1-205512-3

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The 1-205512-3 backplane connector is designed for connecting printed circuit boards, or PCBs, in a device. It’s made for specialized applications, such as panels, enclosures, and other devices needing a strong and reliable connection. The 1-205512-3 is a specialized backplane connector. It features a locking lanyard that prevents the board from being pulled apart, and a two-position guide that keeps the connector from moving around while an employee is inserting it. The two-position guide also helps reduce the possibility of pinched wires, which can happen when a board isn’t properly aligned to the connector. The connector itself is made from sturdy and corrosion-resistant materials. It features a single row of 20 pins, with each pin having its own dedicated terminal. This ensures a secure connection between the board and the connector. It also ensures that each pin is kept in its designated position, which reduces the risk of short circuits. The 1-205512-3 is usually used in precision data and/or signal transfer applications. It’s designed to work in high-density configurations, such as rack-mounted systems and other high-power applications. It’s also designed to be extremely reliable, with a rated lifespan of up to 100,000 cycles. In terms of working principle, the 1-205512-3 works similarly to other backplane connectors. It uses a combination of locking lanyard and two-position guides to ensure that the connector is properly secured. Once the connector is inserted, the pins will be securely seated in their respective positions, providing a reliable connection. The 1-205512-3 backplane connector is a specialized connector designed for specialized applications. It features an efficient locking lanyard and two-position guide to ensure a secure connection between the board and connector. It’s also designed to be extremely reliable, with a rated lifespan of up to 100,000 cycles. It’s a great choice for high-density applications, such as rack-mounted systems and other precision data and/or signal transfer applications.

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