30-00694

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Multiple Conductor Cables are a type of specially designed cable, or electrically-conductive wire, used for high-speed, long-distance data transmission and data transfer from one device to the next. The 30-00694 application field and working principles of Multiple Conductor Cables allow for the transfer of multiple signals simultaneously over a single large diameter cable. This is beneficial to many industries and applications that require heavy-duty, reliable and uninterrupted service.

Multiple Conductor Cables possess a number of unique characteristics that make them suitable for many applications. They are capable of carrying multiple identical signals, which allows for measured transmission over a single large copper cable. In addition, they have a controlled characteristic impedance of 75 Ohms, as well as a balanced topology, which allows the Cable to maintain level performance, even in difficult areas such as high-density and severe industrial installations.

These cables also feature a specifically designed jacket material for maximum mechanical protection, ensuring the collection of the cables within it. This jacket is usually a halogen-free flame retardant material that serves as an insulation barrier to protect the Cables from external sources of interference, such as moisture, dust, and dirt. The jacket also helps to keep the copper wires of the cable shielded from each other, so that the wires do not interfere with each other\'s signal or performance.

The transmission of different data over multiple Conductor Cables is enabled by the various conductor designs, which allow for different signal types and signals with different impedance, to be simultaneously processed through a single cable. Different conductor designs can also reduce the crosstalk between the cables or reduce signal loss due to the increased cross-talk. The impedance control of the cable provides a safeguard against signal attenuation and improved signal reliability.

multi-channel cables are often used in Ethernet networks and are an integral part of many data centers and industrial automation designs. These cables are also used to connect a wide range of network components, such as switches, routers, servers, and IoT devices. These cables provide the means for fast and reliable communication between different pieces of equipment, allowing an efficient and secure flow of data between all components. Multi-channel cables also generally feature an optional built-in shielding, as well as an over-braiding that allows for improved performance and additional protection against environmental noise.

In addition to their use in Ethernet networks, some multi-channel cables are also used in various audio and video systems, such as speakers, microphones, headphones, mixers, amplifiers, and broadcast system setup. The multiple-conductor cables provide the main connection between the parts of these systems, which facilitates quick and easy installation and maintenance of the equipment. Lastly, multiple-conductor cables are also used in digital, RF and optical fiber applications.

In conclusion, 30-00694 application field and working principle of multiple-conductor cables provide a reliable and efficient way of transmitting data over long distances. These cables are used in a wide variety of applications, from industrial automation to data centers and even audio and video systems. They feature an impedance rate that makes them reliable and also possess a protective jacket to ensure the cables are well protected from external sources of interference. Multi-channel cables are an invaluable part of many networked systems, and contribute to the efficient transmission of data.

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