5 Ways to Destroy an Arduino

This video tutorial discusses common mistakes that can damage an Arduino board, focusing on current and voltage limits. It introduces the Ruggeduino, a derivative board designed to prevent such damage. The tutorial covers overcurrent and overvoltage conditions, safe powering methods, and provides a summary of key points. It aims to equip beginners with the knowledge to avoid damaging their Arduino boards.

What are some common mistakes that can damage an Arduino board?

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Why is it important to know the limits of the Arduino when working with it?

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What is the maximum current that can flow through an Arduino IO pin?

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Explain the consequences of exceeding the current limit on an Arduino IO pin.

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Describe how connecting an IO pin set to high directly to ground can damage the pin.

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What protective features does the Rugged Duino offer against common mistakes?

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What happens if you apply more than 5.5 volts to an Arduino IO pin?

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How can reversing the polarity of the power connections to an Arduino lead to damage?

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What are the potential risks of applying greater than 5 volts to the 5 Volt pin on the Arduino?

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Summarize the key points to avoid damaging an Arduino board.

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