Introduction This project demonstrates an Arduino 328 driving an ILI9341 TFT LCD in Proteus. It is a clean microcontroller project for learning how a TFT display works with an AVR-based controller. The simulation shows text, lines, circles, filled shapes, colors, and vertical scrolling on a 240×320 TFT screen. It is useful for students, hobbyists, and
ILI9341 TFT LCD Demo using Arduino 328 with Proteus Simulation Continue Reading
Introduction Displaying non-English characters on standard LCDs is a common challenge in embedded systems. This microcontroller project demonstrates how to use an Arduino (ATmega328P) with an LCD that supports a Cyrillic character set, fully tested in Proteus simulation.The project shows how national characters can be rendered correctly using character recoding, making it useful for multilingual
Arduino with Cyrillic LCD using ATmega328P with Proteus Simulation Continue Reading
Introduction This microcontroller project demonstrates how to interface a standard alphanumeric LCD with the STM32 BluePill using Arduino-STM32 (Visual Designer) in a Proteus simulation environment.The project is a simple yet powerful starting point for anyone working with embedded systems, DIY electronics, or STM32-based designs.It focuses on displaying text messages on an LCD, proving correct GPIO
Arduino-STM32 BluePill LCD Display using STM32 BluePill with Proteus Simulation Continue Reading
Introduction This tutorial is brought to you by BreakoutBros.com. Access the complete version by following this link. Having explored the Particle Photon, I felt inclined to revisit one of our tutorials and introduce IoT (Internet of Things) capabilities using the Photon. In this guide, I will demonstrate how to enable the Particle Photon to send
Particle Photon Email Integration for Arduino Innovations Continue Reading
In this guide, learn to construct a frequency counter device utilizing an Arduino UNO board. This device showcases signal frequency values on a 1602 LCD screen. It is designed specifically to measure the frequency of PWM signals that have a peak voltage of 5V. Hardware Required: Sure, here’s a rephrased list of the components needed
Arduino Frequency Counter Tutorial for Electronics Enthusiasts Continue Reading
The last couple of years I started learning about electronics from nothing to be able to build my own MIDI controllers that would serve my needs , taste and be cheaper overall in comparison with the branded products.This is CRIUS ROT8 MIDI CONTROLLER that consists of 8 potentiometers and 3 buttons with which we can
Crius ROT8 MIDI Controller [ABLETON READY – Auto Mapping] Rev1.1 Continue Reading
A disclaimer right up front, I didn’t shrink the remotes and that’s not a photo of my remotes through a microscope. But what I did do was shrink them down to the buttons I use the most. Not even sure what most of the others do! However, most of you will know what this image
Honey I Shrunk the Remotes! Continue Reading
This project is an Arduino-powered infrared touchscreen / coffee-table interface that I’ve been using to control various music and graphics applications on my computer. This is an old project that I’ve recently had time to go back and document/fix up; this project is a little more special to me than most because it was my
Make A Multitouch Music Controller Using Arduino Continue Reading
Wassup Makers!! In this Instructables we will learn how to interface an LCD (Liquid Crystal Display) to the NodeMCU board. These 16×2 LCDs are very popular and broadly used in electronics projects as they are good for displaying information like sensor data from your project, and also they are very cheap. Step 1: Things Needed We need few components to get
Interface I2C LCD Using NodeMCU Continue Reading
In this Instructables, you will see how to Interface Moisture sensor to your NodeMCU. And check the moisture value and the same to be displayed on the LCD. We’ll use Liquid Clear Crystal to display the moisture value. This 16×2 LCD is very popular and broadly used in electronics projects as they are good for displaying information like sensor data from your
Moisture Control Unit – MCU Continue Reading
