112543

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Coaxial connectors are an important category of RF / microwave components used in a wide variety of applications. They provide an electrical connection between two components, while at the same time providing a low-impedance path for an electromagnetic wave. The term “coaxial” refers to the construction of the connector, which consists of two concentric conductors, a central core and an outer shield, separated by an insulating material.

The 112543 is a type of coaxial connector commonly used in radio frequency (RF) applications. It has a BNC or TNC threaded barrel design that has a centric contact. It offers excellent electrical performance and a relatively low cost, which makes it a popular choice for many applications. The connector is designed to carry signals up to 10 GHz in frequency. The threaded design of the 112543 offers reliable mating and allows for a higher number of connections without having to disassemble the connector.

The 112543 is often used in industrial, medical and military applications, as well as for test and measurement setups. As with all RF connectors, the 112543 provides a low-impedance path for transmission of signals between two devices. It also reduces signal loss and allows for a higher power transfer than air-filled space.

The working principle of the 112543 is the same as any other coaxial connector. The central conductor is connected to a signal source, while the outer shield is connected to ground. The central conductor carries the signal from the source, while the shield serves to reduce the amount of electromagnetic radiation that is allowed to escape. This reduces interference and allows for higher signal fidelity.

The 112543 coaxial connector is a versatile and reliable component for transmitting signals in a variety of applications. It provides high performance and a reliable connection for multiple connections without having to disassemble it. It offers a low-impedance path for transmission and helps to reduce signal loss and interference. Thanks to its threaded design, it can be easily mated and unmated, which makes it a good choice for many RF applications.

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