Panasonic TH-50PZ80U 50-Inch HDTV

Panasonic TH50PZ80U

Price $1,999.95, Discounted Price $1,269.00, You Save $730.95 or 36% Off, Free Shipping

If there is a king of HDTVs, the Panasonic TH-50PZ80U 50-inch Widescreen VIERA deserves the crown. Its regal dimensions are surpassed only by its reining picture quality and sublime sound. With a dynamic contrast ratio of 1,000,000:1 the blacks are the blackest, the colors are the richest, the light and shadows as nuanced as they come. And thanks to a 480hz Sub-Field Drive, the picture solution of this TH-50PZ80Uplasma TV masterpiece lends new presence to everything from sporting events to classic movies. What’s more, because this is a Panasonic TH-50PZ80U VIERA, it allows you to control all compatible Panasonic appliances including DVD recorder, Blue-ray Disc Player, home theater sound system, and HD camcorders … for instant replay of your favorite pix or home movies. An HDTV this palatial should cost a king’s ransom. So here’s the best part – right now we’ll deliver this monarch among plasma TVs to your home for only $1,269. That’s 36% off our regular low price.

Click here to get the Panasonic TH50PZ80U.

http://coolthisyear.com/th50pz80u

What Is The Plasma In Plasma TVs And How Do You Calibrate Your Plasma TV?

As the electronics industry has moved from cathode ray technology (CRT) televisions to the new plasma technology, we have all watched as our television pictures became sharper, crisper and clearer.

Even though plasma technology isn’t all that new, the application of it in our televisions sets is. We all
understand how a plain picture tube works in a television set.

But what exactly is this plasma stuff?

Plasma is formed when two gases, neon and xenon, are electrified and the resulting phosphors (a substance that can emit light after being radiated in some way) begin to glow.

To get a little more scientific, the atoms that make up the neon and xenon release their negative electrons to float about and leave ionized positive atoms. When you have enough of theses ionized atoms, you get plasma.

You don’t need to be a science teacher to understand how all of it works, but plasma is showing up in more than just our television sets. It was used in computer displays in the 1960’s and is used today in waste treatment, welding and drilling, propulsion, lasers, and instrument sterilization in medical offices and hospitals.

The average person, though, will recognize the technology in their television sets.

As plasma televisions continue to advance, you can guarantee the use of it in other applications will continue as well. Before long, plasma technology may become one of the most widely used applications around the world for numerous things.

How To Calibrate Your New Plasma TV

When you purchase a new plasma television, expect to have to do some work to get the best possible picture. Many of the factory settings will need to be adjusted in order to make sure you don’t burn out the television too fast.

Setting considerations also play a big factor. Here are some of the things you need to consider when you set up you plasma television set.

The first thing you need to consider is where in the room your television set is going to be placed. Determine how close or far away you need to sit from the television set for optimal viewing. Sitting too close to a 50-inch screen can not only strain your eyes, but also distort the picture.

Lastly, read the manual so that you know what the menu settings mean and how to change them. Once you have done this and have the television set placed in the room, its time to adjust the picture.

Do the following in order for the best results. Select the mode (movie, cinema, film, etc.) you prefer to view your television in. Disable all the factory set enhancements. Change your color temperature to warm/normal/low, and adjust the brightness to a level you feel is right. Set your contrast.

When a black and white object sitting side by side has a clear sharp border and not a smear, you’ve
got it right. Lower the sharpness to something that looks natural, and set the color and tint to what your memory of colors should be.

Now sit back and enjoy the show on your calibrated plasma TV.

Plasma TV Screen Lifespan Myths and Reality

It used to be said that the new plasma televisions don’t last as long as normal, and more affordable,
Televisions. Soon enough, this myth was laid to rest when TV manufacturers began to guarantee their sets for up to 60,000 hours of viewing time! Put a different way, that is about twenty seven years in most homes.

Then there was the story that if you kept the same image on the screen for too long – like while playing a video game image for example – then the image would be ‘burned’ permanently onto the screen.

You would see a ghost like image after that. To some extent this is true, however, after several years of improvement it was found that the image would disappear after some time when a moving image was projected onto the screen.

Considering the price that these screens go for, it would be a good idea to make sure it has everything
you need. Check how many inputs it has to enable you to connect your DVD, video, computer etc.

There is nothing worse than scrabbling around pulling cables in and out of the screen – and it doesn’t do the screen much good either!

Also, consider the sound quality that you require. Many sets come with standard speakers or clip-on
extras. Some people prefer to connect the sound through their own high quality music systems.

Now let’s look at where to put the plasma TV.

If you thought that a plasma screen only resided in your living room or bedroom then think again. This
cool invention is seen practically everywhere.

Take, for example, the boardroom. No longer is it the ‘bored’ room where presentations are somewhat dry. Today’s movers and shakers use all kinds of equipment to give motivated and animated presentations to sell their concepts or products.

The plasma screen has an added advantage in that it can be linked to the computer, DVD or Video to show superb graphics which will impress clients and board members alike.

Then there is the classroom. Ceiling mounted plasma screens are being used more and more in this
environment. Lecture halls are far more interesting when bright and colorful images are used to convey
ideas to the class.

Another place you are likely to see the plasma screen is in the air or bus terminal. Bright graphic displays sell all kinds of products as well as giving much needed information to the traveler. What better way to sell than to the captive audience?

Multiple plasma screens are also becoming popular for eye-catching advertising in larger areas. This is
literally a wall of screens which can show individual images or one image split over the range of screens. Either way, it draws the eye with its bright and
colorful display.

With the advent of bigger and slimmer plasma screens on the horizon it can only be a matter of time before prices come down even more. Could this be the year where you finally get your cool plasma television?

Panasonic-TH50PX60U

Panasonic TH50PX60U

Reg. $2,799.99 Discounted to $2,369.99, You Save $400

The Panasonic TH-50PX60U 50-Inch Plasma HDTV is their ninth generation gas-plasma screen. The 50-inch TH-50PX60U features a movie theater aspect ratio of 16:9. Its maximum of 29 billion colors and over 3,000 shades of gradation provide exceptionally fine detail for outstanding HDTV reproduction. The set’s built-in ATSC (DTV) tuner pulls HD signals (480p/720p/1080i) right from the airwaves, and its QAM tuner is fully compatible with unscrambled HDTV cable reception. A standard analog NTSC tuner receives standard-definition (SD) programming. It also includes a Secure Digital (SD) memory card slot, enabling you to take an SD card directly from a digital still camera or camcorder and insert it directly into the TV for quick and colorful photo slideshows.

Click here to get the Panasonic TH50PX60U.

http://coolthisyear.com/th50px60u

The Difference Between Plasma and LCD TVs

If you are in the market for a new TV, it’s important to know the difference between plasma TVs and LCD TVs. Also make sure that you arm yourself with this knowledge before going to the electronic store. Otherwise, the info that you will receive will be overwhelming.

LCD or Liquid Crystal Display TVs and plasma TVs each has their pros and cons, but both will give you, the consumer phenomenal picture quality.

Plasma televisions work by the electrifying of the gases neon and xenon to make plasma. These televisions come in sizes between 32 inches and 63 inches, have flat panel displays, and produce a clear crisp picture.

You can view a plasma television in a 160 degree angle and are made for high definition viewing with the proper signal.

So what are some downsides to the plasma TV? Some of the downfalls of a plasma television include increased cost, screen burn-in, and the production of annoying buzzing noise at altitudes higher than 6,500 feet.

LCD televisions work in a similar way except they use liquid crystal instead of neon and xenon. They come in sizes between 20 inches and 50 inches, have flat panel displays, and usually have a built-in tuner, not to mention a sharp and clear picture.

You can view LCD televisions at a 120 to 130 degree angle. They operate well in high altitudes and are energy efficient.

The downfalls of a LCD television include a slightly slower response time which can produce a trailing effect, limited viewing angle, and some color concerns due to lighting issues where the television is placed in the room.

Depending on what you prefer, both types of TVs are worth the money. As a final note, LCD TVs have the benefit of being a computer monitor if you desire, but there are some plasma TV manufacturers producing sets that can be used as a computer monitor as well.

Did You Ever Wonder How Plasma TV Displays Work?

Plasma TV display technology is not only smart, it also represents the highest technology in its truest and finest form for video display as a rule.

Televisions for the past seventy-five years came from the same technology that involves using cathode ray tubes or CRT for short.

With CRT TV, a beam of negative-charged particles called electrons fires up inside of a huge glass tube. The electrons then affect the phosphor atoms that are all along the screen. These phosphor atoms start to light up in response.

A television image appears as the result of lighting up certain areas of this phosphor solution with different colors at varied intensities. This technology is very different from how plasma TV display works today.

Did you ever wonder how plasma TV displays work?

Plasma flat panel display is very different from CRT TV technology. Not only does it possess larger screen size but it is also only about six inches thick as well.

Plasma and CRT TV technology are two very different kinds of technology altogether. Nevertheless, the one tie that they share is the fact that they both deliver different lights at various intensities to create a wide spectrum of many colors to see.

Plasma TV display has a very basic idea and that is to light up little fluorescent lights that produce a TV image.

Flat panel TV technology contains three fluorescent lights that make up each individual pixel. These pixels each possess a red, green, and blue light that constitute the fluorescent lights of a plasma TV screen.

For more info on plasma TVs, visit About.com at this url: http://hometheater.about.com/od/plasmatvfaq1./a/plasmafaqintro.htm

How Plasma TV Came Into Being?

What’s cool this year are flat panel display TVs. This is especially true for large televisions that are 37 inches in screen size or larger. Flat panel display includes a growing number of several technologies that can be confusing to the average consumer just starting to shop for a new television. So here are some basics for you. We’ll start by explaining how plasma TVs came into being.

A plasma TV display panel falls under the category of a flat panel display and is a type of television that is in high demand by those who want the definitive in video display.

How plasma TV came into being? The idea for plasma TV display was originated in July of 1964 in the good ole USA at the University of Illinois. Hard to believe but true. Americans came up with the idea for the plasma TV only to be outdone commercially by Japanese and Korean companies.

The creators were Donald L. Bitzer, H. Gene Slottow, and Robert Wilson. The plasma display was part of the PLATO Computer System whose displays were somewhat popular in the early 1970s.

However, because CRT displays were a lot more affordable than plasma displays back then, sales started to gradually slip and went down in the latter part of the 1970s.

Even though plasma displays were costly. They were still more attractive to the eye in that they had a larger screen size and a profile that was very thin. We like thin.

So the plasma TV display has been around for a while overall. Some of the most important events in plasma TV history are as follows:

-Fujitsu presented the very first 21-inch plasma display that was full color in 1992.

-Pioneer started selling the first of plasma TVS to the public in 1997.