SFML-110-T2-SM-D-LC-K-TR

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Rectangular Connectors, also known as Headers, Receptacles, and Female Sockets, are multi-pin connectors that are widely used in various types of commercial and industrial electronics. SFML-110-T2-SM-D-LC-K-TR belongs to this family of connectors and has its own application field and working principle.

SFML-110-T2-SM-D-LC-K-TR is a multi-pin Right Angle plug connector, meaning that its contacts are mounted in a vertical position. This connector is typically used for the connection between printed circuit boards, allowing one board to be connected to another board while maintaining a small profile. It is most commonly used in the automation, industrial control, instrumentation, and medical equipment industry.

In terms of design, this connector has two rows of heat sealed and polarized contacts. The contacts are pins, which are arranged in two rows of five pins. This gives a total of ten pins, making it suitable for applications in which signals need to be transmitted over more than one wire. In terms of size, it has a profile height of 2.54 mm and a width of 7.62 mm. It also has a mounting or attachment type of ThruHole, meaning that the connector can be attached to a board or panel with the help of screws and/or solder.

The working principle of SFML-110-T2-SM-D-LC-K-TR is straightforward. First, the pins are inserted into circular openings that are on the edge of the board. This will ensure that the connector is firmly attached to the board. Secondly, the pins need to be soldered into the appropriate holes. This will provide the mechanical and electrical connection between the connector and the board. After the connection is established, power or signals can be sent through the connector.

In conclusion, SFML-110-T2-SM-D-LC-K-TR is a Right Angle plug connector that is used for the connection between printed circuit boards. It has two rows of polarized and heat-sealed contacts, with a total of ten pins. It has a height of 2.54 mm and a width of 7.62 mm, and can be attached to a board or panel with the help of screws and/or solder. When it comes to its working principle, the pins are first inserted into the edge of the board, and then soldered to provide an electrical and mechanical connection. After this connection is established, power or signals can be sent through the connector.

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