Simple to build, but powerful system for continuous monitoring of electrical discharges (lightning)
The easy method to determine free fall detection with the help of a simple 3-axis accelerometer.
Leverage the BLE connectivity of the Particle Monitor One and two Photon 2s to track beacons in 2D space.
This Digital Timer project lets you choose from three functions: timer, stopwatch and split timer.
"FTP Data Logger" with PHPoC which transmit the serial data from the console to remote FTP server to monitor your device's console easily.
Avoid severe lightning injuries to electronic equipment and prevent extreme weather phenomenon.
How much negative pressure does a cooker hood create? An attempt to measure the pressure drop with a simple environmental sensor.
Interface an Arduino Mega with an IDE drive or CF Card! It is easier than you might have thought!
This device monitors the total current coming into your home and performs and FFT on it to determine what appliances are running.
Battery tester using an ESP32, micro SD cards and Arduino
This is r307 fingerprint sensor which has a UART interface for communication, let's enroll and test some fingers.
Write and read data like text and images, which cannot be stored on Arduino due to its large size.
A simple humidity, temperature, and pressure data logger.
A very simple interface for debugging or operating an embedded system can be easily configured with UART. Works great for data acquisition.
Use the MakeCode platform to write a simple program that sends micro:bit (accelerometer) data directly into Excel!
You will learn how to implement the function of clearing the data from your datalogger.
UART communication is still one of the most used interface in the embedded world. SNIFFly helps to log up to 4 UART channels.
You'll learn how to develop a datalogger device with Arduino.
Measures and records temperature with BBC Micro:bit.
Send longitude, latitude and speed with a BerryGPS-GSM and Raspberry Pi Zero to an Initial State dashboard.
This ESP8266 - WiFi Based data logger industrial card. Interface: RS232, SD/Card, USB, RTC, I/O Header- SPI, I2C and GPIO.
Learn how to write to files on your local computer so that you can save larger files using the Raspberry Pi Pico or Pico W in MicroPython.
How well, or how differently, do different sensors measure environmental data? A comparison of two units under different conditions.
Add 1-Wire to your Feather based projects using the MAX32630FTHR, or my 1-Wire Wing with other Feathers.
