DF14-7P-1.25H(55)

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DF14-7P-1.25H(55) is a rectangular connector type, which belongs to the category of headers, male pins. The connector mainly functions as an electrical interconnectivity solution. This type of connector has a low profile package and features an ergonomic design. It is a board-to-board, discrete connector type that is best used in applications in machines, factory automation, and robot-controlled assembly systems.

Applications of DF14-7P-1.25H(55) Connector

DF14-7P-1.25H(55) connector is primarily used for circuits board-level electrical connections. It is suitable for most general-purpose applications and provides reliable and secure data transmission. Due to its low profile package design and ergonomic features, it is best used in space-restricted applications. Some common applications of the connector include automation machines, factory machines, vehicle networks, and robot-controlled assembly systems.

Working Principle of DF14-7P-1.25H(55) Connector

The DF14-7P-1.25H(55) connector is a single row type with 7 positions. It is a low profile package with durable construction and ergonomic design. It consists of two main components – the socket and the male pin. The socket is used to wire electrical circuits, while the male pin is fitted into the socket to ensure tight connection and secure data transmission.

The connector features a high-density design that allows for fewer contact points. This design helps reduce the connection points and, in turn, reduce the size of the connector. Also, the connector’s design helps increase its strength and durability, making it highly reliable in critical applications. It is designed to operate in temperatures ranging from – 40°C to + 85°C.

Conclusion

DF14-7P-1.25H(55) is a rectangular connector type categorized as headers, male pins. It is suitable for a variety of applications ranging from vehicle and factory automation networks to robot-controlled assembly systems. This connector features a low profile package and an ergonomic design that allows for space-precise applications. It has a high-density design that helps reduce the numbe of contact points and, in turn, the size of the connector. It is designed to handle temperatures ranging from -40°C to +85°C.

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