104550-2 Connectors, Interconnects

Rectangular Connectors - Headers, Receptacles, Female Sockets

The 104550-2 connector system is a range of rectangular connectors designed for commercial and industrial applications. It is comprised of four components: headers, receptacles, female sockets and shrouds.

Application Field of 104550-2 Connector

The 104550-2 system is suitable for applications ranging from basic signal connections to more demanding ones, such as board-to-board or cable-to-board connections. It is especially ideal for use in medical, automotive, industrial automation and communications equipment.

Advantages of 104550-2 Connector

The 104550-2 connector system offers easy installation, high signal integrity, and secure connection. It is also designed for high repeatability, with qualified completion times of up to 2,000 mating cycles. It also guarantees secure and reliable connection in cramped spaces, and is rated up to 3A and 250 V.

Working Principle of 104550-2 Connector

The 104550-2 Connector System utilizes a two-point contact system, which uses two contact surfaces to hold and transfer electrical signals. The contacts are designed to ensure secure connection with minimal mating force. The two-point contact system forms an electrical connection between two components without contacting any of their other surfaces. This ensures high signal integrity and prevents stray noise from interfering with the signal.

Installation of 104550-2 Connector

Installing the 104550-2 Connector System is easy and intuitive. It requires minimal tooling and has an integral stamped latch to ensure secure holding. Furthermore, installation is reversible, meaning that both male and female components can be fitted to either side of the board.

Conclusion

The 104550-2 Connector System is a versatile and reliable solution for industrial and commercial applications. It features an intuitive design and high signal integrity that ensures secure connections with minimal mating force. Furthermore, it is easy to install and has high repeated mating cycles.