AXT400164

AXT400164 Application Field and Working Principle

AXT400164 is a type of rectangular connector which belongs to arrays, edge type, mezzanine (board to board) category. This type of connectors is used for the purpose of connecting motherboards together for different applications and environments. It provides high-reliability and robust connection as well as reducing the space need of the application.

Application Fields:

AXT400164 application fields include but are not limited to the industrial automation systems, communication network, and medical equipment, office equipment, computers and gaming devices, vending machines and other system requiring continued and stable connection.

Working Principle:

The working principle of AXT400164 connector is very simple. It consists of two rows of pins, which are inserted into a special socket. The pins are connected to each other in the middle. This makes sure that the two motherboards stay tightly connected. In addition, the special socket also ensures that the pins do not become loose, which would lead to faulty connections. The size of the connector is small, which helps in reducing the space requirement of the application. By using this type of connector, the application can achieve maximum efficiency and reliable connection.

Advantages:

The main advantages of AX400164 connectors are its high reliability and robust connection, reduced space requirement, and easy installation. As the pins are already inserted into the sockets, the installation process takes only a few minutes. Moreover, the connector can be used for various applications and can withstand high currents and temperatures. It is also capable of carrying high speed digital signals, which is essential for ensuring high data transmission between the motherboards.

Conclusion:

AXT400164 connectors, belonging to the Arrays, Edge Type, Mezzanine (Board to Board) category, are widely used for various applications in different industries. It provides high-reliability and robust connections, as well as reducing the space need of the application. It is also capable of carrying high-speed digital signals and can withstand high temperatures and currents.