Projects made with Texas Instruments on Hackster.io
Motor driver circuit with some power saving features.
Read up about this project on
How to run multiple tasks on a LaunchPad? We're using two different solutions, one standard and another based on the Galaxia library.
How I built an oscilloscope using a Raspberry Pi Pico, some jellybean components from my electronics parts bin and a PVR from the dumpster.
My application is based on the use of this kind of devices to connect our body to the cloud.
ARKeytar is an expressive Arduino based MIDI controller shaped as a maple wood keytar, with two softpots, a MIDI keyboard and CC controls.
How to create and program a door that open and close at sunrise and sunset, powered by solar panel.
Bend the internet to your will with the @TXInstruments LaunchPad-powered @IFTTT-enabled button!
Learn how to build a smartphone application and interact with Bluetooth hardware using HTML5/JS/CSS and Cordova!
Using a SparkFun Badger, this converts a standard bicycle wheel into a spinning display of patterns
How to set up a wireless sensor network with off-the-shelf hardware.
A simple module to keep power banks from turning off, when your DIY circuit draws low currents.
This ergonomic-sensitive chair add-on will help you chair-ish your health!
Create a dog door that detects the presence of a bluetooth tag to open and close. The system also works with a mobile application. JBU.
Controlling a RPi robot (or anything), using low level commands written with shell scripts commanded straight from a HTML page.
An open-source Arduino based toolkit to learn, build & debug electronics and robotics projects.
Detect your I2C device's slave address using an LCD and a barebones MSP430 (M430G2553).
This project is all about making a power inverter using arduino. The Inverter produces 220VAC from 12V battery.
Simple interval timer
IOT device that monitors your presence in room using PIR-sensor and alerts you if you have new email.
An IoT controlled LEGO Tram that can move forward and backwards, and also has individually controllable LED channels.
A sensor node that publishes Temperature, Ambient Light, Humidity, Atmospheric Pressure to the cloud and does not need battery replacement.
A robot capable of motion in response to our gestures.
CSAD IoT Automated Crop Care System is a scalable system with automated watering, cellular connectivity and historic cloud sensory data.
A vehicle that uses maximum power point tracking to harvest solar energy so that maximum power output can be achieved.