DF9-17S-1V(32)

The DF9-17S-1V(32) Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) is a highly versatile and efficient connection device that is designed to meet a range of applications. It is a surface mount type connector array that is suitable for board-level connections. This device features a 9-pin contact configuration with a total spread of 32mm.

The DF9-17S-1V(32) offers several advantages over competing connector types. For starters, it can be used to save space and reduce the number of individual connectors needed in larger circuits. In addition, the board-level design ensures reliable signal and power connections as well as providing a durable design that is resistant to environmental damage.

The DF9-17S-1V(32) has three primary working principles. First, the contacts are held in place with a tension spring and pin retainer. This ensures a secure connection and eliminates any unsightly protrusions. Second, the connection is further secured through a metal contact land. This keeps the connection between both the socket and the pin secure and resistant to movement. Finally, the board-level design allows for easy routing and shielding of the connection. This is an important feature as it helps to ensure that noise or other interference is kept to a minimum.

The DF9-17S-1V(32) is typically used in a range of industrial and consumer electronics applications. For instance, it can be used for board-to-board connections in portable electronics such as laptops, tablets, and smartphones. In addition, it can be used for bridge connections in audio systems and robotics. It is also suitable for use in high-speed digital applications, including modems, routers, hubs, and switches.

The DF9-17S-1V(32) is an ideal device for a wide range of applications due to its board-level design, secure connections, and small form factor. Its easy and reliable installation can help reduce the time and energy required to complete projects. This can help to improve overall productivity and increase efficiency.