What is the DLP projector?
Digital Light Processor (DLP) is a revolutionary technology that uses an optical semiconductor to digital light manipulation. It includes a reliable, digital display chip that provides the best available image quality. The DLP projector system can be used in various products, including projectors used for business or home entertainment, digital television with a large screen and digital cinema. Dr. Larry Hornbeck invented DMD Chip in 1987 at work for Texas Instruments. The basis is the chip the most demanding light switch in the world. It contains a rectangular display of approximately two million microscopic mirrors mounted on the hinge, each measuring less than a fifth of the thickness of human hair. Once the chip is coordinated with a light source, a projection lens and a digital video or a graphic signal, the mirrors reflect the adigital image to the screen or other surface. Chip projector DLP and electronics that surround it are called digital S technologybranches .
The reason why the DLP projector is described as a light switch is because small suspended mirrors are able to lean towards the light source in the projector's DLP system to turn it on or turn from the light to turn it off. This creates a dark or light pixel on the projection surface. The image code allows you to turn off the "light switch" and the thousands per second. The system can reflect pixels up to 1,024 different shades of gray. This can convert graphical or video signals entering the chip into a detailed image in gray stages.
At least 16.7 million colors can be created using a single chip DLP projector system. The white light generated from the lamp passes through the colored wheel as it moves to the chip surface. The wheel filters light into red, green and blue. The DLP projector system for three chip is able to produce 35 trillion colors. This system creates stunning high qualityHigh brightness images for use in cinemas or large projections of space.
The display technology can either create the smallest projectors in the world without losing quality, or they can illuminate the largest film screens. This technology is also very desirable where visual perfection is needed. The result is the clarity of the picture, with color and brilliance that has never been seen before.