Udemy – STM32G474 microcontroller for power electronics applications 2024-12

Apr 18, 2025 - 17:45

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STM32G474 microcontroller for power electronics applications course. This course is designed for power electronics engineers who want to get acquainted with the STM32G474 microcontroller. This course provides a solid foundation for engineers who are just starting out in embedded systems. This course covers the key features and various parts of the STM32G474 microcontroller in a simple and understandable way so that students can understand the role of this microcontroller in real-world applications.

This course will help you set up a cost-effective home lab for less than $150. You can also do many hands-on projects using the NUCLEO-G474RE development board, which costs around $20. By completing this course, you will have a thorough understanding of the STM32G474 microcontroller and be able to design and implement simple power electronics systems.

What you will learn

Architecture and various parts of the STM32G474 microcontroller: You will become familiar with the internal structure of this powerful microcontroller and its various parts.
Installing and setting up STM32CubeIDE: This free tool from STMicroelectronics helps you develop your projects by automatically generating code and accurately configuring the registers of various microcontroller sections.
Architecture and features of the NUCLEO-G474RE development board: You will work with this board, which has the STM32G474RE microcontroller and all its peripherals.
Importing sample projects and running them on the NUCLEO-G474RE board: You will learn how to import ready-made projects and run them on the board.
Configuring and using GPIO pins as digital outputs: You will learn how to use GPIO pins to control digital outputs.
Configuring and using timers for control: You will learn how to use timers to create control signals.
Configuring and using timers to generate PWM pulses: You will learn how to generate pulse width modulation (PWM) pulses, which are very important in controlling the speed of motors and other applications.
Configure and use the ADC module to receive measured analog signals: You will learn how to convert analog signals to digital.