Solder the male pins down each long row.
- Put the pins in the breadboard.
- Long end of pins go into the breadboard.
- Line up the Arduino Micro so that it sits on the pins.
- CPU goes on top.
Assemble The Arduino Mini
Solder the male pins down each row. Same as for the Micro.
Solder the end pins.
Test the Arduino MiniSolder the male pins down each row. Same as for the Micro.
Solder the end pins.
- Those are the 90 degree pins.
- They go into the 6 through holes on the short end.
- Use the helping hands.
- Flip the board over, the CPU should be on the bottom.
- The short end of the 90 degree pins should come through the holes.
- Put the Micro on a breadboard.
- Run a wire from GND to the row next to output pin 9.
- Put an LED on pin 9 and the GND wire. Don't worry about a resistor.
- In the Arduino IDE, be sure to select Tools / Board / Sparkfun Pro Micro 5V/16MHz.
- Load Files / Examples / Basics / Blink
- Set led = 9 in the source code.
- Set delay(100) in the source code.
- Download the program.
- The LED should blink quickly. If it doesn't, make sure your LED polarity isn't backwards.
- Set led = ??? in the source code to use the built-in LED.
- This one has a built-in LED, so it's a bit easier.
- In the Arduino IDE, be sure to select Tools / Board / Arduino Pro or Pro Mini (3.3V, 8MHz) w/ ATMega328.
- Note that the black wire on the FTDI connector connects to GND.
- Load Blink as above.
- Keep led = 13. Change delay(100)
- Download the program.
- The LED should blink quickly.
blogodex = {"toc" : ["ArrBot", "ArrBot Syllabus"]};
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