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How Plasma Tvs Work

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Today everyone desires to buy a flat screen television, the days are gone where people buy bulky and heavy television screens. Nowadays the new golden winner is the highly bragged about and popular plasma television set. Plasma TV sets are all the craze in this modern day and at least one person you know probably owns one. But have you thought about how a plasma television operates? Check out the following to find out...

How Plasma TVs Operate

Plasma TVs are made up of a combo of Xenon and Neon gas which is called plasma gas. The television has very small cells or pixels all across the screen and this is where the gas is located. The many sub pixels and the insides of the many other pixels are coated with phosphor. Each pixel is divided into 3 sub-pixels which represents a primary color. The pixels are then arranged within 2 glass panes.

Each plate has electrodes connected to it; the electrodes run from one end of the glass plates to the other, this creates a grid on both of the plates. These electrodes are then hooked up with a computer that gives a charge to the electrode on the position on the grid that corresponds to charge the pixels' gases. This causes the gases to become ionized, which results in the gases producing an ultraviolet ray.

The ray then causes the pixels coated with phosphor to glow with the correct color. As all the pixels get lit up with their colors at the same instance, the result is a smooth, clear image on the TV screen. Ready to get one, check out http://www.best-plasma-tv.org

The plasma TV utilizes a technology that is different than that of the regular CRT television; as a result it gives us a sharper and brighter image on its screen. The plasma television doesn't offer just high resolution but also provides more than sixteen million colors. The plasma really enhances your experience in viewing through offering unlimited possibility in color.

The are other reasons why plasma television has become so popular in the market it is caused by the fact that plasma TV has changed the concept of sitting in front of the television. Due to the fact that you can clearly view the plasma even at 45 degrees you no longer have to jockey for the best seat. It has been reported that you can even view a quality picture at 160 degrees with plasma TV.

The exterior being to slim and smart looking is another reason why this TV is many people's favorite,they not only transport with ease but mount well too. You need not adjust the lights to view this amazing TV; they actually perform well when ambient lighting is turned to the max setting.

The plasma does offer different innovative features and advantages to increase you viewing TV experience to the maximum. Remember even though these plasma TV sets are not inexpensive, they do give you a picture of top notch quality, contrast, and give you numerous options to pick from. So give yourself a treat and buy a plasma TV today and start enjoying the best television viewing that modern technology has to offer.

How Plasma Tvs Work

We're all familiar with the common cathode-ray tube (CRT)

technology that has been the backbone of television for

decades. Inside each CRT, an electron gun similar to a laser

fires a negatively charged beam of electrons at groups of gas

molecules (the pixels), which causes them to change color;

producing the pictures we see everyday. These televisions

work well and produce very crisp pictures, but they are

notoriously bulky and heavy. This is because as the screen

gets larger, the electron gun must be moved farther back

so that it has a good angle to hit every pixel with its beam.

Thus, the larger the screen, the deeper the TV.

Enter the plasma flat panel television. Arriving with the turn

of the millennium, these televisions come in large, widescreen

models that measure only 6 or 7 inches deep; a huge

improvement over CRT. This dramatic change in shape results

from individual transistor electrodes at each pixel. We no

longer need the laser to hit every inch of the TV and, without

the laser, manufacturers can eliminate most of the traditional

bulk. The individual pixels in a plasma TV are composed of 3

fluorescent light cells: one red, one blue, and one green. The

television produces pictures by varying the intensity of each

cell to produce a unique color at every pixel without a laser.

These lights give the television its name because they contain

free flowing ions called plasma. The plasma, when hit with an

electrical charge, produces light.

Traditional CRTs used the electron gun, or laser, to charge

each pixel and create colored light. Plasma TVs instead have

two sets of electrodes, one set running vertically and one set

running horizontally. The horizontal set, which runs across

the front of the screen, and the vertical electrodes, which run

across the rear of the screen to form a grid like a checkerboard.

The computer, by sending pecific charges through a single

vertical and a single horizontal row, can color one pixel of

plasma at a time. When the various sub-pixels are charged,

the gas molecules inside release light particles called photons.

The problem here is that photons are typically in the ultraviolet

spectrum, and invisible to the naked eye. However, as they

are released, they strike the surrounding surface of the cell.

These surfaces have been specially coated with phosphors. A

phosphor is a chemical that produces light, but only after

being hit by another source of light. So, the invisible,

ultraviolet photons strike the phosphor, creating a spectrum

of light that our eyes can see.

Depending on how the three sub-pixels are charged, we may see

a greener, redder, or bluer shade. These primary colors may

combine to produce one of a million different colors. If you think

about the basics of this technology, each light cell is a miniature

fluorescent light. This produces the brilliant, flicker-less picture

we see when we watch a plasma television. Now you understand

the technology behind the plasma flat panel television.

Article written by Jakob Culver.

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Gray Rollins has sinced written about articles on various topics from Property Investment, Guide Guitar and insurance agents. If you're looking to get the and want to get the most bang for your buck, be sure to check out Best-Plasma-TV.org and for a comparison of. Gray Rollins's top article generates over 368000 views. to your Favourites.

Bivan has sinced written about articles on various topics from Computers and The Internet, Shopping. Author Bio::------------Angel Estrella. Bivan's top article generates over 18100 views. to your Favourites.

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