Mastering Buck Converters with the TMS320 DSP

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Halleluyah Kupolati

1:10:16

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1. Introduction

1.1 Theoretical Buck.pdf

1. Theoretical Overview.mp4

08:29

2. Hardware Overview

1.1 Buck Converter Schematic.pdf

1.2 F28027 SPH.pdf

1. Schematic Outline.mp4

07:14

2.1 BUCK CONVERTER GERBER.zip

2.2 BUCK CONVERTER PARTS LIST.xlsx

2. System Hardware Outline.mp4

03:06

3. Peripheral Initialization

1. ADC Initialization.mp4

11:39

2.1 FPWM TIME CALC.pdf

2. PWM Initialization.mp4

06:10

4. Hysteresis Control

1.1 F28027 BUCK CNTRL.zip

1.2 V SENSOR CALC TMS320F28027.pdf

1. Voltage Mode Control with a Hysteresis Controller.mp4

14:46

5. PI Control

1.1 buck cntrl.zip

1. Single Loop Lag Compensator Design MATLAB.mp4

10:09

2.1 F28027 BUCK CNTRL.zip

2. Voltage Mode Control with a PI Controller.mp4

06:37

6. Conclusion

1. Overview and Conclusion.mp4

02:06

Description

Hands-On Voltage Mode Control and PI Controller Implementation Using the TMS320 DSP

What You'll Learn?

Fundamentals of Buck-Boost Converter design
Key equations and design principles for Buck-Boost Converters
Implementation of Hysteresis Control for Voltage Mode and Average Current Mode
Generating Digital Controller Coefficients using MATLAB
Firmware development using Code Composer Studio (CCS) for the TMS320F28027

Who is this for?

Electrical engineering students

Power electronics enthusiasts

What You Need to Know?

Basic knowledge of power electronics

Access to Code Composer Studio (CCS)

Familiarity with MATLAB for designing controllers

More details

Description
The potential of efficient power conversion is unlocked with this comprehensive course on designing and implementing buck converters using the TMS320F28027 microcontroller. A robust foundation in both the theoretical and practical aspects of buck converter design is provided, tailored for students, engineers, and enthusiasts aiming to excel in power electronics.
The fundamentals of buck converter operation will be explored, including essential equations and control strategies. An in-depth understanding of Voltage Mode Control and the Hysteresis method will be gained, crucial for maintaining stable and efficient voltage regulation.
MATLAB is leveraged to design and simulate a Proportional-Integral (PI) controller, translating analog control designs into digital coefficients. The generation of these coefficients and their integration into the TMS320F28027 firmware using Code Composer Studio will be learned. This hands-on experience is vital for implementing robust control algorithms in real-world applications.
While the ownership of the LAUNCHXL-F28027 development board is not mandatory, it is highly recommended to fully engage with the practical components of the course. By the end of the course, the skills to design, simulate, and implement a fully functional buck converter with advanced control strategies will be acquired, positioning participants at the forefront of power electronics innovation.
The knowledge and tools to tackle complex power conversion challenges and enhance expertise with a targeted, project-based learning approach will be provided. Participants are invited to join this course and transform their understanding of buck converters and digital control systems today!
Who this course is for:
Electrical engineering students
Power electronics enthusiasts

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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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