SFM210-LPPE-D18-SM-BK

Rectangular Connectors - Headers, Receptacles, Female Sockets

The SFM210-LPPE-D18-SM-BK is a rectangular connector featuring two distinct and distinct subconnector types, headers and receptacles. It is also known as female sockets. This connector is primarily used for the interconnection of electronic devices and assemblies.

Application Field

These connectors are used in a variety of applications, such as in telecommunications, computers, industrial, audio, audiovisual, and consumer electronics. They are typically used in applications which require multiple connections between different devices or components. The SFM210-LPPE-D18-SM-BK is designed to accommodate large numbers of contacts and to use both manual and automatic assembly methods.

Working Principle

The design of the SFM210-LPPE-D18-SM-BK consists of two parts, the header and the receptacle. The header has male terminals that are pushed into the female socket. The header has a plate at its top and bottom sections, which provide support to the whole system. The terminals are designed to fit into slots on the plate. When the terminals are connected properly, a strong connection is formed.

The receptacle also has female terminals that are connected to the devices and components requiring power or data transmission. A sliding mechanism is available in the receptacle to enable secure and rapid connection between the devices. This socket has a snap-in feature that ensures contact alignment and a high-quality connection. The receptacle is generally mounted to a circuit board and is held in place using solder connections.

The connections between the two terminals are made with either a ribbon cable, flexible printed circuit or PCB with leads. The female terminals are held in place by solder connections and the cables are connected using screw-type terminals. The contacts are gold-plated and are resistant to corrosion and oxidation. The overall performance of the connector is very reliable and efficient.

The SFM210-LPPE-D18-SM-BK is designed to meet strict industry standards and specifications. It is also designed to allow a high number of contacts in a smaller package. This design helps to reduce the cost and complexity of assembly, while ensuring reliable performance.