Organic Light Emitting Diodes are panels made from carbon based organics that usually emit light whenever electricity is passed through them. These diodes normally do not need filters and back lights compared to the inorganic diodes displays hence they are simple to make, thinner and more efficient and are known to have high quality pictures with very brilliant colors. They are also known for a wider viewing angle as well as faster response rate. Many of the mobile service providers use organic led lighting.
An organic diode light bulb, consist of a film of thin material emitting light. The only technology with the ability to create a large area lighting panels and this is opposed to line or point lighting that is enabled by fluorescent bulbs and this diodes.
How these panel is made. To make a diode it involves several sequential steps. That is, take a substrate, clean it, make the back plane by driving circuitry and the switching, pattern the organic layers and depositing and eventually encapsulate the entire thing to prevent oxygen, moisture and dust damage.
Already several companies are offering these panels. Some of these companies are companies specializing in the production of electrical equipments and Philips. Currently the lines of production are very small and the prices high. By the year 2016 or 2017 this technology market will emerge in high force as indicated by the rapid shooting advances in both performance and price.
Materials Used. Many materials are available for making these devices. The basic division basically is between the small molecule and large molecule known as passive diode. They are mostly used materials for commercial diodes today as they are seen to be more efficient than the passive organic light emitting diode. Materials that emit light are classified into phosphorescent or fluorescent.
The technology is also used in light sources for purposes of large area light emitting elements and general space illumination. Due to how young the stage of development is, diode emission of light per unit area is less than the inorganic solid state based LED as they are usually made for use as the point light sources.
Focusing on such technology, today Samsung is considered to be the leading active matrix diodes producer. Samsung is making above two hundred million a year on displays and still it is expanding its production capacity throughout the world.
In case of single panels for instance they have achieved parameters of five grams. This parameter is a solution to weight hurdle that is facing the existing sources of light that is bulbs and tubes.
Both of these companies have also produced flexible panels that are used in wearable devices and mobile phones. The volume of production is still low but these companies in the near future are expected to expand and increase production capacity. This way both will come up with new products and thus forming factors to the market.
An organic diode light bulb, consist of a film of thin material emitting light. The only technology with the ability to create a large area lighting panels and this is opposed to line or point lighting that is enabled by fluorescent bulbs and this diodes.
How these panel is made. To make a diode it involves several sequential steps. That is, take a substrate, clean it, make the back plane by driving circuitry and the switching, pattern the organic layers and depositing and eventually encapsulate the entire thing to prevent oxygen, moisture and dust damage.
Already several companies are offering these panels. Some of these companies are companies specializing in the production of electrical equipments and Philips. Currently the lines of production are very small and the prices high. By the year 2016 or 2017 this technology market will emerge in high force as indicated by the rapid shooting advances in both performance and price.
Materials Used. Many materials are available for making these devices. The basic division basically is between the small molecule and large molecule known as passive diode. They are mostly used materials for commercial diodes today as they are seen to be more efficient than the passive organic light emitting diode. Materials that emit light are classified into phosphorescent or fluorescent.
The technology is also used in light sources for purposes of large area light emitting elements and general space illumination. Due to how young the stage of development is, diode emission of light per unit area is less than the inorganic solid state based LED as they are usually made for use as the point light sources.
Focusing on such technology, today Samsung is considered to be the leading active matrix diodes producer. Samsung is making above two hundred million a year on displays and still it is expanding its production capacity throughout the world.
In case of single panels for instance they have achieved parameters of five grams. This parameter is a solution to weight hurdle that is facing the existing sources of light that is bulbs and tubes.
Both of these companies have also produced flexible panels that are used in wearable devices and mobile phones. The volume of production is still low but these companies in the near future are expected to expand and increase production capacity. This way both will come up with new products and thus forming factors to the market.
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