A PSpice model for HPS lamps operated at high frequency

Ferrero, Francisco; Blanco, C.; Pérez, Marcelo A.; González, Miguel Ángel Álvarez; Rico-Secades, M.

doi:10.1109/ias.2000.882658

Cited by 10 publications

(4 citation statements)

References 6 publications

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“…Measurfor different values -I characteristics is cording to [7], this at high frequencies hat these measuree lamp. Following equivalent circuit Fig.…”

Section: B Model Proposed By Ferreromentioning

confidence: 84%

“…The experimental data reveals that the Vapproximately distributed along a line L. Acc indicates that the lamp equivalent resistance a is relatively independent of the power and th ments alone are sufficient for modeling the the methodology proposed in [7], a lamp valid only at high frequencies is obtained. F diagram, where v L t v t is the lamp i L t i VA t is the lamp circulating current after a linear regression of the data in T models simplificaonsider the lamp as sinusoidal waves Fig.…”

Section: B Model Proposed By Ferreromentioning

confidence: 87%

“…The least c lamp model as a pure linear resistance valid quencies [5]. The second one, also only su quencies, is an empiric model constituted b rived of a set of RMS current and voltage several output power values [7]. Another m both low and high frequencies operation an Morais 3 ; S. I. Seleme Júnior 3 ; P. F. Donoso-Garcia ng 1 ; Electrical Systems and Energy Institute 2 ; Departme Minas Gerais (UFMG) 1 [1], ces, mostly due to or [3].…”

Section: Introductionmentioning

confidence: 99%

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A study of HPS lamp models performance and behavior with third harmonic injection to avoid acoustic resonance

Ferreira

Morais

Seleme

et al. 2013

IECON 2013 - 39th Annual Conference of the IEEE Industrial Electronics Society

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One seeks, in this paper, to pare the performances of four different lamps operating with harmonic injection. S of the models studied are compared with sults for the lamp fed with sine waveform v network connected between the inverter a behavior of incremental impedance is obser by the variation in the imposed current to this comparison one chooses the model pr performance rates at both low and high freq

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“…Measurfor different values -I characteristics is cording to [7], this at high frequencies hat these measuree lamp. Following equivalent circuit Fig.…”

Section: B Model Proposed By Ferreromentioning

confidence: 84%

Section: B Model Proposed By Ferreromentioning

confidence: 87%

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

A study of HPS lamp models performance and behavior with third harmonic injection to avoid acoustic resonance

Ferreira

Morais

Seleme

et al. 2013

IECON 2013 - 39th Annual Conference of the IEEE Industrial Electronics Society

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show abstract

“…In [2], a very complex HPS lamp model is presented based on electro-and thermo-physical parameters, which are difficult to obtain. In [3,4], HPS lamp models for high-frequency (HF) operation are presented. These models implement the lamp behaviour by means of a pure resistor, but they are valid only for HF operation.…”

mentioning

confidence: 99%

Simple HPS lamp circuital model for both line‐frequency and high‐frequency operations

et al. 2014

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A novel high pressure sodium (HPS) lamp model is proposed. The proposed model is particularised for 150 W HPS lamps, providing a powerful tool for simulating the behaviour of such lamps operating with low-frequency electromagnetic ballasts or high-frequency switching electronic ballasts. Simulations and experimental results are provided for verification of the model. The model can be easily extended to other rated wattages and kinds of discharge lamps.Introduction: High pressure sodium (HPS) lamps are very complex devices, with a high number of physical, electrical and thermal parameters that must be considered when designing a lighting system. HPS lamps present good chromatic rendering, long lifetime and high luminous efficiency (Lm/W) [1]. However, due to the behaviour of the plasma discharge, they need to be supplied by means of current sources. Thus, in order to connect discharge lamps to the mains facility, a special circuit (ballast) is needed.Practical and useful design tools are needed to predict the behaviour of HPS lamps. A number of models for HPS lamps have been presented in the technical literature. In [2], a very complex HPS lamp model is presented based on electro-and thermo-physical parameters, which are difficult to obtain. In [3,4], HPS lamp models for high-frequency (HF) operation are presented. These models implement the lamp behaviour by means of a pure resistor, but they are valid only for HF operation. In [5], a model based on energy balance equations including the dynamic electrode voltage drop is given. This model presents also high complexity, and the needed real parameters of the lamp are not easy to obtain. In this Letter, we propose a practical, simple 150 W HPS lamp model that allows the prediction of the behaviour of the lamp operating with low-frequency (LF) (50 Hz) electromagnetic ballast or HF (tens or hundreds of kHz) electronic ballasts. Simulations and experimental results validate the proposed model.

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Water Purification by a Lamp Discharge-Electronic Ballast System Using a Full Bridge Inverter

et al. 2015

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A PSpice model for HPS lamps operated at high frequency

Cited by 10 publications

References 6 publications

A study of HPS lamp models performance and behavior with third harmonic injection to avoid acoustic resonance

A study of HPS lamp models performance and behavior with third harmonic injection to avoid acoustic resonance

Simple HPS lamp circuital model for both line‐frequency and high‐frequency operations

Water Purification by a Lamp Discharge-Electronic Ballast System Using a Full Bridge Inverter

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