In addition to its roles in controlling motors, LCDs, and LEDs, the Arduino also possesses the capability to gauge temperature measurement. By connecting an analog temperature sensor to the Arduino, it can function as an electronic thermometer. This section will guide you through the process of establishing connections and testing the precision centigrade temperature sensor.
Temperature Measurement and Control Continue Reading
Story: It all began with a seemingly simple intention – replacing the bulbs in the chandelier adorning my bedroom. As you can observe in the accompanying image, the chandelier boasts an elegant design. Yet, a minor predicament emerged. To begin with, the fixture comprises a total of 15 illuminations and was initially crafted to accommodate
Remote control of a multi-light chandelier with Arduino Continue Reading
Narrative 0. Preface This guide is dedicated to instructing you on the utilization of the W5300 TOE Shield in tandem with the Arduino IDE, particularly when paired with the STM32 Nucleo-F429ZI board. Within this document, we shall furnish a comprehensive, step-by-step tutorial encompassing the configuration of the Arduino IDE, establishment of hardware connections, and validation
Narrative Arduino is truly remarkable; I have a deep fondness for it. It can be likened to the “Lego” of the electronics and automation world. Presently, I’m engrossed in a project where numerous MCU boards are orchestrated to form an interconnected network of processors, aptly named NetP. These boards establish communication via the i2c bus.
The NetP Project: Creating a Network of Processors with Arduino Mini Pro Boards Continue Reading
Story Rapid Overview of the Seed Studio Grove Kit Frequently, people inquire about the optimal approach to delve into programming and hardware development. The response consistently points to the C++ language and, notably, the Arduino framework. While the software aspect is well-defined, what about the hardware dimension? The solution lies in the Seed Studio Grove
The Open Cockpit Arduino 4.3 Version 1.0 Beta The Arduino project is a PFD (Primary Flight Display) for experimental aircraft, built on Arduino’s open-source platform. Its purpose extends to both educational and experimental contexts. Further enhancements are anticipated, aiming to provide an affordable backup instrument for experimental aircraft. This guide outlines the assembly process and
Table of contents 1 What is the Zynq? 2 Design Flow of Zynq 3 PS (ARM) 4 How do I use Zynq? 5 Pros of Zynq What is the Zynq? The all-programmable Zynq-7000 SoC processor The next-generation all-programmablesystem-on-a-chip from Xilinx, called Zynq, combines the hardware and software programmability of an FPGA and a processor. System
Basic knowledge of Zynq FPGA Continue Reading
I. Objective The main goal of this experiment is to familiarize oneself with the utilization of the Arduino microcontrollers for monitoring switches and sensors. Additionally, the objective is to trigger devices like LEDs or a speaker based on specific sensor output values. II. List of Needed Components The following components are necessary for conducting this
1 Introduction Open-source development microcontrolled electronic boards like Arduino and Raspberry Pi are gaining popularity in the Research and Development field due to their versatility and ease of use across various applications. This paragraph focuses on one specific application, namely the potentiostat, which holds significant importance in the field of electrochemistry. The potentiostat is a
Arduino My goal for this assignment is to create a Morse code decoder, which can prove highly beneficial for socially distant interactions with friends. The decoder will offer two input options for Morse code: (1) manual clicking of a button to illuminate the LED light, and (2) detecting flashes from an external source, such as
Project Idea: Morse Code Decoder with Interactive Input Options Continue Reading
Free Arduino projects, circuits, code and tutorials. Pick a board, pick a sensor, build something.
