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Bare Metal Programming of AVR Micro-Controllers
1,012 students
Bare Metal Programming of AVR Micro-Controllers
and Simulation using Proteus
Created bySachin Sharma, Dr. Nidhi Sharma
Last updated 8/2024
English
What you'll learn
- Bare metal programming concepts of AVR series microcontrollers
- Embedded System designing using Proteus simulation software.
- Understanding Data Sheets
- Digital Input and Output Operation
- DC Motor interfacing
- 7-segment interfacing
- LCD interfacing
- ADC interfacing to read data from analog sensors
- Digital sensor interfacing such as DHT11, IR sensor
- Timer programming
- Interrupt programming
- UART Communication protocol
Explore related topics
Course content
6 sections • 24 lectures • 5h 5m total length
Requirements
- Basics of C
- Basic concepts of Digital Electronics
- Basic concepts of circuit analysis and electrical systems.
Description
In this course, you will learn the bare metal programming concepts of AVR series microcontrollers and their simulation using Proteus software. You will learn to interface different components with AVR microcontrollers. You will also learn to design complete systems based on different components. We will use Proteus to design the system on software and to analyze and verify the working of our firmware before downloading the firmware to actual hardware. You will also learn to upload the firmware on real hardware with the help of different IDEs such as ATMEL Studio and others. We will be interfacing different components such as push buttons, analog and digital sensors, LCD, relays etc. We will also implement different communication protocols such as UART, SPI and I2C and will send different data to other microcontrollers. We will also do some small projects in order to complete the learning.
----------Some highlights---------------
1. Well-explained theoretical concepts.
2. Teaching with the flavor of hardware implementation.
3. Learn to apply theoretical concepts in practice.
4. Learn different types of sensors and their interfacing.
5. Interfacing different actuators and displays.
6. Implementing different communication protocols.
7. Learn to implement timers in real-case scenarios.
8. Learn to use interrupts in your program for better control applications.
Highly use of modular programming concepts.
Who this course is for:
- If you wanted to learn embedded systems from scratch, then you should take this course.
- If you are an engineering graduate in robotics, control system or embedded systems.
- If you are an enthusiast and want to go deep into the embedded domain.
- If you have no interest in ARDUINO-based programming and want to learn real programming using inbuilt registers of microcontrollers.