138-4407-107

Coaxial Connectors (RF) are one type of electronic connectors used to connect electrical components or transmit and receive signals. They provide a connection between various types of physical and electrical components that need to be safeguarded from interference or environmental factors. One of the most common types of coaxial connectors is the 138-4407-107. In this article we will look at the application field and working principle of this connector.

Introduction to 138-4407-107 Coaxial Connectors

The 133-4407-107 coaxial connector is a quick, affordable, and reliable solution for interconnecting electrical components at low frequencies (up to 1 GHz). This type of connector is designed for intuitive connection and disconnection of multiple wires. Its central contact can handle up to 10A current, while the two conductors positioned on either side provide RF signal transmission. It can connect all kinds of cables including coaxial, twisted pair, and flat cables. It is also considered one of the easiest connectors to install as no soldering is required.

Application Fields of the 138-4407-107 Coaxial Connectors

The 138-4407-107 is a commonly used coaxial connector in telecommunications systems, cellular base stations, and data centers. It is also used in a variety of consumer and industrial applications, such as audio/video equipment, wireless audio/video systems, antennas, and computers. Additionally, it can be used for medical applications including RF imaging, MRI systems, blood analyzers, and other types of highly sensitive medical equipment. This type of connector can be used in various industries and environments, including transportation, military, commercial, and residential.

Working Principle of the 138-4407-107 Coaxial Connectors

The 138-4407-107 connector is a two-piece coaxial connector that consists of an inner and an outer conductor. These two conductors are connected to each other via a dielectric material such as glass, polyethylene, or polyester. This essential configuration is what ensures the connector provides an effective RF connection. The spatial separation of these two conductors maintain a Faraday cage-like barrier between RF signals and the environment. This mechanism helps protect other equipment from interference and provides an optimal RF connection.

The inner conductor is typically connected to the cable’s center conductor, while the outer conductor is connected to the cable’s outer shield. Upon contact, the outer conductor compresses the inner conductor slightly to ensure that both contacts are properly and securely positioned on the dielectric material between them. This type of connection also serves to ensure low contact resistance while allowing the connector to be disconnected easily.

Conclusion

The 138-4407-107 is a great solution for low frequency connectivity, allowing for a reliable, quick, and convenient connection. This type of connector can be used in a variety of applications and is extremely easy to install. By employing a two-piece system for connection and a Faraday cage-like barrier to protect from interference, this type of connector is able to ensure an effective connection between various types of electrical components.