AXT424124A

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

The AXT424124A is a type of rectangular connectors, arrays, edge type, mezzanine (board to board) connectors. It is part of a group of expandable on board connectors that allow for high speed data transfers between vertical and higher order circuit boards. It is designed for designs that require a high-density and high contact count connection.

The AXT424124A is a surface mount connector, which means that it attaches directly to the circuit board. It is made up of 24 individual connectors, each having 96 positions for soldering onto the circuit board. It also has a separate ground pin which is terminated with a wire or wire wrap. The AXT424124A also uses two types of contact pins, one for an insulation displacement connection (IDC) and another for a solder connection.

The AXT424124A is designed to provide a high-speed connection between multiple circuit boards in a three-dimensional configuration. It uses a "push-pull" method, where two opposing forces are applied to the contact pins, locking them in place and securing the connection. This ensures that the contact does not move or become loose from vibration or shock.

The AXT424124A is also designed to be compatible with various board stacking components, such as signal integrity and high density interconnects. This makes it easy to integrate into any design, allowing engineers to use their preferred board stacking components. It also allows for high-density mounting, reducing the overall size of the design.

The AXT424124A is also designed to prevent the spread of electrical current and is UL, CSA, and VDE approved. It is capable of powering up to 1000V AC and is RoHS-compliant. This makes it suitable for a variety of applications in the medical, automotive, industrial, military, and aviation industries.

The AXT424124A is a highly advanced connector, offering reliable connection and increased signal integrity. It is also cost effective, durable and requires minimal maintenance. It allows engineers to easily integrate complex designs into existing systems with confidence that the connection will remain secure and stable.

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