AXE344124

AXE344124 is a rectangular connector array, edge type, mezzanine designed for board-to-board applications. It is a header connector that helps facilitate the connection between two printed circuit boards in order to provide signals and power. This connector type is widely used in a wide range of applications like medical imaging, aerospace, and industrial equipment.

The AXE344124 supports a maximum voltage rating of 125 Volts and a maximum current rating of 5 Amps. It has a pin pitch of 0.156 inches, a contact mating length of 0.079 inches, and a contact mating force of 8.09 force ounces. The overall length of the connector is 1.1 inches and its width is 0.768 inches.

Typically, the AXE344124 header connector is sold in two pieces, a male and a female. The male connector has a set of metal pins that are used to make electrical connections. The female connector has a set of brass sockets which receive the pins. This type of connector is designed to be connected and disconnected easily, ensuring a secure connection.

In terms of design and construction, the AXE344124 mezzanine connector has an insulator made of flame-retardant thermoplastic such as polyamide. It also has metal shells made of steel or stainless steel. The metal clips are designed to ensure a tight and secure connection with other connectors.

In terms of installation, the AXE344124 mezzanine connector is very easy and can be easily connected. All that is required is to insert the male and female connectors into the corresponding sockets. The metal clips are designed in a manner that ensures they remain tightly connected with each other. This ensures a secure connection that provides reliable signal and power delivery.

The AXE344124 mezzanine connector is a reliable and secure way of connecting two printed circuit boards. It is often used in applications such as medical imaging, aerospace, and industrial equipment. Additionally, it is easy to install and provides a tight and secure connection. It is an ideal connector for board-to-board applications.