Plasma mark

Plasma display works primarily through a large amount of power to activate each of the tiny gas-filled pixels (used in normal circumstances, usually a 50-inch monitor can consume 500 watts of power).Graphic LCD Display The release of high voltage electrical energy for each pixel phosphor to emit light and produce images where the source.

However, so far, there is no way to make this process a low voltage release process. For plasma manufacturers, if the monitor is working at a higher intensity, luminescence properties of phosphorus reduction will soon fade. Static images (typically text) promote faster aging of phosphorus, the plasma display even in case of power cut off, still leave a shadow on the screen.

Despite the stigma problem is not very long, but now a lot of plasma monitors and televisions use a different gas mixtures (more xenon, less nitrogen) as well as improved pixel shapes to produce in the case of lower power consumption and more much light. You might see from the sales description of plasma life of up to 60,000 hours, and in fact, 19264 lcd even if you lose a conservative 30,000 hours, you will still find, and not so long that they touted. You still need to avoid prolonged plasma display high brightness display a static image.