| There was a picture here
supplied by a TV manufacturer to illustrate a flat screen. On the flat screen illustrations
were simulated pictures. Those simulated pictures apparently are the property of
Getty Images which we were unaware of. How could we possibly know? They have been removed as Getty Images has threatened us for the use of their images on TV manufacturer supplied pictures. I guess they need the money to go after a TV repair shop who used pictures supplied by a manufacturer. |
|
|
Not unlike stars in the night sky, plasma display panel's depends on gas reactions
to radiate light and capture the imagination.
|
|
| The Basics of plasma | |
|
Plasma cells yield exceptionally high on-screen brightness through the application of an advanced plasma cell structure. The complicated structure of the cell is all contained within a diminutive 1.26mm X 1.26mm shell. Cells function through the application of electric charges to rare gases contained within. Charges produce ultraviolet radiation which energizes phosphors causing them to emit light, generating visible radiation that emerges through the front of the face glass substrate, combining with the light from adjacent pixels to create an image. |
|
|
The example model PDP-V401 combines 281,000 of these minute plasma cells into a flat screen design to produce the clearest, brightest image with no distortion edge to edge or from any angle.
Plasma Display Panel (PDP) technology is one of three technologies that have begun to revolutionize the field of large screen
display. The other two are Digital Light Processors (DLP) and Liquid Crystal
Display (LCD). Most PDP's have a chassis that is only slightly larger
than the actual screen itself.
Higher than 400 cd/m2 High Brightness Advantages Of Plasma Displays Over Projection TV's/Monitors
|
[ Previous ] [ TV Home ] [ Next ]
