50576-1264ELF

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50576-1264EL Backplane Connectors – Specialized

As an important type of backplane connectors, 50576-1264EL has different application fields and working principles. It is designed for various applications with higher signal density and higher working frequency. Due to its distinct characteristics, it plays an essential role in the industry.

Application Field

50576-1264EL backplane connectors can show great performance in the field of telecommunications and in the process of broadband data transmission. This type of connectors provide the necessary interconnects and power supply distribution for different appliances, enabling communications between components, sub-systems, and subsystems. Furthermore, it has multiple and tasteful features, such as enhanced mechanical stability, signal integrity, and improved design flexibility.

Moreover, they are widely used in the industry of aerospace and other places with harsh conditions. Based on the high repeatability, the robust design of the 50576-1264EL backplane connectors can be able to overcome the most severe vibration and temperature requirements. Also, it can work well with a wide range of temperature conditions, such as -40°C to +85°C.

Additionally, 50576-1264EL connector plays an important part in the industrial process. It can systematize and interconnect the power supply and manage the process of reliable data transmission, significantly decreasing the time and cost for industrial process automation.

Working Principle

The working principle of 50576-1264EL is simple. It functions as an interface to connect different electrical and electronic systems on a backplane. It utilizes the impedance matching concept, which can reduce signal reflections and improve data transmission speed. It also uses the ‘floating contact’ design to enhance the wiring stability and ensure high contact reliability.

To add, the optimized contact geometry ensures the signals transmitted through 50576-1264EL backplane connectors are free from any distortion or crosstalk. The blinder for the body shell prevents any contact with the mating surface and ensures the synchronization of the components.

Furthermore, a unique mechanical design provides enhanced retention and vibration resistance to reduce the possibility of assembly failure. It is also built with a combination of thermoplastic and thermally conductive compounds, providing the needed locking force as well as superior heat dissipation.

Conclusion

In conclusion, 50576-1264EL backplane connectors have wide application fields and complex working principle. It provides tremendous features such as improved signal integrity, enhanced stability, and improved design flexibility, which can help overcome the most severe vibration and temperature requirements. The robust integrated design is crucial for industrial process automation and provides great advantages for different applications.

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