MP2-P120-51M1-LR

MP2-P120-51M1-LR is a specialized backplane connector designed to provide maximum performance when used in ultra-high speed and high-density interconnect applications that require low insertion loss, excellent crosstalk and wide bandwidth. The connector uses two rows of 51 pin contacts with two rows of negative contacts on either side of the positive contacts for increased reliability. It offers a higher level of electrical performance than many other connector types, such as pin and sockets, ribbon cables, and printed circuit boards. The connector is available with a wide range of termination types, including through-hole, surface-mount, and right-angle for use in various application areas.

MP2-P120-51M1-LR connectors are suitable for a wide range of applications that require reliable and high-performance data transmission. These include data rate-demanding applications such as medical imaging, data storage, telecommunications, and military and aerospace. The connector is also ideal for use in computer motherboards, which require high-speed interconnection for rapid data transfer. It can also be used in high-density printed circuit boards that demand tight pitch spacing between contact points for space-saving design. Other possible applications include vehicle networks, industrial automation, and robotics.

The working principle of MP2-P120-51M1-LR connector is based on the typical backplane contact system, which utilizes double-row contact contact strips to securely mates individual contacts. These dual row contact strips are milled out of stainless steel and plated with a phosphor bronze finish for enhanced durability and electrical performance. To ensure optimal signal integrity and increased reliability, the contact strips feature a self-cleaning design that reduces oxidation buildup during mating. The contact strips also feature low friction grooves to ensure proper alignment, and open inner structures for easy insertion.

MP2-P120-51M1-LR backplane connectors feature an innovative design that accommodates two rows of 51 pin contact points for superior performance in demanding applications. With their exceptional electrical performance, wide bandwidth, and low insertion loss, these connectors are ideal for use in high-density applications, providing reliable and seamless data transmission across a wide range of scenarios.