GEC36DADN

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GEC36DADN is a type of rectangular connector headers and male pins used in a wide range of applications including press-fit, heavy-duty, board-to-board, and wire-to-board connections. GEC36DADN are suitable for applications requiring large currents and voltages, along with high levels of mechanical integrity. They provide reliable, low-cost, secure connections.

The components of the GEC36DADN rectangular connector are a straight male snap-in header and a semicircular male pin with a corresponding guide hole. The header has a unique shape which makes it simple to press-fit the pin securely into the header. The pin is designed to spread the force of the header outward so that it securely locks with the female receptacle. Additionally, the pin is designed to remain securely locked in the female receptacle even if the assembly is subject to vibration or shock.

The working principle of the GEC36DADN rectangular connector is simple yet effective. When the header is pressed into the female receptacle, the force of the header causes the pins to spread outward. This results in the pins securely locking into place and forming a reliable connection between the components. It is also important to note that the pins are designed in such a way that they can remain securely locked even if the assembly is subjected to vibration or shock.

The GEC36DADN rectangular connector is a versatile and reliable connection solution which is suitable for a wide range of applications. It is often used in applications requiring large currents and voltages, along with high levels of mechanical integrity. It is also suitable for applications which require a secure, low-cost connection. Because of its unique shape and simple yet effective design, it provides a secure and reliable connection between components.

In summary, GEC36DADN rectangular connectors and male pins provide an effective and reliable connection solution for a variety of applications. They feature a unique shape and press-fit design which makes them simple to install and secure. They provide reliable, low-cost, secure connections and are suitable for applications requiring large currents and voltages, along with high levels of mechanical integrity.

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