https://ios.ru/forum/download/file.php?id=425&t=1 LINEAR ACTUATORS ARE VERY POWERFUL! The project describes a device for crushing metal cans, but this mechanism can just as easily crush a hand or anything else inadvertently placed under the press. Therefore, be cautious, especially when first u...

In this simple Arduino project, a specified volume of water is supplied daily to indoor plants using a hose pump. https://ios.ru/forum/download/file.php?id=396&t=1 The timer, which would allow setting when to water the plants, is not used here. Instead, the device measures the intensity of dayli...

OLED displays with I²C interface can be used with both Arduino and Raspberry Pi. In this chapter, we will explore an experiment where we replace a temperature LED indicator with an OLED display that shows the current and set temperatures. This experiment is primarily intended to demonstrate how to u...

Raspberry Pi can be connected to any monitor, whether it's large or small, as long as it has HDMI or AV ports. However, there are times when you need to display just a few lines of information on the screen. Arduino Uno lacks any video output altogether, and in such cases, a small display capable of...

When acquiring one or two meters of LED strip, you'll likely want to try it out in practice. Connecting it to an Arduino is quite straightforward (see the diagram), but connecting the strip to a Raspberry Pi will require some additional effort. https://robot.wf/forum/download/file.php?id=159 Compone...

RGB LEDs consist of three light-emitting diodes combined in a single housing. Another type of LEDs, known as "addressable LEDs," also include a control microchip within their housing. This microchip controls the intensity of the three LED colors using pulse-width modulation (PWM), similar ...

Not only can you connect a monitor to the Raspberry Pi, but there are also a multitude of different output devices capable of displaying text, numbers, or graphics, and you can even control entire LED panels. To cover each type of existing display in detail would take too much time, so in this chapt...

In this section, we will delve into some theoretical foundations of alternating current (AC) circuit switching and various designs of electrical circuits and components used in this realm of electronics. A separate section in this chapter will be dedicated to practical work on switching AC circuits....

Switching devices for alternating current (AC) requires a clear understanding of the associated dangers and the implementation of special measures to ensure safety when working with high voltage. In this chapter, we will explore safe methods of controlling AC devices using electromechanical and soli...

PID Controller Experiment In this experiment, we will explore the operation of a PID controller using both Arduino and Raspberry Pi. The program for the PID controller using Arduino is taken from the library, while the program for the PID controller using Raspberry Pi will need to be manually typed...