Can GU10 LED bulbs be dimmed?
Are Your GU10 LED Bulbs Dimmable? GU10 LED Bulbs are available in both dimmable and non-dimmable options.
Can LED lights be blue?
Each phosphor emits a different color, and these colors combine to produce a broad-spectrum white light. Commercial LED bulbs use blue LEDs and yellow-emitting phosphors, which appear as a cold, bright white light similar to daylight.
Is 6000K LED blue?
6000K = COOL WHITE As seen on the graph, 6000 Kelvin lighting falls between the white and BLUE side of the graph. People who choose this color are usually trying to get an exotic, more luxurious look.
Why is blue LED so important?
By far the most important application of blue LEDs has been for the efficient production of white light. There is a market for efficient white lighting in countries like the United States, where 21% of electricity use in 2012 in the commercial sector was for lighting [].
Do dimmable LED bulbs need special dimmer?
A standard dimmer switch cannot be used with an LED light as you will never be able to dim the LED light either completely or not very well. LED lights need their own special electronic dimmer switch to have a fully functioning and dimming light.
What are blue LED lights used for?
Blue LEDs have made possible today’s backlit LCD smartphones, televisions, and computer screens. They are used in Blu-ray players, many lighting fixtures, and in other technology and industrial applications. Simplified diagram of a typical LCD display screen with white LED backlight passing through the layers.
What do blue LED lights do to you?
Blue light has the strongest impact. Exposure to blue light (and white light, which contains blue light) during the sensitive period can make it difficult for you to fall asleep and stay asleep.
Why do blue LEDs burn out first?
Blue LEDs are notoriously difficult to make, which has slowed down the production of cheap, highly efficient white LED light bulbs. Now, UK scientists think they know why.
Are blue LEDs more efficient?
LEDs are very efficient at converting electrical energy into visible light, but blue LEDs proved much harder to engineer than red and green ones.