61083-061402LF Connectors, Interconnects

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

61083-061402LF is a type of rectangular edge connectors which are used to provide electrical connection to a printed circuit board (PCB) or specialized motherboard. Such connectors are used for signal and power transfer between PCBs for a wide range of electronic products. They are commonly used in communication and networking, military and medical applications.

61083-061402LF connectors are designed with a high-speed data rate to meet the demands of today’s multi-gigabit communication. They are strongly constructed and allow for quick and secure mating. The connectors have a mixed surface mount and through-hole configuration that provides stability and performance. 61083-061402LF also offer high holding forces and shock resistance for rugged applications.

61083-061402LF connectors are edge-type connectors with a mezzanine (board-to-board) layout that saves space and provides superior heat protection. The array of contacts is configured to form a line interchange that facilitates insertion with a simple blind mating. The external crossbar on each contact provides an ideal connection, obtaining an unparalleled repeatability of contact insertion.

Working principle of 61083-061402LF is quite simple. In order to connect two printed circuit boards edge-to-edge, a male connector is installed in one of the boards and the mating female connector is installed in the second board. The two connectors are then inserted and aligned. Once they are in alignment, pins from the male connector insert into corresponding apertures on the female connector and securely form the connection. This connection is then connected to power sources and/or other components on the board for signal and power transfer.

61083-061402LF connectors are reliable, efficient, and cost effective and are well suited for applications that require robust performance and reliability. They provide superior shock and vibration features and have a long mating life. Also, they provide superior signal integrity even at high frequencies, making them ideal for the latest communication systems.

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