DLP technology has overcome the drawbacks of the traditional LCD technology used in projector lamps. The poor and blurred quality image produced by the LCD, paved way for the use of DLP technology. With the advent of this technology, the images obtained are sharper and clearer.
The DLP projection system works on the basis of a DLP chip. These DLP chips are made up of many micro mirrors. These mirrors are in turn made up of aluminum for the purpose of reflecting light and form clear pictures. The micro mirrors are arranged in the form of a matrix and each mirror represents a pixel which refines the quality of images.
The chip tilts itself towards or away from the projector, as directed by the image code that enters the semiconductor. As a result the color of the pixel is determined. When the chip is directed towards the projector lamps, a light grey pixel is reflected and a dark grey pixel is obtained when the chip is switched off.
Another vital advantage of the DLP technology is the Brilliant Color Technology. The lamp generates white light, which is directed towards the chip. The chip in turn has filters on its surface which further separates the white light into a minimum of three colors; red, blue and green. 16.7 million colors can be produced by a single chip in a DLP projection system.
With the micro mirrors on the chip and the BrilliantColor Technology, the DLP technology used in projector lamps provide quality image. A wide range of DLP projector lamps are available at BulbToGo.
