AXE424124

An AXE424124 is an edge type board-to-board rectangular connector. It is designed specifically for use in either digital or analog electronics applications requiring high density boards with high speed data transfer. The AXE424124 uses a standard molex profile to ensure a universal fit and contains 2, 3, 5 or 6 signal contacts. It also contains an alignment positioner and retention clip for secure hold down capabilities.

The AXE424124 board-to-board connector can be used either by mounting it on top of a PCB or through-hole soldering. The connector features a two point positive signal contact system along with an enlarged positioner on the top of the contact to hold the base in place during mating. This ensures secure electrical contacts are established between mating connectors and keeps the connector in place during operation. The two point positive signal contact system is designed for both low resistance and high current applications.

The AXE424124 connector is designed for use in applications requiring high frequency and/or high speed data transfer. The contact system includes a positive contact system when mated, allowing a high number of mating operations with no degradation. The contacts are plated with a tin/lead alloy for added corrosion resistance. The board-to-board design ensures there is no need for additional cable or connectors for signal transfers.

When used with an appropriate contact system, the AXE424124 board-to-board connector provides reliable electrical and signal integrity. The contacts are rated for up to 5A/contact at 250V, with a life cycle rating of 1000 mating cycles. This connector is ideal for applications in industrial, medical, and telecommunications industries.

The AXE424124 board-to-board connector is designed to be a cost effective and reliable way to ensure a secure connection between mating connector boards. With an optimized profile and easy installation, the AXE424124 is perfect for a wide range of applications that require high speed data transfer and secure signal integrity.