5822137-4

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Memory connectors are integral components in computer systems, allowing for the integration of memory modules for faster data access and increased storage space. The 5822137-4 inline module sockets are versatile performers, capable of bridging modern memory modules to the host hardware. We will be discussing the application fields of 5822137-4 and its working principle.

Application Fields

The 5822137-4 is designed for 160-pin Rambus modules but it is also compatible with other memory standards such as 144-pin SODIMM, 72-pin and 168-pin. Due to its flexibility and ease of use, the 5822137-4 is gaining popularity in various industries and is becoming the go-to choice for memory connector solutions. This inline socket is used in servers, workstations, desktop PCs, and laptops/notebooks, enabling high-speed data access and reliability.

The 5822137-4 inline module socket is also used in embedded systems, where its compact design allows multiple memory modules to be installed within the same device. This memory connector socket is used in entertainment systems such as media players, gaming consoles, and set-top boxes, as well as in industrial and medical equipment.

Working Principle

The 5822137-4 inline module socket is designed to fit most modules without requiring any additional hardware. The socket features a wide array of pins that are designed to interface with the pins on the memory module, forming a secure connection. The contacts are gold-plated for durability and reliability, allowing for high-speed performance and longevity.

Once the memory module is inserted, the 5822137-4\'s design ensures proper contact between the module and socket. This is achieved by tension springs, which force the module against the inside walls of the socket and thus keeping it in place. Additionally, the socket also contains spring clips at the top and bottom of the module which keeps the module firmly in the socket.

The 5822137-4 inline module socket provides a significant step-up over traditional memory modules, as it utilizes a more reliable connection and allows for faster access and increased storage space. It is an ideal choice for memory connector solutions and is quickly becoming the de facto standard for modern computers and embedded systems.

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