Microelectronics Engineering Group

Microelectronics Engineering Group

Electronics Technology, Systems and Automation Engineering Department University of Cantabria
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Title:Power Fed Electronic Ballast
Type:International Conference
Where:Proc. of the IEEE IAS 39th Annual Meeting (IAS 2004) Seattle. USA.
Date:2004-10
Authors: Francisco J. Azcondo
Christian Brañas
Rosario Casanueva
Salvador Bracho
R&D Lines: Design of electronic circuits for industrial applications
Projects: Sistemas de alimentación para lámparas de descarga y equipos de electroer...
ISBN:0-7803-8487-3
PDF File:
Abstract:Medium to high power electronic ballasts are typically designed with two power conversion stages. The first, PFC, stabilizes the voltage supplied to the second stage and forces the utility current to meet the required standard. The second, inverter section, stabilizes the arc in the lamp. To rely on the PFC section to provide the stability of the system, while the inverter operates in open loop, has several benefits since the complex short and long-term behavior of the lamp has no influence on the design and the dimming control is easily implemented. The inverter section is an LCpCs resonant inverter designed to require minimum variation of the input voltage to supply constant power to the lamp. The paper shows the overall performance of the proposed power fed electronic ballast, paying special attention to the power stability under load changes.
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