50015-5072ALF

(Backplane Connectors - Specialized)

The 50015-5072ALF Connector is a specialty backplane connector that is designed for a variety of applications. It is a one-piece, non-interfering, low-profile connector designed for small form factor systems.

Application field

The 50015-5072ALF Connector is primarily used in signal or power applications where space and weight are critical. It is also suitable for applications in military, aerospace, railway, medical, and industrial environments. The design of the connector provides high dynamic motion transfer capability and excellent signal integrity, while ensuring low insertion force and high contact density. It is suitable for both commercial and industrial use.

Working principle

The 50015-5072ALF Connector utilizes a one-piece, non-interfering, low-profile design, which results in better contact performance and increased design flexibility. It also features a high-performance contact which provides superior electrical performance. The contact is designed to reduce insertion forces during mating and to provide excellent durability. The efficient contact design also minimizes crosstalk and reduces contact resistance. Additionally, an integrated grounding clip provides additional protection against RF radiation.

The 50015-5072ALF Connector also provides a secure locking mechanism that prevents contact misalignment. The connector is also designed to meet all safety and environmental standards. It is compliant with the European Union RoHS Directive. Additionally, it is UL rated for use in temperatures ranging from -40°C to +100°C. It is designed and manufactured to meet stringent quality requirements and is tested to ensure performance and reliability.

Conclusion

The 50015-5072ALF Connector is a high-performance backplane connector that is designed for space and weight conscious applications such as military, aerospace, railway, medical, and industrial environments. It provides superior electrical performance and features a high-performance contact which reduces insertion forces and provides excellent durability. Additionally, it is UL rated for use in temperatures ranging from -40°C to +100°C and meets all safety and environmental standards.