BNC-TMP-05-1(41)

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BNC-TMP-05-1(41) is a type of connector primarily used for radio frequency (RF) applications. Its purpose is to provide a low-frequency and low-loss connection between cables that cross longer distances. The connector has a small body, which allows its use in a variety of different applications, including cellular base stations, microwave point-to-point link systems, radio systems, and Wi-Fi applications.

The connector is a threaded type-N 50-Ohm coaxial connector, consisting of a brass body, a stainless steel center conductor, and an acrylic insulator. The body is threaded and designed to mate with either a similar type-N coaxial connector, or a jack threaded female connector. The stainless steel center conductor is designed to provide a low-loss connection between the two ends, with a shielding system to reduce radio frequency interference. The acrylic insulator helps to prevent the center conductor from making contact with the outer brass body.

The connector’s application field is quite diverse, as it can be used in applications ranging from high-power RF systems to low-loss microwave communications systems. It can be used to connect coaxial cables of various lengths, including those that cross long distances. It is also used in the transmission of radio signals from broadcast and telecom towers, as well as in the wireless communication devices used in automobiles, buildings, and aircraft.

The working principle of the BNC-TMP-05-1(41) connector is relatively simple. When two connectors are mated together, the center conductor creates an electrical connection between the two cables. The shielding of the connector helps to reduce radio frequency interference, providing a clearer, more reliable signal. The threaded construction provides a secure connection and ensures a length-dependent performance.

In conclusion, the BNC-TMP-05-1(41) is an important connector in various fields, particularly in RF applications. It provides a low-loss connection between two ends, with a shielding system to reduce radio frequency interference. Its application field is quite diverse, as it can be used for a variety of applications. Its working principle is also relatively simple, as it utilizes a thread connection and the center conductor provides an electrical connection between cables.

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