LCD Plasma Television Appear Like Works of Art Hanging in Your Living Room

If you've been shopping around for a television set in the recent past, chances are that you've been astounded by the wide array of television sets available. I'm not referring to the number of manufacturers. Apart from the brand names most of us have grown up with, most state of the art television sets today come from the Asian region, from companies in China, Korea and Japan. What I am referring to however, is the new technologies that are available. If on the one hand there are still cathode ray tube conventional televisions, on the other hand, there are innovative display systems like liquid crystal display televisions and even what is known as plasma televisions.

In the tried and tested conventional televisions that most of us have grown up with, the technology used is known as the cathode ray tube technology. A cathode gun fires electrons, which, when charged and excited, tend to form an image on a glass screen. These images form as pixels in the three basic colors, which when combined can produce millions of colors. While the technology itself has been fine tuned and developed through the ages to give us great television monitors, there are certain limitations to what the conventional cathode ray tube television can do.

For one thing, being built of glass, the screen of the cathode ray tube or conventional television has a size limitation. Most conventional televisions which use the cathode ray tube technology are less than 42 inches in size. This size is not the height or width of the television, but the diagonal distance between one end and the other. So, the biggest conventional television you can have is around 42 inches. Conventional televisions are bulky, restricted in image size and confined to the limitations of the box they are built in. This makes them big, and in some cases impossible to fit into your living room.

This is where newer display technologies have resulted in better, modern televisions like the plasma television. In a plasma television, the older cathode ray tube technology is left behind in favor of an atomic technology. Our ability to manipulate and control the behavior of atomic particles has also enables us to enhance our viewing experience. This is the technology that a plasma television uses. A plasma, is a gas that contains freely flowing ions and electrons. When an electric charge is passed through this plasma, photons are released, which then provide illumination. The rest of the technology in plasma televisions is concentrated on using this illumination to create the three primary colors and to display them as images. Just as the cathode ray tube televisions use different intensities of particles to produce differing colors, the plasma television also varies the intensity of the illumination to produce color changes. Which is why, while using a plasma television, more numbers of colors can be seen.

The plasma television removes or negates most of the drawbacks of the conventional television. For one thing, size is no longer a restriction, as the bulky cathode ray tube has been done away with. For another, bulky boxes are not required and the plasma television can be as thin as you could have imagined it. Most plasma televisions nowadays appear more or less like works of art hanging in your living room. So adopt the plasma television today and see how innovations in display have enhanced the quality of our entertainment!

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Plasma vs LCD Televisions

Plasma versus LCD ? a fascinating, complex battle indeed! LCD and plasma TVs each have their own characteristics. And the decision about which one you prefer has a lot to do with your personal taste, much like preferring a peanut butter sandwich to a jelly sandwich, or vice versa.

Let us proceed point by point.

Each pixel in a plasma TV is made up of three phosphors ? one red, one blue, and one green. They emit light when struck by beams of electrons. The quantity of light emitted depends on the intensity of the electron beam. It is the phosphors themselves that create the light one can see on a plasma screen.

On the other hand, LCD TVs use millions of crystal, which are suspended in a liquid that is sandwiched between transparent panels. A bright florescent light is in place behind this liquid crystal sandwich. The crystals are instructed to either let the light pass or block its passage. Color filters are used to determine color.

As far as size is concerned, both TVs were always thin, and so that question is something of a stalemate. For example, the difference between 3" and 5" seems to matter in case of certain models, but becomes almost immaterial when it comes to a large-screen TV.

In terms of the viewing area, however, plasma TVs have always been known for their larger sizes. And that holds true in general. Put in a different way, one will have a greater variety of plasma TVs to choose from when he/she is looking at the big models. But it should be kept in mind that LCD TVs, too, are steadily gaining ground.

Now comes the question of price. For a large-screen plasma TV and a large-screen LCD TV of the same size, the plasma TV would normally cost less. LCD TVs are, however, dropping in price, and it is highly likely that the two will be on equal footing in the price department quite soon. All else being equal, in the plasma vs. LCD TV battle, plasma tends to win on this one for the time being. But the battle goes on.

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What You Need To Know About Plasma Televisions

Plasma televisions have flooded the market, but there are some important facts you should know first. They are a premium price but they offer one of the best combinations of features for a High Definition television today. Plasma screens offer a flat screen of 4" thick that have one of the best pictures available. The newest televisions have resolution capabilities of up to 1080p. This is a huge leap in resolution compared to DVD which only has capabilities of 480i. This means that HD capable plasma televisions can produce more than twice the resolution of a DVD. The reason that a plasma television can produce such images in a thin layer is the technology that was actually created about 35 years ago. Plasma technology starts with two thin pieces of glass that are filled with xenon and neon gas. The chamber contains all of the pixels which can reach into the millions. This chamber is filled with electric current and it illuminates the pixels that also fill the chamber. This process creates a brilliant picture that is almost unmatched by any other screen. Plasma screens offer very high resolution that is bright and has a wide viewable range. You can view the screen within a 160 degree range with no loss in quality. To incorporate most of the advantages of a plasma television, you must make sure that it has the features that are most up to date. The most up to date features of plasma televisions is that they have 1080p resolution. You also need multiple HDMI connections because you will be connecting more than just one HD component. DVD players, cable boxes and game consoles all have HDMI capability that makes the best use of your television. Make certain that your plasma television can handle at least two HDMI connections, or it is out of date. Component video is still a great second option, but it will not create as good results. Remember that your plasma television is a center piece for your technology and it should be capable of everything that you own.

David Stone is a regular contributor of articles to various online publications. Find more great information on plasma televisions at http://www.my-plasma-tv.info/