BSW-104-24-G-M

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Rectangular Connectors - Headers, Receptacles, Female Sockets are an essential part of electronic systems in today’s world. One of the most popular of these is the BSW-104-24-G-M model. This article covers its application field and working principle.

Application Field

The two major applications of this model are for board-to-board and cable-to-board connections in electronic systems. The model is typically used in applications where high-current density is needed. This includes communications equipment, power adapters, and industrial electronic devices, among others.

The BSW-104-24-G-M model is made with a metal shell which provides superior EMI protection and enables grounding. The model is designed with a durable construction to ensure a long term reliability. It also features compliant pin technology to provide vibration and shock resistance. The model also features a insulation system that allows it to withstand temperatures up to +125°C.

Working Principle

The BSW-104-24-G-M model utilizes an electrical interface known as a header & receptacle. This is a type of electrical connector that consists of two opposing parts that can connect with each other. The header part consists of several pins that are inserted into the receptacle\'s sockets for a secure electrical connection.

The model features a design that enables its pins to be readily inserted and extracted from the receptacle, allowing for easy installation and removal. It also has a high-current density design that provides reliable contact even at high speeds and under high vibration conditions.

The model also features a modular design that allows the user to assemble custom headers & receptacles according to their needs. This is achieved by plugging and unplugging the parts, and inserting and extracting the pins into the sockets. This modularity allows for flexible and cost-effective customization.

Conclusion

The BSW-104-24-G-M model provides a reliable and durable electrical interface for board-to-board and cable-to-board connections. It features a metal shell for EMI protection, compliant pin technology for vibration and shock resistance, and a modular design for cost-effective customization. Its high-current density allows for reliable contact even at high speeds and under high vibration conditions.

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