Design of a Microscopic Observation Platform Based on Arduino

Abstract

In order to simulate the moisture absorption performance of clothing fiber in textiles, an experimental platform that can manipulate and observe mesoscopic liquid was designed. This experimental platform can compile an executable program and upload it to Arduino development board to control the pulse signal of stepper motor, and then make the stepper motor and digital microscope to achieve micro-scale high-precision spacing control and observation. The change of droplet morphology was observed by controlling the fiber spacing. It was found

DIY Self-Balancing Robot with Arduino Nano and Stepper Motors

DIY Self-Balancing Robot with Arduino Nano and Stepper Motors

Today I would like to introduce a project that uses simple stepper motors and Arduino Nano to create a self-balancing robot.
In this article, a senior software engineer from the Czech Republic will outline the main problems he faced while working on the project, hoping it will be useful for your future projects and that you can learn something new.
Without further ado, let’s get into the main content!
DIY Self-Balancing Robot					</div>
									</div>
						
							<div class= 2024-12-29

Controlling Stepper Motors with Arduino Development Boards

So far, I have not really delved into motors, especially stepper motors. Recently, I have been planning a project that requires relatively precise motor control, so I might use a stepper motor, but I quickly realized that I should first learn more about them. This article mainly introduces what I have learned so far.

What is a Stepper Motor?

A stepper motor is an electromagnetic device that moves in discrete steps. It has several coils that make up "phases" and drives the

Back to Top
Product has been added to your cart
×