10101902-101LF

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When a system consists of multiple circuit boards, it is likely that a backplane will be the ultimate connection that facilitates communication between them. This type of interconnection relies on a combination of signals, grounds, and physical slots to pass data over a greater distance than the traditional point to point connections. The 10101902-101LF is a backplane connector used to connect multiple circuit boards, and is designed to be a reliable and cost-effective solution for providing high-bandwidth data connections for a variety of applications. In this article, we will discuss the applications and how these connectors can be used and how they work.

Applications of the 10101902-101LF Backplane Connector

The 10101902-101LF backplane connector is specifically designed for daughter card applications. It features two backplane connector assemblies which are arranged in opposing positions and provide a female connector and a male contact in the faces of each assembly. This makes it ideal for connecting two daughter cards together, with one positioned on the top of the backplane and the other on the bottom. The male connector provides secure and reliable plugging and unplugging, while the female connector offers flexibility and protection from environmental contaminants such as dust and water.

This type of connector is often used in high-bandwidth applications due to its reliable interlocking and secure connection. The 10101902-101LF has been designed to function at a much higher speed than other types of connectors, making it ideal for densely populated systems with multiple circuit boards. It is also suitable for applications involving high-speed switching that require extremely low insertion and return loss, such as in switch fabrics and backplanes.

The 10101902-101LF backplane connector is also well-suited for embedded systems, networking products, storage systems, and servers. It is available in a number of sizes and is often used to interface multiple circuit boards, including microcomputers, mezzanine boards, or peripheral printed circuit boards (PCBs). The connector is also suitable for parallel buses, such as those used for memory and storage applications.

Working Principle of the 10101902-101LF Backplane Connector

The 10101902-101LF backplane connector utilizes an innovative locking system which prevents the contacts from disengaging or shifting which can cause data loss or instability. The connector pins, contacts and casings feature an interlocking design with multiple secure points of contact. This ensures a reliable engagement and superior data performance with reduced power dissipation.

The contact pins are made from a gold-plated alloy material that provides excellent corrosion resistance and superior durability. The contacts feature a positive action locking system which ensure secure mating under heavy vibration and shock conditions. The contact is self-aligning and provides precision to the connection and controlled force for high-frequency signal integrity.

The connector also makes use of a flexible cable retention mechanism which enables quick and easy installation. This feature allows the cable to be installed without the need for cutting or other time-consuming operations. The contact pins are secured with a positive locking mechanism and are designed to provide an excellent high-frequency connection.

Conclusion

The 10101902-101LF backplane connector is a reliable and cost-effective solution for providing high-bandwidth data connections for a wide range of applications in high-density systems. Its gold-plated alloy contacts, positive locking system and flexible cable retention mechanism ensure secure usage under heavy vibration and shock conditions. It is ideal for use in embedded systems, networking products, storage systems, servers, switch fabrics and backplanes, and in particular for daughter card connections. It is well-suited for high-speed switching and parallel buses for memory and storage applications.

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