10068597-11129LF

The 10068597-11129LF Inline Module Socket, is a memory connector which has a wide range of applications in computer systems. It is capable of connecting with a variety of different devices including memory modules, processors and embedded devices such as sensors and RF-devices.

This memory connector can be used for various tasks such as mounting memory modules on motherboards, providing a secure connection to external memory modules, cables, and other devices. The connector also makes it possible to connect multiple memory modules together or link them with a shared bus.

The 10068597-11129LF Inline Module Socket is an extremely versatile connector designed for quick and reliable connections. This connector features an innovative design which maximizes board space and promotes maximum flexibility of storage. The socket is extremely resistant to shock and vibration in addition to being able to handle high temperatures without any issues.

The 10068597-11129LF Inline Module Socket is ideal for environments that require high-speed data transfer. This connector is designed to provide reliable and secure connections while also efficiently utilizing the available board space. The socket is also highly resistant to shock and vibration which make it an ideal choice for more demanding applications.

The working principle of the 10068597-11129LF Inline Module Socket is quite simple. This type of memory connector works by utilizing spring-loaded contacts that mate with other compatible connectors. The spring-loaded contacts provide stability and secure connections while the connector is being mated and prevents it from becoming loose or dislodged during operation.

The 10068597-11129LF Inline Module Socket is a versatile memory connector that can be used for a wide range of applications. It is an ideal choice for high-speed data transmission purposes, as well as for applications that require secure connections and high resistance to shock and vibration. This memory connector is designed to provide reliable and efficient connections while also utilizing a minimum of board space.