321A245M

Coaxial Connectors (RF), are electrical connectors used for the transmission of low and high frequency signals, such as radio frequency (RF). The 321A245M is one of the most versatile and common RF coaxial connectors, used in a wide variety of applications in both consumer and industrial electronics. This article will provide an overview of the 321A245M application field and working principle.

What is 321A245M?

The 321A245M is a two-piece RF coaxial connector. It consists of an inner pin and an outer shield, joined together using a threaded coupling nut. The connector’s main feature is its threaded, quick lock coupling nut, which allows for fast and efficient mating of two coaxial connectors. This unique feature allows the 321A245M to be used in a wide variety of applications, including both commercial and military systems.

321A245M Application Field

The 321A245M is used in a wide variety of applications, including GPS antennas, Wi-Fi antennas, cellular telephone base stations, interphone systems, radio transmitters, radio receivers, and many more. The 321A245M is also used in a wide variety of military applications, such as avionics and satellite communications. It is also widely used in automotive applications, such as radar systems and dash cams.

321A245M Working Principle

The 321A245M works by creating a low-impedance electrical connection between two coaxial cables. This is accomplished by forming a snug connection between the inner pin of the connector on one end, and the outer shield of the connector on the other end. This essentially creates a low-impedance path for RF signals to travel, thus allowing for efficient transmission and reception of RF signals.

Conclusion

The 321A245M is a versatile and reliable RF connector, used in a wide variety of applications, ranging from consumer electronics to military communications. Its unique threaded, quick lock coupling nut allows the connector to be used in situations where fast and reliable mating is required. Its low-impedance connection prevents signal loss or interference, thus allowing for efficient transmission and reception of RF signals.