2227791-1

Backplane connectors are specialized connector components used to interconnect two printed circuit boards in high performance electronic equipment. In the early days of electronic equipment, backplane connectors were used to provide communication pathways between different circuits. With advancements in technology, backplane connectors have become an essential component in high-end electronic systems, eliminating the need for long wires or complex cables.

2227791-1 is one type of backplane connector that is designed as a two-position, male and female, device with an easily removable, snap action, surface mount cup. It is made from a high-temperature nylon material for reliable operation. The material gives the connector the flexibility to withstand extreme temperatures and vibration.

The 2227791-1 backplane connector offers a range of applications, including data and signal transfer, backplane applications, and medical applications. Furthermore, it is designed and built to have superior electrical and physical characteristics. Notably, it is able to stand up to 1A of current and hundred thousand mating cycles. In addition, it conducts up to 400 MHz and has superior shielding capacitance. It also features two contacts that ensure quality connections.

The 2227791-1 connector\'s working principle involves the insertion of two pins into connecting slots in a connector board. The insertion of the pins activates the connection of the pins and the board. The pins are also able to carry a current of up to 1A, which is enough to power multiple circuits. Furthermore, due to its design, the connector is able to withstand a large number of cycles, making it reliable in delivering performance in long-term applications.

The 2227791-1 backplane connector is an incredibly reliable and robust piece of equipment. It is designed to perform in the harshest of environments and offers superior electrical characteristics. Furthermore, it is extremely reliable, with up to a hundred thousand mating cycles and a current rating of up to 1A of current. Its superior shielding capacitance also provides a secure and reliable connection.