SparkFun Inventor's Kit Guide for Arduino SIK.pdf

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Your Guide to the SparkFun Inventor’s Kit for Arduino
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Table of Contents
Welcome to the
SparkFun Inventor’s Guide
The SparkFun Inventor's Guide is your map for navigating
the waters of beginning embedded electronics. This
booklet contains all the information you will need to
explore the 14 circuits of the SparkFun Inventor's Kit for
Arduino. At the center of this manual is one core
philosophy - that anyone can (and should) play around
with electronics. When you're done with this guide, you'll
have the know-how to start creating your own projects
and experiments. Now enough talking - let's get inventing!
sparkfun.com
Section 1:
What is an Arduino?
Getting Started with Arduino
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Download Arduino Software (IDE)
Install Drivers for Arduino
Identify your Arduino
Download “SIK Guide Code”
Section 2:
Getting Started with Circuits
The World Runs on Circuits
Inventory of Parts
Arduino Uno
Breadboard
Circuit #1 - Your First Circuit: Blinking a LED
Circuit #2 - Potentiometer
Circuit #3 - RGB LED
Circuit #4 - Multiple LEDs
Circuit #5 - Push Buttons
Circuit #6 - Photo Resistor
Circuit #7 - Temperature Sensor
Circuit #8 - A Single Servo
Circuit #9 - Flex Sensor
Circuit #10 - Soft Potentiometer
Circuit #11 - Piezo Element
Circuit #12 - Spinning a Motor
Circuit #13 - Relay
Circuit #14 - Shift Register
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What is an Arduino?
The
Arduino Revolution
Arduino is an open-source physical computing platform
designed to make experimenting with electronics more
fun and intuitive. Arduino has its own unique, simplified
programming language, a vast support network, and
thousands of potential uses, making it the perfect platform
for both beginner and advanced DIY enthusiasts.
arduino.cc
A Computer for the Physical World
The friendly blue board in your hand (or on your
desk) is the Arduino. In some ways you could
think of Arduino as the child of traditional desktop
and laptop computers. At its roots, the Arduino is
essentially a small portable computer. It is capable
of taking
inputs
(such as the push of a button or a
reading from a light sensor) and interpreting that
information to control various
outputs
(like a
blinking LED light or an electric motor).
That's where the term "physical computing" is
born - an Arduino is capable of taking the world of
electronics and relating it to the physical world in
a real and tangible way. Trust us - this will all make
more sense soon.
// Arduino UNO
SMD R3
The Arduino Uno is one of several development
boards based on the ATmega328. We like it mainly
because of its extensive support network and its
versatility. It has 14 digital input/output pins (6 of
which can be PWM outputs), 6 analog inputs, a 16
MHz crystal oscillator, a USB connection, a power
jack, an ICSP header, and a reset button. Don’t
worry, you’ll learn about all these later.
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Bug Zapper Counter
Old Toy Email Notifer
Power-Lacing High Tops
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Camera Time-lapse operation
Auto-Plant Watering
Re-Programmed Traffic Light
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Auto-Coffee Maker
Quadcopter

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