STM32 bare metal guide for future embedded projects (part 1)

STM32 bare metal guide for future embedded projects (part 1), available at $69.99, has an average rating of 4.09, with 34 lectures, based on 26 reviews, and has 122 subscribers.

You will learn about Memory map and what are the parts of memory Use pointers to edit data in memory Different ways to access and edit data in memory Bitwise operations on data Endianness of a device Understanding GPIO and going through output and input Understanding NVIC and triggering interrupts Understanding the SYSCLK and going through its configuration Understanding the TIMER and going through its various functionalities Understanding DMA and going through its functionality This course is ideal for individuals who are Students and beginners to embedded systems It is particularly useful for Students and beginners to embedded systems.

Enroll now: STM32 bare metal guide for future embedded projects (part 1)

Summary

Title: STM32 bare metal guide for future embedded projects (part 1)

Price: $69.99

Average Rating: 4.09

Number of Lectures: 34

Number of Published Lectures: 34

Number of Curriculum Items: 34

Number of Published Curriculum Objects: 34

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Memory map and what are the parts of memory
Use pointers to edit data in memory
Different ways to access and edit data in memory
Bitwise operations on data
Endianness of a device
Understanding GPIO and going through output and input
Understanding NVIC and triggering interrupts
Understanding the SYSCLK and going through its configuration
Understanding the TIMER and going through its various functionalities
Understanding DMA and going through its functionality

Who Should Attend

Students and beginners to embedded systems

Target Audiences

Students and beginners to embedded systems

This course was created mostly for students, but also for people wishing to start their career on this path to gain general knowledge of embedded systems.

When starting with embedded systems, from my experience and the experience of others, the problem is that there are many unclarities when it comes to reading the documentation and schematics, and later on combining it with programming at the beginning of their studies or research.

This course was made exactly to bridge those gaps and give them insight how simple it is to achieve many functionalities, all by going step-by-step through the reference manual, schematics and programming the device. During the course, all the concepts will be graphically explained. I think that visual learning is the best way of learning.

Because this field is such that just by talking you can’t reach lot, so you must show some results, at the end of every important step, an experiment will be conducted to show the proof. This can also help students or employee beginners with their projects. The device that was used in this course is the STM32F407VG discovery board.

The only libraries and instructions that are used in this course, are the ones that can be used on any other C compiler. Everything else is self-made. The course content is kept minimalistic.

During the course you’ll learn about:

– Memory access and editing

– General Purpose Input Output (GPIO)

– Interrupts

– Nested Vector Interrupt Controlelr (NVIC)

– Clocks (HSI, HSE, PLL)

– Timers (and functionalities)

– Direct Memory Access (DMA)

I’m open to feedback on:

– what was explained well?

– what wasn’t?

– where to put more emphasis on?

– is something missing?

– what would you like to see but was not covered? (it can also be something unrelated to the given topics)

The feedback is optional, it’s supposed to be less about me, but more about others.
Those who decide to share their opinion, I would ask for constructive feedback, because that way I can consider it and make new courses better and more understandable for future viewers.

For the first 30-days I’m open to answering all questions regarding the course

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: IDE Installation and setup

Lecture 1: Keil uVision Installation

Lecture 2: Setup Keil uVision for STM32

Chapter 3: Memory

Lecture 1: General overview of memory

Lecture 2: Memory map and address ranges

Lecture 3: Assigning 1 byte data to memory

Lecture 4: Bitwise operation on data

Lecture 5: Assigning two- and four-byte data to memory

Lecture 6: Assigning structure object to memory

Chapter 4: General Purpose Input Output (GPIO)

Lecture 1: Introduction to GPIO

Lecture 2: GPIO memory space

Lecture 3: GPIO output configuration using pointer

Lecture 4: GPIO output configuration using macro

Lecture 5: GPIO output configuration using structure pointer

Lecture 6: GPIO input configuration

Lecture 7: GPIO input configuration using interrupt – theory

Lecture 8: GPIO input configuration using interrupt – programming

Chapter 5: Nested Vector Interrupt Table – NVIC

Lecture 1: NVIC – Theory

Lecture 2: NVIC – Programming experiment

Chapter 6: Timers

Lecture 1: Clocks and timers

Lecture 2: Timer interrupt – Theory

Lecture 3: Timer interrupt – Programming experiment

Lecture 4: PWM Output – Theory

Lecture 5: PWM Output – Programming experiment

Lecture 6: Input capture – Theory

Lecture 7: Input capture – Programming experiment

Lecture 8: PWM input – Theory & Programming experiment

Lecture 9: Reading ultrasonic sensor

Lecture 10: Encoder – Theory

Lecture 11: Encoder – Programming experiment

Lecture 12: PLL – Theory & Programming experiment

Chapter 7: Direct Memory Access – DMA

Lecture 1: DMA – Theory

Lecture 2: DMA – Programming experiment

Chapter 8: End of part 1

Lecture 1: Ending video

Instructors

Boyan Lazic
Instructor

Rating Distribution

1 stars: 2 votes
2 stars: 0 votes
3 stars: 4 votes
4 stars: 13 votes
5 stars: 7 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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