5-6450540-9

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Backplane connectors are specially designed with specific features and mating requirements to connect printed circuit boards and modules. 5-6450540-9 is a backplane connector that was developed by CHIPS Company with a specific application field and unique working principle. In this article, the application field and working principle of 5-6450540-9 are discussed to better understand the product.

Application Field of 5-6450540-9

5-6450540-9 is designed for high-performance communication and computing solutions. It is ideal for applications such as communication networks, embedded computing, storage area networks, military avionics, high-speed video, and data acquisition systems. The 5-6450540-9 allows an even higher shift in the performance of your silicon as it offers a contact interface with low-skew and low crosstalk features. It also includes features like high density contact mating and multiple mounting options.

The 5-6450540-9 facilitates a reliable connection between a backplane and a printed circuit board. It is designed with tight pitch and coplanar options which provide PCIExpress® 3.0, QPI, ASI, Universal Serial Bus (USB) 3.0, and SATA 2.0 and 3.0 compatibility. It also has version compatibility protection, mounting holes for large board spaces, and full complement of options like standard, right angle, and low-profile.

Working Principle of 5-6450540-9

5-6450540-9 is based on the Fieldbus technology which supports data transmission on both tracks. The connector is designed with either rigid printed circuit boards (PCBs) or flexible PCBs which allow the signal to travel through the backplane. The working principle of 5-6450540-9 backplane connector requires that the location pins of the backplane connector must match the hole and slot patterns of the PCB in order to ensure a solid connection.

The 5-6450540-9 is designed with a pre-assembled female socket for the front side of the printed circuit board. This socket contacts the edge of the backplane. The signal is then transmitted from the backplane through to the printed circuit board. On the rear side of the printed circuit board, a male connector is pre-assembled. The two connectors are then held together by the PCB via a compression mechanism. This mechanism ensures a reliable connection between the two sides.

The other components of 5-6450540-9 are the contacts which are made from beryllium copper that provides good signal transmission and superior electrical performance. The contacts are also designed with gold plating which provides corrosion resistance. The contacts have two points of contact to improve the stability of the connection. They also have a locking mechanism which ensures that the connection is secure and reliable.

Conclusion

5-6450540-9 is an advanced backplane connector that is designed for high-performance communication and computing solutions. It is designed with specific features and mating requirements to provide a reliable connection between printed circuit boards and modules. The 5-6450540-9 is based on the Fieldbus technology which enables signal transmission on both tracks and its contacts are designed with two points of contact and gold plating for better electrical performance. The 5-6450540-9 is a reliable backplane connector that ensures a secure and reliable connection.

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