What is Arduino and what is it used for? Arduino is an electronic prototyping platform that allows anyone to create a variety of electromechanical devices. This platform includes both software and hardware components. The software part includes the development environment - a program for writing an...

In this lesson, we will explore how to work with UART/USART, I2C, and SPI on the Arduino platform. These protocols provide the ability to exchange data between microcontrollers and other devices, which can be useful for creating a variety of projects. 1. Working with UART/USART: UART (Universal Asyn...

In this lesson, we will explore how to work with Analog-to-Digital Conversion (ADC) and Digital-to-Analog Conversion (DAC) on the Arduino platform. These processes allow the microcontroller to interact with analog signals and create analog outputs, which can be useful for a variety of applications. ...

Peripheral devices such as timers and counters play an important role in microcontrollers, providing the ability to control time intervals, periods, and events. In this lesson, we will explore how to work with timers and counters on the Arduino platform, as well as provide practical examples and exp...

Lesson 1: Introduction to the Arduino Platform Arduino is a platform for developing electronic devices that allows you to create simple and complex projects using microcontrollers. One of the popular directions in Arduino development is the integration with STM32 microcontrollers. In this lesson, w...

To understand how an OLED display works in conjunction with Arduino, let's take the material from the section " Project: Thermostatic Beverage Cooler " as a basis and replace the green LED, which is used to indicate the cooling mode of the cooler, with an OLED display. This display will sh...

In this project for Arduino, we will add thermostat control to the project from the section "Project: Beverage Cooler" so that beverages can be cooled more accurately to the desired temperature (as shown in the diagram below). In the future, the project will be further developed by adding ...

In this project, we will add thermostat control to the project from the section "Project: Beverage Cooler" so that beverages can be cooled more accurately to the desired temperature (as shown in the diagram below). In the future, the project will be further developed by adding a display sh...

This project does not use either Raspberry Pi or Arduino. The project simply demonstrates how to connect a Peltier element and how to assemble a simple beverage cooler. We will later enhance this basic project by adding temperature control and thermal stabilization. Then, an OLED display will be add...

This project does not use either Raspberry Pi or Arduino. The project simply demonstrates how to connect a Peltier element and how to assemble a simple beverage cooler. We will later enhance this basic project by adding temperature control and thermal stabilization. Then, an OLED display will be add...