51940-527LF

51940-527LF are widely used backplane connectors that explore many industries, specializing in high-speed data communication and military applications. Different modules such as connectors, cable assemblies, and integrated systems offer a variety of reliable transmission methods for data, power, and signals. They are versatile since they provide design-flexibility, and superior performance in a range of data communication connections.

Applications

51940-527LF backplane connectors are used in a variety of applications such as aircraft and military hardware. These components have been designed for high-speed data communications, to comply with MIL-STD-1553. This military standard defines robust transmission between components, which can be used in many military and aerospace applications, including aircraft and military vehicles. They also offer signal integrity in a variety of industrial applications.

Moreover, they are used in applications that require reliable power transmission, such as uninterrupted power supply (UPS) systems and DC power supplies. They can be used in high-voltage levels and offer high-current capability. Furthermore, they are also used in precision data acquisition, data processing, control, networking, security, and monitoring systems among other applications.

Working Principle

51940-527LF backplane connectors offer a reliable connection technology for high-speed data communication needs. Their design ensures a secure connection between two or more components in a variety of data communication protocols including Serial ATA and Ethernet. This is achieved by relying on secured metal contact pins which facilitate the guidance and connection of other pins along the modules. The metal contact pins are positioned along the modules and reinforced with sturdy latches so to ensure the integrity of the connection.

Furthermore, the modules offer high-current and high-voltage capability, being able to tackle a variety of power transmission needs. This is achieved by a reinforced connection thanks to the secure latch and metal contacts along the modules. Moreover, the modules offer both electrical and electronic noise immunity, being able to withstand a broad range of electro-magnetic interference, thus guaranteeing reliable data transmission.

Finally, the modules also offer an improved design to reduce EMI and improve performance. The modules can be customized to suit the specific requirements of their integrated systems, to provide for flexibility and superior performance.

Conclusion

In conclusion, 51940-527LF backplane connectors are specialized connectors widely used in high-speed data communication and military applications. Their reliable connection technology is suitable for a variety of power and signal transmissions. Moreover, they offer design customization and superior performance. Thanks to their robust contact pins along the modules, they are suitable for high-current and high-voltage applications, while also providing immunity against electro-magnetic interference.