Build cool stuff with arduino for sci camp 16 dec13
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This document provides an introduction to microcontrollers and the Arduino platform. It discusses what microcontrollers are and their capabilities. It then covers various Arduino concepts like pins, breadboards, programming structure, and includes examples of blinking an LED, beeping a buzzer, and using sensors. The document guides participants through these examples as activities to learn fundamentals of using Arduino. It also provides ideas for further projects using concepts taught.
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- 2. What are microcontrollers? • • • • Really small computers With limited hardware resources Programmable Can be used to do anything imaginable
- 3. Doing good for humanity Fukushima nuclear disaster DIY radiation detector built by Tokyo Hackerspace, connected live to the Internet
- 4. Arduino as an Interative Device
- 5. Terminology • Pins – A leg on a microcontroller with some specific function (e.g. Power pin, ground pin, digital input pin, analog output pin) Digital pins Arduino has 13 digital pins that can be used as input or output Arduino has 6 analog pins that can only be used as input Analog pins
- 6. Using the breadboard Horizontal tracks for power vertical tracks for components
- 8. Program structure Arduino use a language similar to C++ void setup( ) { } void loop( ) { }
- 9. Where to start Determine your input Output device: Determine your output and device Input device: Choose a device Lightdependent resistor (LDR) Light emitting diode (LED) Piezo buzzer
- 10. Reading from serial monitor Verify Upload Serial monitor
- 11. Activity 1: Blink an LED longer leg 330
- 12. Activity 1: Blink an LED Assign pin 13 as LED pin Assign LED pin as output Turn LED pin on Wait for 0.5s Turn Led pin off Wait for 0.5s
- 13. Recap pinMode (pin number, OUTPUT/INPUT); digitalWrite(pin number, HIGH/LOW); delay(milliseconds);
- 14. Activity 2: ..and beep a buzzer Piezo buzzer 330
- 15. Activity 2: ..and beep a buzzer Assign pin 8 as tone pin Play a tone on tone pin with 200 Hz and 250ms Play a tone on tone pin with 600 Hz and 250ms
- 16. Use arrays for longer tunes
- 17. Challenge Build a circuit and write the Arduino sketch that will enable you to blink 4 LEDs intermittently & play a musical tone
- 18. Controlling RGB
- 19. Activity 4: Light sensing adafruit.com
- 20. Activity 4: Display light reading – Serial
- 22. Activity 5: Controlling servo motor GND pin 0 +5V
- 23. Control servo with trimmer pot #include <Servo.h>
- 24. Recap #include <Servo.h> Servo myservo; myservo.attach (pin number); myservo.write (angle);
- 25. Reading from serial monitor #include <Servo.h> create a servo object called ‘myservo’ Start serial comm at 9600bps Assign servo to servo pin 9 Read analog pin 0, pass value to potLevel Convert range to 180 divisions Display something on serial monitor Tell servo to rotate
- 26. Replace pot with light sensor 10k
- 27. 10k