5223513-2

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Backplane Connectors – Specialized refer to interconnection systems that support communications between two boards and devices. The 5223513-2 is a type of backplane connector that is used in high-density system designs. It is typically used for connecting servers in data centers, small form factor designs for high performance computing, and blade servers.

The 5223513-2 backplane connector is designed to provide high performance signal connection between two boards in highly dense system designs. The connector itself can be configured for up to four power and four signal contact retention positions with one main and four retention devices. The connector\'s two power contacts provide up to 40 amps of current capacity and both signal contacts provide a maximum bandwidth of 6.5GHz.

The design of the 5223513-2 backplane connector makes it suitable for a variety of applications, including communications, data storage, broadcasting, and home automation, among others. In addition, it is suitable for applications where a high speed connection is needed. The connector is also designed to handle high insertion and withdrawal forces, rigorous vibration testing, and extreme temperatures.

The working principle of the 5223513-2 backplane connector is based on a pin and socket contact assembly. The pin is pressed into the socket receptacle and an electrical connection is made when the pins are inserted into the sockets. An electrical connection is then transmitted through the connector when the pins and sockets are connected. The pins are also insulated from the sockets and the contacts are surrounded by an insulating material. This insulation material ensures that the contacts are not affected by external electrical interference.

The 5223513-2 backplane connector is a robust and reliable connection system for a variety of applications. The pin and socket contact assembly offer excellent electrical connection and low insertion and withdrawal forces. The connector also offers a high current capacity and up to 6.5GHz bandwidth. In addition, it is designed for temperature and vibration resistance, making it suitable for a variety of applications in high-density systems.

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