Embedded System for industrial application using ARM(Advanced)

Durations – 05 Days

Program Highlights

  • Comprehensive Introduction to Embedded Systems
  • ARM Cortex-M3 Programming
  • Hands-on Peripheral Programming
  • Advanced Programming Techniques – PWM, RTC & Interrupt Management

Program Take Away

  • The Learner will be able to:
  • Understand the concept of embedded systems, different components of a microcontroller, and their interactions.
  • Get familiarized with the programming environment to develop embedded solutions.
  • Program ARM microcontrollers to perform various tasks.
  • Understand key embedded system concepts such as I/O, timers, interrupts, and serial interfaces like UART and SPI.

Pre-requisites

  • Embedded C Programming
  • Knowledge of Microcontrollers
  • Serial Communication Basics

Tools

  • Linux OS, Windows Platform
  • VIM, GCC, Code::Blocks, GDB Compilers
  • ARM Cortex-M3 LPC1768 Development Board
  • KEIL IDE
  • Flash Magic
  • Peripherals / Accessories

ARM CORTEX M3 MCU (LPC1768) programming using Embedded C

16 X 2 LCD Programming

  • LCD Registers and Commands
  • Displaying String and numeric type data on LCD
  • Making Multifile program and LCD Library program

ADC Programming

  • ADC operation using Successive Approximation Method
  • Programming to read Analog voltage using ADC
  • Programming to read LM35 Temperature sensor data using ADC

TIMER Programming

  • Timer operation and applications
  • Timer Registers configuration
  • Programming Timer block

INTERRUPT Programming

  • Interrupt operation and applications
  • Understanding of the Registers related to Interrupts
  • Timer Interrupt programming
  • External Interrupt Programming

 

Communication protocols:

UART Programming

  • Understanding the importance of UART protocol
  • Baud rate generation calculations
  • UART Tx and Rx programming

SPI Protocol

  • SPI protocol overview
  • Related Registers
  • Programming on SPI by interfacing 7 Segment

I2C Protocol

  • I2C protocol overview
  • I2C Registers configuration
  • Programming to interface MC to EEPROM using I2C protocol

PROJECT WORK

Module Assessment (MCQ Test)

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