BSW-132-04-L-M

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Rectangular Connectors - Headers, Receptacles, Female Sockets are electrical connectors used to connect and transfer signals through an electrical circuit. A common type of these connectors is BSW-132-04-L-M, which is a combination of two parts – a header and a female socket. In general, the purpose of this type of connector is to connect and transfer signals from one device to another. In this article, the application and working principle of BSW-132-04-L-M will be discussed.

BSW-132-04-L-M connectors feature a header that consists of four single-row, eight-position, right-angle connectors. The header has a contact pitch of 0.8mm, a surface mount height of 1.15mm, and a locking features to ensure secure connection. The female socket, on the other hand, consists of type 412F mounting retainer and four BSW-132-04-L-M socket contacts. It also features a blind mating design that enables an easy connection.

These connectors are highly versatile and are suitable for a wide range of applications. In electronic circuits, they can be used as signals connectors for backplane connections, board-to-board connections, signals connections, and power connections. They can also be used in the automated test system, household equipment, industrial computers, and power supplies.

The working principle of BSW-132-04-L-M mainly involves two processes – connecting and disconnecting. When connecting, the header and the female socket are placed in alignment with one another, and the header contacts are inserted into the mating faces of the female socket. The locking mechanism then preventsBackers and remove the contact from the socket. This ensures a secure and reliable connection.

In short, BSW-132-04-L-M connectors provide a secure connection and simplified connection procedure. This makes them highly suitable for a wide range of electronics applications, from simple board-to-board connections to more complicated automated test system connections. With their reliable performance and robust construction, users can be assured that their circuits will be properly connected and signals can be reliably transferred.

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