5227755-3

Coaxial Connectors (RF) have been widely used in various communication systems to connect antennas, cables and other devices to transmit signals and data between them. The 5227755-3 connector is one of the most popular coaxial connectors on the market, with a wide range of applications and working principles.

The 5227755-3 connector is a 50 Ohm interface that connects two cables, two antennas, or a cable and an antenna. With a rated operating frequency of 2.4GHz~2.5GHz, the overall size of this connector is 5.0mm and the cable insertion depth is 5.0mm, making it suitable for a variety of applications. The connector is designed with a threaded external retention ring nut, which provides strong and secure mechanical connection. The spring-loaded center contact ensures excellent electrical performance, providing low VSWR values.

The 5227755-3 connector is usually used with antennas or cables in military communication systems, such as Vertex radio systems, advanced radar systems, unmanned aerial vehicles and related applications. This connector is also common in commercial wireless communication applications, such as WiFi, cellular, and broadband, allowing for easy installation and maintenance.

The working principle of the 5227755-3 connector is based on the principle of electromagnetic coupling. When connecting two cables or two antennas, electromagnetic waves are generated by the inner conductor of one side, which causes current to flow in the inner conductor of the other side. This current then induces a voltage in the outer conductor of the other side, and when it reaches a certain level, communication is successful. This working principle helps to ensure that the complete connection is accurate and stable, providing reliable signal transmission without signal losses or interference.

In conclusion, the 5227755-3 connector is an ideal choice for various communication systems due to its small size, low cost, and reliable performance. With a wide range of applications and a simple working principle, it can be used for both commercial and military communication purposes, providing signal transmission without losses or interference.