Working of the Project
Introduction Hello geeks, welcome back to. In this article, we are going to teach you a very interesting project that is how to
Automated waste segregation using Arduino, sensors, and servo motors to sort wet/dry waste, reduce labor, and improve urban sanitation.
In this beginner-friendly tutorial, you'll learn how to wire and program the driver for basic direction and step control.
An interface to control the speed, direction and activation of a three-phase motor from a DMX light table.
Re-creating the KD240 BIST application with 2025.1.
Introduction Hey guys, we are back with another new project on Arduino UNO.
Although NodeMCU allows us to monitor data globally, the NRF24L01 is limited to receiving data up to a 100-meter range. The NRF24L01 interfa
Smart IoT lab monitor: tracks air quality, particles, and seismic activity—real-time alerts via LoRaWAN to the cloud.
Hey guy, welcome back to Techatronic, there is many applications where we need to DC motor direction control for example in washing machine
He is welcome back again this time we are making a fire fighting robot also we have made a firefighting robot earlier but this time we did
A plug-and-play unipolar stepper motor controller built around the ultra-low-cost CH32V003 MCU, designed for makers, educators, and designer
This can help you to prevent eye straining. You can also use potentiometer to control the speed of your table fan and you can also use it in
My take on the timeless split flap display from old train stations. Controlled using A4988 motor drivers and an Arduino Uno.
A gesture-controlled model of UoM’s Engineering Building using Pi 5 + ML — wave your hand, and the architecture moves.
Build a smart parking gate with Arduino UNO, ultrasonic sensor & servo motor. Detect vehicles and open/close the gate automatically
Watch your code come to life as the PSOC™ 6 AI Kit takes full control of a DC motor using a Multi Half-Bridge driver!
The article flow on how to setup interfaces as eMMC/SD in KD240 and custom carrier for K24 SoM.
This project walks through the basics of controlling a BLDC motor using the AMD Kria™ KD240 Drives Starter kit with motor accessory pack.
This project continues with driving BLDC motors on the Kria KD240 with Motor Accessory Kit using back EMF data via an accelerated kernel.
Discover how we built a compact, torque-dense gripper featuring force feedback, Arduino SimpleFOC and computer vision.
Learn how to achieve smooth operation with precise velocity and position control using the IFX007T and magnetic angle sensor TLE5012B.
A revised and miniaturized brushless DC (BLDC) motor driver with built-in wireless capabilities to power your next project.
Enjoy your SUP with additional support from the electromotor. Moreover, you can 3D print all the parts.
