Category: Electronics Seminar Topics

Download All ECE ( Electronics & Communication Engineering) Final Year Seminar Topics, technical Presentations and ppt’s. B.tech ece students can select latest topics form below mentioned list and download seminar report and paper presentations. This list consists of Electronics Seminar Topics on latest technology like gps, gsm , wireless communication with abstract and full report

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RFID Based Prepaid Energy Meter ECE Project

The method of Electricity billing concept is known as “PREPAID ENERGY METER WITH TARIFF INDICATOR” which is able to help to assist to enhance the cash stream organization within power uses and is able to decrease the issues with respect to billing user residing under separate place and decreases the arrangement of human power to have the meter readings.

Each use is able to recharge RFID label credited and recharge the meter on several limits like Rs 50, Rs 100, Rs 200 and so on. In this project, RFID tag card smart card is portrayed. User is able to view its account under LCD connected by the module and make the next recharge.

Download RFID Based Prepaid Energy Meter ECE Project.

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RFID Based Banking System ECE Final Year Project

Within this RFID Based Banking System ECE Final Year Project, the RFID system includes the modules, i.e., transmitter and receiver, the control unit, and the coupling component (antenna). The module is interfaced including microcontroller and if the card is present nearer to the RFID module then it is able to read the ID CODE under the card and hence contrast with the ID CODE. On getting matched, the door opens in clockwise direction and permission is granted to the user.

Entry to your bank implies that the transactions are accomplished under the system and then you are able to give user id and password with the help of KEYPAD. The important benefit of kinds of RFID method is contactless and non-line-of-sight nature of the electronic.

Download RFID Based Banking System ECE Final Year Project.

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Remote Control via Internet ECE Project

The Remote Control via Internet ECE Project, Remote Control via Internet, permits us to automate and function and manage our house based on remote positions. Under abiding method, the house safety and automation are aloof methods which work freely and sensors are abnormal and the costumer is not intimated of the status because the costumer cannot get the data of the status. Functioning method must be forever under online and hence it is very costly and it is ranged on little distance and under the single network.

The study merges safety and automation in the one form and even the abnormal position of sensor is identified and message is provided like the alert to the computer. Functioning and managing the house atmosphere under actual time is expected by LAN.

 The microcontroller is the only chip which includes the CPU (the processor), volatile memory for input and output (RAM), non-volatile memory for the program (ROM or flash), the clock, and an I/O control unit. This is even known as the “PC over the chip” and billions of microcontroller units (MCUs) are implanted yearly under the myriad of items from small item to devices to vehicles.

Conclusion:

Remote Control via Internet ECE Project is concluded that to know about the device ability then we should be familiar of the knowledge of the PC and we are able to perform it through reviewing the inner hardware model like gadgets architecture and even to be aware of the number and size of the registers.

Download Remote Control via Internet ECE Final Year Student Project

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Production and Broadcasting of TV Programmes Project

TV has evolved into broad limit and strong platform of media communication within this globe. This resulted in multinational programs including worldly coverage through connecting national Television method by satellites. Within geo stationary orbits, the communication satellites have modern vistas for broadcasting on the world TV.

 Direct to Home (DTH) broadcasting satellites is dispatched through many countries and in India as well. These satellites produce great strength radiations which are obtained directly by less rate platform to dish antennas of small size on common Television receivers improved through front end transmitter. The series of INSAT 2 & 4 satellites dispatched by India are broadly utilized for TV programs and communications.

 LNBC down transmits the intensity within the IF limits from 950 MHz to 1150 MHz for S-band and from 950 MHz to 1750 MHz for C-band intensity. The common oscillator intensity of S-band LNBC is 3650 MHz and C-band signal is 5150 MHz.22V DC. The converter IF intensity from LNBC is displayed on satellite receiver for execution.

 The digital satellite is best item which permits to see the diverse programs given by satellite. The receiver intensity value is from 950 MHz to 2150 MHz from LNBC and is even known as integrated receiver decoders (IRDs). The video result from the video camera has composite nature. It includes elements like Luminance (brightness) data, Color data (Chroma signal), H and V blanking pulses, H and V sync pulses, and Color burst signal.

 Conclusion:

Production and Broadcasting of TV Programmes Project is concluded that the frequencies for satellite communication like operated through the International Telecommunication Union (ITU) are widely classified. The signal power is increased over the PDA focus and hence the feed is positioned at focus places by making use of climbing plate.

Download Production and Broadcasting of TV Programmes ECE Final Year Engineering Project Report.

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PC Based GPS Microcontroller Project

The approach of modern high-speed methods and the developing PC capacity gave the actual chance for modern rate productive methods and identifying modern concepts of novelties. The technical development along with requirement for great accomplishment methods made it quick and very fast and very imaginative items with the help of advanced and drives functional algorithms.

This PC Based GPS Microcontroller Project study mentions the modern economical answer to global positioning systems. The PC BASED GPS DRIVER is utilized for diverse sophisticated uses. The control system includes computer and the GPS receiver which gather the information from the satellite and the interface kit that transfers the information to computer by the sequence port.

The conversion software is improved with the help of high-level language of graphical programming (visual basic). The entire solution of the global positioning method is portrayed under this project. The GPS receiver gets the information in the form of longitude and latitude from the satellite to get the actual place of the receiver kit on the Earth and the actual-time position is seen on the map.

A Global Positioning System (GPS) is the navigation system of satellite which functions over the constant transmitting radio intensities of high-frequency including the location and time of the satellite with respect to Earth. A GPS receiver gets the data from three or more satellites and it measures the place of the subscriber on the planet. The receiver focuses among 3 and 15 meters and hence the user can be positioned. Based on many calculations, the receiver is able to measure the distance to destination, speed, trip time, sunset, altitude, sunrise etc.

 Conclusion:

PC Based GPS Microcontroller Project is concluded that the concepts of sequence information transmission mean that information is moved like the information is transformed from bitwise of transmitter to receiver consequently. For this, the sequence port includes parallel bits of 8, 16 or 32 from the information bus and moves that to obtain 8, 16 or 32-bit.

Download PC Based GPS Microcontroller Project.

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PC Based Appliances Controller ECE Project

The PC Based Appliances Controller ECE Project is utilized to control many appliances with the help of computer. This includes the circuit and utilizes printer port of the computer PC to manage the application with the help of interface hardware and software. The interface circuit including software is utilized with the printer port of the computer to manage eight equipments. The parallel port is the easy and inexpensive scheme to construct the PC controlled gadgets and projects. The easiness and simplicity of execution creates the parallel port famous.

 In DB25 connector, the lines are classified into three sections. They are Data lines (data bus), Control lines, and Status lines. Like the name, information is transmitted by the information lines. The control lines are utilized to manage the peripheral and it gives back the status signals to the PC by the Status lines.

These are linked internally to information, status and control registers. These lines are linked to respective registers within the PC and hence changing these registers under the program, anyone is able to write or read to parallel port including programming languages such as BASIC and C.

The registers present within the standard parallel port are Data register, Status register, and Control register. Regulator IC (78xx) is the three pin IC utilized like the voltage regulator. This will change the unregulated DC current in the form of regulated DC current. The bridge rectifier utilizes four diodes within the bridge alignment to obtain full-wave rectification.

Conclusion:

This PC Based Appliances Controller ECE Final Year Student Project study is utilized within companies and houses to manage many appliances by computer. Devices are managed from the desktop during execution. The basic elements used are Optocoupler, ULN 2803, Computer, Transformer(15v), Voltage Regulator 78XX, Electro-mechanical Relay(SPDT), capacitors, Diode(IN4007), and Resistors.

Download PC Based Appliances Controller ECE Project.

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Optimization and Automation of Water Cooling Facility Using PLC Project

The Optimization and Automation of Water Cooling Facility Using PLC Project aims on three concepts. Energy conservation calculates over chosen switching and accuracy control, automation of the energy and Plant security over the method of PF development.

A Programmable Logic Controller (PLC) is supposed to combine for the automation portion of the project. PLCs possess great character included in automation and under uses of discrete and process within company function. PLCs are utilized greatly within control systems in which electromechanical relays are utilized formerly.

 PLC would create the method very flexible and simply sustainable-friendly and up-gradable. The step is even created to search the expectation of orienting the equipment-connected PF developing the capacitors to save power.

Group-connected PF developing capacitors are utilized under FACT and it is determined to decrease the maximum request than power consumption. The Btech/BE project creates the review on techno-economic feasibility of supplies-connected and PF developing capacitors for the supplies in Cooling Tower.

The objectives of the ECE/EIE project are to choose the switching and accuracy function of cooling tower fans to save the power, choose the switching of cooling water pumps, techno-economic feasibility review of supplies-connected PF developing capacitors, and automation of functional of cooling water convenience with the help of PLC.

 Conclusion:

 Optimization and Automation of Water Cooling Facility Using PLC Project is concluded that the cooling water facility gives the high impact for energy production over the method of chosen switching and accuracy control of many tools like the use of energy of fans and pumps which is directly proportional to accuracy cube, decreased in accuracy depending on amount and feature of cooling water needed to secure the great quantity of power.

Download Optimization and Automation of Water Cooling Facility Using PLC Electronics and Communications Engineering Final Year Project.

Related Projects Links:

Power Plant Optimization Demonstration Projects Report

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Project on Online Clock Skew Scheme for Asynchronous Wave-Pipelined Circuits Using FPGA

The method of online clock skew is supposed in this project to develop the accomplishment of the circuits of wave-pipelined asynchronous. Under common pipelining method, the functional intensity is improved over classifying the collection of logic in the form of levels and registers that are oriented among the levels.

 The accepted low complexity functional circuit produces the ability of signal to allow the result latch(s) in the constant period based on the clock accuracy under online situation. The accepted method is determined over executing filters by making use of Distributed Arithmetic Algorithm (DAA) and also three distinct methods.

 They are pipelining, non-pipelining, and wave-pipelining on Xilinx Spartan III. Contrast is accomplished in the form of power dissipation, functional intensity, area in the form of Les and registers, and latency for greater functional intensity at diverse intensities and accomplished review is accomplished.

 DA filter of Wave-pipelined is rapid over the determination of 1.36 in contrast with non-pipelined. The pipelined filter is rapid over the determination of 1.38 in contrast to wave-pipelined and rate of improved logic utilization through 115.69%. The important strength of DA wave-pipelined filter is decreased over approximately 8% in contrast with pipelined and increased over approximately 28% in contrast to circuits of non-pipelined.

 IELD-PROGRAMMABLE gate array-based method is obtaining great popularity because of reliability and complexity given by it. The ability of FPGAs is utilized for parallelism. FPGAs including complexities and single integrated circuit(IC) evolved into the reality. It allows FPGA vendors to implant the limited instruction set PC (RISC).

 Conclusion:

Project on Online Clock Skew Scheme for Asynchronous Wave-Pipelined Circuits Using FPGA is concluded that wave-pipelining method increases the logic advantage without adding the inner records and hence we are able to obtain the development under the accuracy of the circuit without improved field and critical routing.

Download Project on Online Clock Skew Scheme for Asynchronous Wave-Pipelined Circuits Using FPGA.

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Office Automation System Project Report

The implanted method is the collection of software, hardware and extra mechanical portions which is modeled to do particular operation. For instance ROAD TRAFFIC SYSTEM. The traffic signal modifies based on predetermined method which is placed on IC hence the implanted method is modeled to perform the particular operation including repeated given time endlessly in the absence and presence of human intervention.

The Office Automation System Project Report depends on the implanted method which makes use of PIC MICROCONTROLLER of MICROCHIP, PIC16F877. It includes the effect under application of the company. The chip is systemized based on the needs of the costumer. Program coding is accomplished with the help of assembly language. The Integrated Development Environment MPLAB of Microchip is utilized to imitate and arrange the written code.

 Modern millennium provides the significance to many modern automation methods under many situations of human life. The OFFICE AUTOMATION METHOD is the only venture that provides the entire safety and automation to construct the office. This automates many benefits and secures the best quantity of common electrical energy on turning off the electrical appliances and it is not productively used. The supplies permit the automation for lighting, doors, and fan gadgets and hence the important aim of this project is conservation of the common electrical energy and its productive utility and gives the safety of the office.

Conclusion:

Office Automation System Project Report is concluded that the functions of the authorized access to the office includes real time inspection method. The active IR sensors can identify the accessing or quitting of people from the office or to the office. The excellent display shows the present count of the people within the office. It eliminates the opportunity of unauthenticated access or threat.

Download Office Automation System Project Report.

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Obstruction Detection & Auto Solving Vehicle ECE Project

The basic goal of this Obstruction Detection & Auto Solving Vehicle ECE Project is to portray the way controllers are utilized under robots. As per our needs, we are able to control the robotic vehicle. The robotic vehicle is utilized to be in the box that is position in the front place of the vehicle.

The disputing aims under this project are to create the code for the microcontroller with the help of embedded C for 8051, model LCD interface, and proximity sensors. The future enhancements include using DC Motors and three sensors. The utilization of great amount of stepper motors and sensors and we are able to move vehicle correctly. We are able to manage the vehicle remotely with the help of GPRS and RF method.

 The important elements used are 5 V DC Power Supply, Motor Driver – L293D, Buzzer, ATMEL AT89S52 Microcontroller, LCD 16*2 Alpha Numeric, Proximity Sensors, and Buzzer – Frequency 1 to 18 KHz ( 5V – 12V DC).

 The AT89S52 is the great accomplishment and less power of CMOS 8-bit microcontroller including 8K bytes of Flash memory of in-system program. The gadget is constructed by making use of great density of Atmel of nonvolatile memory method and is agreeable with the company and set and pin out of standard 80C51 instruction.

 Conclusion:

 Obstruction Detection & Auto Solving Vehicle ECE Project is concluded that the project makes use of Alpha Numeric LCD (16 x 2 Line), AT89S52 microcontroller Proximity Sensors, Motor Driver, and Buzzer. Three sensors are connected that are linked to the microcontroller, to the left, right, and front parts of the robotic vehicle. If there are no obstacles then all sensors are great.

Download Obstruction Detection & Auto Solving Vehicle ECE Project.