Analysis and Design of High Effeiceny ZCS Buck (PWM) Converter in battery charger (Paperback)

Master's Thesis from the year 2014 in the subject Electrotechnology, grade: Master degree, Hohai University (College of Energy and Electrical Engineering), course: Power Electronics, language: English, comment: This study employs a buck ZCS (PWM) converter and develops a novel soft-switching approach for charger batteries. This thesis presents technique for battery charger to achieve efficient performance in charging shaping, minimum low switching losses and reduction in circuit volume. The operation of circuit charger is switched with the operation of zero-current-switching, resonant components and appends the topology of dc-dc buck. The proposed novel dc-dc battery charger has advantages with the simplicity, low cost, high efficiency., abstract: This study employs a buck ZCS (PWM) converter and develops a novel soft-switching approach for charger batteries. This thesis presents technique for battery charger to achieve efficient performance in charging shaping, minimum low switching losses and reduction in circuit volume. The operation of circuit charger is switched with the operation of zero-current-switching, resonant components and appends the topology of dc-dc buck. The proposed novel dc-dc battery charger has advantages with the simplicity, low cost, high efficiency and the behavior of easy control under the ZCS condition accordingly reducing the switching losses. The detailed study of operating principle and circuit design consideration is performed. A short survey of battery charging system, capacity demand & its topological is also presented. In order to compute LC resonant pair values in conventional converter, the method of characteristic curve is used and electric function equations are derived from the prototype configuration. The efficient performance of charging shaping is confirmed through the practical examines and verification of the results is revealed by the MATLAB simulation. The efficiency is ensured about 89% which is substantially considere

General

Imprint:	Grin Verlag
Country of origin:	United States
Release date:	March 2014
First published:	March 2014
Authors:	Irfan Jamil
Dimensions:	210 x 148 x 5mm (L x W x T)
Format:	Paperback - Trade
Pages:	76
ISBN-13:	978-3-656-57919-9
Categories:	Books > Professional & Technical > Energy technology & engineering > Electrical engineering > Electrician skills Books > Professional & Technical > Civil engineering, surveying & building > Building construction & materials > General Promotions
LSN:	3-656-57919-9
Barcode:	9783656579199

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