Closed-loop PID speed control for a 12V DC motor using the XMC4700, TLE5012B magnetic angle sensor, and DC-SHIELD_BTN9970LV. Have you ever tried to hold a DC motor at a constant speed using only a ...
Closed-loop DC motor speed control using a quadrature encoder for feedback and a PID algorithm to hold a target RPM, running on an Arduino Uno. Custom PCB designed in ...
A solar-powered precision planting robot combines remote control, electric seed metering, and adjustable planting depth for ...
As home appliance and industrial motor drive systems continue to evolve, higher reliability, smaller system size, and lower ...
In the sprawling sugarcane fields of Ratchaburi Province, Thailand, a drone hovers forty meters above the crop, its multispectral cameras quietly reading the health of every five-by-five-meter patch ...
Before LEGO train sets moved to battery-powered locomotives with plastic rails, all of them worked pretty much like any other train set of the era. This meant metal rails that the locomotive’s wheels ...
As part of the ATLAS Summer Tech School 2026, I worked on a hands-on Robotic Lunar Rover project combining robotics, electronics, embedded systems, Arduino programming, and engineering design. The ...
Build a practical closed-loop DC motor controller around the TI TMS320F2812, using its high-speed ADC, PWM Event Manager, QEP interface, and ...
An AI tool is set to start advising air traffic controllers on managing air traffic in the congested airspace above the Washington, DC, area. The expected launch would be the first step toward a ...
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