Best Microcontroller Courses 2021
Best Microcontroller Tutorials 2021
8051 Microcontroller – Embedded C and Assembly Language
This course is intended to give you complete details on the hardware and software requirements of programming the 8051 microcontroller. This course will help you understand the operation of I / O ports, timer, counter, interrupts, and serial communication (UART) in the microcontroller. You will be able to program the 8051 microcontroller using assembly and the built-in c language. The course will explain the interfacing of LEDs, switches, LCD, 7 segments with 8051 microcontrollers. This course will also help you understand the process of burning the program into the 8051 microcontroller and related terms, thus preparing you to create your own application project using 8051 microcontrollers. Ultimately, of course, you will do two app projects on 8051, one is PWM wave generation to control DC motor speed, and second is device wireless control using your smartphone and 8051.
The course makes it easy to learn how to program the 8051 microcontroller that you’ll be building and testing your own programs in no time. The course is delivered in such a way that anyone taking the course will have absolutely no problem understanding all the topics covered. This course is packed with step-by-step practical examples to get you code 8051 from day one. The same practical example is shown in Embedded C and Assembly languages.
I believe that doing practically without knowing the theory is half learning. Therefore, in this course, it will cover all the necessary theories related to 8051 before starting the practice session. I know your time is precious and therefore provides information straight to the point. The complexity of the projects will gradually increase, so it is advisable to watch the videos as they are organized. In this course, all the features of the basic 8051 microcontrollers are covered. The code used in this course can run on any advanced 8051 microcontroller device. The number of timers, serial, interrupts, I / O port, and crystal frequency may vary depending on the microcontroller.
Personally, I believe that if anyone wants to learn microcontroller or microprocessor programming, they should start with 8051 microcontrollers because they are easy to understand and program. Knowledge of programming 8051 microcontroller with built-in assembly language and C language will prepare you for the future and you can learn any complex microcontroller and microprocessor very quickly.
You will learn:
You will be able to program the 8051 microcontroller using assembly language and built-in c language
Embedded C programming
Programming in assembly language
Understand the basic architecture of the 8051 and the description of the pins
How to use Keil software
How assembler and compiler work
C language coding and debugging integrated in Keil Software
Using assembly language and how different assembly language instructions work
Relationship between Embedded C, Assembly and Machine Code
Organization of memory in 8051
Registers in 8051
Addressing modes in 8051
8051 assembler directives
How assembly language instructions defined in 8051 work
Coding and debugging assembly language in Keil Software
Accurate generation of lead times using assembly language
8051 microcontroller I / O ports
Timer in the 8051 microcontroller
Serial communication in the 8051 microcontroller
Interruption in the 8051 microcontroller
How to use Proteus software
Interfacing with LED
Interfacing with the switch
Interfacing with the LCD screen
Interfacing with 7-segment display
Interfacing with the DC motor
Interfacing with the relay
How to burn the contents of the .hex file to the flash memory of the microcontroller
Project: Controlling DC motor speed and LED dimming using pulse width modulation (PWM)
Project: Wireless control of LEDs using a smartphone
Bit masking in Embedded C
Bit extraction in Embedded C
Bit monitoring in Embedded C
PROTEUS simulation software
FLASH Magic software
Interview questions and answers
Buzzer works and interfaces with 8051
Unipolar stepper motor interfacing with 8051
Bipolar stepper motor interfacing with 8051
Interfacing the analog-to-digital converter (ADC) with 8051
LM35 temperature sensor interfaced with 8051
This is the best Microcontroller course in 2021.
Mastering Microcontroller Programming
If you read books on microcontroller programming, follow different blogs and you still feel stuck. Then you’ve come to the right place, this microcontroller programming course designed around the most popular ATmega328 8-bit AVR microcontroller. In this course, we will learn how to write C programs for ATmega328 MCU. I made a complex concept easy to understand with quality content. It doesn’t matter if you are new to microcontrollers or already know the basics. I am sure you will enjoy learning with this course.
We will start our journey to explore the microcontroller from the basics such as setting up the official Atmel Studio7 IDE, installing programming utilities and wiring circuits in the easiest way. To keep the hardware part simple at first, we will be using the ATmega328 chip on Arduino Uno. Believe me, it will save us time on the hardware level so that we can focus more on basic microcontroller functionality through AVR C programming. Later, over time, we will use the ATmega328 evaluation kit. Xplained Mini to learn advanced debugging techniques.
We are going to configure each circuit from scratch and write the microcontroller firmware for it. We will spend enough time at the beginning to fully understand the basics. This will save you time in the long run and allow you to work confidently with microcontroller architecture and C programming.
Later we will build mini projects using LEDs, switches, analog and digital sensors (temperature / humidity / light intensity / distance), infrared sensors, relays and many more. These projects can be small but very powerful to lay a solid foundation for using GPIO, Timer / Counter, Interrupt, PWM, ADC, Serial UART, and other peripherals while developing onboard software and hardware.
PIC Microcontroller: Learn By Building Practical Projects
Learning by doing is what makes the difference between someone who learns and someone who applies what they have learned. In this course, you will have the chance to see PIC Microcontroller in action, starting with simulation and moving on to connecting the hardware and testing the code in real life. This will help you ensure that your circuit is performing as expected and you can see yourself building your first fully functioning PIC microcontroller project. The most important thing to note here is that when a circuit works with you in simulation, it doesn’t mean that it will work in real life, over 85% of the cases the simulated circuit does not work when you connect it.
What’s the best way to learn, you ask?
Learning by doing hands-on PIC microcontroller projects is my favorite learning-by-doing approach
This approach not only allows you to master the new skills of the PIC microcontroller, but also to gain practical knowledge along the way.
Only a few people are happy with the simulation, but if you want good results you have to move on and hook up your circuit and test it using real hardware parts.
Get real world hands-on experience in PIC microcontroller
You will learn
Connect different kinds of sensors and actuators to the PIC microcontroller
Interface of different types of electronic elements with the PIC microcontroller.
Use sensors and actuators to complete useful projects
Program, burn a code and wire the PIC microcontroller
Learn What Are the Right Tools You Need to Start Making Amazing Projects
Find out what makes a great microcontroller project