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Udemy

AVR microcontrollers: C language, electronic devices.

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Overview

AVR microcontrollers: I/O, ADC, PWM, etc.. Programming microcontroller C language, practical work. Atmega, XMEGA series.

What you'll learn:
  • Microcontrollers AVR: I/O pins, PWM, ADC, EEPROM, timers, etc.
  • Microcontroller structure and Programming Introduction
  • C Programming Basics, C language for AVR.
  • Business projects using AVR microcontroller
  • LEDs and Pushbuttons
  • LCD Screens and Seven Segment Displays
  • Motor and Keypad.
  • Analog to Digital Conversion
  • Timers and Counters
  • Wireless devices controlled by AVR

Attention! All earned funds will go to support the Ukrainian army in the fight against Russian invaders.

This course is for beginner and advanced electronics engineers who want to gain and increase experience in developing embedded systems on AVR microcontrollers. I think that AVR ATMEL microcontrollers are the most advanced 8-bit microcontrollers. All ARDUINO projects are built by using these microcontrollers. After completing the course, the student will receive the necessary knowledge about I/O ports, ADC, PWM, EEPROM, timers, interrupts. Much attention in this course will be paid to interfaces with external devices - sensors, wireless devices, real time clocks, external EEPROM, etc.. We will take a look the UART (USART) serial interface, SPI interface, TWI (two wire interface), the connection by 1-wire bus. The course will consider connections to the microcontroller of various devices - display devices (LED, 7-segment LED displays, LCD), matrix keyboards and so on. Students will get the experience of programming AVR microcontroller on C language. This course includes business projects also. Finished codes sources of this projects I will send students in private messages. The course shows complete programs and videos of working devices. Work projects will be included in this course also. This training course is constantly expanding. Feedback with students. Individual lessons and project support.

I kindly ask you to carefully read the curriculum and description of the course and do not make purchases with the aim of further refund. The course contains enough material in the public domain for you to appreciate the presentation style. Sorry, my english isn't nice))

Syllabus

  • Introduction
  • C basics applied AVR microcontrollers
  • Developing for AVR microcontrollers
  • Displaying information on various displays using
  • SPI interface in AVR microcontrollers.
  • USART (UART) interface in AVR microcontroller. Connection microcontroller and PC
  • Bluetooth module HC-05 to Android device connection using UART ATMEGA8
  • ATMEL AVR XMEGA microcontroller - connection the button, display. Interrupts.
  • Watering programmable machine for indoor plants
  • Alarm clock on AVR microcontroller Atmega8.
  • Simple volume control using the AVR microcontroller and digital resistor.
  • Connection ultrasonic ranging module HC - SR04 to the AVR microcontroller
  • Battery voltage monitoring
  • Connection wireless module nRF24L01 to microcontroller.
  • GSM module SIM800L. Security alarm using GSM Network, AVR MC and SMS messages.
  • Real Time Clock (RTC) DS1307, the clock using DS1307, Two-Wire Serial Interface
  • Device for measuring the speed of rotation of an electric motor
  • Air digital thermometer using DS18B20 and 7-segment display.

Taught by

Oleksandr Aleshchenko

Reviews

4.1 rating at Udemy based on 68 ratings

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