C1703.41.05

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Multiple Conductor Cables

Multiple conductor cables are composed of several insulated wires or fibers grouped together, with each wire or fiber offering a unique set of characteristics which make them suitable for a variety of tasks. This article looks at the application field and working principle of C1703.41.05, a popular type of multi-conductor cable.

Application Field

C1703.41.05 cable is a variety of twisted-pair converters often used for applications such as data communication and analog voice transmissions, making them the perfect choice for a variety of audio/video, telecom, industrial control, and monitoring systems. Additionally, C1703.41.05 cables are often used in a variety of HVAC applications such as exhaust fans, air conditioning units and heating systems. It is also highly resistant to interference from Radio Frequency (RF) signals, making it ideal for many commercial broadcast radio and TV installations.

Working Principle

C1703.41.05 cables function in much the same way as any other twisted-pair cable; the only difference being the number of conductors and their composition. The insulation around each of the separate conductors acts to keep external electrical fields, such as those created by RF signals, from interfering with the transmission of data through the cable. Each of the conductors is twisted around its partner conductor to create a balanced system. This method of twisted-pair transmission helps reduce crosstalk, which is the unintentional transmission of signals from one pair of conductors to another. The twist ratio, the ratio of conductor lengths of the two cords in one pair of cables, also helps reduce crosstalk. An ideal twist ratio is between 1.5 and 2.5 turns per meter for applications requiring low crosstalk. The twist ratio is a measure of the number of turns per unit length of the cable, and this is usually expressed in terms of turns per meter. Once the cable is properly twisted, it is then shielded to prevent any forms of electrical interference from changing or corrupting the signals being transmitted through the cable.

Finally, C1703.41.05 cables are made with resistance to fire, oil, and abrasion, making them highly resistant to a wide range of environmental conditions. The cables also conform to various safety standards such as UL, CSA, and ETL, providing an added layer of security and reliability to any system using them.

In conclusion, C1703.41.05 cables are a popular type of multi-conductor cable, primarily used for data communication and analog voice transmissions. The cable is highly resistant to interference from RF signals, while also providing improved protection against fire, oil, and abrasion. The cables are also typical twisted-pair cables, offering improved crosstalk-reduction through their twist ratios, as well as additional shielding for added protection. The end result is a cable that is perfect for a variety of applications, ranging from audio/video, telecom, industrial control, and monitoring systems, to HVAC systems and broadcast radio and TV installations.

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