PCN13-64ACS-2.54DS

PCN13-64ACS-2.54DS Application Field and Working Principle

DIN 41612 is a standard for backplane connectors, many different variation of this standard exists, such as PCN13-64ACS-2.54DS. The purpose of these backplane connectors is to provide the link between the boards, which defines the application field of this particular connector. The basic principle of DIN 41612 is to provide multiple board mounting locations, multiple pins, and multiple wires.

PCN13-64ACS-2.54DS connectors are mainly used in telecommunications applications and computer networks. This particular type of connector contains sixty- four pins to provide an efficient and cost-effective solution for applications requiring multiple boards and frequent data transfer. The 64ACS-2.54DS uses spring-loaded connections to ensure that the pins stay in contact during vibration and shock to prevent intermittent contact and possible short-circuits. This ensures proper data transfer between all boards without any interruption.

From the perspective of working principle, PCN13-64ACS-2.54DS connectors use two basic components: a connector body and a pin. The body of the connector includes an array of sixty-four pins that protrude from the board. Each pin has two metal contact points that are in contact with the corresponding contact point on the board when inserted. When the connection is established, the electrical connection allows the data to be transferred from one board to the other. This type of connection is extremely reliable as it can withstand considerable amounts of vibration and shock without losing contact. The copper contacts are plated with gold to ensure low electrical resistance which improves the data transmission rate.

In conclusion, PCN13-64ACS-2.54DS connectors belong to the DIN 41612 family of backplane connectors. They are used in telecommunications and computer networks, providing sixty-four pins that remain in contact during vibration and shock. PCN13-64ACS-2.54DS connectors use spring-loaded connections and gold plated copper contacts to ensure a reliable data transfer between all connected boards.