AXG8500J4A

Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) are the type of connectors that are used for various applications incliuding data, signal and power transmission. An example of such type of connector is the AXG8500J4A. The AXG8500J4A is a board-to-board connector system that is compliant to the JEDEC MO-220 spec and its uses range from consumer electronics to data-communications.

The AXG8500J4A provides double sided contacts with up to 8000 connections for alledge-type requirements. It features a zero insertion force (ZIF) connector with solder tails and an integrated latch locking mechanism. It also has several features which make it suited for industrial use, including a mated height of 2mm, insulation displacement contact technology and a current rating of up to 3 Amps per pin.

The AXG8500J4A is used in numerous applications , including industrial automation, automotive, consumer electronics, telecommunications and data communications. This type of connector is well-suited for applications requiring high speed (up to 6 Gbps) signal transmission and high reliability. It is also compliant with the safety standard IEC 60512-99.

The working principle of the AXG8500J4A is actually quite simple. Each side of the connector is made up of two rows of conductive pins that are set in a receptacle. When inserted into the corresponding side of the connector, the pins make contact and electrical current is able to be transmitted between the two sides of the connector. The latch mechanism ensures that the connector is securely fastened and prevents any accidental disconnection.

The AXG8500J4A is a reliable and efficient solution for a wide variety of board-to-board applications. It is a robust, reliable connector with a simple working principle that is capable of providing high speed signal transmission with a high degree of reliability. Additionally, it is compliant with numerous industry standards, including those for safety, making this connector system a great choice for a wide variety of applications.