Projects made with Texas Instruments on Hackster.io
This robo can detect objects present in front of them from 15 cms in front of it and then changes its path.
Read up about this project on
A robot with IR and UT sensors to wall follow is tailed by another robot using a USB camera with the help of two MyRios and TI C2000 chip.
The LM317/LM337 symmetrical power supply circuit is an electronic setup for meeting the voltage requirements of electronic circuits.
lets celebrate Christmas with PCB tree
We designed a simple headcounter to provide a fast and easy way to keep track of a headcount to stay safe and organized!
This is a good starter project for beginners with Arduino, as you learn about the fundamentals of Arduino projects besides coding.
This robot car's motion is controlled by the direction you tilt your hand, with a gripper that opens and closes when you bend your fingers.
An LTspice simulation of a conversion circuit of analog amplitude to frequency for a temperature measurement with an NTC thermistor
We designed a low-cost disinfection and sterilization booth and a hand-wash for domestic installation, hospital use and other crowded places
The MicroMaster Mini is the next generation of hardware hacking tool.
Using the makerfabs ESP32UWB on multiple TI RSLK MAX robot kits to control them as a group.
This project uses an ultrasonic sensor mounted to a servo motor to detect barriers, survey the area, and readjust position accordingly. q
This board serves as a servo controller, it receives commands through UART. It can be as stand alone project or integrated into a larger one
It's Time to Save Water in a Different Way... !
Using different frequencies, we can make the self-balancing segbot turn left and right as well as go forward.
The project is about the Reverse parking sensor that could be used to solve the problem of drivers hitting obstacles while reversing the car
A calculator with 7 LEDs and a single button.
This project is a small car that will accept US coins, and automatically sort them based on denomination.
This project is about a simple traffic control system that can be used for training on how traffic light systems work.
Control a fan by getting closer to the sensor.
This balancing "Segbot" receives commands wirelessly over Bluetooth that are interpreted as steering instructions (UIUC SE 423)
As a part of my ME 461 class, I used a TI board and an Orange PI Zero to wirelessly control the bot on two wheels through a website.
Your SegBot uses its right and left microphone to track down a low frequency emitter with a bandpass filter!
Our line-following robot uses open MV to detect an orange line and follows it until it detects a crash through an accelerometer.