Hello everyone, welcome back to Techatronic. Currently, phone-controlled lighting has become quite prevalent and easily available in the market. However, today, we’ll demonstrate how to create a similar system at a significantly lower cost. This phone-controlled lighting setup is versatile and can be utilized anywhere by simply plugging it in and operating it via your
Arduino-Based Smartphone-Controlled Light System Continue Reading
Introduction Hello everyone, welcome back to Techatronic. Within this article, we’ll be creating an Arduino LED project using a rotary encoder and a 16×2 LCD module. To ensure ease of understanding, we’ve included circuit diagrams and detailed connection descriptions for each setup. The rotary encoder comprises 5 pins, two for power and three for data.
Exploring Arduino: LED Control using Rotary Encoder Continue Reading
Introduction Hello everyone, welcome back to our latest post. Are you familiar with a GSM module? In this article, we’ll explore making calls and sending messages using Arduino and the GSM module. If you’re new to understanding how a GSM module operates with Arduino, we recommend getting acquainted with it first. Ensure the connections are
Arduino GSM Communication: Calling and Messaging Tutorial Continue Reading
Introduction This guide provides a concise overview of initiating Arduino microprocessor programming through the Arduino Integrated Development Environment (IDE). While these instructions cater specifically to the Arduino Nano board utilizing the ATmega328 microprocessor, a similar process should be applicable to various Arduino boards. Please note that this guide does not serve as a comprehensive introduction
Arduino IDE: Transforming Digital Electronics in PHYS 432 Continue Reading
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,
This tutorial provides a straightforward guide for crafting a small security device with an Arduino. Step 1: Assemble Materials Step 2: Setup Attach a red wire from the 5V pin on the Arduino to the positive segment of the breadboard. Establish a connection with a black wire from the GND pin on the Arduino to
Ultrasonic Security System Continue Reading
The intention behind this guide is to furnish valuable insights into the typical sensors employed in the RAD SLDP. It’s worth noting that sensors produced by various manufacturers might have slight variations compared to the ones outlined in this guide, but comprehensive documentation for all these sensors can be easily accessed online. If you require
Sensors Guide Continue Reading
Summary In this undertaking, we’ll employ an HC-05 Bluetooth module alongside a smartphone for transmitting vocal instructions to oversee LEDs and to accept voice directives. Our approach involves utilizing an “Arduino Bluetooth Voice Controller” Android application, readily downloadable from the Play Store. The microphone captures spoken input, which is subsequently processed by the voice module
Voice-Controlled LED System Using HC-05 Bluetooth Module and Smartphone Continue Reading
A Grid-EYE reference: 64 sensing pixels, 60-degree field of view, sensor voltage distinctions, and why an interpolated view adds appearance, not data.
For my physical computing class, I created a project utilizing the SparkFun Redboard. I’ve named it the Gameduino Snake, as it’s essentially a compact handheld gadget that enables users to enjoy a game of snake on an LED matrix. The game incorporates a basic 8×8 LED matrix, capable of displaying both the game itself and
Gameduino Snake – Final Project Continue Reading
