AXG816044A

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The AXG816044A is a high-speed edge card connector device typically used for board-to-board application that features a combination of multiple MecP connection technologies, that is welding and soldering, allowing for the reliable and stable long-term connection of boards. It boasts a number of features such as high performance signal attenuation, low resistance, and good insulation resistance. In terms of its mechanical design, the AXG816044A is designed with aluminum alloy for the shell body and insulate cover for the interior, providing the device with its high flexibility, reliable structure and strong electromagnetic compatibility capabilities, allowing the AXG816044A to operate even in the harshest of environments.

Application

The AXG816044A was made with board-to-board applications in mind, allowing for the storage of large amounts of data between boards, the connection between multiple boards or the working and transmission of data between various devices. It is commonly used in applications such as automotive electronic systems, industrial automation control, and communication systems.

Working Principle

The AXG816044A edge card connector works by allowing a metal-to-metal contact with the chassis, which enables reliable and stable connection. Upon contact, the two boards are maintained in a mechanical static state, allowing for the transmission of data from one board to another. The AXG816044A is also designed with two EMC protection technologies, namely, inter-contact self-shielding and external contact shielding. The inter-contact shield creates a static electromagnetic shield between the contacts, while external contacts shield creates an external electromagnetic shield.

Conclusion

The AXG816044A is a remarkable edge card connector for board-to-board applications due to the combination of multiple MecP connection technologies, enabling reliable and long-term connections and boasting features such as high performance signal attenuation, low resistance, and good insulation resistance. Its mechanical design is also well-thought-out, providing great flexibility, reliable structure, and strong electromagnetic compatibility, making it suitable for use in a range of applications such as automotive systems, industrial automation control, and communication systems.

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