Disassemble the Anker Nano 20W PD fast charging charger with US regulations to see how the specific materials are used.
In this tutorial we will learn how to use the Core2 Touch Screen by making a button to control the internal LED. Watch the video!
Use the grapher to visualise the sensitivity and precision of the Pi Cap’s sensors.
Learn how to use the Touch Board and LEDs
Resistance based touch sensor.
Make an interactive recipe book using the Touch Board and Electric Paint.
Control a servo with a capacitive touch module utilizing XinaBox technology.
Smart Switching using Capsense helps to control the appliances by a touch. Intruder detection and alerting using motion detection and noise.
Play Flappy Bird on the Touch Board using the NeoPixel shield.
Approach your plant with your hand and hear a voice message!
Rain-Triggered Greenhouse Automation shows how MPLAB® for VS Code, Zephyr RTOS, and Microchip tools work together in one connected build.
Here, we learn how to make a Smart Irrigation System in which wemos can sense the moisture of the plant soil and watering it accordingly.
Do you have a bunch of servos? What about a couple of big ol' motors, or even a ton of LEDs? You will probably need a capacitor pack.
This project demonstrate the working of CapSense with fun.
Renesas RX72N Envision Kit Introduction and Creating a simple Example Using e2 Studio.
Interface a capacitive sensor with a computer, then use it to control a Parrot AR drone.
An A to Z on setting up your Touch Board, changing the sounds, and creating an interactive surface with Electric Paint.
Let’s learn how to use a touch switch with a single relay or relay channel to control the relays. So that we can drive high voltage appliance
Simple technique to estimate (but the precision is not bad anyway) the capacitance using the oscilloscope.
A review of the 5-inch HDMI Touch Screen Display from 52pi.
Control an MP3 player with a Qwiic Capacitive Touch Sensor that consists of a touch wheel and touch keypad in Arduino.
Best practice when making Touch Board sensors.
The 'Boom box' is made out of 3 disposable cameras and delivers more than 2kV and about 10 amps.
This is a first demo project to test out Atomo. It does a quick walkthrough of the module I developed and the first build.
