Modeling And Simulating The Magnetic And Electronic Ballast Fluorescent Lamp System

Sharin , Ab Ghani (2008) Modeling And Simulating The Magnetic And Electronic Ballast Fluorescent Lamp System. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The fluorescent lamp is the most familiar of the large class of lamps referred to as discharge lamps. In these lamps light is created by an electrical discharge within a gas or vapor. They are now used throughout the world, particularly for industrial and commercial lighting, almost to the exclusion of other forms of lighting. The high efficacies, good light output, less output maintenance, wide choice of colour and the very long lives make these lamps ideal for such applications. It has been estimated that about 80 per cent of the world’s artificial light is fluorescent. The objective of this research is to analyze and study the system of magnetic and electronic ballast fluorescent lamp; where this magnetic and electronic ballast are the main device to start-up the fluorescent lamp. The research is started by finding parameters such as starting and nominal current, voltage drop and R, L, C values inside the magnetic and electronic ballast fluorescent lamp system by using measuring apparatus such as FLUKE Quality Analyzer, multimeter and oscilloscope. The simulation model is then constructed using simulation software such as Orcad PSpice. The research will include operation, analysis and experimental result of magnetic and electronic ballast fluorescent lamp system.

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