Timings10AM X 7PM

Intermediate AVR





Course Id Course Name Course duration Fees
Intermediate-AVR Intermediate-AVR 45-days Rs.8000

Course Content:

Basic Electronics and Components

  • Introduction to Electronics
  • Need of Electronics
  • Introduction to Active and Passive Components.
  • Passive Components
  • Active Components
  • Relays and Transformers
  • Switches

Introduction to Electronics

  • Introduction to an Electronic System
  • System and its types – open loop and Closed Loop
  • Hardware & Software – Components & Assembly
  • Languages & Software – Concepts
  • Engineering Concepts

Introduction to Integrated Circuits

  • Hardware Fundamentals
    • Definition of IC
    • Types
    • Identification
    • Field of Application

Study of Some Basic Integrated Circuits

  • Study of basic logic gates
  • Identification of ICs used for logic gates
  • Working principle of op-amps
  • Basic Darlington Transistor Devices (ULN2003)
  • Regulators (7805,7812)
  • Motor drivers (L293D etc.)
  • Comparators
  • And other IC’s which used in practical circuits during practical sessions.

Additional Features-

Basic Concepts and Practical experience on Power Electronics Concept such as Triac, Diac, SCR, Thyristor, Inverters etc. Project-

Students shall learn each concept thrice- First in theory class, then shall perform the same experiments on Simulation Software and finally perform Hardware.

At end of training, students shall design and make their own project. Topic of project shall be decided by students themselves and shall be approved by the trainers from C&IR. This project can then be used as their Minor/Major project as decided by college authorities.

INTRODUCTION OF MICROCONTROLLER

  • Explanatory introduction of Microcontroller
  • History of Microcontroller
  • Criteria for choosing a Microcontroller
  • Different microcontrollers (INTEL, Philips, AVR)

BASICS OF EMBEDDED SYSTEM

  • Introduction of Embedded System- Microcontrollers and Microprocessors
  • History of Embedded system
  • Embedded System Hardware

Introduction to Different AVR controllers


  • * Microcontrollers (Atmega8515, ATmega8535, ATmega8, Atmega16 etc.)
  • * Pin Detail of Atmega8515, ATmega8535, ATmega8, Atmega16 etc.
  • * Architecture of AVR Microcontroller Family
  • * Programming in C.

  • - Introduction to Proteus ISIS Software for Schematic preparation and Simulation
    - Hardware interfacing and Programming of following External and On Chip Devices with AVR microcontrollers
    - Machine Code Burning Techniques and Software
    - Programming sessions to interface the following hardware-
  • * LED interfacing- Basic Patterns of LED Lights as an example of Digital Output
  • * I/P button interfacing- To learn about Digital Input using Momentary Switches
  • * 7 Segment interfacing- Learn Digital Numeric Display through 7 Segment Interfacing
  • * CD4511 BCD to 7 Segment Decoder/Driver IC Interfacing
  • * LCD Interfacing- Interfacing of an alphanumeric LCD 16*2
  • * Comparator Interfacing to connect analog sensors such as Infrared Sensor along with microcontroller. Learn to interface LM358 and LM324 Comparator ICs
  • * Analog to Digital Converter Interfacing- Learn to interface analog Sensors and convert them into digital using the inbuilt Analog to Digital Converter of Atmega Microcontrollers
  • * Voltage measurement using variable resistor- Interface a potentiometer to read analog voltage
  • * Sensor Interfacing- IR Sensor, LDR Sensor, Thermistor, Gas Sensor etc. using the inbuilt ADC



  • * Measurement of a Battery Voltage (12V) with help of ADC and display it on LCD, also design a low voltage alarm system and disconnect battery in case of low voltage to prevent deep discharge. This circuit is very commonly found in good UPS system.
  • * DC Motor Interfacing using L293D
  • * Stepper Motor Interfacing using ULN2003
  • * Relay Interfacing using ULN2003/2803
  • * Interfacing of LM35 temperature Sensor
  • * Interfacing internal EEPROM of AVR
  • * Interfacing EEPROM to save data into Atmega microcontroller permanently
  • * Using inbuilt Pulse Width Modulation capabilities of microcontroller to control speed of DC motors and vary intensity of LEDs
  • * Interface RGB LEDs to produce varying colors using PWM
  • * Serial Communication/Serial Interfacing using USB
  • * Configuring HyperTerminal for serial data handling (UART)
  • * Mobile Controlled Devices using DTMF Technology
  • * Radio Frequency Controlled Robot (Wireless)
  • * Radio Frequency Controlled Home appliances Devices (Wireless)
  • * Computer interfacing to receive and send data
  • * Interfacing GSM Module to make calls and send SMS
  • * Interfacing GSM to control devices using SMS
  • * Interfacing RFID Module and RFID Tags and projects related to it
  • * PCB Design and Fabrication