536255-6

Rectangular connectors are used in a wide range of applications, primarily in the electronic industry. The 536255-6 wire-to-board header connector is one of the most popular rectangular connectors available today. Used for making electrical connections between two devices, the 536255-6 can be used in a variety of applications.

The 536255-6 offers two key advantages: quick and simple connection with a wire-to-board assembly, and positive mating and secure connections due to its side entry design. This type of connector is often used in electronic equipment, machinery, digital instruments, and telecommunications devices.

In a common wiring application, a wire-to-board assembly is often used, with a female socket terminal located on one side of the assembly and a male header connector located on the other side. The 536255-6 provides a secure, reliable connection when used with the female socket terminal. The design of the connector ensures that all the pins in the socket are properly aligned with the pins in the header to make sure the connection is made properly.

The working principle of the 536255-6 is based on a simple principle. The female socket has a small aperture that fits snugly around the header pins when the two components are mated. The contact between the socket and the pins of the header are kept secure due to the tension from the spring-like arms that are positioned inside the socket. This tension presses against the pins, keeping them in place and providing a reliable connection.

The 536255-6 is designed to have a compact profile, typically measuring 2.54 mm in width and 6.00 mm in length. This makes it easy to connect in a variety of electronic and telecom equipment. The connection is also highly reliable, with a contact force of 2.3 N to ensure a secure connection. The 536255-6 is also designed to be shock-resistant and vibration-resistant to ensure a reliable connection in harsh environments.

Overall, the 536255-6 is a reliable, secure, and compact connector that is widely used in a variety of electronic applications. Its simple working principle makes it easy to connect devices with a minimum amount of effort, and its durability and shock-resistance make it a reliable choice for even the most demanding applications.