55A1811-20-9-9CS2275 Cables, Wires

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Single conductor cables, also known as hook-up wire, are electrical cables constructed with a single conductor. Single conductor cables are almost always insulated with an outer covering known as a jacket. This insulation is usually made of PVC, polypropylene, or ethylene vinyl acetate (EVA) but many other types are available. Single conductor cables are used in a variety of applications, from communications and networking to industrial, medical, and military applications. 55A1811-20-9-9CS2275 is a type of single conductor cable designed for applications in hostile or rigorous environments. This article will describe the application field and working principle of 55A1811-20-9-9CS2275.

Application Field of 55A1811-20-9-9CS2275

The 55A1811-20-9-9CS2275 single conductor cable is designed for use in aerospace and defense applications. It is made of fluoropolymer, which is a type of insulation material renowned for its excellent resistance to radiation, high temperatures, and chemicals. The 55A1811-20-9-9CS2275 is a high-frequency cable designed for high-speed and high-data rate communication systems. In particular, it is used in applications that require high levels of EMI shielding, such as in military aircraft and communication systems.

Working Principle of 55A1811-20-9-9CS2275

The 55A1811-20-9-9CS2275 is a high-frequency single conductor cable that operates using a two-conductor transmission line. In this type of transmission line, a two-conductor cable is used with a single-conductor cable that separates the two conductors. The transmission line works by passing an electrical signal from the sending device to the receiving device through the two conductors. This is done by using low-frequency signals to induce electrical currents in the cable, which then propagate along the length of the cable. The signal is then received by the receiving device, where it is converted back into a higher-frequency signal for processing or transmission.

The 55A1811-20-9-9CS2275 is designed for applications that require high-performance EMI Shielding. It features foil and braid shields for maximum protection against EMI interference. The cable also has a jacket made of fluorpolymer, which is more durable than PVC and offers superior performance in temperatures up to 200°C. The improved performance and durability makes it an ideal choice for harsh environments and sensitive applications.

Conclusion

The 55A1811-20-9-9CS2275 single conductor cable is designed for aerospace and defense applications that require high levels of performance and durability. It is constructed with a two-conductor transmission line and features foil and brid shielding for maximum EMI protection. The fluorpolymer jacket is more durable than PVC and offers superior performance in high temperature environments. The 55A1811-20-9-9CS2275 is an ideal choice for environments and applications that require high performance and durability.

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