Arduino: Control a Boost Converter

Unlock the power of boost converters with this comprehensive course! Learn to design and implement these essential power electronics circuits using the widely accessible Arduino Uno platform.

This course takes you from the fundamentals of boost converter design to practical application. You'll explore the crucial equations and theoretical principles that govern how boost converters operate.

Dive into hands-on firmware development using the Arduino IDE. Master Voltage Mode Control with the Hysteresis method, guided step-by-step to ensure a solid understanding of control mechanisms.

A major focus is on MATLAB for advanced control design. Learn to design and simulate a Proportional-Integral (PI) controller specifically for boost converters within MATLAB. You'll then translate these digital controller coefficients into effective firmware for Voltage Mode Control on your Arduino.

This course offers a practical, hands-on learning experience suitable for both beginners and those with existing electronics and programming knowledge. While not required, using an Arduino Uno development board is highly recommended to maximize your learning through real-world experimentation.

By the end of this course, you'll possess a thorough understanding of boost converters, the ability to implement advanced control strategies, and the confidence to apply these skills to various projects and professional settings. Perfect for engineering students, hobbyists, and professionals alike, this course equips you with valuable skills in power electronics and control systems.