2-6450550-4

Backplane connectors are a type of electrical connector designed to connect one printed circuit board (PCB) with another for communication and power. The 2-6450550-4 connector is a specialized backplane connector specifically designed for applications requiring a high data rate and increased density requirements. This connector is suitable for use in a variety of applications, including medical, industrial, and communication settings.

2-6450550-4 Connector Features

The 2-6450550-4 connector is an SMT connector that features a high-density, board-to-board solution specifically designed to provide differential and high-speed performance. The connector includes a contact-to-pin-length of 3 mm, a profile height of 2.5 mm, a contact-to-contact distance of 2 mm, and a contact centers distance of 0.5 mm. It also includes a rated current of 1.2A, a rated voltage of 100 V, and a UL94V-0 flammability rating.

The connector is available in different pitch sizes, mounting styles, and configurations including vertical, horizontal and right-angle board-to-board styles. It also supports data rates of up to 10 Gbps and is RoHS compliant, making it suitable for a wide variety of applications.

2-6450550-4 Application Fields and Working Principle

The 2-6450550-4 connector is suitable for use in a range of applications where high data rate, high density, or a combination of both are required. These include a variety of medical devices, industrial equipment, and communication systems.

In medical applications, for example, these connectors could be used in diagnostic scanners, imaging systems, and endoscopes. In industrial applications, the 2-6450550-4 can be used in semiconductor equipment, testing equipment, optoelectronic devices, and manufacturing automation equipment. In communication systems, these connectors can be used in high-end servers, data storage systems, routers, and switches.

The working principle of the 2-6450550-4 connector is based on the use of differential pairs for improved signal integrity. These differential pairs consist of two insulated wires, each having its own impedance. By signalling simultaneously over both wires, signal reflections, crosstalk, and noise are minimized, resulting in higher speeds and improved signal integrity.

Conclusion

The 2-6450550-4 is a specialized, high-speed, high-density connector designed for applications requiring the best possible signal and data rate. Its differential pair scheme and RoHS-compliant design make it suitable for use in a variety of medical, industrial, and communication settings. As the need for higher data rates and denser interconnects continues to grow, this connector is expected to become increasingly popular in a wide range of applications.