E1002S.30.02

Multiple conductor cables are combinations of electrical conductors in form of a single unit. One of the most common types is the E1002S.30.02. It is made up of two to three insulated conductors with a separator layer commonly used in communication applications.

The E1002S.30.02 is used in a range of communication applications, including telecommunications, radios, broadcast systems, and computer networks. This type of cable is designed for applications where multiple conductors are necessary in order to transmit data or messages. It is also suitable for applications where strong electromagnetic interference (EMI) protection is necessary. E1002S.30.02 cables feature a sturdy construction of metal layers to protect against data loss or interference from outside sources.

The working principle behind this cable is quite simple. It employs the same basic principle of electricity as any other electrical cable. An alternating current is applied to an inner conductor and this current will then be partially conducted to the outer conductor due to the fact that the conductors are in close proximity. The current will be partially conducted through the additional layers of the insulated conductors and the separator. This current will then be directed away from the inner conductor and be dissipated to ground.

The E1002S.30.02 has several advantages, such as its ability to provide very strong EMI protection from outside interference and its ability to transmit large amounts of data over short distances. It is also capable of eliminating electromagnetic noise and distortion, which makes it well-suited for applications that require very high quality signal transmission. The cable is also very durable and can withstand extreme temperatures and environmental conditions.

In conclusion, the E1002S.30.02 is a type of multiple conductor cable used in communications and computer networks. It is designed to provide strong EMI protection, transmit large amounts of data, and eliminate electromagnetic noise and distortion. The working principle is the same as that of any electrical cable, as it involves an alternating current applied to an inner conductor that is partially conducted to the outer conductor.