10116658-252FSLF

Memory Connectors - Inline Module Sockets

The 10116658-252FSLF (252FSLF) is an inline module socket that can be used with a variety of memory connectors. It is designed to provide a secure, reliable connection to a variety of memory devices and provide easy access to data and control signals. The 252FSLF has been used in a variety of applications, ranging from industrial and device control systems to military and aerospace.

Application Fields

The 252FSLF is designed to provide low-profile interface solutions for specialized memory connectors. It is suitable for applications requiring high performance, robust connections in harsh environments. It is well suited for applications in industrial, military and aerospace applications, in particular, where vibration and shock are present.

The 252FSLF is a strong choice for use with low-cost, light-weight or high-speed interface cards. It provides excellent signal integrity, allowing for reliable connections in physically demanding applications. The 252FSLF is also well suited for applications where minimal power dissipation is desired. This is due to the fact that it requires less current than other common memory connectors, making it an efficient choice for devices operating on low supplies.

Working Principle

The 252FSLF module socket features a unique integrated spring design that ensures dependable mating between connectors and slots. The spring-loaded contacts provide a gentle, uniform force that ensures good connectivity even when subjected to repeated motion. The 252FSLF also features a shock-resistance design that provides good signal integrity in environments exposed to shock and vibration.

The 252FSLF design also provides excellent signal integrity to prevent cross-talk and EMI noise. Its construction includes contact points with gold plating for improved conductivity and wear resistance. Additionally, its superior insulation ensures connection stability, as any improper connections are blocked. The 252FSLF module socket provides a safe and reliable connection suitable for a variety of challenging and demanding applications.