10081530-11138LF

The 10081530-11138LF inline module socket is specifically designed for use in high-speed memory applications, providing both reliable intergration and secure connections. The module has a Type-A configuration, making it ideal for use in applications where space and functionality are of high importance, such as mobile phones or tablets. The socket is easy to install and fits most standard PCB board sizes. It can also be used in combination with other terminal adapters and connectors.

The key features of the 10081530-11138LF include its robust construction, high current capacity and the fact that it is compatible with a broad range of memory standards. The module is also designed for maximum stability, with its low profile header providing a reliable connection against physical, environmental and electrical shocks. Furthermore, the module is provided with integrated pick-and-place-ability, making it suitable for automated manufacturing processes.

At a fundamental level, the working principle of the 10081530-11138LF inline module socket is relatively simple. The module is connected to a PCB board and the contacts are inserted into the board. When a signal is passed through the socket, the contacts make contact with the board and a low-voltage signal is transferred. This signal is then received and processed by the connected device.

In addition, the socket is provided with a locking mechanism to ensure a secure connection and to prevent the connector from coming loose during use. The 10081530-11138LF also features a spring-loaded back cover that provides protection against electrical and environmental shocks. This is complemented by a corrosion-resistant and abrasion-resistant plating, ensuring a long service life.

Overall, the 10081530-11138LF inline module socket is a reliable and secure solution for high-speed memory applications. Its lightweight yet robust construction, integrated pick-and-place-ability and locking mechanism make it ideal for use in consumer electronics, aerospace and automotive applications where reliable intergration and secure connections are required.