Pulsed current-mode supply of dielectric barrier discharge excilamps for the control of the radiated ultraviolet power

Abstract

UV excimer lamps are efficient narrowband sources of UV radiation with applications in various domains. The issue of controlling the UV emission by means of the power supply associated with such lamps favors pulsed current-controlled generators. After having established the previous statements, we propose a dedicated power converter topology which implements the needed performances. The analysis of the degrees of freedom of this structure shows the capability of this pulsed supply to realize the control of both the pulses' current energy and of the mean power transferred to the lamp. Actual experimental realizations and measurement are presented and the feasibility and the performances of the proposed solutions are established.

Original language	English
Article number	5551226
Pages (from-to)	2531-2538
Number of pages	8
Journal	IEEE Transactions on Plasma Science
Volume	38
Issue number	10 PART 1
DOIs	https://doi.org/10.1109/TPS.2010.2060735
Publication status	Published - 1 Oct 2010

Keywords

Dielectric barrier discharge (DBD)
excilamps
pulsed current-mode supply
UV emission control

ASJC Scopus subject areas

Nuclear and High Energy Physics
Condensed Matter Physics

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10.1109/TPS.2010.2060735

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title = "Pulsed current-mode supply of dielectric barrier discharge excilamps for the control of the radiated ultraviolet power",

abstract = "UV excimer lamps are efficient narrowband sources of UV radiation with applications in various domains. The issue of controlling the UV emission by means of the power supply associated with such lamps favors pulsed current-controlled generators. After having established the previous statements, we propose a dedicated power converter topology which implements the needed performances. The analysis of the degrees of freedom of this structure shows the capability of this pulsed supply to realize the control of both the pulses' current energy and of the mean power transferred to the lamp. Actual experimental realizations and measurement are presented and the feasibility and the performances of the proposed solutions are established.",

keywords = "Dielectric barrier discharge (DBD), excilamps, pulsed current-mode supply, UV emission control",

author = "Hubert Piquet and Sounil Bhosle and Rafael Diez and Erofeev, {Michael V.}",

year = "2010",

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T1 - Pulsed current-mode supply of dielectric barrier discharge excilamps for the control of the radiated ultraviolet power

AU - Piquet, Hubert

AU - Bhosle, Sounil

AU - Diez, Rafael

AU - Erofeev, Michael V.

PY - 2010/10/1

Y1 - 2010/10/1

N2 - UV excimer lamps are efficient narrowband sources of UV radiation with applications in various domains. The issue of controlling the UV emission by means of the power supply associated with such lamps favors pulsed current-controlled generators. After having established the previous statements, we propose a dedicated power converter topology which implements the needed performances. The analysis of the degrees of freedom of this structure shows the capability of this pulsed supply to realize the control of both the pulses' current energy and of the mean power transferred to the lamp. Actual experimental realizations and measurement are presented and the feasibility and the performances of the proposed solutions are established.

AB - UV excimer lamps are efficient narrowband sources of UV radiation with applications in various domains. The issue of controlling the UV emission by means of the power supply associated with such lamps favors pulsed current-controlled generators. After having established the previous statements, we propose a dedicated power converter topology which implements the needed performances. The analysis of the degrees of freedom of this structure shows the capability of this pulsed supply to realize the control of both the pulses' current energy and of the mean power transferred to the lamp. Actual experimental realizations and measurement are presented and the feasibility and the performances of the proposed solutions are established.

KW - Dielectric barrier discharge (DBD)

KW - excilamps

KW - pulsed current-mode supply

KW - UV emission control

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