MDF7-30D-2.54DSA(55)

Rectangular Connectors - Headers, Receptacles, Female Sockets are a type of electrical connectors used to connect multiple electrical components across a circuit board or other applications. The MDF7-30D-2.54DSA (55) rectangular connector is a specialized connector application that caters to specific circuit board and application requirements.

Application Field

The MDF7-30D-2.54DSA (55) rectangular connector offers a wide range of applications. This specialized connector is designed to meet the increasing needs of modern circuit boards, as well as to provide reliable and durable connections in difficult applications. It is suitable for industrial, telecommunications, medical and other applications that require a safe and secure connection. This connector has a high temperature rating of up to +200°C (392°F). It also has anti-reflection contact against common contaminant materials and a low contact resistance of 2.2 mΩ.

Working Principle

The MDF7-30D-2.54DSA (55) rectangular connector works by utilizing a combination of pressure contact, insertion contact, and screw connection technologies. This specialized connector allows for a secure connection of multiple electrical components within a circuit board. The pressure contacts used in the connector ensure reliable contact between the connections while the insertion contacts provide a continuously monitored and smooth operation. The connection is further reinforced by the screw connection, which provides additional durability and stability to the connection.

Conclusion

The MDF7-30D-2.54DSA (55) rectangular connector is a reliable and durable specialized connector designed for use in a variety of applications. This high temperature rated connector offers a secure connection of multiple electrical components within a circuit board, making it highly suitable for industrial, telecommunications, medical and other applications that require a reliable connection. It also features a low contact resistance of 2.2 mΩ and provides protection against common contaminants.