2187510-1

Backplane Connectors provide efficient interconnection and transmission between printed circuit boards within a system frame. In the closely integrated high-speed system, the electromagnetic performance of the backplane connection is essential. Often the best way to maximize the performance of the backplane is to use the specialized connector with expidited electrical characteristics, such as narrow impedance windows. The most common specialized connector for high-speed backplane systems is the 2187510-1, a push-pin connector.

The application of the 2187510-1 can be found in everything from aerospace applications, to medical devices, to communications equipment. It is a durable push-pin connector system designed to provide secure, reliable, and repeatable electrical connections to the system’s backplane. This connector has a multisection contact assembly design to reduce the contact losses and keep the transmission impedance low, and the use of gold plating on all contact surfaces ensures the connector has superior durability and anti-corrosion ability.

The working principle of the 2187510-1 is as follows. When using this push-pin connector, the user will first select an appropriate size of the connector, and then route the cable or flex circuit to the desired board position. The connector is mounted to the backplane ports, which must be cleaned and soldered. Once the pins are inserted through the ports in the backplane, the connector pins are seated to the board. The connector then compresses the mating springs, thereby forming a secure and reliable connection between the ports and the board.

In summary, the 2187510-1 is an advanced push-pin connector with superior electromagnetic performance which is specialized for use in high-speed backplane system applications. Its multisection contact assembly and gold plating make the connector durable and reliable, and the easily repeatable connection process ensures that the connector provides consistent performance for prolonged use.