Embedded Systems Foundation

categories: Technology, Science & Productivity

Software

Technology

Web

Track Embedded Systems

SDG 8: Decent Work and Economic Growth

SDG 9: Industry, Innovation and Infrastructure

By the end of this course, you will be able to

By the end of this course, you will be able to differentiate between microprocessors and microcontrollers. You will also be able to make a good Digital Input/Output driver.
Not only that but also you will be able to make a good timer driver, as well as integrate different drivers to build larger applications.
In addition to the aforementioned, you will also be able to use different timer modes in different applications, and be able to build basic and intermediate applications.

Course details

4 h 35 m/60 lessons
Last updated: 13/10/2022
Course completion certificate

Course Content

Free lessons

Overview

1 Minutes

Microprocessors

3 Minutes

How Microprocessors Work

5 Minutes

Memory Types

2 Minutes

ROM: MROM

2 Minutes

ROM: PROM

1 Minutes

1. Introduction to Microcontrollers

Overview

1 Minutes

Microprocessors

3 Minutes

How Microprocessors Work

5 Minutes

Memory Types

2 Minutes

ROM: MROM

2 Minutes

ROM: PROM

1 Minutes

ROM: EPROM

1 Minutes

ROM: EEPROM

3 Minutes

Random-Access Memory (RAM)

6 Minutes

10.

Basic Computer Architecture

1 Minutes

11.

Von Neumann Architecture

2 Minutes

12.

Harvard Architecture

1 Minutes

13.

Microcontrollers

4 Minutes

14.

Registers Definition

3 Minutes

15.

Registers Contents

2 Minutes

16.

Registers Types

6 Minutes

2. DIO

Agenda

1 Minutes

Introduction to ATmega32: Features

8 Minutes

ATmega32: Packaging

3 Minutes

ATmega32: Block Diagram

6 Minutes

Microcontroller in Data Sheet

15 Minutes

Access to HW Registers

12 Minutes

Controlling Digital Input/Output (DIO)

3 Minutes

Equivalent Pin Schematic

3 Minutes

Pin Configurations

4 Minutes

10.

Microcontroller Programming 1

6 Minutes

11.

Microcontroller Programming 2

6 Minutes

12.

Microcontroller Programming 3

6 Minutes

13.

Microcontroller Programming 4

2 Minutes

14.

Build Your Own Driver Library 1

1 Minutes

15.

Build Your Own Driver Library 2

4 Minutes

16.

Build Your Own Driver Library 3

6 Minutes

17.

Build Your Own Driver Library 4

2 Minutes

18.

Build Your Own Driver Library 5

3 Minutes

19.

Build Your Own Driver Library 6

7 Minutes

20.

Build Your Own Driver Library 7

5 Minutes

21.

LED Interfacing 1

3 Minutes

22.

LED Interfacing 2

3 Minutes

23.

LED Interfacing 3

4 Minutes

24.

LED Interfacing 4

3 Minutes

25.

LED Interfacing 5

5 Minutes

26.

Task

2 Minutes

3. Timers

Agenda

1 Minutes

Introduction to Timers

7 Minutes

Timers Modes: Normal/Overflow Mode

7 Minutes

Timer Calculations 1

4 Minutes

Timer Calculations 2

9 Minutes

Timer Calculations 3

4 Minutes

Timer Programming 1

8 Minutes

Timer Programming 2

6 Minutes

Timer Programming 3

1 Minutes

10.

Timer Programming 4

3 Minutes

11.

Timers Modes: Clear Timer on Compare Match Mode (CTC)

4 Minutes

12.

Timers Modes: Fast PWM

3 Minutes

13.

Timers Modes: Phase-Correct PWM Mode

2 Minutes

14.

Fast PWM VS Phase-Correct PWM 1

1 Minutes

15.

Fast PWM VS Phase-Correct PWM 2

4 Minutes

16.

Counter Modes

4 Minutes

17.

Task

2 Minutes

18.

Simple Project

7 Minutes

About this course

In this course, you will learn what is a microprocessor, how it works, what are the different types of memories used in embedded systems, what is a microcontroller and also you will know what is a driver, a Digital Input/Output periphral and how to implement its driver, and finally you will learn what are the timers in embedded systems and how to configure and use them using the AVR ATmega32.