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Arduino video Tutorial more Reliable Forever

Summary of Arduino video Tutorial more Reliable Forever


This article outlines a three-part Arduino tutorial series for beginners. It covers fundamental concepts like sketches, the IDE, and hardware features of the Arduino Uno R3. The projects include an LED blink test and a voltmeter with Min/Max/Average functionality using Sparkfun LCDs. The series progresses from basic setup to advanced coding techniques involving variables, functions, and return values.

Parts used in the Arduino Projects:

  • Arduino UNO R3
  • ATmega328 micro controller
  • LED
  • Voltage divider components
  • Sparkfun serial enabled 16 x 2 LCD
  • Sparkfun serial enabled 20 x 4 LCD
  • Computer with Arduino Software IDE arduino-1.0.1
  • USB cable

Arduino Tutorial #1 – Getting Started and Connected!

In this video I cover the following:

* What is Arduino?
* What is a sketch?
* What is the Arduino (software) IDE (interactive development environment) arduino-1.0.1
* Arduino philosophy
* We take a look at the Arduno hardware.
* I cover how to download the Arduino Software and drivers and then how to install them.
* What happens when the Arduino USB device driver fails and how to solve it.
* I upload a sketch to the Arduino UNO R3 to test it and blink an LED.
* I discuss the project for tutorial #2, a voltmeter with Min Max Ave.
* I talk about the Sparkfun serial enabled 16 x 2 LCD and the challenges it poses.

Arduino Uno R3 features:

* ATmega328 micro controller
* Input voltage – 7-12V
* 14 Digital I/O Pins (6 PWM outputs)
* 6 Analogue Inputs
* 32k Flash Memory
* 16Mhz Clock Speed

 Arduino Tutorial #2 – Sketch structure, variables and procedures

In this video I cover the following:

* What is Arduino?
* What is the sketch structure?
* What are variables and what types of variables – int, integer, float, floating point, byte, string array.
* The build of the voltage divider for the voltmeter can be found in the Ohms law tutorial:
http://www.youtube.com/watch?v=AWLJAD…
* What is the Arduino (software) IDE (interactive development environment) arduino-1.0.1
* What is an Arduino library / libraries
* Arduino philosophy
* We take a look at the Arduno hardware.
* I discuss the project for the tutorial, a voltmeter with Min Max Ave.
* I talk about the Sparkfun serial enabled 16 x 2 LCD and the challenges it poses.
* I talk about the Sparkfun serial enabled 20 x 4 LCD.
* Arduino for beginners / dummies / newbies

Arduino Tutorial #3 – Functions, return values and variables

Items and topics covered in this video:

* Local and global variables
* Functions / procedures
* Return values from functions
* Sample sketch code that does Math / arithmetic and write to the terminal
* Some commands used: Serial.print; Serial.println, if, else, void setup, void loop, return

Quick Solutions to Questions related to Arduino Projects:

  • What is the Arduino software environment called?
    The interactive development environment is called arduino-1.0.1.
  • How can I solve a failed Arduino USB device driver?
    The article mentions covering how to solve this issue but does not provide specific steps in the text.
  • What are the input voltage requirements for the Arduino Uno R3?
    The input voltage range is 7-12V.
  • Which variable types are discussed in the second tutorial?
    The types include int, integer, float, floating point, byte, and string array.
  • What project is planned for tutorial #2?
    The project is a voltmeter with Min Max Ave functionality.
  • What challenges are associated with the Sparkfun serial enabled 16 x 2 LCD?
    The article states that it poses challenges but does not specify what they are.
  • How many Digital I/O Pins does the Arduino Uno R3 have?
    It has 14 Digital I/O Pins.
  • What commands are used to write to the terminal in the third tutorial?
    The commands used are Serial.print and Serial.println.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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