DF17(4.0)-20DS-0.5V(51)

DF17(4.0)-20DS-0.5V(51) rectangular connectors are one type of edge type mezzanine (board to board) connectors. These connectors are designed to fit between two PCBs (printed circuit boards) that are perpendicular to each other and are highly popular in a range of different applications.

These connectors usually have two rows of pins on either side, with a 0.5mm (51 mil) pitch between each pin set. They also feature a two-piece mating design which allows for increased mating reliability and can be available in either plastic or metal material.

The DF17(4.0)-20DS-0.5V series is specifically designed to meet power and performance requirements and support a variety of automated assembly process.

Applications:

DF17(4.0)-20DS-0.5V rectangular connectors are commonly used in applications such as computers, LCD and OLED displays, portable electronics, industrial equipment, and more. They are widely used for a variety of different applications due to their robustness and superior quality.

Working Principle:

DF17(4.0)-20DS-0.5V connectors are designed with two rows of pins on either side to enable two boards to be connected. The two rows of pins are designed in a specific pattern in order to allow for a positive connection between the two boards. This positive connection makes it impossible for the two boards to be separated without manually removing one of the pins from the connector.

The two-piece mating design of DF17(4.0)-20DS-0.5V connectors makes them highly reliable and capable of withstanding the most extreme conditions. The locking mechanism also ensures that the two boards remain securely connected, even in cases of extreme vibration or multiple re-mating cycles.

Conclusion:

DF17(4.0)-20DS-0.5V rectangular connectors are an excellent choice for a wide range of applications due to their superior performance, robustness, and easy-to-use two-piece mating design. The positive connection between the two boards ensures that the connection remains secure no matter what the conditions, making them highly reliable for a variety of different applications.