AVR μC Training

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AVR µC training imparts the knowledge and skills to work on Advanced Virtual RISC (AVR) microcontroller. The course focuses on the deliver on fundamental concepts and equipping the candidates with the skills required to develop microcontroller based systems. This comprehensive course provides complete details about Atmel's AVR microcontroller technology, including the pin diagram, architecture, interrupts and timers, and assembly language. Participants also learn about the I/O device interface covering ADC, SPI protocol, TWi and others. Hands-on exposure on AVR studio, WINAVR C, Code Vision AVR is also enclosed in the training program.

By the end of the raining, you will be able to:

  • Understand embedded systems and evolution in microcontroller technology
  • Study microcontroller ATMEL ATmega8515/ATmega32 in detail
  • Write programs for AVR by using assemblers and simulators
  • Use external interfaces in various embedded system projects
  • Implement advanced I/O concepts
  • Gain familiarity with the latest trends in the field of embedded systems and work on different projects
Target audience
  • Students from third and fourth year of BE / B. Tech. courses (Electronics, Electronics & Telecommunication, Instrumentation, Electrical).
  • Professionals willing to understand or switch their working area to AVR microcomputer.
Prerequisites

Candidates having knowledge of electronics fundamentals coupled with some programming experience are the ideal participants for this course.

1. Introduction

  • Introduction of Embedded System
  • Evolution in Microcontroller technology
  • Past, Present & Future of Embedded System

2. Microcontroller ATMEL ATmega8515/ATmega32

  • Hardware Details
  • Pin Diagram
  • AVR Architecture
  • Interrupts and Timers
  • Microcontroller AVR Assembly Language
  • AVR Studio

3. Assembly Language

  • Assembly Language of AVR Microcontroller      
  • Use of Assemblers & Simulator
  • Programming for AVR
  • Examples programs for AVR

4. IO Device Interface and practical

  • Study of Input Output Devices
  • LED Display,7-Segment
  • DIP Switch
  • Intelligent LCD Display
  • Matrix Keyboard
  • Opto-Isolators, Relay
  • Stepper Motors and Types of Stepper Motors
  • Serial Communication Concepts
  • Practices on interfacing circuits

5. Advance IO

  • ADC
  • SPI Protocol
  • TWI, I2C
  • Serial Memory
  • On chip Peripherals PWM

6. Advance assemble and C Language

  • Preprocessor directives
  • Inline assembly in C
  • Calling of Assembly function in C
  • Convert all Assembly Program in C
  • AVR Studio, WINAVR C, Code Vision AVR

7. Conclusion

  • Latest trends in embedded fields
  • Introduction to In Circuit Emulators
  • Introduction to JTAG debug interface
  • Introduction to RTOS

8. Projects

  • Projects in Embedded System using AVR
  • Electronic Voting Machine
  • Robotic ARM
  • Remotely Controlled Application

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