To get specific project abstract/report/source code of each topic please browse through http://studentbank.in/topic-electronics-electrical-instrumentation-applied-electronics-project-ideas

a) SPEED Control of DC motor using PWM technique
b) I V R S For Industries
c) Stepper Motor Direction Controlling.
d) Design And Implementation Of Object Counter For Industrial Automation
e) SPEED synchronization of two DC motors
f) Smart card based Vehicle Operated System
g) TRIAC Based ....etc

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1. Switched-Capacitor/Switched-Inductor structures for getting Transformer less Hybrid DC-DC PWM Converter
2. Parasitic Inductance effect on switching losses for a high frequency DC-DC converter
3. A multiple input DC-DC positive Buck-Boost converter topology
4. Implementation Single Phase AC-AC Matrix converter using SPWM with drastic load condition
5. A new PWM ZVS Full-bridge converter
6. Development of maximum Power Point tracker for PV panels using SEPIC Converter
7. An Induction Generator System Using Fuzzy Modeling and Recurrent Fu ....etc

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1. Speed control of induction machine using wind energy systems
2. Field control method with MRAS observer technique for the control of AC Drives
3. Recognition of power quality disturbances using S-Transform
4. Simulation of chopper controlled separately excited DC motor
5. A modular approach of simulink implementation of Induction generator with PWM
6. Space vector based synchronized PWM strategies at low switching frequency in over modulation region for Two Level VSI
7. Performance Investigation of reduced loss Current Source Inverter ....etc

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Abstract
Organic electronics, (plastic electronics or polymer electronics), deals with conductive polymers, plastics, or small molecules. It is called 'organic' electronics because the polymers and small molecules are carbon-based, like the molecules of living things. This is as opposed to traditional electronics (or metal electronics) which relies on inorganic conductors such as copper or silicon. Polymer electronics are laminar electronics
applications
negative differential resistance(switches)
melanins. Historically, melanin is anoth ....etc

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sir i want simulation based electrical projects
....etc

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power electronics projects
a. Video Analyzing remote controlled vacuum Cleaner
b. Remote operated Weapon System
c. Automatic Sensor Based Magnetic Accident preventer for Train
d. Man less Defense
e. Automatic Vehicle Accident Information System
f. Remote controlled Sub Marine (Model)
g. Audio Communication through fiber Optics (or) Laser Beam
h. Remote controlled Air Craft (Flying Model)
i. Foldable Electric Go Bed Drive
j. Automatic sensor based wall painting Robot
k. Industrial Power Saving and Automatic Attend ....etc

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1. Multiple-Load-Source Integration In A Multilevel Modular Capacitor-Clamped DC-DC Converter Featuring Fault Tolerant Capability.
2. A Novel Self-Powered Supply for GCT Gate Drivers.
3. Identification of Feasible Topologies for Multiple-Input DC-DC Converters
4. A Bridgeless PFC Boost Rectifier with Optimized Magnetic Utilization
5. Analysis and Implementation of A Hybrid High-Power-Factor Three-Phase Unidirectional Rectifier
6. Digital Combination of Buck and Boost Converters to Control Positive Buck-Boost Converter and
7. Improve The O ....etc

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Abstract— Computational Private Information Retrieval (cPIR) protocols allow a client to retrieve one bit from a database, without the server inferring any information about the queried bit. These protocols are too costly in practice because they invoke complex arithmetic operations for every bit of the database. In this paper, we present pCloud, a distributed system that constitutes the first attempt toward practical cPIR. Our approach assumes a disk-based architecture that retrieves one page with a single query. Using a striping technique, ....etc

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i need to do a mini projet usig scr .kindly helps us ,thank you. ....etc

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Teaching Utility Applications of Power Electronics in a First Course on Power Systems

Outline


Importance of teaching power electronics in a power systems course
Description of proposed approach consisting of four segments
Functional aspects of power electronics
Power device capabilities and Power Electronic Structures
Role of power electronics in utility applications
Details of the power electronics structures


Importance


Increasing applications of Power Elec ....etc

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