Measure the speed of a spinning shaft using rotary encoders and microcontrollers. Learn how to calculate rotations and achieve accurate motion control.
Discover how multiplexing can solve GPIO pin shortages in your projects. Learn practical designs for controlling LEDs and buttons, ensuring efficient design.
Explore the early stages of building an ORP sensor. Dive into Arduino programming, resistance calculations, & laying the foundation for this educational project
Embark on your FPGA journey with the iCE40 Calculator project. This beginner's guide walks you through every step, offering valuable tips and lessons learned.
Learn about voltage dividers, regulators, and logic level shifters in this article to ensure seamless compatibility between your electronic components.
Web connectivity made easy: Explore Adafruit IO, Arduino Cloud, IFTTT, and more. Connect and automate with ESP8266, ESP32, Particle, and Raspberry Pi Pico W!
Many applications could use phototransistors, for example, a sunrise alarm clock. Learn how to use a phototransistor to create a Light Activated LED fader?
Increasing sensor accuracy is possible by averaging the data points to eliminate extreme points. It’s simple with Atmosphere IoT Studio programming blocks.
Breadboarding is an integral part of creating any electronics project
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