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PIC MICRO CONTROLLER TRAINING

 

       PIC µC training course curriculum is designed to develop to equip the participants with all the required skills required to work with Programmable Interface Controllers (PIC micro controllers) at both the hardware and software fronts. This training program enables the aspirants to work on the architecture, pin diagram, and input-output interfacing. Exposure to Embedded C and using assembly functions/programs in C is also the part of this training. The PIC micro controller training imparts the skills to meet the needs of embedded systems industry by programming the electronic circuits to work for a wide range of tasks.

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Upon the completion of the training, you will be able to:

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  • Understand the evolution in micro controller technology

  • List the features of PIC16F877A microcontroller

  • Study the architecture, pin diagram, an deport input-output configuration

  • Get comprehensive knowledge on the interrupts and timers

  • Understand the significance of input-output device interface

  • Create inline assembly in C and call/convert the assembly functions/programs in C

  • Get an idea of the latest trends in the embedded systems field

  • Work on different projects making use of the PIC microcontroller

 

COURSE CONTENT

 

1. INTRODUCTION TO EMBEDDED SYSTEMS

 

  • Components of Embedded systems

  • Evolution of Microcontroller technology

  • Past, Present & Future of Embedded System

  • Power  supply

  • Memory

  • Microcontroller

  • Sensors

  • Actuators

  • Introduction to PIC family

  • Features of PIC16F877A

 

2. MICROCONTROLLER PIC16F877A

 

  • Hardware Details

  • PIC Architecture

  • Pin Diagram

  • SFR

  • Port I/O configuration

  • Interrupts & Timers

  • MPLABIDE MPASM

  • USART

 

3. ASSEMBLY LANGUAGE & PROGRAMMING

 

  • Microcontroller PIC Assembly Language

  • Programming in Embedded C

  • Introduction to programming software

  • Example programs for PIC

 

4. I/O DEVICE INTERFACE AND PRACTICAL

 

  • Study of Input Output Devices

  • LED Display, 7-Segment

  • DIP Switch

  • Intelligent LCD Display

  • Matrix Keyboard

  • Stepper Motors and Types of Stepper Motors

  • Serial Communication Concepts

  • Practices on interfacing circuits

  • Practices of ICP

  • ADC, EEPROM,

  • Opto-Isolators, Relay

  • I2C, SPI Protocol

  • Serial Memory

  • On chip Peripherals PWM

 

5. ADVANCE ASSEMBLY AND C LANGUAGE

 

  • Preprocessor directives

  • Inline assembly in C

  • Calling of Assembly function in C

  • Convert all Assembly Program in C

  • HI-TECH C Complier

 

6. CONCLUSION

 

  • Latest trends in embedded fields

  • In Circuit Emulators

  • ICD debug interface

  • RTOS

 

7. PROJECT

 

  • Projects in Embedded System using PIC

  • Electronic Voting Machine

  • Robotic ARM

  • Remotely Controlled Application

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