AXT520124A

AXT520124A Application Field and Working Principle

AXT520124A is a conduction-cooled rectangle connector with arrays, edge type, and mezzanine (board to board) configuration, that has multiple applications in industrial equipment and in mission-critical applications.

The connectors are designed to be used in medium- and high-power devices, including I/O, relay, and bridge controllers, as well as in high temperature environments, where reliable, repeatable, or stable contact is required.

AXT520124A has various features that make it suitable for a variety of demanding applications. First, they offer an extremely robust design that is resistant to shock and vibration. Additionally, their simple construction and standardization allow for extremely quick and simple installation. Finally, they are capable of providing high-speed data transmission over short distances, making them ideal for a variety of data-intensive applications.

Working Principle

AXT520124A takes advantage of an array of pins and springs housed within a plug or socket assembly. When mated, the pins and springs are in continuous contact with each other and provide excellent electrical connection and power dissipation. Furthermore, the connector does not require any additional components or take up any valuable space. This is why it is an ideal solution for systems which operate in harsh conditions and require a high degree of reliability.

In operation, the pins and springs are kept in constant contact with each other to ensure reliable connectivity . As a result, current flows continuously through the pins and springs, leading to more reliable power dissipation and data transmission. Additionally, the constant contact also eliminates potential voltage drops that can result from poor electrical connections.

The connectors are highly reliable and can withstand harsh environments, making them perfect for mission-critical applications such as medical equipment, as well as for industrial equipment. Additionally, they can be used in high temperature environments, making them ideal for a wide range of applications.