SFM-107-T1-S-D-LC

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The SFM-107-T1-S-D-LC is a type of rectangular connector. It consists of two parts, a header and a socket. The header is a male connector that is inserted into the female socket. This particular connector is ideal for applications such as electronics, aerospace, automotive and medical technology.

The header is designed to accommodate a wide range of applications. It is made from metal and has a plated finish. It can be mated with a variety of other connectors including female sockets, headers and receptacles. It is also compatible with various pin terminal configurations. The header includes several features such as a self locking latch that enables it to be securely connected and protected from vibration or shock. It also includes a ground pin that ensures electrical continuity and ensures reliable signal transmission.

The socket is also constructed from metal and has a plated finish for durability. It is designed to be mounted on a printed circuit board and is compatible with a wide range of solder terminals. It has several features such as a built-in strain relief, quick disconnect spring and an ejector tab. This socket also includes a slide lock that prevents accidental disconnection. The socket also features terminal contacts that ensure reliable connection.

The working principle of the SFM-107-T1-S-D-LC connector is simple. The contacts in the header and socket create an electrical connection when the two are mated together. The pins in the header are designed to make intimate contact with the contacts in the socket providing a secure connection. This electrical connection enables current to flow through the connector, providing power and signal transmission.

The SFM-107-T1-S-D-LC connector is ideal for a wide range of applications including medical technology, aerospace, automotive, and electronics. It offers reliable and robust performance due to its design, construction, and features such as its self locking latch to prevent accidental separation. It is also highly compatible and easily mounts to printed circuit boards for efficient performance.

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