2-2199154-3

Series:	--
Packaging:	Tray
Lead Free Status / RoHS Status:	--
Part Status:	Active
Connector Style:	DIMM
Number of Positions:	288
Memory Type:	DDR4 SDRAM
Standards:	--
Mounting Type:	Through Hole
Features:	Board Lock, Latches
Mounting Feature:	Normal, Standard - Top
Contact Finish:	Gold
Contact Finish Thickness:	15.0µin (0.38µm)

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Memory Connectors: Inline Module Sockets

Inline module sockets, also known as memory connectors, provide versatility and longevity for your storage solutions. They are designed to last and offer optimized performance with your personal electronic systems. This article will discuss the application field and working principle of inline module sockets.

Application Field

Inline module sockets, or memory connectors, are used in a wide variety of applications, such as aerospace, military, medical, industrial, and automotive. They are designed with high-reliability and low-insertion-force connections that allow increased system efficiency. Inline module sockets are typically used for high-speed, high-performance system designs that require high signal integrity, precise control, or extreme durability.They are often used as interconnects in computers, communication, networking, memory and storage. For storage applications they are typically used for Flash memory, SD memory, and SATA/SAS memory. Inline module sockets for memory applications offer increased flexibility for many electronic designs, as well as the ability to quickly adapt and upgrade your system. They can also be used to protect delicate memory devices from performance-degrading shocks and vibration while helping to ensure that the system has maximum uptime.

Working Principle

The inline module socket works by providing a secure connection between the device and the memory component. It does this by providing an electrical connection between the module and the mating surface. The electric connection is made through metal pads on the surface of the module which are contacted with gold-plated contact pins on the mating surface. The contact pins create a secure, reliable connection between the device and the memory component.In order for the electrical connection to work, the module and the mating surface must be clean and relatively flat. This ensures that the contact pins will make full contact with the metal pads on the module, providing a secure connection.The inline module socket also provides protection for the memory component from environmental influences that could cause the data to become corrupted. The protection is achieved by using elastomeric seals and gaskets that prevent dust, moisture, and other particles from entering the system and causing data corruption.

Conclusion

Inline module sockets are designed to provide enhanced performance and longevity for your storage solutions. They are used in a wide range of applications and offer high signal integrity and precise control. The working principle of an inline module socket involves providing an electrical connection between the module and the mating surface. The connection is made through metal pads and gold-plated contact pins, and is sealed by elastomeric seals and gaskets to protect the memory component from environmental influences.

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