AOFD410NUY

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Pushbutton Switches

Pushbutton switches, or push-button switches, are momentary switches that only remain actuated while they are being physically pressed. Once the user releases pressure on the button, the switch turns off. These are widely used in a variety of applications, such as computers, vehicles, and other electronics devices. One example of a pushbutton switch is the AOFD410NUY.

AOFD410NUY Application Field

The AOFD410NUY is a miniature snap-in pushbutton switch that has excellent contact wipe characteristics, making it suitable for use in a wide range of applications. Specifically, its low-profile design makes it an ideal choice for automotive, telecommunications, and medical applications where a consistent and reliable switching action is required. Additionally, it is rated for a maximum current rating of 10 mA and can also be used in both high-humidity and high-temperature applications.

AOFD410NUY Working Principle

The AOFD410NUY switch is actilated when the user presses down on the button. The metal disc inside the device is displaced, which contacts the two electrodes located inside. This creates a connection between the two electrodes, allowing current to flow between them. When the user stops pressing down on the button, the metal disc returns to its original position, breaking the connection and preventing current flow.

Conclusion

The AOFD410NUY is a miniature snap-in pushbutton switch that is ideal for automotive, telecommunications, and medical applications. Its low-profile design ensures a consistent and reliable switching action, while its maximum current rating of 10 mA makes it suitable for use in both high-humidity and high-temperature applications. This pushbutton switch is actuated when the user presses down on the button, and its internal metal disc creates a connection between two electrodes, allowing current to flow. Once the user stops pressing down on the button, the metal disc returns to its original position, breaking the connection and preventing current flow.

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