This page explains how to build an RFID reader with just an Arduino (Nano 3.0 was used in testing, but other models may be compatible), a wire coil made by hand, and various affordable common components. Credits The hardware and software designs for this project are based in part on the ideas, code and schematics […]
BRICOLAGE FSK Lecteur RFID à l'aide d'Arduino Continue Reading
I started learning Arduino a couple of years ago and started playing around with a 16×2 LCD display that uses the Hitachi HD44780 chipset. I soon found out that the screen provides 8 character slots that are customizable. I found a project in which someone used the slots to create their own special characters, which
Custom Large Font For 16×2 LCDs using arduino Continue Reading
This instructables show how to use a tiny sweet box to make a NES console. Supplies TTGO T7 v1.3 https://www.aliexpress.com/af/Ttgo-t7-v1.3.html?d=… 1.54″ ST7789 IPS LCD https://www.aliexpress.com/af/1.54-st7789.html?d=y… Lipo 303040 https://www.aliexpress.com/af/lipo-303040.html?d=y… MAX98357 I2S DAC audio breakout board https://www.aliexpress.com/af/max98357.html?d=y&or… 10*18 mm speaker https://www.aliexpress.com/af/1018-speaker.html?d=… Thin Prototype PCB https://www.aliexpress.com/af/lipo-303040.html?d=y… Four 6.2*6.2*5 mm Tactile Switches https://lcsc.com/product-detail/Tactile-Switches_D… Two 12*12*4.3 mm Tactile Switches https://lcsc.com/product-detail/Tactile-Switches_D…
I was supporting a group of student on their graduation project. One of the difficulties they faced was on controlling an A/C unit with Arduino microcontroller. The first experiment we tried to work it out was by record the A/C remote control beam signal for each needed button by using the IRrecvDump code with IRremote
I am presenting a compact design of a stripboard Arduino board (DIYduino) that includes a 2A motor driver and has additionally the functionality of a sensor shield. The 2-channel version cost approximately $29.43 and is more affordable compared to $39.00 for a commercially available system consisting of an Arduino Uno, $21.50, a sensor shield, $8.50,
Compact 3-en-1 Plaque DIYduino avec Capteur Intégré et L298N Blindage du Moteur Continue Reading
It’s been a while since I’ve published my last Instructables. I’m back, and I’m 3D-printed-powered! Enjoy this mini retro arcade machine. It’s literally my first complete end-to-end 3D-printed project: I made the design, printed it, assembled the electronics, programmed it, and now to the tutorial 🙂 This guide will be updated soon with instructions to
Complet Arduino à base imprimé en 3D à Piles Mini Machine d'Arcade Rétro Continue Reading
The very first project of my channel is about controlling an RGB LED using annoying push buttons…. I feel that the project was not a good one to learn about micro-controllers, because most of the micro-controllers uses are not fully utilised in that project…. So, This is definitely the time for an upgrade, and upgrade means letting
For my internship at Create Digital Music/Meeblip I’ve created quite a fun little synthesizer. This thing is meant to be more flexible than other synthesizer by making it completely independent; it is battery powered, has its own amplifier/speaker and is controlled by a manually operated sequencer. Inspiration for this form comes from my frustrations with most synthesizers:
INTRODUCTION This DIY Arduino project explores various ways to enable communication and connectivity between an Arduino board and external devices or networks. Specifically, it focuses on three components – Arduino serial communication to Processing, Arduino with Ethernet shield, and Arduino with GPRS. The Arduino is an open-source hardware and software platform for building electronics projects
This circuit demonstration showcases a random LED flasher controlling twenty lights. LED flashers and sequencers are commonly employed in decorative lighting applications to produce aesthetically pleasing color patterns. Rather than steadfast illumination, these systems cycle LEDs on and off in either a predetermined sequence or at irregular intervals. The latter approach generates a more dynamic,
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