In this article, we will go over how to connect an HD44780 LCD to an arduino in order to display any text that we want to show on the LCD. To do this, first, we must make the appropriate physical connections from the arduino board to the LCD. Then after, we must write the code […]
How to Display Text on an HD44780 LCD with an Arduino Continue Reading
In this project, I am using an Arduino board to show forecast of the weather from Google Weather service on a VGA screen. The display is obviously graphical one, with icons and some colorful text. It is one of those gadgets I wanted to have for some time now – A weather forecasting display that
Google Weather on graphical display with Arduino Continue Reading
B-Squares is a modular electronics platform that enables users to build, customize, and continuously update their own electronics applications. In this B-Squares App we will cover how to assemble a simple Color-LCD Application using the Arduino-Square. Hardware: 1. Arduino-Square. 2. Battery-Square 3. Color LCD Shield. 4. FTDI USB connector (3.3V). Software: 1. Arduino Software. 2. BSQ-ColorLCD
Arduino-Square with Color LCD Continue Reading
This project and future projects can be found at my website http://revoltlab.com/ where you can also find my blog. UPDATE LOG: NOW SUPER SIMPLE TO REPROGRAM! Easy FTDI USB interface hardware explained in step 10 Easy FTDI USB interface programming explained in step 13 NEW code uploaded works perfectly with speaker output! see step 13
The Traveling Geocache using Arduino Continue Reading
In this tutorial learn how to make your own backlit-LCD Arduino shield. Let’s see how simple it is to make your own Arduino LCD shield. Sure – you can just buy one, but where’s the fun in that? Getting Started Our LCD is a two line, sixteen character backlit LCD. It has a typical HD44780-compatible
Arduino Backlit LCD shield Continue Reading
I acquired an old fax machine that looked like a ripe source of parts, like steppers, IR sensors, micro switches and things. As it turned out, it was. It also had a nice looking 2 x 16 character LCD. However, after taking everything apart, I found the LCD only had 13 pins instead of the
Salvaging an LCD from a fax machine using an Arduino Continue Reading
So I had some luck with getting the Sharp Infrared range finder working and I’ve now plugged this on to my servo rig to see if I get better results on my radar styled display. Check out how to use the Sharp IR range finder here Few things to bare in mind, whilst the code
This is where all the work is done to read an interpret the values from the servo and the sensor. If the readings are to erratic then you won’t have nice shapes. Also if you don’t allow enough time to the signals to be sent back then you’ll get false distance readings. So this code
First things first, we need to build our circuit. This is the easy bit! We’ll be using the Arduino to control a servo that will rotate our sensor around 180 degrees. The Arduino will then send the value from the distance sensor along with the current angle of the servo to the serial port. Before
I’ve gotten hold of what I assumed was a compatible 16×2 LCD screen with my Arduino board – it’s a Powertip PC1602F and uses a compatible display driver for the Hitachi HD44780 display chip. This is essentially what the Arduino LCD libraries are built around, so when I failed to get a display this is
Arduino – Getting my LCD Screen to work Continue Reading
