When you think of "electronics," you probably picture rigid green circuit boards, silicon chips, and soldering irons. But what if you could build a circuit entirely out of soft, stretchy rubber?

In this guide we will familiarize ourselves with the hardware, explain how to connect the display to your microcontroller of choice, cover how to install the Arduino libraries, and give an overview of the software examples that you can start off with.

In this post, I want to explain what Docker is, why it helps with these problems, and give a practical understanding of how it fits into development workflows.

The Qwiic Scale is an incredibly easy way to read scales and their inner bits, and load cells.

For the budding Roboteer, learning how to add and control actuators is a key skill. In this guide, we are going to take a look at our servo driven Klaw actuator,* and show you how to control it via code.

In this tutorial, we’ll explore how to use the Raspberry Pi Debug Probe to perform step-through debugging in Rust.

In this blog, I will walk through a simple experiment that uses an ultrasonic sensor and oscilloscope to measure how fast sound travels through the air.

Very often, I receive a request from my viewers to explain the method of making the cases for my electronic projects. First of all, let me tell you that the cases are not made with 3D Printing, but from a special PVC material.

This blog will talk about the core concepts and the theory behind the circuit schematic and how it was approached.

In this tutorial, we'll explore how to configure and handle timer interrupts on the Raspberry Pi Pico 2, creating a blinking LED program where the processor spends most of its time sleeping while hardware interrupts handle all the timing.

My first introduction to robotics was with ROS2, but for this framework, I needed a Linux distribution. I was recommended to install Ubuntu, and wow, it has a lot of features, especially for robotics!

Explore DigiKey Helping Hands features including magnetic PCB pillars, flexible arms, LED magnifier, and a heavy steel base for stable soldering.

In this blog, we’ll explore the hardware that’s being used, the science behind the transmission, and just how impressive a feat it is to achieve a 6km range.

In this tutorial, we'll explore how to apply TDD principles to embedded Rust by writing unit tests for our TMP102 driver library.

Explore a hardware security workflow using firmware builds, simulation tools, serial commands, and automated tests for microcontroller systems.

Design reliable Arduino OTA update systems without relying on Arduino Cloud, balancing security, convenience, battery life, and recovery planning.

Get familiar with the Teensy 4.1’s performance, I/O, memory, and Arduino IDE workflow for advanced DIY electronics.

Edit your CircuitPython Code over WiFi from a Browser.

In this tutorial, we’ll discuss the concept of lifetimes and demonstrate a few ways in which you can help the compiler (and borrow checker) understand your intentions with references by using lifetime annotations.

Explore software-based Arduino reset techniques, including NVIC_SystemReset, ESP.restart, watchdog timers, and hardware-triggered resets.