Projects made with Texas Instruments on Hackster.io
The project is about the design of a digital tachometer, a device used in the measurement of speeds of rotating bodies.
Read up about this project on
Segbot that dances to music and recognizes different notes from a song and reacts to their notes.
Using a stepper motor, some string, an ultrasonic sensor, an Arduino, and a garbage bin, you can build your own automatic garbage opener!
Device for control mushroom tents and garden irrigation with a Raspberry Pi and an old PC.
Design of IoT-Based Monitoring And Safeguarding of Chickens in Poultry From Illness,
The bus stop mister helps people to stay cool during the hot summer days.
Robot car that uses a microphone array and a camera to detect sound direction, distinguish between sounds and track colors
We will discuss the Class D amplifier and build a hardware prototype of the amplifier and test its performance.
Wireless control of the launchpad over wifi using an orangepi zero
Chsel is a robot car that searches for various fruits, collects them and delivers them to a home base.
Robot car with a microphone that can receive audio and process the volume and frequency, then doing corresponding tasks.
Start here and build this circuit
Using a custom built PCB, an custom designed Android App, machine learning and the MSP432 to control the TI RSLK.
Interface with settable equipment ID, eight select outputs, eight inputs and eight outputs.
This is an extension of the "Interfacing the TI RSLK MAX with WebFPGA for FPGA Education" project designed by Ryan, Eric, Grant, and Leith.
This bot self balances and travels through the room autonomously. It beeps the amount of times it has hit something
The balancing “Segbot” (mouse) receives commands wirelessly from LabView, to escape the deadly claws of the all-seeing robot cat.
Learn about creating a wirelessly controlled robot with the TI RSLK that can not only move around but grab objects with its arm.
Imagine doing this by hand. Now you can simulate the experience! Follow along with discreet components.
I control a 3-wheel car's direction using a magnetometer with SPI and IR distance sensors with ADC
ESP32 based device that measures room's CO2 level (with MH-Z19), feeds to ThingSpeak, so CO2 level can be displayed on smartphone
WIFI Controlled Turret using mini Servos.
This set of code utilizes an RS-232 serial connection and an MSP430G2553 in order to receive keyboard input and output Morse code signal.
A singing and dancing self balancing robot which reacts to different notes registered by the microphone using FFT signal processing.