2017LEUKOS The Journal of the Illuminating Engineering Society of North AmericaRequires access

Can the Adverse Health Effects of Flicker from LEDs and Other Artificial Lighting Be Prevented?

Luke Price

Open publisher page 9 citations

Abstract

There are known problems with the various means by which flicker is quantified. None of the established metrics reliably provides the extent of the health effects of being exposed to flicker. In particular, the two main metrics take no account of frequency, although there are a variety of effects caused by different frequencies of flicker. A metric dependent on flicker frequency, combining the advantages of the percentage flicker and flicker index metrics without their disadvantages, would clearly be useful. An easy-to-calculate solution is presented and used to compare the flicker produced by samples of domestic LEDs and other lighting technologies.

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What this paper is about

There are known problems with the various means by which flicker is quantified. None of the established metrics reliably provides the extent of the health effects of being exposed to flicker. In particular, the two main metrics take no account of frequency, although there are a variety of effects caused by different frequencies of flicker. A metric dependent on flicker frequency, combining the advantages of the percentage flicker and flicker index metrics without their disadvantages, would clearly be useful. An easy-to-calculate solution is presented and used to compare the flicker produced by samples of domestic LEDs and other lighting technologies.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

There are known problems with the various means by which flicker is quantified. None of the established metrics reliably provides the extent of the health effects of being exposed to flicker. In particular, the two main metrics take no account of frequency, although there are a variety of effects caused by different frequencies of flicker. A metric dependent on flicker frequency, combining the advantages of the percentage flicker and flicker index metrics without their disadvantages, would clearly be useful. An easy-to-calculate solution is presented and used to compare the flicker produced by samples of domestic LEDs and other lighting technologies.

Key concepts: Flicker, Metric (unit), Light-emitting diode, Flicker fusion threshold, Computer science, Flicker noise, Engineering, Telecommunications

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Can the Adverse Health Effects of Flicker from LEDs and Other Artificial Lighting Be Prevented? — Research Paper | ScholarLens