QFS-026-02-SL-D-RA-K

QFS-026-02-SL-D-RA-K is a type of rectangular connector from the Arrays, Edge Type, Mezzanine (Board to Board) family. This type of edge connector is designed with board-to-board applications in mind and is a dependable choice for applications that require maximum contact reliability as well as space conservation.

This type of connector has a mated length of 26.09mm and is made from insulative and highly thermally resistant plastic materials. It offers a wide variety of contact rows (2-8 rows) and provides optimal solutions for power and signal connections. The mated height of the connector is 3.95mm and it is made from aluminum alloy and stainless steel materials.

The design of the QFS-026-02-SL-D-RA-K optimizes signal transmission, reduces unit cost, decreases system weight, allows for superior electrical continuity and resistance to fluctuation, and supports high currents up to 10A. This connector meets high density requirements that make it an attractive interconnect solution for various board-to-board applications.

QFS-026-02-SL-D-RA-K makes use of a precision mating design in order to ensure maximum contact reliability. It is designed with integral mating for a secure latch. Its mating posts are made from stainless steel and are designed to provide long-term mating durability.

The working principle of the QFS-026-02-SL-D-RA-K is simple but effective. The mated pairs are designed such that the individual contacts mate and disengage while preventing contact damage and corrosion. This type of connector supports the transmission of digital, analog, and/or RF signals with low and high insertion/extraction forces, ensuring reliable contact connection with the host board.

In total, the QFS-026-02-SL-D-RA-K is an ideal edge connector choice for board-to-board applications that require a dependable and space-saving design. It offers a variety of contact rows and is designed with integral mating for a secure latch. Moreover, it is designed to support digital, analog, and/or RF signals with low and high insertion/extraction forces, ensuring maximum contact reliability.