1052409-1

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Coaxial Connectors (RF) are a type of electrical connector housing commonly used for radio frequency (RF) applications. This type of connector uses coaxial cables that have a central conductor surrounded by an insulating dielectric, typically a plastic or rubberized material, with an outer conductor or shielding. The shielding against electromagnetic (EM) interference is provided by the outer conductor.

1052409-1 is a type of coaxial RF connector. It features a threaded coupling and a flanged locking surface. 1052409-1 coaxial RF connectors are designed for high reliability and performance, and are widely used in various communication applications.

The application field of the 1052409-1 covers a variety of radio frequency (RF) and microwave applications, including wireless communication systems, base stations, video surveillance systems, broadcast systems, military communication networks, and UAVs.

The basic working principle of the 1052409-1 is fairly simple and straightforward. The core of the connector is the center conductor, which is surrounded by the dielectric insulator. The outer conductor is then connected to the center conductor, allowing a coaxial connection between two electronic components. This allows for increased signal integrity and resistance to EM noise. The connector is then sealed to provide a reliable connection.

The 1052409-1 is designed to operate in high-frequency and high-power conditions and has excellent contact reliability. In addition, its threaded coupling allows it to be easily connected and disconnected, providing added convenience. Additionally, it has a low insertion loss and return loss, and exhibits excellent isolation to other components.

In summary, the 1052409-1 is a type of coaxial RF connector designed for high reliability and performance, and is widely used in various communication applications. It features a threaded coupling and flanged locking surface for enhanced reliability and performance. It has excellent contact reliability, low insertion loss and return loss, and excellent isolation against other components.

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