10068597-11128LF

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The 10068597-11128LF inline module socket is a general-purpose memory connector used to connect peripheral devices such as BIOS ROMs, bus buffers, input/output drivers, memory expansion chips, and interface controllers. This type of connector is also referred to as a zero insertion force (ZIF) and low force (LF) connector.

This type of socket has two variations; the single-ended version and the double-ended version. The single-ended version is for use with eight-bit and wider memory devices up to 15MB of DRAM. The double-ended version is used to connect two memory modules for up to a total of 32MB of DRAM. Both the single-ended and double-ended versions require no solder and can be installed with a single tool.

The 10068597-11128LF socket is open-end and has two rows of eight pins. These pins provide power and data signals for the device. The socket has an additional space for a slot connector at one end. This is a low voltage memory module connector. It has a voltage tolerance of 5.5V AC and up to 7.5V DC. Additionally, this socket is also RoHS compliant.

The 10068597-11128LF socket is designed to provide a reliable connection between memory components and the adjacent system board. It features a patented Flexible Position Alignment (FPA) mechanism which allows for more reliable and accurate alignment of memory components. Additionally, it has a dust retention clip which prevents dust from entering the socket. This helps to maintain the integrity of the connection for extended periods of time.

The 10068597-11128LF also has a fast, efficient, and secure locking mechanism. This locking mechanism helps to ensure a secure connection between the socket and the memory module. Additionally, it helps to protect against accidental disconnects or interference from outside sources.

In summary, the 10068597-11128LF inline module socket is used to connect memory components to the adjacent system board. It features a patented Flexible Position Alignment mechanism and a dust retention clip for reliable and accurate alignment of memory components. Additionally, it has a fast, efficient, and secure locking mechanism which helps to ensure a secure connection between the socket and the memory module.

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