Compare LCD vs DLP TVs Technology Articles | April 26 adidas superstar slip on saldi , 2005
LCD vs. Plasma to LCD vs. DLP Two new technologies in the world of TV, DLP and LCD, are now in a tight competition. Not long ago, everyone was talking about Plasma vs. LCD - which one would win? It b...


LCD vs. Plasma to LCD vs. DLP


Two new technologies in the world of TV, DLP and LCD, are now in a tight competition. Not long ago, everyone was talking about Plasma vs. LCD - which one would win? It became clear to most that Plasma, with its short lifespan of just 3-4 years, was simply not the best choice. In fact adidas superstar foundation saldi , the LCD screen has several benefits over plasma. For instance, LCD screens run much cooler than the average plasma TV, and thus require less power to operate. Plasma TVs run so hot, in fact, that they require a fan to cool them down ? which can be noisy. In addition, plasma screens have a tendency to degrade over time, slowly becoming dimmer. LCD screens, on the other hand, run relatively cool adidas superstar uomo saldi , and do not degrade over time. Some Plasma owners, who have used their TVs for a few years now, have already witnessed the dimming of their screens. Also, LCD screens tend to have overall better picture quality, and are typically 10 to 15 percent lighter than plasma.
Now the choice is mainly between LCD vs. DLP - two distinct technologies that offer slight differences in display, price, and performance. If you are looking to buy a new flatscreen TV this year, you are probably wondering which one is right for you.


What are DLP, LCD TV Screens?


DLP stands for Digital Light Processing www.superstarsaldi.it , while LCD stands for Liquid Crystal Display. DLP technology, developed by Texas Instruments, uses a DMD, or Digital Micromirror Device, contructed of 1.3 million microscopic mirrors. Each of these mirrors is essentially a single pixel. When a digital signal enters the DLP system, each mirror is either activated or not, resulting in tapestry of mirrors tilting either towards the DLP light source or away. This process produces different levels of light and dark reflected by each individual mirror. The colors are produced when the DLP light sources run through a red, green, and blue color filter on a moving wheel. Depending on the lightness darkness of each mirror scarpe adidas superstar saldi , the colors come in an enormous amount of shades, producing vivid color images.