FX20-120P-0.5SV15

FX20-120P-0.5SV15 is a type of rectangular connectors and part of the Arrays, Edge Type, Mezzanine (Board to Board). It is a single-row, low-profile board-to-board connector that provides secure and reliable connection between boards with minimal size and clearance. It has a dual spring technology that enables a robust connection between terminals, allowing for even pressure across the mating points.

The FX20-120P-0.5SV15 boasts a low profile design (5mm or 0.197") with straight and angled/molded PC tails. Its housing wall thickness can reach up to 1.2mm, which offers superior durability and strain relief to protect the interconnect. It features low mating force (maximum 15N) and the flux-resistant soldermask ensures consistent connection. The easy-to-distinguish options are color-coded in green (straight) and white (angled).

FX20-120P-0.5SV15 is suitable for applications where small boards and cards need to be interconnected such as consumer electronics, office equipment, and networking hardware. Its operating temperature range is -40°C to +105°C and its current rating is 1.0A.

The working principle of FX20-120P-0.5SV15 is simple. The two mating boards contain double spring-loaded contacts that engage each other with low mating force. Upon insertion of the two mating boards, the contacts slide up and down due to spring action providing a gap-free connection. The low mating force, simple design, and durable construction make the FX20-120P-0.5SV15 an ideal choice for any application involving board-to-board connections.

The FX20-120P-0.5SV15 can be used in any application where low profile size and secure board-to-board connections are necessary. Its superior durability and strain relief make it a reliable choice for any board-to-board application. Its simple design and low mating force make it easy to use and a cost-effective alternative to traditional connectors.

Overall, the FX20-120P-0.5SV15 is an excellent choice for any low-profile board-to-board application. Its superior durability, strain relief, and low profile size offer a reliable, cost-effective, and easy-to-use solution.