6643489-1

Backplane connectors are specialized connectors used to provide high-speed and/or high-density interconnects between printed circuit boards, mezzanine boards, and backplanes. 6643489-1 is a type of backplane connector that features a simple and reliable design. This type of connector has been applied in a variety of industries, from telecommunications and computer networking to military and aerospace applications.

6643489-1 backplane connectors are commonly used in applications where signal integrity and high-speed performance are critical. This type of connector provides a robust interface that is ideal for a wide range of interface needs, including system board-to-board, mezzanine, and backplane interconnects. It features a metal-encoded design that enhances reliability and ensures mechanical and electrical stability.

The working principle of 6643489-1 backplane connectors is quite simple. The connectors are designed with two parts: a latch and a contact. The latch is used to securely anchor the connector within a backplane, while the contact provides direct interconnections between two printed circuit boards. By connecting the two electrical components together, signals traveling between the two boards are sent and received quickly and efficiently.

6643489-1 connectors are used in a variety of applications, including telecommunications systems, computer networks, and military and aerospace systems. These connectors are ideal for high-density interconnects, as they feature connect pins in a single row, rather than several rows, allowing for greater signal density in a small form factor. Additionally, many of these connectors have the ability to lock into place, providing a secure connection that will not be easily disrupted.

Connectors are a critical part of any electronic system, and the choice of connector can be a crucial factor when it comes to selecting the most suitable hardware for a given application. 6643489-1 backplane connectors provide an ideal solution for many high-speed and high-density applications, offering a reliable and robust interface that is designed to last in a wide variety of conditions.