Mastering Buck Converters with the dsPIC33

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Halleluyah Kupolati

1:03:11

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1. Introduction

1.1 Design Equations Buck.pdf

1. Theoretical Overview.mp4

06:18

2. Hardware Overview

1.1 Buck Converter Schematic.pdf

1.2 dsPIC33 SPH.pdf

1. Schematic Outline.mp4

07:47

2.1 BUCK CONVERTER GERBER.zip

2.2 DSPIC33EV32GM102-I-SO PCB.zip

2. Hardware Outline.mp4

02:51

3. Firmware Initialization

1. ADC and PWM Initialization.mp4

09:54

4. Hysteresis Control

1.1 dsPIC33 BUCK.X.zip

1.2 V SCALE CALC.pdf

1. Voltage Mode Control.mp4

18:12

5. PI Control

1.1 buck cntrl.zip

1. PI Control Design in MATLAB.mp4

07:33

2.1 dsPIC33 BUCK.X.zip

2.2 V SCALE CALC.pdf

2. PI Control Firmware Implementation.mp4

08:14

6. Conclusion

1. Summary and Conclusion.mp4

02:22

Description

Design, Control, and Implementation of a buck converter using the dspic33ev32gm102 with MPLAB X IDE

What You'll Learn?

Design principles of a buck converter
Voltage Mode Control (VMC) for buck converters
Hysteresis method for VMC in dsPIC33 firmware
Designing a PI controller for a buck converter using MATLAB
Using MPLAB X IDE for firmware development
Practical usage of dsPIC33EV32GM102 microcontroller

Who is this for?

Electrical engineering students

Electronics hobbyists interested in power electronics

Professionals seeking to enhance their skills in microcontroller-based power conversion

Researchers working on digital control of power converters

Anyone interested in learning about buck converter design and implementation

What You Need to Know?

Basic understanding of power electronics

Basic knowledge of microcontrollers

MPLAB X IDE v6.00 or above installed

(Optional) Access to a dsPIC33EV32GM102 microcontroller

(Optional) Access to a Pickit 3 programmer/debugger

More details

Description
Welcome to "Mastering Buck Converters with dsPIC33," a comprehensive and practical course designed to equip you with the knowledge and skills needed to design and implement a buck converter using the dsPIC33 microcontroller. This course is ideal for electrical engineering students, electronics hobbyists, and professionals looking to delve into the exciting world of power electronics and digital control.
In the course, you will start by learning the fundamental principles behind buck converter design. You will be guided through essential equations and the design process. You will then explore Voltage Mode Control (VMC) techniques, focusing on the hysteresis method for robust and efficient control.
One of the highlights of the course is the integration of a PI controller for VMC. Using MATLAB, you will design a PI controller and generate the necessary digital controller coefficients. You will then implement this controller in the dsPIC33 firmware using the MPLAB X IDE, ensuring you gain hands-on experience with real-world tools and techniques.
Throughout the course, there is an emphasis on practical application, providing you with numerous opportunities to work with the dsPIC33EV32GM102 microcontroller. While it is advisable for you to have access to this microcontroller and a Pickit 3 programmer/debugger, these are not mandatory for course completion.
By the end of the course, you will have a thorough understanding of buck converter design and control, along with the confidence to implement your designs using the dsPIC33 microcontroller. You are encouraged to join this exciting journey and enhance your skills in digital power electronics today.
Who this course is for:
Electrical engineering students
Electronics hobbyists interested in power electronics
Professionals seeking to enhance their skills in microcontroller-based power conversion
Researchers working on digital control of power converters
Anyone interested in learning about buck converter design and implementation

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Electronics

Halleluyah Kupolati

Instructor's Courses

I am an Electrical Engineer and Electronics Failure Analyst by Profession. I completed my bachelors and honours degree in Electrical Engineering at the University of Pretoria, South Africa. I am currently pursuing a Masters Degree in Electrical Engineering at the University of Pretoria. My focus is on the development of a new topology for multi-channel LED drivers.

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