E1044S.18.10

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 used in a wide variety of applications, and the E1044S.18.10 is no different. The E1044S.18.10 is based on a twisted pair shielded cable design, making it well-suited for applications where signal integrity and noise immunity are desired. It is composed of 10 meter pairs of individually insulated and shielded twisted pairs, with an overall sheath to contain the cable.

The primary application for E1044S.18.10 is in the field of computer networks, and in particular in Ethernet physical layer applications. It can be used to interconnect endpoints or to link two or more network switches or routers, and for cabling from a patch panel or wall outlet into a network switch or hub. This type of cable is also used in certain high-end audio and video applications, such as in multi-channel sound systems and digital recording studios.

The use of multiple conductor cables such as the E1044S.18.10 helps to reduce the size and complexity of wiring runs, as well as in some cases improving their noise immunity and signal quality relative to an equivalent single cable. This translates into less installation effort and improved system performance.

The working principle of the E1044S.18.10 is based on the shielding of each individual pair, and the overall shielding of the cable. The individual pairs are shielded with a continuous foil and braided shield, which acts to protect the signal from external noise sources. The overall cable is then additionally shielded with an overall faraday shield, and this helps to reduce the effects of any external electric fields on the sensitive signals travelling along the cable.

In addition to these shielding elements, the E1044S.18.10 also includes a drain wire, which is used to connect the outer shield of each twisted pair to the overall shield at one point. This helps to ensure that any interference which may be picked up along the length of the cable is properly dissipated. In some cases, this drain wire may also be used to provide an alternative point of termination.

The E1044S.18.10 is designed to minimize the transmission of interference, as well as providing an effective means of attenuating the unwanted signals which are picked up along the length of the cable. The use of proper shielding and termination strategies helps to ensure maximum array performance, providing higher levels of signal integrity and longer cable runs with fewer failures.

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