Complete AVR Microcontroller Programming Course

Complete AVR Microcontroller Programming Course, available at $44.99, has an average rating of 4.05, with 45 lectures, based on 18 reviews, and has 85 subscribers.

You will learn about Programming AVR microcontroller in Atmel Studio IDE You will learn how to program a AVR Microcontroller from scratch with datasheet approach Build your own projects with the AVR microcontroller.. You will be learning all the peripherals programming from scratch no libraries used in Atmel Studio IDE The class starts from the basics of setting up a microcontroller programming and hardware environment. This course is ideal for individuals who are Anyone with a curiosity for making electronics or Anyone with some experience in electronics or Anyone with an beginner knowledge of embedded systems or you will be able to program any AVR microcontroller once completed this course It is particularly useful for Anyone with a curiosity for making electronics or Anyone with some experience in electronics or Anyone with an beginner knowledge of embedded systems or you will be able to program any AVR microcontroller once completed this course.

Enroll now: Complete AVR Microcontroller Programming Course

Summary

Title: Complete AVR Microcontroller Programming Course

Price: $44.99

Average Rating: 4.05

Number of Lectures: 45

Number of Published Lectures: 45

Number of Curriculum Items: 45

Number of Published Curriculum Objects: 45

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Programming AVR microcontroller in Atmel Studio IDE

You will learn how to program a AVR Microcontroller from scratch with datasheet approach

Build your own projects with the AVR microcontroller..

You will be learning all the peripherals programming from scratch no libraries used in Atmel Studio IDE

The class starts from the basics of setting up a microcontroller programming and hardware environment.

Who Should Attend

Anyone with a curiosity for making electronics

Anyone with some experience in electronics

Anyone with an beginner knowledge of embedded systems

you will be able to program any AVR microcontroller once completed this course

Target Audiences

Anyone with a curiosity for making electronics

Anyone with some experience in electronics

Anyone with an beginner knowledge of embedded systems

you will be able to program any AVR microcontroller once completed this course

Over a 45+ lecture videos, 6.5+ Hours of Full HD Content that will take you in an interactive learning to not only master the coding of AVR Microcontroller, but also learn the very basics of AVR Microcontroller internal structure and hardware schematics required for building your own products out of AVR (Atmega16) microcontroller, how it really works, it’s parts and how your code is working inside the CPU of a Microcontroller.

Hi, welcome you all to this course on Programming on ATMEGA16 microcontroller From Scratch.

The course is structured for the need of learners to understand microcontrollers from scratch till you master your skills. This course is the outcome of the experience I gained after training many of graduate students and working professionals in person, and with my expertise in the field of embedded systems. Few basic Embedded C concepts are also covered.

SM Training Academy invites you all to enroll in this course and explore the world of embedded systems with step by step guidance by own expert trainers to excel in their career. There is no better way to master and understand the AVR microcontroller than joining this course. Whatever you want to learn is available in this course and also we will be updating the course with new lectures in a periodical manner. So join the course and enjoy learning.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to AVR Microcontroller

Lecture 2: Features of Atmega16 microcontroller

Chapter 2: Hardware and software used in this course

Lecture 1: Hardware and software used in this course

Lecture 2: Installing Atmel Studio IDE to your PC

Lecture 3: Creating first project in Atmel Studio IDE

Chapter 3: General Purpose Input Output (GPIO) in ATmega16

Lecture 1: Pinout and port structure of Atmega16 micrcontroller

Lecture 2: Accessing GPIO registers Part – 1

Lecture 3: Accessing GPIO registers Part – 2

Chapter 4: Interfacing LED with Atmega16 microcontroller

Lecture 1: Interfacing LED to Atmega16 microcontroller

Chapter 5: Interfacing of 7-Segment Display with Atmega16 microcontroller

Lecture 1: 7 Segment display working principle explained

Lecture 2: Interfacing 7Segment Display with Atmega16

Chapter 6: Interfacing of 16×2 LCD with Atmega16 microcontroller

Lecture 1: 16×2 LCD working principle explained

Lecture 2: Interfacing 16×2 LCD with Atmega16 in 8 Bit mode

Chapter 7: Interfacing of Push Buttons with Atmega16 microcontroller

Lecture 1: Push Buttons Input devices working logics explained

Lecture 2: Interfacing Pushbuttons with Atmega16

Chapter 8: Implementing External Interrupts in Atmega16 microcontroller

Lecture 1: Interrupt operations in microcontroller explained

Lecture 2: Executing External Interrupt in Atmega16

Chapter 9: Implementing Timer Interrupt Mode in Atmega16 microcontroller

Lecture 1: Timer Interrupt working principle explained

Lecture 2: Timer Interrupt configuration in ATmega16

Lecture 3: Timer Interrupt programming in Atmega16

Chapter 10: Implementing Timer Output Compare Mode in Atmega16 microcontroller

Lecture 1: Timer Output Compare working principle explained

Lecture 2: Timer Output Compare configuration in Atmega16

Lecture 3: Timer Output Compare programming in Atmega16

Chapter 11: Implementing Timer Input Capture Mode in Atmega16 microcontroller

Lecture 1: Timer Input Capture working principle explained

Lecture 2: Timer Input Capture configuration in ATmega16

Lecture 3: TImer Input Capture programming in Atmega16

Chapter 12: Pulse Width Modulation (PWM) in Atmega16 microcontroller

Lecture 1: PWM Working Explained

Lecture 2: PWM Register Configuration in Atmega16

Lecture 3: PWM Signal generation in Atmega16

Chapter 13: Analog to Digital Convertor (ADC) in Atmega16 microcontroller

Lecture 1: ADC Working Explained

Lecture 2: ADC Register Configuration in Atmega16

Lecture 3: Interfacing Variable Resistor with Atmega16

Chapter 14: Serial Communication Protocol (UART) in Atmega16 microcontroller

Lecture 1: UART Communication Explained

Lecture 2: UART Register Configuration for Atmega16

Chapter 15: Interfacing of HC-05 Bluetooth Module with Atmega16 microcontroller

Lecture 1: HC05 Bluetooth Module Testing

Lecture 2: HC05 Bluetooth module with Atmega16

Chapter 16: Interfacing of EM-18 RFID Module with Atmega16 microcontroller

Lecture 1: EM18 RFID Module Testing

Lecture 2: EM18 RFID with Atmega16

Chapter 17: Serial Peripheral Interface (SPI) Protocol

Lecture 1: SPI Protocol working principle explained

Chapter 18: Establishing SPI communication in Atmega16 microcontroller

Lecture 1: Establishing SPI Master in Atmega16

Lecture 2: Atmega16 as SPI Master and Slave

Chapter 19: Inter Integrated Circuits (I2C) in Atmega16 microcontroller

Lecture 1: Inter Integrated Circuits Communication explained

Chapter 20: Interfacing of 24AA256 EEPROM with Atmega16 using I2C

Lecture 1: 24Cxx EEPROM IC with Atmega16 Part – 1

Lecture 2: 24Cxx EEPROM IC with Atmega16 Part – 2

Lecture 3: 24Cxx EEPROM IC with Atmega16 Part – 3

Instructors

SM training academy
Enhancing Engineers to Professional Experts

Rating Distribution

1 stars: 1 votes

2 stars: 1 votes

3 stars: 4 votes

4 stars: 6 votes

5 stars: 6 votes

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