534975-4

Rectangular connectors are the most commonly used connectors thanks to their simple design, wide range of availability, easy connection, and affordability. These rectangular connectors come in two main types: headers and receptacles, female sockets. 534975-4 is one such type of connector that belongs to this category.

534975-4headers and receptacles, female sockets are designed for point-to-point connection between two printed circuit boards or other components. These small, lightweight components comprise of an insulator housing with two rows of connecting points. The interconnect points house two male contact points (i.e. receptacles) which are designed to mate with the female connector (i.e. headers). Female headers are designed to carry electrical and manual signals. They are typically available in 1.27mm, 2.54mm, and 5.08mm pitch sizes. The 534975-4 model is a 1.27 mm pitch connector. The design consists of two rows of five positions each.

The 534975-4 is a flexible and robust connector well-suited for a variety of applications and industries, such as industrial automation, telecommunications, data communication, computer peripherals, consumer electronics, and automotive. It is designed to provide high reliability, signal integrity, and durability.

The working principle of the 534975-4 connector is simple. When the female header is connected to it, the receptacles form an electrical connection between the two components, thus allowing the flow of current. The female connector is held in place by a secure snap fit, which reduces the risk of disconnection. Furthermore, the 534975-4 connector is equipped with a locking mechanism to keep the connection secure in high vibration and shock areas. This ensures that the connection is firmly held in place.

In summary, the 534975-4 connector is a reliable and durable connection between two circuit boards or devices. It is a simple, affordable solution for many industries and applications. Its small size and easy installation make it ideal for applications where space is tight. Lastly, its locking mechanism secures the electrical connection and prevents it from becoming loose due to vibration or shock.