DF23C-16DS-0.5V(51)

DF23C-16DS-0.5V(51) is a series of rectangular mezzanine connectors, which are also called board to board connectors. This series can be seen as a part of the rectangular connector range of edge type mezzanine components, and is also specifically designed and manufactured by the Harwin company.

Application Field

DF23C-16DS-0.5V(51) is great for use in applications that involve interconnects between circuit boards and/or the upper layers of a stackable design. Generally, these are highly reliable connections, which serve to provide excellent solutions for space-saving and interconnectivity. It is also suitable for applications such as industrial control systems, aerospace applications, medical and other high-reliability applications where signal reliability is essential.

Working Principle

The DF23C-16DS-0.5V(51) connector is essentially a two-piece connector composed of the male connector and the female connector, with contacts on the mating half of each connector. These contacts are designed to be as small as possible to minimize the connection radius while maintaining the required contact force. The connector has an array of threaded 4-40 standoffs that hold the contact male and female connectors on board. To ensure maximum reliability, the contacts are gold plated. With sixteen contacts, this series of rectangular mezzanine connector is capable of providing a wide range of reliable outputs of test signals and data used in many applications.

Conclusion

The DF23C-16DS-0.5V(51) connector is an excellent choice for any application that requires reliable interconnects between two or more boards. With its small size and contact force, it ensures the highest signal reliability for any environment, while its gold plating provides industry leading corrosion resistance. It is also a great solution for space-saving designs, as repeated stacking of multiple boards is made possible by its threaded standoffs. This connector is a reliable and easy-to-use device, making it a great choice for many applications.