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Rectangular Connectors - Headers, Receptacles, Female Sockets

The SFML-140-T2-S-D-LC-P-TR is a type of rectangular connector consists of a header, a receptacle and a female socket. These types of connectors are commonly used in a variety of applications, but the exact application field and working principle of this specific type of connector might vary depending on the specific type.

Applications

SFML-140-T2-S-D-LC-P-TR connectors are typically used when electrical connections between two separate components, devices or circuits are needed. These connectors are widely used in a range of applications, such as in computers, computer networks, telecommunications, automotive and aerospace systems, medical electronics, and industrial automation systems.

Working Principle

SFML-140-T2-S-D-LC-P-TR connectors generally consist of two parts – the header and the receptacle. The header includes the contact pins which connect to the receptacle when the two parts of the connector are put together. The female socket, or contacts, on the receptacle side connects to the corresponding pins from the header when the two parts are connected, creating an electrical connection between the two components.

These headers, receptacles and female sockets feature locking clips and latching tabs which secure the two parts of the connector and hold the connection together. When properly connected, these clips and tabs act as a double-check to ensure that the connection is secure and won’t come apart.

Material

SFML-140-T2-S-D-LC-P-TR connectors are typically manufactured from a combination of thermoplastic and metal to ensure optimal performance in all environments. The contacts are made of metal for maximum conductivity and all pieces feature high-temperature insulation which improves reliability and durability.

Benefits

Using SFML-140-T2-S-D-LC-P-TR connectors carries a number of advantages. Firstly, this type of connector provides a secure connection which won’t easily become loose or disconnected. Secondly, the use of thermoplastic and metal ensures optimal performance in even the harshest environments. Finally, the high-temperature insulation improves reliability and ensures that the connection won’t be weakened by temperature variations.

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