AXK760147G

AXK760147G Application Field and Working Principle

The AXK760147G is a rectangular connector array, edge type, mezzanine board-to-board assembly type connector manufactured by ITT Cannon. This connector is compatible with multiple industry-standard hole patterns, and designed to withstand contact force, vibration, and shock.

The AXK760147G consists of two rectangular connector arrays at each side. The two connector arrays feature 2.54mm (0.1") right angle soldering pin- and socket-type contacts, permitting up to 48 signal pathways. Furthermore, the two connector arrays are integrated with a compliant pin-type contact mating system, allowing for multiple board stackups.

The application fields of the AXK760147G include industrial control, test and measurement, board-to-board, data communications, and telecom/datacom applications. The connector is designed to mate boards with a spacing of up to 3.9mm (0.15"). It supports board-to-board stack heights from 4.9mm (0.19") to 6.1mm (0.24") and gap heights from 1.2mm (0.047") to 6.5mm (0.26"). Its detachable cable- and receptacle-type connector system enables one-touch connection and disconnection.

The working principle of the AXK760147G is based on its three key components—the compliant pin-mating system, two adjacent connector contacts, and two board-edge connectors. The compliant pin-mating system is a contact tab that is integrated into a board. It is made out of metal and has two perforations that unleash a spring force when electrical pressures are applied to either one of the contacts. The two adjacent connector contacts feature 0.100-inch pitch right angle soldering pin- and socket-type contacts. They are designed to mate safely, quickly, and reliably, and they are virtually locked together by a latching system. Lastly, the two board-edge connectors carry up to 48 signal pathways from the ACK760147G connector.

Altogether, the AXK760147G is an innovative system that combines the convenience of a one-touch connection and disconnection system with the reliability and safety of advanced contact mating technology and board-to-board stack heights. By using this connector, engineers can eliminate loose connections and design for more reliable systems.