Projects made with Texas Instruments on Hackster.io
The Smart Analyzer is an extended version of Oscillogram for Utility Grid with advanced resources: fft analysis on voltage and current.
Read up about this project on
I have no “sense" of time - can I develop one? Tempo is a wearable device that feeds time data to my skin through vibration patterns.
TiWo, keepin' it cool
Control a DC motor's speed and direction via Bluetooth through a mobile app.
A Tetris game built with a homemade 16x8 matrix.
An IoT enabled solution to monitor patient health and inform relatives in case of emergency.
Step by step tutorial for a freeRTOS project on the Hercules TMS570LC43x and RM57Lx LaunchPads.
An IoT, lucky bamboo garden that ambiently tracks and graphs your daily activity, ensuring wealth, health, and happiness!
Be alerted to any door or window opening and closing in your house on your smart phone.
Use a Nano 33 IoT or a MKR WiFi 1010 to access a TI SensorTag to easily build a powerful BLE data logger.
Add BLE control to a LaunchPad project using the Grove BLE module
Our dynamometer tests the performance of stepper motors and their drivers by applying customizable load torque profiles through a GUI.
Connecting a 16 bit MCU (launchpad) to Raspberry PI running Windows 10 to off load real time processing.
A low-cost stick designed for blind people that enables them to walk without any assistance.
How to turn your RC Car into a Bluetooth controlled RC Car.
A temperature alarm circuit with buzzer is simulated in LTspice in order to develop your intuition and also more simply for fun!
Bridging the gap between professional and DIY/hobbyist bench power supply.
Getting Started with the Internet of Things (IoT) using the Texas Instruments CC3200
This is a simple clock that tells time in words.
LightServer is a Wifi enabled RGB Intelligent lighting device controlled by Apps or a Webpage. Includes music synchronized lighting effects.
This project brings a pre-IoT audio receiver up to speed using Blynk and a TI Launchpad to send IR signals through WiFi from an iPhone.
In this article, you will learn how to control DC, Stepper, and servo motors by Arduino and L293D.
Crutch enhancement suite! Using an accelerometer, fsr, LEDs and a GPS to visualize and map crutch usage.
Build a fully functional (non-violent) Squid Games Doll that plays red-light-green-light with you.
