At the booth of Philips Electronics Japan on "Lighting Fair 2011", visitors can experience the formation of light and shadow under LED lighting. The purpose of this demonstration is to promote the difference in illumination between the LED lighting source module "Fortimo" using "Remote Phosphor" technology. Ordinary LED ceiling lamps generally form a phenomenon in which the light and shadow of the object overlap, and when using Fortimo, a clear outline of light like incandescent lamps and fluorescent lamps is formed. If the layers of light and shadow overlap, "it is easy to make your eyes tired when reading."
A hand shadow formed by the illumination of a combination of multiple white LED packages. The outline is blurred, and a closer look reveals that multiple layers of hand shadows overlap. A hand shadow formed by the use of Fortimo's lighting. Clear outline.
The reason for producing multiple layers of light is that the light source module of the LED illumination uses a plurality of white LED packages. This is done to get a higher brightness. Since the light of these white LED packages will illuminate the object, the light emitted by each white LED package will form a light and shadow, and light and shadow overlap will occur. Fortimo is equipped with multiple blue LED packages in the light source module, and these blue lights are uniformly converted into white light by using a diffusing plate containing yellow phosphor on the surface of the module (refer to our website). The light barring phenomenon of each LED package is not seen from the light exit surface of the module, and uniform light can be irradiated. Since each LED chip does not produce its own light and shadow, uniform light can be irradiated onto the object, so the outline of the object light and shadow is very clear.
A hand shadow formed by the illumination of a combination of multiple white LED packages. The outline is blurred, and a closer look reveals that multiple layers of hand shadows overlap. A hand shadow formed by the use of Fortimo's lighting. Clear outline.
The reason for producing multiple layers of light is that the light source module of the LED illumination uses a plurality of white LED packages. This is done to get a higher brightness. Since the light of these white LED packages will illuminate the object, the light emitted by each white LED package will form a light and shadow, and light and shadow overlap will occur. Fortimo is equipped with multiple blue LED packages in the light source module, and these blue lights are uniformly converted into white light by using a diffusing plate containing yellow phosphor on the surface of the module (refer to our website). The light barring phenomenon of each LED package is not seen from the light exit surface of the module, and uniform light can be irradiated. Since each LED chip does not produce its own light and shadow, uniform light can be irradiated onto the object, so the outline of the object light and shadow is very clear.
In addition to exhibiting the effects and products related to Remote Phosphor technology, Philips Electronics Japan's booth also demonstrated demonstrations of simulated shop lighting and outdoor lighting. The company proposes a variety of LED lighting solutions, the purpose of which is "I hope to be a global lighting manufacturer, with the strength of technology and the charm of goods to enhance the influence in Japan."
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