Bright, beautiful colors. Lightweight and less expensive than a flat-screen. There were many good reasons to buy your DLP television. Let's face it, they've got a great picture.
Unfortunately, your DLP TV isn't working right now, is it? We know how bad it is, really we do. In some ways, it's like the most entertaining member of the family, and it's not working.
We have great news! You've already found the best people to help you bring your DLP back to life. We've got years of experience with DLP television repairs, and many more years satisfying folks just like you.
You can read more about DLP televisions in
Wikipedia:
How does a DLP (Digital Light Processing) rear Projection tv work? A DLP projector creates an image using a digital micromirror device (known as a DMD chip) which contains a large array of very tiny mirrors on its surface, each corresponding to one pixel in an image. Each tiny mirror can be rotated to reflect light in a manner that its matching pixel appears bright, or the mirror can be rotated to direct light away and make the pixel dark. The mirror is rotated on an axle hinge and is made of aluminum. There are electrodes on both sides of the hinge controlling the rotation of the mirror using a method called electrostatic attraction. The electrodes are connected to an SRAM cell located under each pixel, and the movements of the mirrors are driven by charges from the SRAM cells. Color is added to the image-making process either through a spinning color wheel (as used with a single-chip DLP projector) or a three-chip (red, green, blue) DLP projector. In the first instance, the color wheel is placed between the lamp light source and the DMD chip so that the light passing through is colored and then reflected off a mirror which is rotated to determine the level of darkness. A color wheel consists of a red, green and blue sector (of the RGB video standard), as well as a fourth sector to either control brightness or include a fourth color. Many newer models of DLP projection television replace the spinning color wheel with red, green, and blue LEDs (light-emitting diodes). The three-chip projector uses a prism to split up the light into three separate beams of light (red, green, blue), each of which is directed towards its own DMD chip. The lights which are output from the three DMD chips are then recombined and projected onto the television screen.
Large-screen television technology. (2008, November 8). In Wikipedia, The Free Encyclopedia. Retrieved 03:27, November 19, 2008, from
http://en.wikipedia.org/w/index.php?title=Large-screen_television_technology&oldid=250493184
If you want to know about other types of televisions, visit our page on
television repairs in Alabama and click on the TV you want to read about.
