10037908-102LF Datasheet/PDFBackplane Connectors - Accessories
The 10037908-102LF is a type of backplane connector, which is a popular type of electrical connector. It is used to interconnect printed circuit boards, modules and other electronic components. This type of connector is designed to provide reliable connectivity even when subjected to frequent shocks or vibration.
Applications
The 10037908-102LF backplane connector is used in a wide variety of applications. It is commonly found in applications such as telecommunications, computers, consumer electronics, automotive, military, medical and aerospace industries. This type of connector is designed to provide reliable connections even under harsh conditions, such as exposure to extreme temperatures, shock or vibration.
Working Principle
The 10037908-102LF backplane connector works by creating a connection between two printed circuit boards or other electronic components. This type of connector typically consists of a socket with pins or contacts that are inserted into the connector and allowed to make contact with the conductive parts of the PCB. The system is designed to maintain a secure connection between these components even when subjected to frequent shocks or vibration.
Additionally, the 10037908-102LF backplane connector uses a crimp-type connection method to ensure a secure connection. This crimp-type connection utilizes a specialized tool that compresses the pin or contact into the socket, providing a reliable connection. Once completed, this method of connection allows for reliable connections that can withstand a range of stresses, such as continuous vibration and shock.
The 10037908-102LF backplane connector is a reliable and robust type of connector that can be used in a variety of applications. It is designed to provide secure connections even under harsh conditions, such as exposure to extreme temperatures, shock or vibration. Furthermore, its crimp-type connection provides a reliable method of connection, allowing for maximum integrity and reliability.