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?

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

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

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

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

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

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

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

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

Summarize the key points to avoid damaging an Arduino board.