AVR Microcontroller course Training Institute









Advanced Virtual RISC (AVR) is a Microcontroller Architecture designed by Atmel Corporation in 1996. The AVR chips run the programs kept in an instant and use RAM and EEPROM for quick and long-term storage. AVR Microcontrollers are vastly available in three types: TinyAVR, MegaAVR, and XMega AVR. They primarily aim at delivering a particular variety of flexible design, power efficiency, and implementation. Moreover, they are established upon the widely accepted Code Architecture for C and Assembly Programming. As a result, AVR Microcontrollers benefit from great computing performance and power efficiency.



Elysium Embedded School Training Center delivers AVR  training for candidates to enter the Embedded Systems field. As part of this training, the candidates will comprehend the basic ideas of AVR, standards for choosing a Microcontroller, AVR Hardware details, ATmega16 fundamental ideas and essential pins. The candidates joining the AVR Microcontroller online training at Elysium Embedded school will get a deep knowledge 



What is this course about?


The Embedded System AVR Microcontroller course Coaching involves Learning by Doing using state-of-the-art infrastructure to execute hands-on exercises and real-world simulations. This comprehensive hands-on knowledge in Embedded System AVR training guarantees that one immerses in the knowledge and talents that the industry requires. Depending upon one's initial knowledge of C programming and understanding of the AVR Board, one can enrol for Basic or Advanced AVR Microcontroller Tutorial.


Course Feature

  • Learn with industry skilled
  • Extreme experimental sessions
  • Thoroughly designed course for the best of the knowledge experience
  • Particular attention
  • Well design experimentations and tasks for hands-on knowledge


In this course, we'll study about

 

• Fundamentals of embedded systems

• AVR microcontrollers architecture

• Pinout and components of atmega32

• Input and Output ports

• Analog to Digital Converters

• Timers

• Counters

• LCD interface

• Interrupts

• Serial Port interface

• How to perform all simulations And

• How to download the program into the flash memory of the microcontroller.



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