84817-102028LF

The 84817-102028LF is a high speed, low profile, 50-ohm Surface Mount Coaxial Connector designed for backplane and high frequency applications up to 10 Gbps. Using a unique hand-over soldering process, these connectors can effectively eliminate EMI interference and minimize cross talk in the system. It is well suited for digital and analogue signals.

Application Field

The 84817-102028LF is primarily designed for high frequency applications in a variety of industrial and consumer applications, including for backplane interconnect, switches, routers, chip-to-board, datacom, telecom, security, automotive, semi-rigid cables, etc. Because of their low profile, these connectors can be used in applications with limited space, which include handheld devices, industrial enclosures, and notebooks. In addition, these connectors are also suitable for point-to-point and point-to-multipoint configurations.

Working Principle

The 84817-102028LF uses a contact retention method that allows for a very robust coupling force. The contacts are held in place by a retention clip and force-lock system that securely holds them in the housing. This ensures a reliable connection in the environment even when subjected to high vibration or shock. The contacts are also plated with gold providing better corrosion resistance and signal integrity. These contacts also use a spring-actuated smart latch which enhances the integrity of the connection.

The 84817-102028LF also uses a unique hand-over soldering process which ensures that there is no EMI interference in the system. Additionally, the connector is also compliant with a variety of relevant industry standards, ensuring reliability in different applications. The connector is also UL rated, so it can be used in industrial applications.

Overall, the 84817-102028LF is a reliable high speed, low profile, 50-ohm Surface Mount Coaxial Connector, designed for backplane and high frequency applications up to 10 Gbps. It is well suited for industrial and consumer applications, especially in limited space environments.