5223975-1

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Backplane connectors are designed to connect circuit boards in a system and provide a direct path for several electrical signals. The 5223975-1 backplane connector is a specialized connector that fits in between two circuit boards, and the working principle of the connector and its application fields are noteworthy.

The 5223975-1 backplane connector is composed of two parts, PCB and rack, and the connection between them is completed by insulation riveting. The connector provides more than two contact points for connection, with a high current carrying capacity of 20A and a voltage of 125V AC. The number of positions is up to 40, and it is suitable for board-to-board or board-to-flexible cable connection.

The working principle of 5223975-1 backplane connectors is based on the electrical conduction between the two insert molding contacts, and the electrical conduction is achieved by forming conductive parts at both sides of the PCB bottom. The electrical conduction between the two contacts can be displayed by microstructure after electrical load test, and when lack of power, the microstructure of connector contact will return to the original state without extra destruction.

In terms of application areas, 5223975-1 backplane connectors are commonly used in mechanical and electrical control systems, automation systems, storage systems, charging systems, industrial PCs, and industrial routers. The connector has the advantages of small size, high current carrying capacity, and fast connection, which makes it the ideal choice for connecting multiple boards.

To sum up, 5223975-1 backplane connectors are professional connectors specially designed for connecting circuit boards in a system. The connector has two parts of PCB and rack that are connected by insulation riveting. It has the advantages of high current carrying capability and small size, and can be used in a variety of applications. The working principle of the connector is based on the electrical conduction between the two insert molding contacts.

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