BSW-103-04-T-E

Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used in electronics, and BSW-103-04-T-E is just one of them. It is designed for general-purpose applications, mainly for multiple connections such as power and signal transmission, as well as low voltage, medium current, and on-board or panel-mounted connections. The following explains its application field and working principle in detail.

Application Field

BSW-103-04-T-E Rectangular Connector is suitable for multiple purposes such as power and signal transmission, low voltage, medium current and on-board and panel mounting. It can provide power and signal transmission for various computer equipment, office equipment, instrumentation, industrial automation equipment, and communications equipment, especially suitable for high-density/high-speed application systems.

Working Principle

BSW-103-04-T-E Rectangular Connector adopts a self-feeding insulation displacement connection (IDC) design. There is no need for a separate soldering process, which greatly reduces the connecting cost and time. The terminal plating also utilizes an insulated double-layer plating structure, which greatly improves the transmission performance and ensures that the signals are transmitted accurately and stably under different conditions.

The contact between the contact and the wire is realized by clamping. After the wire is inserted, the inner spring clamp clamps the wire. The outer insulation clamp fixes the wire insulation, effectively insulating the contact from the wire. Non-metallic materials are used in the insulation part of the interface, so there is no need to worry about poor electrical insulation due to corrosion.

Conclusion

BSW-103-04-T-E Rectangular Connector is suitable for multiple applications, designed for general-purpose applications, and its self-feeding insulation displacement connection (IDC) design greatly reduces the connecting cost and time. The use of an insulated double-layer plating structure improves the transmission performance and ensures that the signals are transmitted accurately and stably under different conditions.