MICROCONTROLLER BASED WIRELESS INDUSTRIAL AUTOMATION

PROJECT TYPE

Micro controller(AT89C51) hardware design with software development (Device Driver). Atmel micro controller (AT89C51) based.

 PROJECT DESCRIPTION

         

This Project “INFRARED REMOTE BASED WIRELESS INDUSTRIAL AUTOMATION USING MICROCONTROLLER” is used to operate remote applications by using a standard Remote control. The system is used to control different types of applications according to the operator. All the above processes are controlled by the 8 bit Microcontroller AT89C2051. The Microcontroller receives the Infrared Signal from the receiver and it decodes and operate the appropriate Device. The Range of the system is up to 10 meters. The system works on Phillips RC5 format.  The Microcontroller is used to receive the Infrared signal from the Transmitter, the received signal is processed by the Microcontroller and according to the signal the corresponding applications ON/OFF. You can simply use your TV remote to do this for you from the sensors, and this signals operated under the control of software which is stored in ROM.

PROJECT OUTLINE

Ø  A brief introduction to internal architecture of microcontroller.

Ø  An over view of programming of microcontroller.

Ø  An overview on assembly language.

Ø  An overview on mechanical arrangement.

Ø  Serial port interfacing with microcontroller.

 

INTERFACES USED

Ø  Serial communication used for downloading the hex code.

Ø  L293D Interfacing.

Ø  Sensor circuit interface.

Ø  DC motor interfacing

Ø  Relay interfacing

SOFTWARES USED

Ø  A Cross compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Operating system: Windows XP.

MICROCONTROLLER BASED TEMPERATURE METER using AT89c51

SECTION 1: PROJECT TYPE

Micro controller (AT89C51) hardware design with software development (Device Driver).

SECTION 2: PROJECT DESCRIPTION

                        Measuring the impact of environmental constraints is important for proper data analysis and control. Different types of data loggers and data acquisition systems are available in the market to perform the task well. Temperature measurement is today more important. The ambient temperature keeps varying during different times of the day and night at different places. Temperature measurement can do for weather forecast or for automation in electronics devices and industries.

                            
Here we describe a temperature measurement device which uses microcontroller AT89c51, Temperature sensor and other components. The temperature is measured at user defined interval. Each time the current temperature goes above the user defined threshold value, the buzzer sounds.

SECTION 3: PROJECT OUTLINE

Ø  A brief introduction to internal architecture of micro controller.

Ø  An over view of programming of micro controller.

Ø  An overview on assembly language.

Ø  An overview on interfacing 16X2 LCD.

Ø  An overview of Buzzers.

Ø  An overview on interface of switches and led.

 

SECTION 4: INTERFACES USED

Ø  Sensors interfacing.

Ø  16X2 LCD Interfacing.

Ø  A/D converter interface.

Ø  keypad interfacing

Ø  Buzzer, switches, led interfacing with micro controller Relay interfacing.

 

SECTION 5: SOFTWARES USED

Ø  A Cross compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Operating system: Windows XP.

MOBILE ROBOT WITH JOYSTICK

SECTION 1: PROJECT TYPE

Micro controller (AT89C51) hardware design with software development (Device Driver).

SECTION 2: PROJECT DESCRIPTION

           

            This project mainly designed to develop a robot used for moving the robot from source to destination with the help of the joystick (keypad).The joystick is directly connected to the robot. In this joystick we have controls for forward, reverse, right & left directions. In this we also provide the signal for buzzer also. In this we also designed the keys for some specific directions also.

SECTION 4: PROJECT OUTLINE

Ø  A brief introduction to internal architecture of micro controller.

Ø  An over view of programming of micro controller.

Ø  An overview on assembly language.

Ø  An overview on interfacing 16X2 LCD.

Ø  An overview of Buzzers.

Ø  An overview on interface of switches and led.

SECTION 5: INTERFACES USED

Ø  Switches interfacing.

Ø  DC motor interfacing

Ø  4x3 Hex keypad interfacing

Ø  Buzzer, switches, led interfacing with micro controller.

SECTION 6: SOFTWARES USED

Ø  A Cross compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Operating system: Windows XP.

DIGITAL COUNT DOWN TIMER USING AT89c51

PROJECT DEFINITION / SPECIFICATION

SECTION 1: PROJECT TYPE

Micro controller (AT89C51) hardware design with software development (Device Driver).

SECTION 2: PROJECT DESCRIPTION

         

          In modern days many automatic devices require timers for the proper operation of the devices. Presently all the world is going into automation. In this project we are designing a count down timer where you can start the timer and view the timer. In this timer we are keeping one buzzer to give buzzer for every one second. As an advanced application we can also use the same device as a timer.

SECTION 5: PROJECT OUTLINE

Ø  A brief introduction to internal architecture of micro controller.

Ø  An over view of programming of micro controller.

Ø  An overview on assembly language.

Ø  An overview on interfacing SEVEN SEGMENT.

Ø  An overview of Buzzers.

Ø  An overview on interface of switches and led.

SECTION 6: INTERFACES USED

Ø  Sensors interfacing.

Ø  Seven segment interfacing.

Ø  4x3 Hex keypad interfacing

Ø  Buzzer, switches, led interfacing with micro controller.

SECTION 7: SOFTWARES USED

Ø  A Cross compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Operating system: Windows XP.