Series:	--
Packaging:	Tape & Reel (TR)
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Style:	SODIMM
Number of Positions:	204
Memory Type:	DDR3 SDRAM
Standards:	--
Mounting Type:	Surface Mount, 25° Angle
Features:	Board Guide, Latches
Mounting Feature:	Reverse
Contact Finish:	Gold
Contact Finish Thickness:	10.0µin (0.25µm)

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Memory Connectors - Inline Module Sockets

Memory connectors, also referred to as inline module (IM) sockets, are components made up of two or more electrical terminals that provide a direct connection between two or more pieces of electronic equipment. The terminals can be connected to electrical or electronic devices, or they can be soldered together to form an electronic connection for two or more devices.Memory connectors typically feature several external ports that allow for the transfer of data to and from other electronic devices. The ports can be labeled as inputs, outputs, or a combination of both. The internal components of a memory connector are constructed of materials such as steel, copper, aluminum, or brass, and are usually plated with nickel or gold to improve conductivity and increase the durability of the connection.Socketed memory connectors have higher performance when compared to other types of connectors, such as terminal blocks. This is because the sockets are more precise when compared to terminal blocks and can handle higher current and voltage levels. Additionally, IM sockets provide more accurate and consistent connections, and are more reliable in terms of data transfer and protection.When comparing memory connectors, it is important to consider their application field and working principle. An application field is the type of equipment or environment a connector is intended to be used in. Depending on the type of application, different types of memory connectors may be used.For example, inline module (IM) sockets designed for automotive applications must have a higher current carrying capacity than IM sockets designed for medical applications. Similarly, memory connectors designed for computer applications must have a lower resistance level than memory connectors designed for telecom applications. Each application field typically requires a specific type of memory connector to ensure the best performance.The working principle of a memory connector is the manner in which it interacts with the components and circuitry of an electronic device. Typically, the working principle is based on the type of connection the memory connector creates or the type of interaction it produces. For instance, if a memory connector is designed to be plugged into a printed circuit board (PCB) then its working principle would be based on the PCB’s specific circuit design and how it interacts with the memory connector.Memory connectors come in a variety of shapes and sizes, and are designed to facilitate different types of data transfer and connections between electronic devices. They are available in a variety of connector types, such as board-to-board, board-to-cable, or board-to-panel, and are designed for various application fields.Inline module (IM) sockets can be used with different types of memory chips and are often used in applications that require data to move between different components. As such, these connectors are often used in Ethernet networks, cables, and PC systems. IM sockets also have higher current and voltage capacity than terminal blocks, and are highly reliable in terms of data protection and data transfer.In conclusion, memory connectors are components made up of two or more electrical terminals that provide a direct connection between two or more electronic devices. The connectors are available in a variety of shapes and sizes and must be considered based on their application field and working principle when comparing memory connectors. IM sockets are an example of a memory connector that is used in a variety of applications and have higher current and voltage capacity than other connectors.

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