01310.38.01

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Multiple Conductor Cables are electrical cables which contain two or more electrical conductors which are internally or externally bound together. These cables are used for numerous applications and serve a variety of needs, ranging from providing power to a single component to connecting an entire network inside a large building or data center. Among these cables is the 01310.38.01, which is a particular type of multiple conductor cable designed for high speed applications and carrying high amounts of current. In this article, we will explore the applications and working principles of the 01310.38.01 multiple conductor cable.

The 01310.38.01 cable is designed for applications where it is necessary to transmit high speed signals at high currents. Such applications can include data networks, telecommunications networks, power systems, and other applications where a large current is required while the signals must be transferred at high speed with minimal signal degradation. The 01310.38.01 cable is optimised for such applications, and is frequently used in those fields.

The working principle of the multiple conductor cable is relatively simple. As the name suggests, multiple conductor cables are made up of multiple internal electrical conductors, which can be of various different types such as copper, aluminum, and steel. The outermost layer of the cable is made of a protective insulation material which keeps the electrical signals contained within the cable and insulated from external environment. The conductors are arranged in a particular way inside the cable, and are connected to one another at each end in order to form a circuit. When an electrical signal is transferred through the internal conductors, the signal travels along the circuit formed by the conductors and is transmitted to the other end.

The 01310.38.01 cable is particularly useful for applications involving high speed signals and high current due to its particular design. The cable is made of 30 individual conductors and is grouped into seven different categories. This provides considerable flexibility in terms of power delivery, making it very suitable for applications such as data centers or telecommunications networks. In addition, the conductors each have very low resistance, meaning that the current does not have to travel through long distances and is not significantly degraded during the process.

The cable also has a small overall diameter, which makes it particularly well-suited for applications where room is at a premium and a large number of wires need to be able to be passed through an area. This is important for applications such as data centers, where cables often have to be passed over long distances and compressed into limited space. The cable\'s slim design allows for this, allowing for the passing of multiple cables into tight spaces. In addition, the shielding on the cable is also of high quality, ensuring that signal loss and interference are kept to a minimum, making it useful for applications such as data networks.

In conclusion, the 01310.38.01 multiple conductor cables offer a great deal of flexibility and high quality for applications involving high speed signals and high current, making them a great choice for data networks, telecommunications networks, power systems, and other similar applications. The 01310.38.01 is designed with low resistance conductors, a slim design, and high quality shielding, allowing for the easy passing of multiple cables through tight spaces, as well as providing excellent protection from signal loss and interference. This makes the 01310.38.01 cable an excellent choice for high speed applications which require high amounts of current.

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