VA226 Connectors, Interconnects

Coaxial connectors, also known as RF connectors, are ubiquitous in the communication and network infrastructure industry. They are suitable for applications from low-frequency analog signals to high-performance digital microwave networks. VA226 is the model number of a type of coaxial connector. As an adapter, it provides a connection between any other two different types of connectors. This article will discuss the application field and the working principle of the VA226 coaxial connector.

Application Field of VA226

The VA226 coaxial connector is used in a wide range of applications, such as radio and television broadcasting, shortwave radio, navigation, surveillance, and air traffic control. It is typically used in combination with other coaxial connectors as an adapter for RF systems to connect devices with different interface types or electrical characteristics. It can also be used with fiber connectors to bridge differences between optical interfaces.

VA226 is also used in military and aerospace applications, such as radar, missile launchers, and satellites. It is suitable for use in many wireless systems due to the low loss of RF signals at high frequencies. The connector’s superior electrical performance ensures reliable signal transmission even in extreme weather conditions.

Working Principle of VA226

VA226 is a type of coaxial connector consists of a metal outer conductor and a center conductor that is separated from the outer conductor by an inner insulator. The outer conductor is usually a straight fin-shaped conductor that mates with the center conductor, creating a connection that helps to prevent electrical interference between circuits. In addition, a contactless air-coupled gasket is typically included to ensure a reliable connection.

The center conductor is supported by the inner insulator on the inner surface and terminates with a male threaded-stud, while the outer conductor is supported by the gasket on the outer surface and terminates with a female threaded socket. Due to the threaded design, the connector remains secure even in high vibration environments and offers optimum protection in extreme operating temperatures.

VA226 is also designed with a nonmagnetic body, allowing for an exceptionally lowl-profile design. This ensures minimal size and maximum performance, making it suitable for applications requiring space savings or a minimal footprint. Additionally, its compact design provides a strain relief that eliminates any possibility of wire stress or breakage.

Conclusion

VA226 is a versatile and reliable type of coaxial connector that is widely used in a variety of applications, from radios and televisions to military and aerospace systems. Its compact and highly efficient design provides superior performance even in extreme operating conditions. The connector ensures a secure and low-loss connection, providing an excellent choice for a wide range of applications.