If you're trying to log data from sensors fast, this device is promising. I have optimized the code for fast data logging for any sensor.

Two stepper motors and an Arduino to turn around an SMD part.

Arduino analog read at 77 kHz, no interrupts needed. Graphical representation of data on Serial Monitor.

The Bus-Powered RS485 Shield is an Arduino-compatible shield that allows full-duplex communication over long distances between 2+ Arduinos.

An Arduino shield to capture 2D/2DD floppy disk raw bitstream data and generates the emulator compatible disk image files (.D77/.D88).

Touchscreen single-trace oscilloscope for up to 10kHz signals with full functionality - 250uS to 200mSec/div, 125mV to 1V/div etc.

SNODE – is an open source library that allows to make it easy to build a multi-master serial bus network for hot-plugging nodes with sensors

Using the Arduino KNN library to classify the color of M&Ms we throw at it.

Timer to set a custom time for developing of UV sensitive PCBs with built in safety feature.

An Arduino camshaft measurement tool.

This is my version of a data logger using a INA219.

The focus of this study is to help students solve real-world problems using the automatic microcontrolled titrator by an Arduino

A USB based oscilloscope that squeezes everything out of the Arduino MKR / Zero ADC. It features Isochronous WinUSB transfer and OpenGL.

Secure your device with emrine.com QR code access control.

We implement CAN Bus communication with MCP2515 module to communicate between two Arduino for sending temperature data from DHT

We implement RS-485 protocol in communication between two Arduinos using MAX485 module.

Sketch of transistor tester project so it's much simpler to study, modify, verify and upload to an Arduino

An open-source colorimeter, which is made from open source electronics and 3-D printable components.

If you're trying to learn Ignition and want a source of actual data, this tutorial demonstrates how to feed Ignition with Arduino.

MCP23017 BoB with DIN rail mounting and proper wire to board connectors and indicator LEDs.

The way to create a high-precision generator from 100 kHz to 600 MHz based on DDS from Analog Devices - AD9910.

The way to create a high-precision generator from 100 kHz to 600 MHz based on DDS from Analog Devices - AD9910.

For industries that produce switches and socket and there would be a need to test the mechanical durability and electrical durability.

"Magic wand" gesture recognition by running CNN on Arduino.