Agriculture Pump Control
The main aim of this project is to identify the water availability condition to the soil and to automatically control the water supply to the land in order to prevent the dry run condition for the soil. In this project, we use embedded technology to indicate the status of the soil. In order to achieve a good profit in the agricultural field the soil should be maintained in proper condition that fits for crop cultivation. The main thing that should be seen in order to achieve the profit is to maintain the wet condition of the soil in the correct proportion.
Appartment Security System
The main aim of this project is to secure the apartment. This project is carried over through embedded technology using PIC microcontroller. The apartment can be monitored and if any problem arises alarm will be ON.
In day-to-day life turning on the electrical accessories in places like auditorium, meeting places and technical arena plays the major role. If the meetings are arranged in these places a person is needed to control the electrical settings made in that places. In order to reduce the manual work in that places this project is mainly aimed at automatic controlling of the electrical settings in those places where we arranged for the meetings.
Device Control By Telephone
Aim of this project is used to control the device from the remote place through DTMF. DTMF stands for [Dual Tone Multi Frequency]. This is the latest technology used in telephone dial. The program waits for the ringing of the telephone. When the telephone rings the ring detector detects the ring
EB Theft Indication
The main of this project is to indicate electric power theft to electricity board. This project is carried over through embedded technology. In this project we use wireless method to find out the electric theft.
Main aim of this is to design electronic energy meter. Presently With the help of electromagnetic energy meter the amount of the electricity usage can be calculated. Here we are going to design electronic energy meter. To identify the amount of the power used by the house can be calculated using I sense and V sense. V sense contains the Potential transformer rectifier unit and the Zener diode. Zener diode is used for the function of maintain the voltage level up to 5V. I sense contains the current transformer rectifier unit and Zener diode current transformer is used to sense the amount of current flow through the circuit. I sense and V sense output is give to the input of ADC of PIC.
Home Appliance control
The aim of the project is to control the electrical apparatus through PC using embedded system technology
The importance of the maintaining the health of this critical industrial Resource requires careful and constant monitoring. Under this concept industrial security is important factor. This project is carried over using the embedded technology.
Now a day's theft is increased highly. The security is not that much applicable so we have planned to design this project in embedded technology to achieve the above condition effectively.
Speed Control DC Motor
The main aim of this project is to control the DC motor speed. Speed control can be done with the help of PWM pulse generation. Pulse can be driving the driver circuit of the DC motor.
The main aim of the project is to measure the speed of moving vehicle. This project is carried over through embedded technology using PIC microcontroller.
Stepper Motor Control
Stepper motor can rotate by applying a sequence of pulses to the stepper motor coils. The speed of the motor is based on the sequence of pulses to the motor. Direction can be changed by changing the pulse sequence inversely. Here this pulse is getting from PIC Microcontroller. It's a Programmable Peripheral Interface controller. Here keypad, Stepper motor Driver both are interfaced with the PIC Microcontroller. The keypad is used to vary the speed and to change the direction Of the stepper motor.
Street Light Control
Main aim of this project is to control the street light using LDR. LDR Is stands for light dependent resistance. When the light falling occurs means resistance value will be change. There is no light then the resistance value is change. From this resistance change the voltage variation can be obtained this value is given to ADC of PIC. PIC is stand for peripheral interface controller.
Pic USB Application
This article is an introduction to designing a USB PIC based device. It is based on the C# API. The article will demonstrate how to use a PIC18F4550 to produce a USB full speed 2.0 Device which will perform basic input/output operations, whilst communicating with a C#.Net application via the microchip drivers.
Unmanned Railway Gate
The main aim of this project is to operate and control the unmanned railway gate in the proper manner in order to avoid the accidents in the unmanned railway crossing. The train accidents due to the absence of human power in the railway crossing are the major problems faced by the population. In order to overcome the accidents due to the above problem we have planned to design the project
LM35 Based Temperature controller using PIC16F877a microcontroller
To design Temperature controller by using PIC16F877a microcontroller. It has 8 analog channel. In this project, 2 analog channel used to read temperature value from LM35 as well as set point value from a POT. The Temperature value and setpoint value will be displayed two row LCD display(2X16).