I just want to say hello to everybody, this is my first time writing an instructable project. English is not my native language so I will try to make short and as clear as possible. Controlling devices with voice command is not a strange thing anymore, you can buy the controller from Google or Amazon. […]
Controlling Devices With Voice Command Using NodeMCU Continue Reading
I recently built a simple 8 key piano using an original NES controller and Arduino UNO board.Unlike conventional Arduino piano projects which require one digital pin for each key / button the NES controller piano used only three digital pins (D5 for nesClock, D6 for nesLatch, D7 for nesDataIn) leaving 5 extra digital pins available for experimentation.
NES Controller Piano / Ultrasonic Theremin Mash-Up Continue Reading
C-GM firmware last update on June, 10th 2019 with new 1.3 versionA-GM applicationlast update on Nov, 25th 2019 with new 1.3 version This D.I.Y low cost (50$/43€) C-GM Counter project provides hardware and firmware for building a Geiger-Müller counter device aka G.M. counter for continuous measurement of the radioactivity level. It is based on an Arduino Nano, a 20 chars x 4 lines LCD display, a W5100
Radioactivity Counter (IoT) and Monitoring Eco-system Continue Reading
I am an Electronics engineer by profession and a guitarist by hobby. I wanted to make a guitar which can itself show the beginner guitarist how to play the chords by displaying it on the fret board. So I decided to modify my acoustic guitar to make it a smart guitar which can display chords
Chord Displaying Smart Guitar Continue Reading
This example shows how to use the tone() command to play different notes on multiple outputs. The tone() command works by taking over one of the Atmega’s internal timers, setting it to the frequency you want, and using the timer to pulse an output pin. Since it’s only using one timer, you can only play
SPlaying tones on Multiple outputs using the tone() function with Arduino Continue Reading
This example shows how to use the tone() command to generate different pitches depending on which sensor is pressed. Circuit Connect one terminal of your speaker to digital pin 8 through a 100 ohm resistor, and its other terminal to ground. Power your three FSRs (or any other analog sensor) with 5V in parallel. Connect each
Simple keyboard using the tone() function using Arduino Continue Reading
This example shows how to use the tone() command to generate a pitch that follows the values of an analog input Circuit image developed using Fritzing. For more circuit examples, see the Fritzing project page Connect one terminal of your speaker to digital pin 9 through a 100 ohm resistor, and its other terminal to ground. Power
Pitch follower using the tone() function using Arduino Continue Reading
Makeblock is an aluminum extrusion based construction system that provides an integrated solution for aspects of mechanics, electronics and software design. With Makeblock you can make professional robots, toy machines or even art-ware. It’s super easy-to-use and helps bring your creations to life. The only limit is your imagination. For more information, please visit Makeblock
How to Make a Makeblock Music Robot with the Music Robot Kit（NEW） Continue Reading
After building some of these: https://www.instructables.com/id/Matrix-LED-Light/ i’ve decided to bring the candle onto another level. While the first one looks good, it does look a little bit too much like the original. Nothing against the first design. It looks cool and modern. My new approach is a little bit warmer and uses different materials. Still
Ring of Fire [REMIX] Continue Reading
My hobby and passion is to realize physics projects. One of my last work is about ultrasonic sonography. As always I tried to make it as simple as possible with parts you can get on ebay or aliexpress. So let’s take a look how far I can go with my simple items… I was inspired
Body-ultrasound Sonography With Arduino Continue Reading
