CETPA INFOTECH PVT. LTD.

CURRICULUM AVR MICROCONTOLLER

 INTRODUCTION TO  User Defined Data  SWITCH & KEYPAD

EMBEDDED SYSTEM type (structure) INTERFACING
 History & need of Embedded  Array  Introduction to Switches &
System  Pointers Keyboard Matrix
 Basic components of  Interfacing Circuit of
Embedded System  Operators Switches & Keyboard Matrix
 Hardware Classification of  Arithmetical  Programming of Keyboard
Embedded System Operator Matrix & Switches
 Programming Language  Logical Operator
Classification of Embedded  Controlling of LED’s by using
 Bitwise Operators Switches
System
 Advantage & Disadvantage of  Key board Matrix & LCD
Low level & High level  Control Statement and Interfacing Program
programming language of Loops
Embedded System  If  TIMER
 Switch  Timer0/Timer1/Timer2
 For Programming
 CLASSIFICATION OF  While  PWM using Timers
MICROPROCESSOR &  Do While
MICROCONTROLLER  INTERRUPT
 Difference between  Introduction to  Timer Interrupts
Microprocessor & Preprocessor Directives Programming
Microcontroller  Assembly within C (Inline  External Hardware
 Classification based on Assembly) Interrupts Programming
architecture  Interrupt Priority
 Classification based on  BASIC ELECTRONICS
Instruction Set  RS232 INTERFACING
 Type of Microcontroller  Resistor  Interfacing with PC
 Memory Classification  Capacitor using UART/RS232
 Diode  Interfacing with PC
 BRIEF INTRODUCTION  Transistor using UART/RS232 with
TO COMPUTER Interrupts
ARCHITECTURE  TYPES OF MOTORS
 Classification of Von-  AC motor  ADC INTERFACING
Neumann and Hardware  DC motor  To display digital data
Architecture  Stepper motor on LED
 Difference between RISC  Servo motor  To display digital data
and CISC  DC geared motor on LCD
 Memory Classification
(Primary & Secondary)
 COMPUTER LANGUAGES  MOTOR CONTROLLING  SENSOR INTERFACING
 Low Level Languages CIRCUITS IC’S  Introduction to Sensing
 Middle Level Language  LM358(dual op- amp) Devices
 High Level Language  LM35(Temperature  IR Sensor Interfacing
 Interaction of language sensor)  Temperature Sensor
with Compilers Interfacing
 L293D(dual H-bridge IC)
 805(Voltage regulator)
 EMBEDDED  I2C PROTOCOL
DEVELOPMENT TOOLS  Features
 PIN DESCRIPTION &
 Assembler  Implementation
ARCHITECTURE OF AVR  DS1307 RTC Interfacing
 Interpreter MICROCONTROLLER
 Compiler using I2C protocol
 Simulator MEMORY ARCHITECTURE OF
 Emulator  SPI PROTOCOL
ATMEGA16
 Debugger  Features
 Implementation
LED INTERFACING
 INTRODUCTION OF  Serial Communication
 Pattern generation using
with PC in Master &
EMBEDDED C led panel
Slave Mode using SPI
 Why C Protocol.
 Benefits of C over LCD INTERFACING
Assembly  To move data on LCD in 8-
 Constants, Variables & bit
Data Types  To move data on LCD in 4-
 Keywords & bit
Identifiers  To display data on both
 Data type & its rows in 4 and 8-bit Mode
memory  Scrolling message display
representation on LCD in 4 and 8 bits
Mode.

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