SFM210-LPSE-D18-SM-BK

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Rectangular Connectors provide a dependable mechanical and electrical connection between two or more points. The connectors are divided into Headers, Receptacles, and Female Sockets. SFM210-LPSE-D18-SM-BK is an example of rectangular connector that belongs in this category.

Application field

SFM210-LPSE-D18-SM-BK is widely used in communication equipment, printers, routers, switches, servers, computers, modems, etc. It is especially suitable for environments where high-speed transmission and anti-electromagnetic radiation are required. It can also be used in industrial machines, medical equipment, tracking systems, safety systems, building automation systems, etc.

Working Principle

The main components of the SFM210-LPSE-D18-SM-BK are the header strips, the receptacle, and the female socket. The header strips contain two or more rows of closely spaced pins. These pins have a rounded tip to ensure safe insertion and extraction. The receptacle is a device that accepts the pins and locks them into place when the cover is closed. The female socket is the part that connects the device to the circuit board. It contains two or more rows of metal contacts, which connect to the header pins. When the header pins are pushed into the female socket, an electrical connection is formed.

SFM210-LPSE-D18-SM-BK has a wide operating temperature range and can handle high frequencies. It also features enhanced contact reliability, low insertion and withdrawal forces, and reverse protection. Furthermore, the connectors allow high-speed transmissions with low power consumption and signal distortion.

Conclusion

SFM210-LPSE-D18-SM-BK is a type of rectangular connector for Headers, Receptacles, and Female Sockets that is widely used in communication equipment, printers, routers, switches, servers, computers, modems, industrial machines, medical equipment, tracking systems, safety systems, building automation systems, etc. It provides enhanced contact reliability, low insertion and withdrawal forces, and reverse protection. It also allows high-speed transmissions with low power consumption and signal distortion, making it an ideal choice for environments where high-speed transmission and anti-electromagnetic radiation are required.

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