DOI:10.20894/IJCNES.
Periodicity: Bi Annual.
Impact Factor:
SJIF:5.217
Submission:Any Time
Publisher:IIR Groups
Language:English
Review Process:
Double Blinded

News and Updates

Author can submit their paper through online submission. Click here

Paper Submission -> Blind Peer Review Process -> Acceptance -> Publication.

On an average time is 3 to 5 days from submission to first decision of manuscripts.

Double blind review and Plagiarism report ensure the originality

IJCNES provides online manuscript tracking system.

Every issue of Journal of IJCNES is available online from volume 1 issue 1 to the latest published issue with month and year.

Paper Submission:
Any Time
Review process:
One to Two week
Journal Publication:
June / December

IJCNES special issue invites the papers from the NATIONAL CONFERENCE, INTERNATIONAL CONFERENCE, SEMINAR conducted by colleges, university, etc. The Group of paper will accept with some concession and will publish in IJCNES website. For complete procedure, contact us at admin@iirgroups.org

Paper Template
Copyright Form
Subscription Form
web counter
web counter
Published in:   Vol. 5 Issue 2 Date of Publication:   December 2016

Single Phase Unidirectional High Efficiency Multilevel Bridgeless Pfc Rectifiers

S.Ananda Kumar,M.Thavachelvam

Page(s):   56-60 ISSN:   2278-2397
DOI:   10.20894/IJCNES.103.005.002.008 Publisher:   Integrated Intelligent Research (IIR)

This project work describes multilevel unidirectional PFC rectifier topologies is suited for applications that gives high efficiency and high power density. The reduced conduction losses are obtained through the use of single converter instead of conventional configuration. The implementation of bridgeless power factor correction (PFC) with low common mode noise is presented in this paper. The topology survey is obtained in several boost power factor corrected converters which offer high efficiency, high power factor and low cost. The hysteresis current control technique for Diode Bridge with two power switches is adopted to achieve high power factor and low harmonic distortion.