55/1321-26-9/96-9

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Multiple Conductor Cables are widely used in a variety of industries today due to their great advantage in terms of conducting a large number of electrical signals in one cable. The 55/1321-26-9/96-9 is one such type of Multiple Conductor Cable, with six conductors that are capable of transferring electrical signals. This article will discuss the application fields, as well as the working principle, of the 55/1321-26-9/96-9 Multiple Conductor Cable.

The 55/1321-26-9/96-9 Multiple Conductor Cable has multiple uses in various industries, such as telecoms, electrical engineering, and laboratory work. It is often used in telecoms due to its ability to carry multiple electrical signals at one time, which is an essential requirement for long distance ultra-high frequency (UHF) radio reception. The cable is also often used in electrical engineering for connecting different components in a network, such as computers, printers, and other digital devices. This is particularly useful for high-speed data applications, as it is capable of transferring numerous signals without any loss. Additionally, the cable can also be used for laboratory work, as it is capable of transferring vast amounts of data from different systems in a laboratory setting.

The 55/1321-26-9/96-9 Multiple Conductor Cable’s working principle depends on the use of two resistors connected in parallel with six conductive strands wrapped around them. This makes it possible for the cable to transmit multiple signals simultaneously without the need for multiple individual wires. The alternating current signals on these strands are also transferred without any loss, which makes it perfect for long-distance transmission. The cable is also resistant to electromagnetic interference (EMI) thanks to its two thick sheaths that provide an extra layer of protection.

In conclusion, the 55/1321-26-9/96-9 Multiple Conductor Cable is an essential tool for many industries today due to its capability of sending multiple signals at once. It has multiple applications in the telecoms, electrical engineering, and laboratory work fields and is designed with two resistors that are connected in parallel with six conductive strands. This construction can also provide protection against electromagnetic interference, making it additionally appealing. All in all, the 55/1321-26-9/96-9 Multiple Conductor Cable is an essential tool for many industries in the modern world.

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