Based on a simplified approach to the prediction of acoustic resonance frequency distribution, a frequency-dependent lamp arc model of a low-wattage metal-halide (MH) lamp is presented. Verified with measurements, this approach provides a useful lamp-arc-resistance model for electronic ballast designers to predict and simulate the unstable frequency regions of high-intensity-discharge lamps and to design appropriate control for the ballast.link_to_subscribed_fulltex
High intensity discharge lamps with magnetic ballast are energy-efficient lighting devices commonly ...
Abstract.- This paper deals with the supply of HID lamps at high frequency avoiding acoustic resonan...
Abstract—This paper describes a robust and self-consistent high-intensity-discharge (HID)-lamp model...
The prediction of acoustic resonance frequency distribution and modeling of small wattage metal-hali...
An improved physical high-intensity discharge lamp model that combines the concept of acoustic reson...
The increasing speed of modern power electronics opens a way to study the stability of high-intensit...
In this paper, a detailed theoretical prediction and experimental verification of acoustic resonance...
© 2019, School of Electrical Engineering and Informatics. All rights reserved. In order to reduce th...
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...
Based on the physical laws of plasma discharge, a simplified but accurate model that can be easily i...
International audienceA finite element model including plasma simulation is used to calculate the am...
Based on the physical laws of plasma arc discharge, a simple and user-friendly high-intensity-discha...
The authors describe the dynamic modelling of a high-frequency operated fluorescent lamp in an elect...
The starting process of a small wattage MH lamp and its influence on the high frequency ballast circ...
High intensity discharge lamps with magnetic ballast are energy-efficient lighting devices commonly ...
Abstract.- This paper deals with the supply of HID lamps at high frequency avoiding acoustic resonan...
Abstract—This paper describes a robust and self-consistent high-intensity-discharge (HID)-lamp model...
The prediction of acoustic resonance frequency distribution and modeling of small wattage metal-hali...
An improved physical high-intensity discharge lamp model that combines the concept of acoustic reson...
The increasing speed of modern power electronics opens a way to study the stability of high-intensit...
In this paper, a detailed theoretical prediction and experimental verification of acoustic resonance...
© 2019, School of Electrical Engineering and Informatics. All rights reserved. In order to reduce th...
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...
Based on the physical laws of plasma discharge, a simplified but accurate model that can be easily i...
International audienceA finite element model including plasma simulation is used to calculate the am...
Based on the physical laws of plasma arc discharge, a simple and user-friendly high-intensity-discha...
The authors describe the dynamic modelling of a high-frequency operated fluorescent lamp in an elect...
The starting process of a small wattage MH lamp and its influence on the high frequency ballast circ...
High intensity discharge lamps with magnetic ballast are energy-efficient lighting devices commonly ...
Abstract.- This paper deals with the supply of HID lamps at high frequency avoiding acoustic resonan...
Abstract—This paper describes a robust and self-consistent high-intensity-discharge (HID)-lamp model...