In this project we are going to make a Buck Converter Circuit using Arduino and N-Channel MOSFET with a maximum current capacity of 6 amps. We are going to step down 12v DC to any value between 0 and 10v DC. We can control the output voltage value by rotating the potentiometer. A buck converter […]
DC-DC Buck Converter Circuit – How to Step Down DC Voltage Continue Reading
A simple diagram demonstrating how to regulate the velocity of a DC motor using a potentiometer connected to your Arduino device. Additionally demonstrates the method of utilizing a TIP120 transistor for enabling the Arduino to manage a more powerful power source. Transistors consist of 3 pins, with the third pin (Base) enabling control of the
Arduino – Control a DC motor with TIP120, potentiometer and multiple power supplies Continue Reading
Arduino is an easy-to-learn prototyping platform that lets you create interactive electronic projects. This Arduino compatible kit is the one I recommend to people who ask me how to get started. The reason I recommend it is because it’s very cheap and it has a bunch of components that would cost a lot more if you were
Excellent starter kit for people interested in learning about Arduino Continue Reading
In this project I will show you how to create an Arduino based soldering station for a standard JBC soldering iron. During the build I will talk about thermocouples, AC power control and zero point detection. Let’s get started! Step 1: Watch the Video! The video gives you all the basic information you need to
DIY Arduino Soldering Station Continue Reading
Have you ever had that terrible feeling that adding a load resistor or ‘pull down’ to your sensor is messing up all your analogue readings? Maybe you’re wondering why we’d want to spoil a perfectly good circuit by putting in a load resistor at all? For many years I found that I would get strange,
Creating a straightforward digital voltmeter with an Arduino and a 16×2 liquid crystal display (LCD) is a straightforward process. Measuring voltages with an Arduino is relatively uncomplicated. The Arduino provides multiple analog input pins that link to an internal analog-to-digital converter (ADC). The Arduino ADC, which is a ten-bit converter, produces output values ranging from
Building a DIY Digital Voltmeter with Arduino: A Beginner’s Guide Continue Reading
The ancient art of sailing can be very intimidating for the uninitiated given the shifty nature of wind. To help understand the interaction of wind direction and board orientation, [KifS] designed a hands-on sailing demonstrator that lets students grasp the basics before setting foot on a real sailboat. The demonstrator uses a potentiometer as a tiller to
LEARN SAILING MECHANICS WITHOUT LEAVING DRY LAND Continue Reading
The Eowave Persephone was a beautiful thing—a monophonic ribbon synth capable of producing clean, smoothly varying tones. [Ben Glover] used to own a nice example that formerly belonged to Peter Christopherson, but lost it in the shifting sands of time. His solution was to build one of his own from scratch. Known as the Screech Owl,
SCREECH OWL IS A TRIBUTE TO THE EOWAVE PERSEPHONE Continue Reading
Getting Started The goal of this project was to create filters and controls to that can manipulate sound that is being generated through an Arduino. Normally Arduino can only generate simple tones that are not useful if you are trying to achieve complex sounds and do sound manipulation. In order to do this project Mozzi
Using Mozzi Library with 5 potentiometers using arduino Continue Reading
The ESP32 has about 4MB of internal flash memory and since the data stored within the flash memory is retained even when power is recycled, it becomes super useful for applications where you need to keep certain amount of data even after power off. For today’s tutorial, we will learn how to read and write
USING ESP32’S FLASH MEMORY FOR DATA STORAGE Continue Reading
