Sec School Utility Line
Resume:
RESUME
AREA OF INTEREST
Computer Network
Embedded system
Mat lab
Total quality management
CO-CURRICULAR ACTIVITIES
Undergone workshop on “INDUSTRIAL AUTOMATION AND ROBOTICS” at AGIIT - Chennai Campus
Participated in the “TECHNICAL QUIZ”.in our college.
Participated in the workshop on “EMBEDDED SYSTEM” in our college.
CAREER OBJECTIVE
To apply my thoughts in a
creative and challenging environment, where
I could successfully deliver solutions,
improve my technical and analytical skills
and grow with the organization.
EDUCATIONAL QUALIFICATION
Under Graduate:
2017-2021 : Bachelor of Electrical and
Electronic Engineering(EEE)
Thangavelu Engineering college
(Anna university)
Karapakkam, Chennai.
Percentage Secured : 8.0%
SSLC:
2014-2015 : D M M M Hr Sec School
Kethandapatti.
Percentage Secured : 85%
HSC:
2016-2017 : St. Francis de sales Matric
Higher Secondary School
Percentage Secured : 80%
B . VIGNESH
Email Id : ******************@*****.***
contact No(s): : +91-827*******
Permanent Address
S/O C.BARATHI
Jeeva Nagar
Kethandapatti (post)
Tirupattur (Dt),635815
TamilNadu.
India.
Personal Profile
Name : B . Vignesh
Father’s Name : C . Barathi
Date of Birth : 23.05.2000
Sex : Male
Nationality : Indian
Marital Status : Single
Languages Known : Tamil,English
Participated in the workshop on “Recent Trends in Image Processing & Its Applications Using MATLAB”in our college.
PROJECT TITLE : BOOST CONVERTER BASED POWER FACTOR CORRECTION FOR SINGLE PHASE RECTIFIER USING FUZZY LOGIC CONTROL .
Summary:- The quality of currents absorbed from the utility line by electronic equipment is increasing due to various reasons. Low power factor reduces the power available from the grid PFC control is based on boost converter operating at continuous conduction mode. The power factor of the system must be maintained close to unity .
EXISTING SYSTEM
The bridgeless boost PFC rectifiers which can achieve higher efficiency by reducing the number of power components in the line current path.
I n these boost bridgeless PFC rectifiers, the most practical and potential topologies are the dual-boost bridgeless PFC rectifier (DBBL PFC) shown and the back-to-back bridgeless PFC rectifier (BTBBL PFC) shown,since both of them have lower common-mode (cm) noise interference and better reliability compared with the others. PROPOSED SYSTEM
Conventional factor boost power correction (PFC) converter is only suitable for two-stage power conversion system due to its high output voltage.
The proposed converter can achieve unity power factor and low input current ripple in universal-input applications.
A fuzzy logic controller is based on a set of rules, which decides the final control action.
ADVANTAGE
The power factor of the system must be maintained close to unity to maximize the active power drawn from the supply mains.
Improves the efficiency and reliability of the converter.
Professional Strength
Can be able to work individually and also in a team.
Willing to be a learner and an implementer.
Positive Thinking.
Good Interpersonal relationship.
DECLARATION
I hereby declare that all the above furnished details are true and up to my knowledge with an expectation to get a permanent solution for my career in your concern.
Date:
Place:
( VIGNESH.B)
Contact this candidate