Add to ORKGThe current number of magnetic and electronic ballast discharge lamps in power distribution systems is increasing because they perform better than incandescent lamps. This paper studies the magnetic discharge lamp modeling. In particular, the arc voltage waveform is analyzed and the limitations of the square waveform model are revealed from experimental measurements
This paper provides some qualitative insights into, and a quantitative analysis of, the interrelatio...
This paper describes a performance evaluation of ten compact fluorescent lighting systems operated w...
This paper presents investigation of methods for reducing light pulsation and plasma temperature ins...
Magnetic ballast discharge lamp modeling has been extensively studied because these lamps can be an ...
Harmonic modeling of high intensity discharge lamps with magnetic ballast has been extensively studi...
High intensity discharge lamps with magnetic ballast are energy-efficient lighting devices commonly ...
Based on a simplified approach to the prediction of acoustic resonance frequency distribution, a fre...
The well-known half-bridge square wave voltage generator will be used to supply energy to a gas disc...
Based on the physical laws of plasma discharge, a simplified but accurate model that can be easily i...
A simple physical low pressure discharge lamp model has been proposed in this paper. The new model i...
An improved physical high-intensity discharge lamp model that combines the concept of acoustic reson...
© 2019, School of Electrical Engineering and Informatics. All rights reserved. In order to reduce th...
Arc discharge loads such as discharge lamps require high ignition voltage (several kilo-volt to 20 k...
The master’s thesis is devoted to exploiting of gas-discharge lamps and their dependence on frequenc...
Based on physical laws, a phase resolved model of the terminal voltage / current (V-I) characteristi...
This paper provides some qualitative insights into, and a quantitative analysis of, the interrelatio...
This paper describes a performance evaluation of ten compact fluorescent lighting systems operated w...
This paper presents investigation of methods for reducing light pulsation and plasma temperature ins...
Magnetic ballast discharge lamp modeling has been extensively studied because these lamps can be an ...
Harmonic modeling of high intensity discharge lamps with magnetic ballast has been extensively studi...
High intensity discharge lamps with magnetic ballast are energy-efficient lighting devices commonly ...
Based on a simplified approach to the prediction of acoustic resonance frequency distribution, a fre...
The well-known half-bridge square wave voltage generator will be used to supply energy to a gas disc...
Based on the physical laws of plasma discharge, a simplified but accurate model that can be easily i...
A simple physical low pressure discharge lamp model has been proposed in this paper. The new model i...
An improved physical high-intensity discharge lamp model that combines the concept of acoustic reson...
© 2019, School of Electrical Engineering and Informatics. All rights reserved. In order to reduce th...
Arc discharge loads such as discharge lamps require high ignition voltage (several kilo-volt to 20 k...
The master’s thesis is devoted to exploiting of gas-discharge lamps and their dependence on frequenc...
Based on physical laws, a phase resolved model of the terminal voltage / current (V-I) characteristi...
This paper provides some qualitative insights into, and a quantitative analysis of, the interrelatio...
This paper describes a performance evaluation of ten compact fluorescent lighting systems operated w...
This paper presents investigation of methods for reducing light pulsation and plasma temperature ins...