage, the jacket also facilitates flame retardancy.

The 7929A 0102000 is primarily utilized in telecommunications wiring applications since it contains four clearly discernible wire connections. Due to this, it is often used to link together multiple devices that use differential signaling, such as digital telephones. The cable is also popular for use as an audio cable for transmission and recording purposes, as well as for carrying Ethernet data.

In regards to its working principle, the 7929A 0102000 utilizes twisted pair technology to ensure that the individual conductors within the cable operate in an optimal manner. This means that each individual wire is twisted around the other within the cable itself, so that they are not susceptible to outside interference or electrical issues. This type of cabling technology allows for sharper transmissions and better quality recordings.

The 7929A 0102000 also has a large number of shielding materials in its design. This includes Mylar, aluminum/polyester shielding, and drain wires. These work together to provide protection from electromagnetic interference, as well as overall protection from physical damage. This type of shielding also helps to reduce the “crosstalk” which can occur between the individual wire strands in the cable when a large amount of data is transferred.

Overall, the 7929A 0102000 is an excellent cable for use in a variety of different applications. Its twisted pair technology and extensive shielding provide both reliability and quality in the transferring of both audio and digital signals. With its polyurethane jacket, it also provides protection from flames and physical damage.

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