AXT360124

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AXT360124 is a type of rectangular connector array edge type mezzanine board to board connector. Its size and design allows for easy placement and connection in limited space. Its main purpose is to create connection between two relative surfaces and function as a connecting bridge.

The AXT360124 comprises of two 0.4 mm square pitch, and two 0.5 mm square pitch connectors. It also comes with a single row and dual row arrangement. The terminal contacts themselves are two-part and feature both low insertion force (LIF) for easy insertion and high withdrawal force (HWF) for extra strength and superior retention strength.

The two primary application fields of AXT360124 are power distribution and high speed signal transmission. With its use of two-part terminal contacts, the AXT360124 can easily disperse current while maintaining excellent signal integrity, making it perfect for use in applications such as industrial automation, automotive, LED lighting, medical and telecom.

The AXT360124 offers durability and reliability due to its wide contact area and two-part contact structure. The contact protection feature helps to prevent terminal damage and ensures operational safety. Also, the mating face construction helps to ensure positive connection without the risk of assembly errors.

The working principle of the AXT360124 is fairly simple. When the two mating surfaces are connected, the terminal contacts in the AXT360124 are engaged and become electrically connected. The two-part contact approach ensures efficient and secure connection, while the contact protection feature acts as a safety guard.

The AXT360124 is a member of the rectangular connector arrays and edge types mezzanine board to board family. It is an ideal solution for applications requiring strong connection while limiting space. Its reliable and durable performance make it an ideal choice for power or high-speed signal transmission.

The specific data is subject to PDF, and the above content is for reference