172329 Connectors, Interconnects

Coaxial Connectors (RF) play an important role in the Ethernet network, providing reliable connection and reliable performance. The 172329 connector is a new type of coaxial connector designed for Ethernet networks. It features high-speed transmission and reliable connections.

Application Field

The 172329 connector is designed for Ethernet networks, replacing traditional copper wiring, pigtails, and fiber optics. It offers an empty female connector opening, allowing for an easy installation of jumper cables. Therefore, it is suitable for applications such as industrial automation, control systems, Ethernet networks, computer networks, and radio frequency applications. This connector is also used for transporting audio/video signals, as well as for test instrumentation and automated systems, so it is widely applicable in many areas.

Working Principle

The 172329 connector relies on a two-piece system that consists of a male and a female element. The male component features a convex cylinder with an external thread at the end and an internal groove. At the other end, the female component features a stepped width that accommodates the male component. When the two pieces are connected, the internal diameter of the male is matched to the stepped width of the female. This ensures a secure connection and a reliable performance. The contact between the two components is further enhanced with gold plating for increased conductivity and resistance to corrosion.

In addition, the 172329 connector also utilizes a retention clip for preventing the two pieces from being disconnected. This clip fits over the grooves on the female element, ensuring a mechanical lock and a reliable physical connection. Furthermore, this clip is also designed to be Field Replaceable, meaning that it can be unscrewed from the female component in case of damage or failure.

Overall, the 172329 connector is suitable for a variety of applications and offers a secure and reliable connection. It features a robust design, gold plating for increased conductivity, and a retention clip for a reliable physical connection.