NPPN032FFKP-RC Application Field and Working Principle

Rectangular connectors, such as the NPPN032FFKP-RC, are used in a variety of electronic, power, communications, and industrial applications. These types of connectors are designed to make reliable electrical connections between two pieces of equipment, especially in environments where vibration and shock are present. Rectangular connectors are available with a variety of contacts, such as headers, receptacles, female sockets, and male sockets, and can be customized to suit any particular application.

Application Field

The NPPN032FFKP-RC connector is a three-piece rectangular connector with a male header, a receptacle, and a female socket. The header mates with the receptacle while the socket mates with the female socket. This connector is suitable for the wire-to-board, board-to-board, and cable-to-board connection, and it is often used in the automotive, consumer, and power supply markets.

Working Principle

The NPPN032FFKP-RC connector is designed to make a robust electrical connection between two pieces of equipment. It is a three-piece product, consisting of the male header, the receptacle, and the female socket. The male header is designed with pins that are inserted into the receptacle\'s locking slots. When the pins are inserted, the outer portion of the header presses against the mating face of the receptacle and creates a secure connection. The female socket is designed with two internal locking pins which are designed to lock the socket into place in the board application.

The connector is designed to offer durability and reliability in vibration and shock environments. It utilizes a combination of friction locks and latching mechanisms to ensure a secure connection is made. It is designed to withstand up to 12G of shock and 500G of vibration. The contacts are also plated with gold which ensures lasting reliability.

The NPPN032FFKP-RC Connector is a robust and reliable rectangular connector suitable for a variety of applications. It is designed to make robust electrical connections in environments that may be prone to vibration and shock, and it is an ideal choice for applications such as automotive, consumer, and power supply markets.