This article will discuss a technique that can make your MCU-based signal-processing workflow much more smooth and satisfying. When we’re designing with MCUs, we often have to work more independently and make do with limited resources.
In contrast, microcontrollers are often accompanied by development tools that are more basic and professional environments that are.well, less professional. I imagine that high-end digital-signal-processor development suites have sophisticated tools that help engineers to handle this aspect of DSP design, or perhaps employees working in larger engineering firms have an abundance of existing code or data files from which they can copy and paste. One possible obstacle, though, is the difficulty of incorporating the required signals and mathematical waveforms into the firmware.
SCILAB SIGNAL HOW TO
Learn how to use Scilab to facilitate communication between your PC and your MCU code and also modify data.ĭigital Signal Processing with Microcontrollers And actually, MCUs should be recruited for DSP applications whenever possible, because they’re less expensive and easier to use. A 25 or 50 MHz microcontroller equipped with an analog-to-digital converter and a digital-to-analog converter is by no means incapable of performing serious signal-processing and signal-generation tasks.