LPPB201NFSD-RC

Rectangular connectors are used for a variety of applications, such as those requiring high reliability and those needing a space-saving design. One type of rectangular connector is the LPPB201NFSD-RC, which stands for Low Profile Parallel Board 201 N FSD-RC. It is an electrical connector for power and signal transmissions.

The LPPB201NFSD-RC is a two-piece connector consisting of a header and a receptacle. The header consists of metal pins in a row that mate with the receptacle. The receptacle contains female sockets that are designed to grip the header pins and provide electrical connections. Each pin is numbered to ensure correct orientation of the header and receptacle.

The LPPB201NFSD-RC is designed to provide secure connections between two circuits and can tolerate signal and power frequencies up to 10 GHz. Its low profile design allows it to fit in narrow and confined spaces. It uses a screw connection for sturdy and reliable mounting, and it is highly resistant to vibration.

Due to its flexible design, the LPPB201NFSD-RC is highly suitable for applications with a high density of connectors. In addition, it has good signal integrity and pin-out compatibility with existing designs. The pins have a plating of gold, nickel, or tin to prevent corrosion and ensure a reliable connection. The LPPB201NFSD-RC has been tested and approved for use in a variety of industries, such as automotive, industrial, and consumer electronics.

The working principle of the LPPB201NFSD-RC is fairly straightforward. When the receptacle is mated to the header, the header pins make contact with the female sockets in the receptacle. This creates a secure, electrical connection that can transmit both power and signals. The connection can be further secured using the screw connection. The pins are designed to ensure a dependable electrical connection with minimum contact resistance.

In summary, the LPPB201NFSD-RC is a type of rectangular connector used for various applications. It consists of a header and a receptacle, each with numbered pins, and it can tolerate signal and power frequencies up to 10 GHz. It is highly suitable for high-density applications, has good signal integrity, and is resistant to vibration. Its working principle is simple: the pins in the header make contact with the female sockets in the receptacle, creating a secure, electrical connection.