55A1121-20-6/9-9F871

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Multiple Conductor Cables are widely used in many electrical applications due to their convenience, compactness and power output capabilities. The 55A1121-20-6/9-9F871 is one such multi-conductor cable whose application field and working principle will be discussed in this paper.

Unlike single conductor cables, multi-conductor cables make use of multiple wires or conductors in order to distribute power in an efficient manner. In the case of the 55A1121-20-6/9-9F871, it consists of four braided conductors with an insulation jacket around them. These conductors are encased in a flexible but durable polymer jacket which is designed to provide superior protection against mechanical, chemical and environmental hazards. The multiple conductors are terminated in a D-type plug which is compatible with many types of electronic equipment.

The 55A1121-20-6/9-9F871 is able to transmit power and data signals at high speeds, making it ideal for applications such as audio/video equipment, broadcast systems, industrial control systems, instrumentation and computer networks. This cable also has excellent flexibility and can be used in tight spaces such as low-profile equipment racks or panels. The jacket is also resistant to abrasion, so it can be used in harsh environments without compromising its performance.

In terms of electrical performance, the 55A1121-20-6/9-9F871 cable is able to transmit power at up to 110V and data signals at up to 40Mbps. It has a maximum current rating of 9A and a maximum voltage rating of 200V. This cable is also capable of providing EMI/RFI shielding which helps to reduce interference. It has a shielding effectiveness of approximately 60 dB in both directions.

In terms of the working principle of the cable, the four braided conductors are twisted together in order to form a shielded twisted pair cable. This type of cable reduces interference of external signals by using differential signals, which are then transmitted at high speeds with minimal signal degradation. The braided shielding also helps to reduce any external electromagnetic radiation from entering the system.

Overall, the 55A1121-20-6/9-9F871 is a great choice for multi-conductor cables in a variety of applications. It is able to transmit power and data signals quickly and reliably, and has excellent protection against mechanical and environmental hazards. Its flexibility also makes it perfect for tight spaces, and its EMI/RFI shielding capabilities make it a great option for eliminating potential interference. With all these features, the 55A1121-20-6/9-9F871 is a great choice for any multi-conductor applications.

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