AVR Microcontroller [Videos, Notes, Tests]

This Embedded System Design Course with AVR Microcontroller is specially designed for engineering students who want to enter the field of Embedded Systems and is also useful for working professionals. This Embedded System Design is a unique course in the online marketplace.

Prof. Hitesh Dholakiya is an Electronics and Communication Design Engineer with over 15 years of experience in the core Electronics/Electrical domain as well as in the Antenna/RF/Communication field. He has taught many subjects related to microprocessors and Embedded systems during his tenure of teaching. With a passion for teaching and a wealth of industry knowledge, Prof. Hitesh Dholakiya is dedicated to helping students achieve their academic and professional goals in the Embedded System Design domain.

Students must have in-depth knowledge of any microcontroller to start the embedded journey and this course on Embedded System Design drives you from basic to advanced level concepts which enables you to deal with any microcontroller in the future.

Students should know the basic C for this Embedded System Design course and this course covers both assembly and C aspects of programming, as well as students, are also going to learn software and hardware tools for programming.

The practical part of this Embedded System Design using AVR microcontroller course covers performance on both simulations as well as on the Hardware kit.

 

The following chapters are covered in this course on Embedded System Design using AVR microcontroller

1. Introduction to AVR Microcontroller

2. Architecture and Pin Diagram of AVR Microcontroller

3. Instruction Set and Directives of AVR Microcontroller

4. AVR Microcontroller IO Basics and Programming

5. AVR fuse bits and AVR Programming Methods

6. EEPROM Programming of AVR Microcontroller

7. Stack, Subroutine, and MACRO Concepts of AVR Microcontroller

8. AVR Microcontroller Timer/Counter Basics and Programming in Assembly and C

9. Interrupts of AVR Microcontroller

10. AVR Serial Communication:

11. LCD Interfacing with ATmega32 AVR Microcontroller

12. 4 X 4 Keyboard Matrix Interfacing with ATmega32 AVR Microcontroller

13. DC Motor Interfacing with ATmega32 AVR Microcontroller:

14. Stepper Motor Interfacing with ATmega32 AVR Microcontroller

15. Analog to Digital Converter

16. SPI Serial Communication Protocol of AVR Microcontroller

17. I2C (TWI) Serial Communication Protocol

18. DS 1307 RTC Interfacing with AVR Microcontroller and its Programming

19. Serial Communication Protocols

20. AVR Microcontroller Practicals with Proteus Simulation and Demo on Hardware kit

 

Topic wise Detailed Syllabus of Embedded System Design using AVR microcontroller course is as follows:

1. Introduction to AVR Microcontroller: Introduction to Microcontroller and Microprocessor, Harvard and Von Neumann Architecture, RISC Features in AVR Controller and RISC and CISC comparison, Introduction to AVR Microcontroller, Pipelining in AVR Microcontroller.

2. Architecture and Pin Diagram of AVR Microcontroller: RAM and ROM Architecture of ATmega32, Architecture of AVR Microcontroller, Pin Diagram of ATmega32 AVR Microcontroller, Status Register of ATmega32 Microcontroller.

3. Instruction Set and Directives of AVR Microcontroller: Data Formats and Directives in AVR Microcontroller, Arithmetic Instructions in AVR Microcontroller, Data Transfer Instructions in AVR Microcontroller, BRANCH and CALL Instructions in AVR Microcontroller, MACRO concept of AVR Microcontroller, Accessing EEPROM in AVR using Assembly Language, Addressing Modes of AVR Microcontroller, IO Port Programming of AVR Microcontroller, Stack and Subroutine in AVR Microcontroller.

4. AVR Microcontroller IO Basics and Programming: IO Port basics and programming using assembly language, AVR Programming using C Language, Why to Program the AVR in C Language, AVR Byte Size IO Port Programming using C, AVR Byte Size IO Port Programming using C Language, AVR bit size IO Port Programming using C

5. AVR fuse bits and AVR Programming Methods: Fuse Bits and Lock Bits of ATmega32, Programming Methods of AVR Microcontroller, Clock Sources of ATmega32 AVR Microcontroller.

6. EEPROM Programming of AVR Microcontroller: Accessing EEPROM in AVR using Assembly Language, AVR EEPROM Programming in C

7. Stack, Subroutine, and MACRO Concepts of AVR Microcontroller: Stack and Subroutine in AVR Microcontroller, MACRO concept of AVR Microcontroller

8. AVR Microcontroller Timer/Counter Basics and Programming in Assembly and C: Introduction to AVR Timer, Timer 0 Registers in ATmega32, Timer 0 Normal Mode Programming in AVR Microcontroller, Timer 0 CTC Mode Programming in AVR Microcontroller, Timer 0 as Counter Programming in AVR Microcontroller, Timer 1 Normal & CTC Mode Programming in AVR Microcontroller, Programming of Timer 1 Normal & CTC mode in AVR Microcontroller, Timer 2 Normal Mode Programming in AVR Microcontroller.

9. Interrupts of AVR Microcontroller: AVR Interrupt basics, AVR Timer 0 Overflow Interrupt, AVR Timer 2 Compare match Interrupt, AVR External Hardware Interrupt, AVR External Hardware Interrupt C Program.

10. AVR Serial Communication: AVR Serial Communication, AVR Serial Communication Registers, AVR Serial Transmission Programming, AVR Serial Reception Programming, AVR Interrupt-based serial Programming

11. LCD Interfacing with ATmega32 AVR Microcontroller:  LCD Interfacing with ATmega32,  LCD Interfacing and Programming with ATmega32

12. 4 X 4 Keyboard Matrix Interfacing with ATmega32 AVR Microcontroller: Keyboard Interfacing with ATmega32, 4*4 Keyboard Interfacing Programming in AVR Microcontroller,

13. DC Motor Interfacing with ATmega32 AVR Microcontroller: DC Motor Basics, Fast PWM Mode for PWM wave generation in ATmega32, Phase Correct PWM mode for PWM wave generation, DC Motor Interfacing and Programming in AVR Microcontroller.

14. Stepper Motor Interfacing with ATmega32 AVR Microcontroller: Relay and Stepper Motor Basics in AVR Interfacing, Stepper Motor Interfacing with ATmega32 and C Program

15. Analog to Digital Converter: ADC - Analog to Digital Converter basics, Registers Associated with ADC in AVR Microcontroller, Temperature Sensor Basics, LM35 Temperature Sensor interfacing with AVR Microcontroller, C Program for reading and displaying LM35 Temperature sensor on LCD by AVR Microcontroller.

16. SPI Serial Communication Protocol of AVR Microcontroller: SPI Protocol Basics, SPI Register and Programming

17. I2C (TWI) Serial Communication Protocol: I2C Protocol Basics AVR Microcontroller, I2C (TWI) Registers and C Programming

18. DS 1307 RTC Interfacing with AVR Microcontroller and its Programming: DS 1307 RTC (Real Time Clock) Interfacing and Programming using I2C Protocol

19. Serial Communication Protocols: I2C, SPI, UART, USB, RS232

20. AVR Microcontroller Practicals with Proteus Simulation and Demo on Hardware kit: Introduction to AVR Programming Basics, Introduction to Microchip studio Software, Introduction to Proteus Software, Introduction to ProgISP Software, Hardware Requirement for AVR lab sessions, Assembly Program to transfer content of ROM to RAM of ATmega32, Assembly language program for LED blinking and Switch LED interface with ATmega32, Seven Segment Interfacing with ATmega32, LCD Interfacing with ATmega32. 4x4 Keyboard Interfacing with ATmega32, LM35 Temperature sensor Interfacing with ATmega32, Unipolar Stepper motor Interfacing with ATmega32, DC motor Interfacing with ATmega32 and control direction and speed of a DC motor, Serial Transmission and Reception of data using ATmega32, Generation of a square wave of 50% duty cycle with Timer 0 normal mode, Generation of a square wave of 70% duty cycle with Timer 0 CTC mode, Toggling the LED using hardware interrupt of ATmega32, DS1307 RTC interfacing with ATmega32 and programming to set and display time on LCD, MAX7221 interfacing with Atmega32 using SPI protocol and display 0 to 60 on two seven segment

Enroll now and take the first step toward mastering Embedded System Design core concepts! Join Our Community of students who have transformed their careers with our expert-led course on Embedded System Design! 

See you in the Embedded System Design using AVR Microcontroller course! You're going to love it!

All the best...