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PIC16F877 SVSEMBEDDED SYSTEMS COURSE/HOBBY LEARNING/DEVELOPMENT KIT

Introduction to ‘C’:

• About  ‘C’
• Number system and working examples.
• ‘C’ Data types/Operators/Precedence.
• Basic GCC commands.
• Refresh Basic ‘C’ Programming.

Learning ‘C’:

• ‘C’ coding style rules.
• Compilation steps.
• Object/Executable file format.
• Linkers/Loaders and functionalities.
• Process image and its sections.
• ‘C’ process environment on Linux.
• Bit-wise operator’s examples
• Preprocessor directives and examples.
• Arrays and Strings.
• Structures/Unions/Enumerations.
• Functions & Pointer.
• Dynamic memory allocation ( Malloc, Calloc, Free).
• Files and Files Operations.
• Standard I/O Library.
• Header Files.
• ‘C’ Program with multiple files.
• Storage classes.
• Const and volatile qualifiers.

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• Introduction to Embedded Systems.
• Architecture of Embedded System.
• Programming for Embedded System.
• The Process of Embedded System Development.
• Communication Interfaces.
• Embedded/Real-Time Operating Systems.
• Embedded Software Development on different Microcontrollers.
• Network Programming.

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Module-1

• Introduction to Microcontrollers.
• Microcontroller’s vs Microprocessors.
• Introduction to PIC16F877.
• PIC16F877 Architecture.
• Basic Registers and addressing modes.
• Special function Registers.
• Instruction set.
• Interrupts & Timers.
• Programming Microcontrollers in ‘C’
• Introduction to MPLAB {or} CCS.IDE Tools.
• Understanding Basic Devices.
• Light emitting Diodes [LED].
• Switches.
• Liquid Crystal Displays.
• Seven segment display.
• Matrix keypad.
• Replays.
• Buzzers.
• Dc Motors & PWM [Pulse Width Modulation].
• Stepper motors.
• Sensors and signals Conditioning

LAB WORKS:

• Building a user Interface
• Interfacing a light emitting diode.
• Interfacing Switches.
• Interrupts.
• Timers and counters.
• Interfacing a LCD Display.
• 8bit mode.
• 4bit mode.
• LCD Menus.
• Interfacing a 4x4 Matrix Keypad.
• Pulse Width Modulation.

Hardware Interfacing Basic Devices

• LED.
• Switches.
• LCD.
• 7-Segment display.
• Keypad.
• Relays.
• Buzzers.
• DC Motors.
• Stepper Motors.

Module-2

• Serial Communication.
• MAX-232.
• Asynchronous Communication.
• RS-232
• RS-485
• Synchronous Communication.
• SPI
• I2C
• EEPROM
• Real Time Clock
• Converters
• ADC
• DAC
• Infrared & Radio Frequency.
• Interfacing Microcontrollers.

LAB WORKS:

• RS 232.
• RS 485.
• Interfacing Microcontrollers to Microcontrollers.
• Interfacing Microcontrollers to Computer.
• SPI Protocol.
• EEPROM Using I2C
• ADC
• DAC

Module-3(learning of technologies)

• Interfacing different devices.
• WI-FI
• BLUETOOTH.
• GSM.
• GPS.
• RF-ID.
• FRINGER PRINT.
• RF.
• Xbee.
• GRAPHICAL LCD.

Module4: (learning of Protocols)
Embedded Protocol

• I2C.
• SPI.
• CAN.
• RS 232, RS 485.

Module5: (ACADEMIC PROJECTS ON DEVELOPEMNET KIT)
The above development board will guide u the 10 different technologies for the student. svsembedded will provide the CD in that
WE WILL PROVIDE
1. ABSTRACT
2.DATASHEETS
3.DOCUMENTATION
4.SCHEMATIC DIAGRAM.
5. SOFTWARE CODE
6.SAMPLE PPT
7.PHOTOS&VIDEO FILE ON ENTIRE PROJECT