2199154-2

Memory connectors with inline module sockets are widely used in embedded systems for flexibility and increased performance. Inline module sockets provide the ability for both connection and disconnection of a board-level module, which enables a modular design and allows for quick and easy replacement of components.

The 2199154-2 inline module socket is an ideal solution for high density memory applications that require more robust signaling and higher performance than those provided by traditional memory connectors. The 2199154-2 is designed for use in advanced computing and networking applications, and is especially suited to connector-type, memory-side connections that require high- voltage operation, high-performance voltage isolation, and minimal contact resistance.

The 2199154-2 inline module socket features a unique shielding system which helps protect the inner components and contacts from EMI interference while providing an extra layer of current control to prevent module lock-up or breakdown. The socket is also designed with a low profile, which allows for increased operational space and reduces the risk of signal interference during operation. The 2199154-2 is compatible with industry-standard, board-to-board, edge-mount memory modules, and it supports both single-ended and differential signaling.

The working principle of the 2199154-2 module socket is relatively simple. Each contact is made up of two parts - a centrally-located contact post, and an outer sleeve. The contact post provides an insulated electrical connection between the circuit board and the module, while the sleeve provides a secure, uniform mechanical connection between the two. When the module is inserted into the socket, the contact post makes contact with the module\'s contacts, and the outer sleeve slides over the module\'s pins to create a fixed connection. The sleeve also provides a contact-locking mechanism so that the module is held firmly in place.

The 2199154-2 inline module socket is a versatile connector that offers high performance, reliability, and durability. It is ideal for memory applications in advanced computing and networking applications, and it provides a high voltage operation, high performance voltage isolation, low profile design to prevent signal interference, and a unique contact-locking system.