Whenever you touch the sensor, the value increases. With 1-mega-ohm resistor, at every touch, the sensor value goes up by 1000. So, a condition statement in Arduino sketch is used such that whenever ...

The sensor shown here is essentially two plates mounted side-by-side, attached to an Arduino Nano using the Capacitor library which uses just two pins, one digital and one analog.

The sensor forms an image and OpenCV detects the actual touch configuration. It appears you can use the raw data from the Arduino, too, but it might be a little harder. We imagine aluminum foil ...

Sensor to Arduino: Trigger to D10. Echo to D11. Vcc to Vcc. Gnd to Gnd. Servo to Arduino: Signal to D9. Vcc to Vin. Gnd to Gnd. I have made this project on Zero PCB but if you are planing for ant ...

Hardware Requirements Arduino Uno or similar microcontroller Breadboard for assembling the circuit Capacitive Touch Sensor (e.g., MPR121 or a DIY capacitive sensor circuit) Conductive Wire to connect ...

And the Touch Board from Bare Conductive wants you to combine your DIY spirit with the ability to turn practically any surface into a sensor. At the heart is an Arduino compatible microcontroller ...

To figure out the same, we decide to replicate it using common DIY parts. The materials we used to make these products are: Ultrasonic sensor. Arduino pro mini. Buzzer. Haptic motor. Lithium ion ...

DIY Projects: Automate and Innovate 1. Home Automation with Raspberry Pi + Arduino. Goal: Control lights and appliances using relays, sensors, and a web interface. Components Needed: Raspberry Pi 4.

The DIY Self-balancing unicycle has been called Raptor and builds on Nick’s previous self-balancing projects, providing around 90-120 minutes of use on a single charge.