10037402-11108LF

Inline Module Sockets, such as 10037402-11108LF, are commonly used in Memory Connectors. Combining its reliable performance, unbeatable quality and reasonable price, 10037402-11108LF is widely applied in many fields.

When it comes to Memory Connectors, 10037402-11108LF offers superior advantages for its intended application. Specifically, 10037402-11108LF provides a stable connection between memory modules and printed circuit boards, featuring its unmatched durability and remarkable anti-vibration strength. Not to mention, the reliable performance also guarantees its compatibility with most kinds of memory module standards.

Moreover, 10037402-11108LF also possesses some unique features that make it an ideal choice for other applications. Its unique optimization design, combining with perfect accuracy, makes it an excellent choice for mission critical systems. Apart from that, its innovative design offers superior heat dissipation capability, which makes it an ideal choice for high-power waster applications.

Now let\'s take a look at the working principle behind 10037402-11108LF. The core design of 10037402-11108LF is the axis-mounting structure. This structure enables the pin-on-board modules to be firmly fixed via 3 or 6 screws. Thus, a reliable electrical as well as mechanical connection between the memory module and the printed circuit board can be established, as well as providing improved EMI/RFI performance.

In addition, 10037402-11108LF also features shock-and-vibration-proof modules. With its spring steel contact material, which features superior dimensional stability even under mechanical shock and environmental vibration, 10037402-11108LF is an ideal choice for applications requiring reliable connection under harsh conditions.

To sum up, 10037402-11108LF is an ideal choice for Memory Connectors due to its excellent performance and competitive price. With its axial mounting structure, shock and vibration proof features and unique optimization design, it is an excellent choice for most applications.