69168-106

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Rectangular Connectors-Headers, Male Pins, provides a robust connection between two components. The 69168-106 product is a quality header with pins on the end that mate with a similarly configured thru-hole module, such as a PCB or even some other components. With this product, connections are securely maintained thanks to the bayonet barrel locks.

Application Field

The 69168-106 product is suitable for high-speed communication (up to 6Gbps), data transmission, high-frequency signal transmission, power connection, and data synchronization application between two same devices. Among other applications, 69168-106 is also used for program management and control system.This product is suitable for applications where dependability and reliability are of utmost importance, such as automotive, industrial, and military applications.

Working Principle

The 69168-106 product is designed with pins on the end that are mated with a similarly configured thru-hole module. When two components are joined, the bayonet barrel locks securely fasten the two components together, providing a robust connection that can be relied upon in high-speed communication and power connections. The two components are connected via a solid mechanism of compression and deformation of the pins, and the level of compression during the connection process is controlled by the amount of torque applied.

Due to the design of the pins, the connection can provide increased damping of high-frequency signals. Furthermore, when using the 69168-106, the tightness of the connection can be adjusted through mechanical adjustment after connection, which may be convenient for applications with directional requirements.

Conclusion

The 69168-106 product is a quality header that can provide a reliable connection between two components, making it suitable for application fields where reliability and dependability are essential. Additionally, the design of the pins reduces high frequency signal attenuation, and also allows for adjustable tightness of the connection.

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