6450372-2

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The 6450372-2 backplane connector is a specialized connector designed for low current applications. It is a mono-polar, low-polarity, high-performance electrical connection point. This connector has a proprietary design and is suitable for products requiring a reliable and cost-effective connector. It is a perfect fit for systems with high component density such as motherboards, network equipment, and others.

The 6450372-2 backplane connector has a male and a female port. The male port has two lugs and the female has one. The male port is attached to the product by screws or bolts. The screw or bolt must be secured to the product using the right type of torque and must be tight enough to maintain the proper contact with the connector. The female port is attached to the product by pressing it onto the two lugs. This pressing action creates a tight mechanical connection between the product and the connector.

The 6450372-2 backplane connector has an insulation-displacement contact (IDC) system. It is designed to offer increased contact stability and reliability. The IDC ensures that the contact between the two mating connectors is held securely. This connector is subjected to rigorous testing in order to ensure its compliance with ISO/EN 2283-3 and CEC-CEC . It is suitable for soldering temperatures up to 300°C.

The working principle of the 6450372-2 backplane connector is very simple. Additionally, it does not require an extra power source for its operation. The connector comes with two pins or terminals for connection. When two pins or terminals are pressed together, an electrical connection is established. This allows the device to establish a reliable data transfer. The strength of the electrical connection is based on the contact pressure and the torque applied to the screws of the connector.

The 6450372-2 backplane connector is an ideal choice for applications with low current requirements. Its IDC system offers an increased contact stability and reliability. It is designed to be used for motherboards, network equipment, and other products with high component density. Moreover, its working principle is easy to understand and simple to set up, making it a great solution for cost-effective data transfer connections.

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