PK10-080P-R-DA

The PK10-080P-R-DA is a type of rectangular shaped connector usually used in arrays, edge type, mezzanine (board to board) applications. This type of connector is popular for its cutting-edge design, high connectivity speeds, and exceptional durability.

The PK10-080P-R-DA is specifically designed so that it can easily interconnect two boards, edge-to-edge. This connector has the ability to connect the two boards with a low contact resistance and ensures signal integrity. It has a transmission efficiency of up to 80 GHz per channel. This makes it perfect for ultra-high speed data transfers.

The PK10-080P-R-DA uses gold-plated contacts for maximum electrical conductivity and signal integrity. This ensures that the connector delivers high-speed signals without any degradation. It has an integrated shielding that helps to reduce electromagnetic interference (EMI).

The connector is designed with a unique locking system that is very reliable and secure. This locking system ensures that the connector remains locked in place even when exposed to vibration, shock, and other extreme environmental conditions. This makes it perfect for a wide range of applications.

The PK10-080P-R-DA is designed to be reliable, ergonomic, and cost-effective. The connector has a relatively small profile which enables it to be used in narrow and cramped spaces. It is also easy to install and requires minimal installation and maintenance.

The PK10-080P-R-DA is perfect for a variety of edge-type, mezzanine (board to board), and array applications. Its high performance, reliability, and cost-effectiveness make it an excellent option for many applications. It is perfect for applications related to medical instruments, industrial equipment, communications systems, and computers.

The PK10-080P-R-DA offers a wide range of features, including high speeds, reliable connections, and cost-effective design. It is an excellent choice for many types of applications and delivers reliable and high-speed connections. that ensure signal integrity.