BSW-109-04-T-S-S

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Rectangular connectors have been widely used in industrial equipment and consumer electronics applications to connect electrical wires, coaxial cables and fiber optics. They can be divided into three types: headers, receptacles, and female sockets. Among these types, the BSW-109-04-T-S-S is a type of female socket.

The BSW-109-04-T-S-S is a 4-pole, 3-row, right-angle, through-hole socket. It has four top posts, a pre-molded plastic socket body, single-piece terminals, and solder locks for secure mating. The pin spacing is 0.156 inch, the two rows of top posts are spaced 0.093 inch and 0.187 inch, and the inner pins to their neighbors are spaced 0.093 inch. The shell dimension can be customized as needed.

BSW-109-04-T-S-S is usually used in applications requiring the connecting of multiple pairs of contacts. It is especially suitable for robot boards, vision cameras, servo controllers, and communication devices. It is useful in delivering high-voltage signals, power signals, and differential signals. The combination of sockets and headers can create various ways of fastening.

The working principle of a BSW-109-04-T-S-S female socket can be divided into three parts. The first part is the structure. When the plug is inserted into the socket, four top posts mate with the contacts inside the socket and near the walls. This creates a low-resistance connection between the two parts. The second part is the surface contact. After insertion, the pins are soldered to the connected board, locking the plug into position and making sure that the electrical connection is secure. The third part is the axial force. The pin is subject to an axial force when the plug is inserted, and the socket is further secured when the pin is soldered in place. This ensures a dependable and long-lasting connection.

In summary, BSW-109-04-T-S-S connectors are female sockets used in robotic board, camera, servo controller, communication devices, and other applications that involve the transmission of high-voltage, power and differential signals. The working principle of this type of connector involves structure, surface contact and axial force. It uses four top posts, a pre-molded plastic socket body, single-piece terminals, and solder locks to secure the electrical connection between components.

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