10037911-103LF

Backplane Connectors - Accessories

The 10037911-103LF is a backplane connector designed for applications in the fields of high speed networking, computer storage and industrial automation. It is an accessory for efficient applications that require reliable connections.

The connector is designed with an advanced, planar-contact board-to-cable interconnect technology. This ensures consistent electrical connections, while providing mechanical stability. The two-level board designs provide reliable signal transmissions through a wide range of signal routing. It is designed to fit in standard backplane configurations with a variety of configurations, and offers an ambient operating temperature range of -40°C to +125°C.

Working Principle

The 10037911-103LF is designed to be self-mating, using a unique pin arrangement. This pin arrangement ensures minimal interference and crosstalk between connected pins. It also negates the need for soldering during the assembly process, allowing for quicker and easier installation. By using a metal spring clip system, the connector provides a high-strength connection while still accommodating high-speed signal integrity.

The connector is designed to be resistant to signal degradation from outside noise and interference. It has an enhanced signal packing character that allows for high-speed data transmission. The metal contact points of the connector are also plated with gold, ensuring an extended service life without any additional maintenance costs.

The design ensures durability and reliability, making it suitable for use in a range of industrial and computer systems. The connector is designed to provide high current capabilities and excellent thermal dissipation qualities, while still remaining lightweight and cost-effective.

Conclusion

10037911-103LF is an advanced backplane connector designed for the application fields of high speed networking, computer storage and industrial automation. Its pin arrangement eliminates the need for soldering and provides a reliable connection, while its gold contact points ensure a long service life. The connector is designed to be resistant to signal degradation and offers high current capabilities and excellent thermal dissipation qualities.