BSW-126-24-L-S

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Rectangular Connectors, such as Headers, Receptacles, and Female Sockets, are components used in electronic circuits to connect two or more conductors together. One of the most popular and versatile rectangular connectors is the BSW-126-24-L-S. This device’s uses, applications, and working principles are described in this article.

Features and Specifications

The BSW-126-24-L-S is an SMT, or Surface Mount Technology, rectangular connector. It has a nominal current rating of 8A, 24 male terminals, and a pitch size of 2.0mm. It is insulated, with the insulation material listed as metylvinylethyalene. It is capable of operating in temperatures from -40°C to +105°C, and its insulation resistance is a minimum of 100 mega-ohms at 500VDC. It is UL- and CUL-approved, and will meet specs for RoHS, FCC, and UL safety regulations.

Application Field and Working Principle

The BSW-126-24-L-S can be used in a number of applications. In the broadest sense, it is used whenever a connection needs to be made between two or more conductors in an electronic circuit. This could be for power, control, communication, and other signal purposes. The BSW-126-24-L-S in particular is most suitable for switching and signal applications, such as automotive power train control systems, door locking systems, and display drivers.

The working principle of the connector is simple. The 24 male terminals are inserted into holes drilled into the printed circuit board. The insulation material ensures that no current can flow between the terminals or to the chassis. Each terminal is then soldered to the board, and then the connector is mounted onto the board. The insulation material forms a barrier between the terminals, which prevents contact between them, allowing for current to be routed to the appropriate destination.

Conclusion

The BSW-126-24-L-S is a versatile and reliable rectangular connector for making connections in electronic circuits. Its capabilities, features, and specifications make it ideal for use in automotive, switching, and signal applications. Its working principle is simple, with the insulation material forming a barrier between the terminals and preventing contact. It is UL- and CUL-approved, and meets all of the current safety regulations, making it a great choice for electronic designs.

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