AXE3E2226

Axe3E2226, also called Edge Mezzanine Arrays, are rectangular connectors used in the interconnects of a circuit board. It has an array of 22 positions with 26 parallel rows of contacts, and is designed to allow signals and power to more easily flow between multiple PCBs. It features a 0.8 mm surface mount-pin pitch, 1.27 mm row pitch, and 1.9 mm height profile.

They are often used for board-to-board stacking in mezzanine applications, such as server and data transmission systems. They are also suitable for Ethernet, USB, Ethernet, and audio applications. The AxiE2226 comes in two levels, high-speed and standard, each of which offer different features. The high-speed version has a higher pin count and more signal routing options, while the standard version has a lower pin count and more reliable connections.

The working principles of the Axe3E2226 are relatively simple. It is a solder-free, wedge-locking connection that uses an array of contacts to connect the right board to the left. It uses a spring and wedge locking mechanism to ensure a secure connection. The wedge design ensures a secure fit between boards, preventing signal loss and interference. The contacts on each side are pressure-sensitive, which allows them to create a true connection with minimal resistance.

Axe3E2226 connectors have a wide range of benefits. They are suitable for both high-density and low-density designs, with low contact resistance for improved signal transmission. They are lead-free and rated for up to 2A, making them suitable for most applications. They are also highly reliable, with high retention forces and high vibration resistance.

Overall, Axe3E2226 Edge Mezzanine Arrays are reliable, high-performance connectors that are suitable for a wide range of applications. They are perfect for board-to-board stacking and mezzanine applications, as well as Ethernet, USB, Ethernet, and audio applications. They are lead-free, with low contact resistance, high retention force, and high vibration resistance. These features make them an ideal choice for many applications.