A project website devoted to electronics and microcontrollers and the things we create.
Have you ever wanted to build a project that involved opening a door or access panel under motor power? This project discusses several ways to accomplish such a goal including different types of motors that can be used, as well as different types of limit switches.
Have you ever wanted to build a project that involved opening a door or access panel under motor power? This project discusses several ways to accomplish such a goal, including different types of motors that can be used, as well as different types of limit switches.
Have you ever wanted to build a project that involved opening a door or access panel under motor power? This project discusses several ways to accomplish such a goal, including different types of motors that can be used, as well as different types of limit switches.
With technology being such an integral part of our lives these days, sooner or later you’re probably going to have to call for help with something. Here are some suggestions on how to get the most from your experience from one of the guys who answers those phones.
Whether you’re a professional or hobbyist (or both!), having the right equipment to accomplish what you’re doing makes all the difference in the world. Here’s a look at some of the “must-have” tools for a workbench.
The Prop Dropper 2 allows you to drop scary Halloween props, such as bats and spiders onto unsuspecting trick-or-treaters and play scary sounds at the same! Built around the Parallax Propeller microcontroller, this project is highly customizable and expandable.
The Arlo Robotic System is mid-size platform ideal for telepresence and autonomous robots.
This article will wrap up the build of this flexible robot platform by finalizing the build to a point where we can experiment with some code and build off from that.
This robot platform is easy to build, inexpensive and flexible enough to support a number of options for the control board, motor drive, power and sensors. It also looks really cool and moves very well.
This article describes methods for interfacing 5V and 3.3V devices in a world where microcontrollers and various sensors often operate and communicate at different voltages.
