7702-3

Coaxial Connectors (RF) are a type of electrical connectors used in the cable assemblies for transferring signals between two electronic devices. The purpose of the connector is to join two coaxial cables to form a continuous electrical path. One of the more commonly used series of such connectors is the 7702-3 connectors, which use a latched socket coupling, and are suitable for applications where very low RF leakage is desired.

7702-3 Application field

7702-3 connectors are widely used in many industries, including the medical, telecommunications, aerospace, radio frequency (RF) broadcast, and numerous industrial and military applications. They are generally used in the transmission of radio frequency (RF) signals, as well as power, data and other signals. The 7702-3 connectors are suitable for applications which demand the very highest performance, such as medical, military, and broadcast systems. They offer advantages over other types of connectors, such as smaller size, higher power handling capability, low-frequency loss, and far-field immunity.

7702-3 Working Principle

The 7702-3 connector series uses a special design that allows for a stable and secure connection between the antenna or coaxial cable and the device. The connectors feature a latched socket that is designed to lock into place when it is inserted into the device, providing an effective low-impedance path for high-frequency signals. The latched sockets ensure a secure connection and prevent any accidental disconnection.

The design also features multiple contact points that reduce the potential for signal loss. These contact points, combined with the connector’s robust construction, ensure that the 7702-3 offers superior electrical performance. Additionally, the design of the can be customized to specific applications, allowing for a wide range of customizable solutions.

7702-3 connectors are designed to be used in a variety of applications, including radio frequency (RF) broadcast, wireless communication, medical, telecommunications, aerospace and various industrial applications. They are suitable for applications involving high-power, high-frequency signals, and offer lower impedance compared to other connector types. As such, they are useful for applications where lower signal loss and better performance are desired.

Conclusion

The 7702-3 connectors are an ideal solution for many different applications, providing superior electrical performance that is further enhanced by customizable designs and secure connections. They also feature a robust construction which ensures a reliable connection and prevents potential signal loss. As such, the 7702-3 series is an ideal solution for applications that demand the very highest performance.