How do you tell how much load is on a CPU? On a desktop or laptop, the OS usually has some kind of gadget to display the basics. On a microcontroller, though, you’ll have to roll your own CPU load ...

If you’d like to start experimenting in DSP, or just want to build a guitar pedal, here’s the project for you. It’s an audio echo using just a microcontroller from the fruitful workshop of [Vinod].

This file type includes high resolution graphics and schematics when applicable. Laboratory data often appears as Gaussian curves, and today's laboratory data-acquisition software is designed to ...

Understanding how a 32-bit microcontroller functions is essential for grasping modern embedded systems. These tiny yet powerful devices serve as the brain behind countless electronic products, from ...

This project implements a simple microcontroller architecture on an FPGA using VHDL. The system receives instructions through serial communication, processes the incoming bitstream, and executes them ...

Abstract: This paper presents some methodological aspects for implementing an interval type-2 fuzzy logic processor over a microcontroller. Besides, it describes a simple implementation over a low ...

A parameterizable Verilog PWM generator designed as a peripheral module for a simple RISC-V microcontroller. You can adjust clock prescaling, period, and duty cycle at runtime. Pulse Width Modulation ...

Many microcontroller designs typically mix multiple interfacing methods. A microcontroller (µC) system can be viewed as a system that reads from inputs, performs processing and writes to outputs.

Legacy microcontrollers have been the backbone of embedded systems for decades. They control everything from household appliances to industrial machinery. Despite the rise of newer architectures, many ...