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Fix typo - liming -> limiting #1046

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Fix typo - liming -> limiting #1046

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2 changes: 1 addition & 1 deletion src/content/tutorials/hardware-projects/hardware-examples.md
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Expand Up @@ -93,7 +93,7 @@ It's good practice to connect the red (+) bus bar on the top to 3V3 and the blue
{{/if}}
{{/if}}

Position the LED in the breadboard. The long lead (anode) goes to + (left) and the short lead (cathode) goes to - (right). When using an LED, you must always add a current liming resistor. Normally you'd use a 220 ohm resistor (red-red-brown-gold) for 3.3 volt circuits.
Position the LED in the breadboard. The long lead (anode) goes to + (left) and the short lead (cathode) goes to - (right). When using an LED, you must always add a current limiting resistor. Normally you'd use a 220 ohm resistor (red-red-brown-gold) for 3.3 volt circuits.

In the picture, the long lead of the LED connects to pin D6 using the blue wire. The short lead of the LED connects to a 220 ohm resistor that connects it to ground. That completes the circuit.

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