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“5in1 eucational Arduino-compatible set I made for my nieces This is an educational Arduino set I’ve prepared for my nieces to teach them about electronics. While I was at it - I decided to also make it Open Source and …
“Cool things can be done with ATmega MCUs. So I got the idea to build an AM transmitter with an Arduino Nano (Arduino UNO is also possible) The question is, how can amplitude modulation (AM) be achieved on a digital …
“A milliohm meter is a device used in determining the resistance of small resistors, PCB traces, motor coils, inductance coils, and transformer coils, or calculate things like the length of wires. It provides a resolution, not built into regular multimeters …
“The Shield is an adapter allowing Arduino Nano form factor microcontrollers to be plugged into Feather form factor sockets. Hello everyone, I have a lot of time not to write anything in Hackster.io, so today I will share how …
“I bought a wood lathe a few months ago and I thought it would be fun to make my own digital readout. A digital readout is simply an electronic display that shows you the spindle speed of a lathe. I …
“Build a 6x6 grid with an MPR121, expanding possible inputs from a mere 12 to 36! Capacitive Sensing A capacitor is simply two conductors with an insulator in between. This allows for a charge to be stored and then discharged …
“This is a simple and fun project with pocket friendly budget. Introduction Capturing physical data in real time is always fascinating. In this project you will notonly be able to capture three fundamental physical parameters for weatherpredication viz. temperature, humidity …
“This project will let you build a simple heart rate monitor using the Arduino Nano and a few other components.”
“Here are the DIY files so you can build your own DiscoBall. There are 3 main parts to DiscoBall, the centre, the alignment caps and the ribs. These files don’t include a portable power solution. I used a dc-dc …
“Simple Arduino-based “World Band” radio receiver with very good characteristics. When you mention Arduino radio, you always think of modern FM radio (88-108 MHz in Europe). The LW, MW and SW band cover the range from 0.2 to 30 …