D2520-5002-AR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A D2520-5002-AR rectangular connector is a device used between two or more circuits, cables, or printed circuit boards and is designed to ensure that signals can be transferred quickly and accurately. It is commonly found in fields such as telecommunications, industrial electronics, military and aerospace, medical, and automotive applications. D2520-5002-AR rectangular connectors offer an efficient design with a compact form factor and the ability to make secure connections that withstand harsh environments.

The most common type of rectangular connectors are the headers and male pins. The header is made up of two plastic and two metal parts that form the housing, while the male pins provide a mechanical connection to the host circuit and form the contact pins. The D2520-5002-AR header and male pins are designed with a unique combination of features, such as a high mating cycle count, high current capacity, and low contact resistance, which ensure reliable and secure connections.

The working principle of the D2520-5002-AR rectangular connector involves two processes. First, the male pins are inserted into the host circuit and the rows of pins on the header are lined up with the holes of the host circuit board. The header is then pushed into the circuit board, which forms a mechanical and electrical connection. Secondly, the contact pins of the header and the male pins are mated together, providing a secure connection and a good signal path.

The D2520-5002-AR rectangular connector offers a reliable and secure connection, which is especially important in the fields of industrial electronics, automotive applications, and military and aerospace. It is especially suitable for applications where signal integrity, durability and low contact resistance are essential. Additionally, the small form factor of the D2520-5002-AR allows for easy installation and integration into existing circuit boards and systems, making it a versatile and cost-effective solution for a variety of applications.

The specific data is subject to PDF, and the above content is for reference