61083-064422LF

61083-064422LF, which belongs to the rectangular connectors - arrays, edge type, mezzanine (board to board) category, is a type of board-to-board connector which is created to serve as a transition between two different printed circuit boards.This type of connector has excellent electrical performance, minimal signal crosstalk, and improved board stacking. Thus, allowing for high-speed connections. The 61083-064422LF is typically used in applications such as aerospace, industrial, wireless, and military sectors.

The 61083-064422LF is a two part connector with a header and a receptacle.The header features an edge mount right angle component construction for a strong and secure mounted connection, while the receptacle has a dual beams gas blow contact design for connection stability. It has a mated height of 4.84mm and a working voltage of 800V, current rating of 8A, and a contact resistance of 0.2 ohm.The 61083-064422LF also features a double sided contact interface for signal integrity.

The 61083-064422LF’s working principle is rather straightforward.However, the actual application process may vary due to the application specific requirements such as thermal, vibration, and additional environmental conditions.In general, the 61083-064422LF works by providing a framework to connect two printed circuit boards, in order to transfer power and data.Thus, the 61083-064422LF serves as an electronic bridge between the boards. Since the connector is inserted in-between the boards, it ensures signal and power integrity.The 61083-064422LF is designed to be mounted in a perpendicular manner, allowing for improved stacking of boards.

The 61083-064422LF is an enhanced board-to-board connector, allowing for improved high-speed, low crosstalk transmission.It provides an economical and reliable method for connecting two different printed circuit boards, while also avoiding the noise issue associated with other board-to-board connectors.The 61083-064422LF is a great choice for applications requiring reliable power and high data transfer speeds, such as in aerospace, industrial, wireless, and military sectors.