Build and Control a Buck Converter using Arduino and MATLAB
What you will learn
Implementation of Voltage Mode Control using hysteresis method.
Development of firmware using the Arduino IDE.
Designing a PI controller for a buck converter in MATLAB.
Generating digital controller coefficients using MATLAB.
Firmware implementation of the PI controller for Voltage Mode Control in Arduino IDE.
Why take this course?
GroupLayout for the Perfect Buck Converter π
Course Title: Buck Converter Design with Arduino: From Theory to Practice π
Course Instructor: Halleluyah Kupolati π©βπ«
Embark on a Power-Packed Journey!
Are you ready to dive into the fascinating realm of power electronics and emerge as a master in buck converter design? Whether you’re an engineering student, a tech enthusiast, or a professional looking to expand your skillset, this course is your golden ticket to turning theoretical knowledge into practical prowess using Arduino and MATLAB.
Course Overview πβ¨
- Foundation of Buck Converters: Get to grips with the fundamental principles and equations that govern buck converter design.
- Hands-On Implementation with Arduino: Learn to implement Voltage Mode Control using the hysteresis method within the Arduino IDE, bridging theory and practice.
- Advanced Control: PI Controller in MATLAB π§¬
- Understand how to generate digital controller coefficients for a PI controller.
- Integrate the generated coefficients into your Arduino firmware.
- Optimize the PI controller for peak performance of your buck converter.
- Accessible & Challenging Curriculum: A carefully crafted set of modules designed to cater to learners with varying levels of expertise in electronics and control systems.
- Flexible Learning: While an Arduino Uno development board is recommended for the best hands-on experience, the course is structured to be adaptable to different learning environments.
What You Will Learn π
** Module 1: Buck Converter Basics**
- Core principles and key equations of buck converter design.
- Understanding the role and function of each component in a buck converter circuit.
** Module 2: Arduino Implementation**
- Setting up the Arduino IDE for buck converter control.
- Implementing Voltage Mode Control using the hysteresis method.
- Real-world application of your design.
** Module 3: MATLAB and PI Controller Design** π
- Designing a PI controller in MATLAB.
- Generating and understanding digital controller coefficients.
- Integrating MATLAB’s PI controller into Arduino firmware.
** Module 4: Optimization & Practical Application**
- Techniques to optimize the performance of your buck converter.
- Applying your design knowledge to real-world projects and applications.
- Troubleshooting common issues and refining your design for optimal operation.
Why Choose This Course?
- Comprehensive Coverage: From the basics of buck converter theory to advanced MATLAB implementation, this course leaves no stone unturned.
- Real-World Skills: Gain practical experience that you can apply to real-world projects in power electronics.
- Expert Guidance: Learn from an industry professional with a wealth of knowledge and hands-on experience.
- Flexible Learning Environment: Whether you prefer the tactile feedback of working with hardware or the logical structure of software, this course is designed to cater to your learning style.
Join the Electronics Revolution! π€π‘
By completing this course, you will join the ranks of proficient power electronics enthusiasts and control systems experts. Equip yourself with the knowledge and skills that are in high demand across various industries. Don’t waitβstart your journey towards mastering buck converters today! ππΌ
Enroll now and transform your understanding of power electronics and control systems with Buck Converter Design with Arduino: From Theory to Practice! Let’s power up your career together. β‘ππ