50009-5092ALF

Backplane Connectors - Specialized

50009-5092ALF is a specialized type of backplane connector commonly used across various industries for a variety of applications. This article will look at the application field and associated working principles of this particular connector type.

Application Field

50009-5092ALF is a backplane connector that is part of the ARINC 600 series common to Airbus, with a 66-position, power-driven interface. This connector is widely used in the avionics and aerospace industry due to its unique combination of size ratio and power density. In addition to being used as part of the ARINC 600 series connecting items such as cables and modules, commonly in aircraft cabins, this type of connector is increasingly finding applications in other industries like automotive, energy, and telecommunications.

Working principle

The 50009-5092ALF is a 2-row, 34-position connector type with a cold-rolled steel shell. Its secure connection is accomplished through the use of various crimp terminations, contact materials, and retaining hardware, all of which add to the robustness of the connection. The inner contacts are located in-line along the width of the connector, and are available in multiple sizes for varying current carrying capabilities. Each contact is terminated to the up-stack cable or device using existing pin technology.

The 50009-5092ALF is a more advanced connector than many other types, as it offers superior levels of performance in both signal integrity and performance. Its design utilizes signal validation to ensure the highest levels of data integrity and signal performance, and its interface contact system has greater durability and reliability compared to other connector types. Furthermore, this type of connector also includes various safety features to protect against contact wear and tear, shock, vibration, and corrosion.

Conclusion

50009-5092ALF is a specialized type of backplane connector with unparalleled performance that is increasingly finding applications in various industries. Its secure and robust connection, high signal integrity and performance capabilities, and superior safety features make it an ideal choice for a variety of industrial applications, particularly those requiring higher degrees of stability and robustness.