NPPN031FGGN-RC

NPPN031FGGN-RC (Rectangular Connectors - Headers, Receptacles, Female Sockets) is a type of connector used to connect electrical components, typically for direct current (DC). This type of connector has an oblong or rectangular shape, and the terminals, or pins, are located in columns corresponding to the length of the card edge connector. This type of connector typically has two rows of pins, which can either be soldered directly to the board or connected via a wire connection.

Application Field

NPPN031FGGN-RC connectors are widely used in computers, telecommunications, medical equipment, automotive, consumer electronics, and industrial applications such as robotics and automation. They are also used in connectors for automotive and mobile devices, such as GPS, Bluetooth, and Wi-Fi. The electrical and electrical strength of the NPPN031FGGN-RC connector make it an ideal choice for harsh environment applications such as aerospace, defense, and medical markets.

Working Principle

NPPN031FGGN-RC connectors use a contact system that consists of a pair of hard tabs, or male and female pins, each with one side connected to the card edge. The connectors are designed with the pins facing each other and then inserted into the mating card edge, firmly in place with the contact support locating pins. The contact system helps ensure proper connection between the connected boards, preventing short circuits and ensuring reliable operation. Once the mating connector has been inserted and secured into place, the pins and tabs form a tight connection which ensures low contact resistance, high isolation, and increased reliability.

Conclusion

NPPN031FGGN-RC connectors are a reliable and cost-effective choice for a variety of applications. They offer excellent electrical and mechanical performance, are RoHS compliant, and are customizable to suit the needs of the application. They are an ideal choice for automotive, medical, communication, and industrial electronics applications where compact, reliable solutions are required.