BSW-107-24-S-M

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Rectangular Connectors – Headers, Receptacles, Female Sockets are high quality and durable interconnects used for various applications. They are used to connect wires, cables, circuits, and systems. BSW-107-24-S-M connectors are among the most popular within this field.

The BSW-107-24-S-M model is a through-hole, board to board, right angle PCB, header, receptacles, and female socket connector. The model features two rows of six pins for a total of 12 pins, making it suitable for use in a broad range of applications. It has a pitch of 1.27mm, a current rating of up to 600V, and a current rating of 2A. The model has an insulation resistance of 500Mohm minimum at 500VAC, an dielectric strength of 500VAC min for 1 minute, and a contact resistance of 40mohm maximum.

When it comes to applications for the BSW-107-24-S-M connector, there is a wide selection of uses. It is mainly used in medical, automotive, industrial lighting, and process control applications. Its ability to handle high voltages and currents makes it a reliable tool for high-performance systems. It is also used for data transmission, signal routing, and power transfer. The BSW-107-24-S-M connector is also popular for its ability to reduce the risk of arcing and spark-like damage.

In terms of working principle, BSW-107-24-S-M connectors are designed to provide a reliable connection with minimal power and space requirements. When the two parts of the connector are mated, the pins make physical contact, allowing the current to flow between them. The contacts within the rectangular headers are designed to give a perfect fit to the contacts on the mating connections. To ensure a secure connection, the outer casing is also designed to fit tightly over the pins of the mating connection.

The BSW-107-24-S-M connector is one of the most versatile and reliable products in the interconnects market and is suitable for a broad range of applications and operating environments. With its robust construction and reliable performance, it provides a reliable connection with minimal power and space requirements. It is an ideal choice for applications that require high voltages and currents. And its ability to reduce the risk of arcing and spark-like damage makes it a safe and reliable option.

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