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Memory Connectors - Inline Module Sockets are specialized connectors used in electronic applications that make use of memory components. The connectors are typically used to secure a memory module, such as a DIMM (Dual In-line Memory Module), to a motherboard or other motherboard mounted device to provide memory to the system. Inline module sockets offer greater heat dissipation, increased life expectancy, and improved signal integrity capabilities when compared to conventional memory sockets, and have become the technology of choice for memory applications.

Design of Memory Connectors - Inline Module Sockets

Inline module sockets are generally designed of molded thermoplastic housings with contacts manufactured of copper alloy. The sockets feature both vertical and edge contacts, which are arranged in dual-row designs to accept the memory modules. Depending on the system design, the contacts may be on either the right or the left of the rotating connection. The contact design generally includes four staggered routing edges which serve to orient the memory module upon insertion and orientation details that fit a specific type of memory module. The thermoplastic housings have a UL rating of 94V-2, and a terminal retention force of 8 ounces per contact.

Applications and Benefits of Memory Connectors - Inline Module Sockets

The benefits of using an inline module socket over a conventional memory socket are related both to functionality and to the form factor. Inline module sockets make it possible to add memory modules without any of the physical adjustments required with the conventional memory sockets, as connections are completed using the same standardized three-position system. In addition, the inline module ensures that the memory module is properly aligned and connected for correct operational performance.

In terms of heat dissipation and signal integrity, the use of an inline module socket increases life expectancy by reducing contact resistance and thus minimizing signal degradation. The contact geometries of the inline module socket make it substantially superior to conventional memory sockets when comparing its retention force and contact force derating.

Working Principle of Memory Connectors - Inline Module Sockets

The working principle of a memory connector - inline module socket involves the insertion of a memory module into the contact slots of the socket. When covering the memory module\'s mating surface and pressing down, electrical contact is established. Connector housings are designed to mate with the PCB through a rotating connection, eliminating the need to adjust the PCB to the module. The contact design of the socket assures that the memory module will be properly aligned and correctly connect with the PCB.

Conclusion

Memory Connectors - Inline Module Sockets are specialized connectors used in electronic applications that make use of memory components. The connectors provide greater heat dissipation, increased life expectancy, and improved signal integrity capabilities when compared to conventional memory sockets, making them the technology of choice for memory applications. The contact design of the socket assures that the memory module will be properly aligned and correctly connect with the PCB, providing for the seamless flow of data between the two devices.

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