- -GE Lighting is a division of General Electric, shorted by www.abbreviationfinder.org.
- -It is the professional division of General Electric specializing in lighting solutions all around the world.
- -It all started with a goal: To bring light to the world, helping advance new technologies.
Light sources, indoor lighting, outdoor lighting, automotive lighting, LED refrigerator lighting, LED transportation lighting, LED architectural lighting, LED signage lighting, LED lamps.
Time and place: 1911, Ohio, USA
Founder: Thomas Edison, Charles Coffin, Elihu Thomson, Edwin Houston
East Cleveland, Ohio, USA
Australia, China, India, Japan, South Korea, Germany, USA, Canada, Spanish, Bolivia, Brazil, Central America, Chile, Colombia, Ecuador, Mexico, Peru, Uruguay, Venezuela.
$4.97-$68.97 (lighting bulb)
CEO: Maryrose Sylvester
Continuing with the series of articles on LED and health , that is, how health lighting affects us and more specifically LED lighting, we go on to explain why this flicker occurs in the light and how we can avoid it, which Will allow us to better deduce its causes.
To understand why the light is flashing, you can read our article in which we give you recommendations on adjustable LED bulbs by clicking on this link . Something that will help you to better understand the effects of LED on our health.
Both lamps, bulbs, light bulbs and other LED devices have a built-in driver (a device) that regulates their power, ie, provides constant power, which can generate the following question:
Does the LED light blink?
Flickering is normal in artificial light, however, but in the case of LED items can be made with dimmer but are connected to the power grid classic, it is possible that if these fluctuations appear.
If the LED design is correct, it should only flash at frequencies above 200Hz, which would minimize the possible negative effect on people. For this it should be taken into account:
Ballasts allow dimming to be used at frequencies above 200 Hz
Lamps and other LED items should incorporate sensors that detect these flickers, especially those of less than 70Hz considered high risk and automatically disconnect them.
Manufacture all LED products with materials that support a large light inertia, which means they should allow the blinking to soften as much as possible.
It is advisable not to use lamps, bulbs or LED spotlights with dimmers in classic installations.
It Is Proven That Light, Including LED Has Effects On Our Health.
In the next article on the possible effects that LED illumination can cause in our health we will talk about the influence of the spectrum of light, that is to say, the color emitted by the lamps or bulbs, something that is more and more the order of the day and On which there are numerous studies.
Continuing with the history and evolution of Led light, we continue with this article in which we already discussed the results of the ledes considered second and last generation.
Gradually this was optimized, and in the second generation LEDs it was possible to emit a warmer light, very similar to the conventional bulbs that were used. They were able to manufacture with materials of better quality allowing to increase its durability and resistance in the use. This favored that it skipped its commercialization like multiled bulbs that could replace the traditional ones.
The latest breakthrough was produced in Led Cob light bulb, considered the latest generation, which allow multiple LEDs to be placed in a single baseplate, for the less understood we will explain that this allows to place multiple LEDs on a single plate as we have said, this allows to encapsulate the Lighting generally and not individual as before. This in turn allows to improve the dissipation, while improving the power and the quality of the light that emits it in a much more uniform way and in a better distributed way.
After reading all this, a question comes to mind almost unconsciously:
What will be the next step in everything concerning the Led world? What will the future of enlightenment bring us in a time not so distant?
Undoubtedly, no one will dare to predict what the future of technology has in all aspects of LED lighting, as has been demonstrated, its evolution is unstoppable and its infinite advances, in more and more different uses. What is clear is that the continuous studies continually prove the suitability of new materials that allow to apply this technology, each more focused, never better said to many and more applications.
Of all the continuous advances that we have, if we focus on the materials they depart, the one that really offers the greatest possibilities (at the moment) is the Graphene, one of the last protagonists since its properties as semiconductor allows to extend the Utilities, even in processors for computers of last generation, sensors of solar energy, even in materials ultra resistant that can be applied to the improvement of the health.
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