1052552-1

Coaxial connectors (RF) are essential components of any RF design, providing a reliable, low loss connection between two pieces of coaxial cable. The 1052552-1 connector utilizes the classic threaded design to ensure a robust connection that can handle the vibrations of high frequency application. The connector is rated to 5GHz, and is a perfect choice for applications that require both low loss and high frequency characteristics. This connector is constructed of a dielectric insulator and a conductive center pin, both of which are stainless steel with a nickel plating for superior electrical stability.

The 1052552-1 connector has a threaded design, meaning that the body contains two threaded segments that interlock when the connector is fully rotated. This is beneficial for installations in which vibration and shock may be present, as it ensures a tight connection to the cable. The connector also contains two O-rings – one at the base and one at the top – that help to seal the connection against air and water contaminants. Additionally, the connector is available with a discreet end, allowing the connector to be integrated in applications where a larger connector can’t be used.

The connection between the cable and the connector is achieved by soldering the coaxial center conductor to the connector. The solder must be applied in the proper manner; first, a thin coat of the solder is applied to the inner portion of the center conductor and allowed to harden before the connector is inserted. The connector and center conductor must be heated with a soldering iron to sufficiently melt the solder and create a strong, low loss connection.

The 1052552-1 connector is an excellent choice for any radio frequency design. Its threaded body ensures a secure connection and its discreet end allows it to be integrated in applications where a larger connector cannot be used. The O-rings provide an added layer of protection against air and water contamination, and the soldering process allows for a low loss connection that is suitable for high frequencies.