dsPIC33: Control an Interleaved Buck Converter

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Halleluyah Kupolati

1:21:26

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1. Theoretical Overview

1.1 Design Equations Intrlv Buck.pdf

1. Theoretical Overview.mp4

12:38

2. Hardware Overview

1.1 dsPIC33 DPH.pdf

1.2 Interleaved Buck Converter Schematic.pdf

1. Schematic Overview.mp4

09:50

2.1 DSPIC33EV32GM102-I-SO PARTS LIST.csv

2.2 DSPIC33EV32GM102-I-SO PCB.zip

2.3 INTERLEAVED BUCK GERBER.zip

2.4 INTRLV BUCK PARTS LIST.xlsx

2. Hardware Outline.mp4

04:10

3. Firmware Initialization

1. ADC and PWM Initialization.mp4

12:15

4. Hysteresis Mode Control

1.1 dsPIC33 INTRLV BUCK.X.zip

1.2 SENSOR CALC dsPIC33.pdf

1. Hysteresis Control.mp4

16:31

5. PI Control

1.1 int buck cntrl.zip

1. MATLAB PI Control Design.mp4

09:32

2. PI Control Firmware.mp4

10:27

6. Conclusion

1. Summary and Conclusion.mp4

06:03

Description

Unlock the Power of Voltage Mode Control and PI Controllers for an Interleaved Buck Converter using the dsPIC33EV32GM102

What You'll Learn?

Design and implementation of an Interleaved buck converter using dsPIC33 microcontroller
Firmware development using MPLAB X IDE
Voltage Mode Control using Hysteresis method in dsPIC33 firmware
Firmware implementation of the PI controller for Voltage Mode Control

Who is this for?

Electrical engineering students

Electronics enthusiasts

Professionals interested in power electronics and control systems

What You Need to Know?

Familiarity with MPLAB X IDE (v6.00 and above)

Access to MATLAB for designing the PI controller

More details

Description
Immerse yourself in the world of power electronics with this in-depth course, "Mastering Interleaved Buck Converter with dsPIC33: Control and Implementation." Designed with meticulous attention to detail, this course equips participants with the essential knowledge and skills to design, implement, and control an Interleaved buck converter using the powerful dsPIC33 microcontroller.
In this comprehensive course, learners will explore the intricacies of Interleaved buck converter design, delving deep into the fundamental equations and principles that govern their operation. Through a combination of theoretical insights and practical hands-on exercises, participants will gain a robust understanding of how to develop effective firmware using MPLAB X IDE. The Hysteresis method for Voltage Mode Control, a key technique for ensuring stable and efficient performance in power electronic systems, will be leveraged.
The course goes beyond basic concepts, guiding participants through the design and implementation of a Proportional-Integral (PI) controller for precise voltage regulation. MATLAB will be utilized to generate digital controller coefficients, ensuring designs are both accurate and reliable. This integration of MATLAB enhances the ability to create sophisticated control algorithms tailored to real-world applications.
By the conclusion of this course, participants will have developed the confidence and expertise necessary to address real-world challenges in power electronics. They will be adept at designing and controlling efficient power systems using dsPIC33 microcontrollers, ready to apply their skills in various contexts, whether working on academic projects, personal hobbies, or professional engineering tasks.
This course is suitable for a wide range of learners, including students, hobbyists, and professionals. It offers a dynamic and engaging learning experience that will elevate understanding of power electronics to new heights. By mastering the concepts and techniques presented, participants will be well-prepared to contribute to advancements in the field of power electronics, making them valuable assets in any related endeavor. This educational journey unlocks new opportunities in the realm of power electronics.
Who this course is for:
Electrical engineering students
Electronics enthusiasts
Professionals interested in power electronics and control systems

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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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