The Geiger counter is a simple, reliable tool designed to measure ionizing radiation. It is widely used in experiments, radiation dection.
Quickly learn how to set up the new HCSR04 with RGB connected to the Arduino UNO.
Use the PCA9306 bidirectional level shifter to seamlessly connect 5V Arduino and 3.3V I²C devices — no software tweaks needed!
Introducing Lyfe Watch, designed to keep you active and help adapt a healthy lifestyle. Motivates you to stay fit with personalised workouts
Set up the PSOC™ Edge E84 AI Evaluation Kit with Arduino in a couple of minutes.
Want to read atmospheric pressure with MicroPython? Here's how to use the onboard DPS368 sensor on your PSOC™ Edge E84 AI Kit.
Will guide you to get started with DFRobot Gesture/Face Sensor and Wio Terminal.
Smart Particulate Matter Monitoring System Using IoT
In this tutorial we will learn how to use LED Indicator Module & HC-SR04Ultrasonic sensor with Arduino and Visuino. Watch the video!
Delay the automatic switch to LPG on my 2020 Ford Fiesta bi-fuel petrol/LPG (Arduino tricks the ECU).
Use Arduino + WiFi to trigger WhatsApp alerts through CircuitDigest Cloud in minutes.
An Arduino to Renesas port for ams OSRAM Time of flight 8806
This article describes how to create a smart lamp with brightness intensity control and motion sensor using HVPAK.
In this project i am interfacing the Ultrasonic module with Ardi-32 to calculate the distance.
What if a machine could recognize motion without seeing it?
We explore the integration of a laser-based distance and positioning system into a specialized vehicle platform
Build a thermal-aware MechDog that autonomously navigates to cool zones using micro:bit sensors.
An AWS IoT Tutorial With LinkIt ONE
Project #30 - UNIHIKER - MEMS - Mk07
I am a plant hobbyist. Few days a one of my friends give me a plate of plant, I don't know the name of this plant, but I like it anyway.
Clip it on, breathe smarter. StreetSense turns every walk, run, and ride into a live, block-by-block map of the air you're actually breathin
This Arduino-based parking sensor
Our group designed and developed a firefighting and rescue robot.
A wearable STM32 system that detects and classifies user activity as standby, walking, or running in real time
