082-6642

Coaxial Connectors (RF)

Coaxial connectors are connectors consisting of an outer electrode and an inner electrode where the outer electrode is arranged concentrically around the inner electrode. They are primarily used in low frequency applications such as radio frequency (RF) transmission. The term ‘coaxial’ derives from the two electrodes being spaced the same distance from each other, akin to the spokes forming the circle of a wheel. Commonly used connector types are the 082-6642, BNC and TNC.

082-6642 Connector

The 082-6642 is a type of RF coaxial connector, which is also known as the ‘N’ type connector. It is a threaded connector and was first developed in the mid-20th century, and is commonly used in antenna systems. The connector is fully qualified to a number of applicable standards, including EN 439, EN 52196 and EN 50262. The 082-6642 connector has been designed to meet a range of applications, ensuring it can be used with confidence in any high frequency environment. The optimum balance of RF properties for the connector have been achieved through the careful selection of material and processes.

Application Field

The 082-6642 connector can be used in a variety of applications, such as antennas and base stations, telecommunications systems, network infrastructure, broadcast audio and video links, cable television systems, and medical equipment. It is often used to connect two components with a high frequency transmission path.

Working Principle

The 082-6642 connector is designed to minimize interference and maximize signal transmission. The insulation of the connector ensures an even electrical coupling of both sides. The inner conductor fits snugly within the outer conductor, which helps to prevent any signal loss. The connector also features a brass or nickel plated shell, which helps to prevent cross-talk. The threaded collar ensures a good contact between the connectors and reduces the risk of any contact failure.

Conclusion

The 082-6642 connector is a type of RF coaxial connector, which is widely used in a variety of applications for transmitting high frequency signals. The connector has been designed to minimize interference and maximize signal transmission, ensuring it is suitable for any high frequency environment. The careful selection of materials and processes helps to ensure that the connector is able to perform as expected in any application.