2081204-9

Coaxial Connectors (RF)

Coaxial connectors are components that enable the continuation of an electrical connection from the sending to the receiving end of a transmission line. Coaxial connectors have become one of the foremost means of ensuring reliable transmission of data from point to point, and coordinate both ends of the transmission channel with high levels of accuracy.

The 2081204-9 coaxial connector is manufactured with a diameter of 2.92mm and a center conductor with a diameter of 1.13mm. This connector features a threaded interface which makes it far more secure than a more traditional crimped connection. The threaded interface is dust and waterproof and this ensures a reliable connection is maintained under most environmental conditions.

The 2081204-9 is mainly used for RF and microwave transmissions. This type of connector is specifically designed to interface with a waveguide, as it is a high quality, low profile, low cost connector that offers performance characteristics quite suitable for such an application.

The 2081204-9 is a robust connector and suitable for medium or high power transmitter applications in the frequency range of 4.2 – 55 GHz. One of the main advantages of this connector is the threaded coupling mechanism which allows for a robust connection of two components within the transmission line. This type of connection is also ideal for transmitting both power and data signals.

In terms of working principle, the 2081204-9 has multiple contact points of metal plates which act as a spring to keep a secure connection. In order to ensure a robust connection, it is important to ensure that the threaded areas on both sides of the connector are securely screw tightened with a suitable torque wrench. This will help to ensure the conductive pin of the cable is securely and consistently in contact with the contact pins in the connector.

Overall, the 2081204-9 coaxial connector is a reliable and cost effective solution for any application that requires a low profile, reliable connection in the medium-to-high power RF and microwave frequency range. Its threaded interface design makes it well suited for such applications, as this feature ensures a secure connection even in the most extreme conditions.