Add link to fritzing schematic
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@ -178,7 +178,7 @@ Digital pin utilization is as follows:
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- **PIN 13** - LED indicator (built in to Trinket Pro)
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- **PIN 19** - Microswitch (aka A5)
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[Fritzing diagram]
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[![Fritzing schematic](http://sixteenmillimeter.com/projects/imgs/intval2/intval2_schem_512.png)](http://sixteenmillimeter.com/projects/imgs/intval2/intval2_schem.png)
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The Fritzing project requires the following libraries:
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@ -189,5 +189,4 @@ The Fritzing project requires the following libraries:
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#### F. <a name="Programming"></a>Programming
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This step should be done carefully, and with some practice. For a good primer on the basics of programming the microcontroller, check out Adafruit's [tutorial on it](https://learn.adafruit.com/introducing-pro-trinket/starting-the-bootloader). Arduino Trinket Pros enter into a short firmware-writable state when first plugged into a USB source. This is marked by the pulsing of the red indicator LED on the board.
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This step should be done carefully, and with some practice. For a good primer on the basics of programming the microcontroller, check out Adafruit's [tutorial on it](https://learn.adafruit.com/introducing-pro-trinket/starting-the-bootloader). Arduino Trinket Pros enter into a short firmware-writable state when first plugged into a USB source. This is marked by the pulsing of the red indicator LED on the board.
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