MCU Programming for Power Electronics Control Applications

版本 1.0 (11.6 MB) 作者: Mattia Rossi
MATLAB/Simulink source files of the book: "Introduction to Microcontroller Programming for Power Electronics Control Applications" CRC Press
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更新时间 2023/7/19
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book

Introduction to Microcontroller Programming for Power Electronics Control Applications

This repository contains the MATLAB/Simulink source codes to reproduce the experiments presented in the book: "Introduction to Microcontroller Programming for Power Electronics Control Applications" M.Rossi, N.Toscani, M.Mauri, F.Castelli-Dezza.

The book covers the mathematical modeling, parameters estimation, control scheme design and related real-time implementation for selected power electronic-based applications. These concepts are illustrated by adopting a C2000 LaunchPad MCU from Texas Instruments and the MathWorks automatic code generation tool able to translate Simulink schemes into executable files.

If you find this repository helpful for your activities/publications, please consider citing our book:

M. Rossi, N. Toscani, M. Mauri, F. Castelli-Dezza, "Introduction to Microcontroller Programming for Power Electronics Control Applications: Coding with MATLAB and Simulink". Boca Raton, USA: CRC Press, 2021. https://doi.org/10.1201/9781003196938

and put a star ⭐ to keep an eye on future commits.

🎉 Here a book review published on How2Power newsletter (April 2023) from Dennis Feucht (Innovatia Laboratories)

Running experiments

Experiments (simulations and implementations) are split in root folders referring to the book chapters. The m-files including the parameters initialization have to be executed before each simulation or code generation.

Required:
MATLAB 2018b or newer
Embedded Coder Support Package for TI C2000 (or C2000 Microcontroller Blockset)
TI controlSUITE (or C2000Ware) and Code Composer Studio v6 or newer

View MCU Programming for Control of Power Electronic Applications on File Exchange

check MathWorks webpage or Texas Instruments webpage

Feedback

This material is currently adopted for exercises and laboratory activities at "Politecnico di Milano (Italy)", "University of Nebraska-Lincoln (USA)", "Istanbul Technical University (Turkey)", and "Tongji University - Department of Urban Rail and Railway Engineering (China)".

📌 If you are interested in the HW kits, feel free to contact me ✉️
📌 Looking forward to hearing your success stories.... (feel free to reach out 👋)

Copyright© 2021
The book has been sponsored by:
Politecnico di Milano, Texas Instruments, Wuerth Elektronik, MathWorks and ePEBBs.

🎥 Check the webinar below (click on it):
IMAGE ALT TEXT HERE

⚡Contributors over the years (students/researchers/professors):
Mattia Rossi, Nicola Toscani, Francesco Castelli-Dezza, John Kluza, Antonin Ancelle
Marco Mauri, Matteo Sposito, Andrea Polastri, Luca Grittini, Alessandro Grittini,
Luigi Piegari, Antonio Faggio, Angelo Strati, Andrea De Gruttola, Giuseppe Ballarin,
Marco Gerosa, Alberto Paolini, Khaled ElShawarby, Paolo Panarese

"Buy Me A Coffee"

引用格式

Rossi, Mattia, et al. Introduction to Microcontroller Programming for Power Electronics Control Applications. CRC Press, 2021, doi:10.1201/9781003196938.

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chapter15-OpenLoop_PMDC/code/Full-Bridge

chapter15-OpenLoop_PMDC/code/Half-Bridge

chapter15-OpenLoop_PMDC/simulation

chapter16-Shunt_Current_Sense

chapter17-CurrentControl_RL/code

chapter17-CurrentControl_RL/simulation

chapter18-VoltageControl_RLC/code

chapter18-VoltageControl_RLC/simulation

chapter19-ClosedLoop_PMDC/code

chapter19-ClosedLoop_PMDC/simulation

chapter20-PIL_ExternalMode

chapter10-SCI_peripheral

chapter11-GPIO_peripheral

chapter12-ADC_peripheral

chapter13-PWM_peripheral

chapter14-eQEP_peripheral

chapter15-OpenLoop_PMDC/code/Full-Bridge

chapter15-OpenLoop_PMDC/code/Half-Bridge

chapter15-OpenLoop_PMDC/simulation

chapter16-Shunt_Current_Sense

chapter17-CurrentControl_RL/code

chapter17-CurrentControl_RL/simulation

chapter18-VoltageControl_RLC/code

chapter18-VoltageControl_RLC/simulation

chapter19-ClosedLoop_PMDC/code

chapter19-ClosedLoop_PMDC/simulation

chapter20-PIL_ExternalMode

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