5 More Ways to Destroy an Arduino

This video tutorial discusses five additional ways to inadvertently damage an Arduino board, building on the previous episode's five methods. It covers the risks of applying excessive voltage to the 3.3 Volt connector pin, short-circuiting the DC power input, damaging the 5 Volt regulator, exceeding the reset pin voltage limit, and surpassing the total microcontroller current. The tutorial emphasizes the importance of understanding these risks to protect the Arduino and highlights the Rugged Duino board's protective features. The video concludes with recommendations for safe Arduino usage and encourages viewers to explore further learning resources.

How does the rugged duino protect against applying greater than 13 volts to the reset pin?

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Discuss the importance of understanding the current draw of individual IO pins when working with an Arduino.

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What are the five additional ways to damage an Arduino discussed in the video?

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