SFML-110-02-L-D-SN2

SFML-110-02-L-D-SN2 connector is one type of rectangular connectors which contains headers, receptacles, and female sockets. It is mainly used for electronics industry, and automotive industry, and the core works of this connector is based on the range of force and temperature of a working condition.

It has three primary components that make it work including a card-edge contact, a spring type terminal, and a housing. The card-edge contact contains protruding legs that are designed to fit the printed circuit board and to provide a strong electrical connection between it and the terminal. The housing serves to protect the exposed parts of the card-edge contact which provides an additional layer of protection. The last component, the spring-type terminal, is designed to provide a secure attachment and helps prevent the connector from loosening due to vibration.

The SFML-110-02-L-D-SN2 connector is categorized as a signal field connector and is used for applications where the signal level requirements are significantly higher than for other type of rectangualar connectors. The primary function of the SFML-110-02-L-D-SN2 connection is to provide a secure connection for signal transmission between two sections of a printed circuit board. It is also designed to be used in environments where high temperatures, vibration, and dust are present.

The SFML-110-02-L-D-SN2 connector’s working principle is quite simple. Once the card-edge contact inserted into the correct Positions opening, the spring-type terminal is pushed into position and automatically locks into the holes of the card and circuit board. This locks the card-edge contact in the right place and creates a secure connection, so the electronic signal can be sent and received without any issues.

In conclusion, the SFML-110-02-L-D-SN2 connector is a type of rectangular connector that is mainly designed for use in electronics and automotive industry where the signal level requirements are particularly high. It features a card-edge contact, a spring-type terminal, and a housing components which ensure a secure connection for signal transmission between two boards. Additionally, it’s working principle is based on a range of forces and temperatures.