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Best HDTV of The Month

October 30, 2011 – 2:41 pm No Comment | 7,509 views

December 2012

If you are looking for the best in HDTV, we suggest you do check out our top 5 best rated HDTV of the month. Their rating are based on consumer reviews at Amazon.com. …

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If you’re looking for the LED-Lit HDTV line of flat screen TVs then this is where you’ll find the most comprehensive guide and guidelines to them. From inside tips from the manufacturers and experts in the field to the best reviews available. You’ll get the in-depth look on LED-Lit HDTVs and why these flat screen TVs are so popular. No more searching around endlessly through search engines to find the valuable information that will save you time and money, this site is the site that provides the best information on LED-Lit HDTVs bar none.

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With the popularity of Plasma HDTV one might find oneself searching around feverishly for the best information about the sets so you can make the best shopping and buying choices. This website has gone to great lengths to bring you that in-depth information about Plasma HDTVs ranging from the history of the devices, to the technologies involved, list of manufacturers of Plasma HDTVs, to professional and personal analysis. You’ll find the latest info on Plasma HDTVs as well as inside tips to shopping, buying, and installation of your set!

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Home » Plasma HDTV

Announcement: What is Behind The Plasma HDTV Technology?

Submitted by on October 19, 2011 – 12:22 amNo Comment | 4,767 views

Plasma TV Room
Plasma HDTV is the display that most people go crazy over because of the picture quality but some don’t know what’s behind Plasma HDTV technology.

Basically, plasma is ionized gas. The gas is ionized via electricity or electrically charged ionized gases the same as the good old fluorescent lamps. However the the concept to develop it into a stunning visual display panel calls for some great wizardry.

Example of Well Known Plasma TV Brands and Models
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The plasma HDTVs are a combination of several technologies as they’re able to be quite large, almost 4 feet or 3.8 meters. They also burn up a bit of energy at around 300 to 400 watts for a 50 inch display during various modes of operation. The energy efficiency has however been improved over the years so the wise shopper will look for these energy savings. It’s because plasma TVs are the older technology and are in top competition with LED-Lit units.

Plasma TV Step 1 Plasma TV Step 1 Plasma TV Step 1
Step 1: Address electrode causes gas to change to plasma state. Step 2: Gas in plasma state reacts with phosphors in discharge region. Step 3: Reaction causes each subpixel to produce red, green, and blue light.

Because of the vast array of color spectrum, the attraction to plasma is understandable. This is achieved by the process in which plasma works. The cells, thousands of them are coated with phosphorous. When triggered with photons, particles of light, the cells emit the color and clarity of the image signals received.

Plasma TV Technology

Figure 1 : Plasma TV Technology

Plasma TV Layers

Figure 2 : Plasma TV Layers

As mentioned earlier there is a price to pay for such a great picture. Plasma HDTV can be watched from various angles and looks great as compared to LCD or LED, but the downside is the power consumption. Manufacturers are working on the issue and with today’s push for greener technologies and the economic climate there’s a good reason why they should.

Plasma TV Power Consumption Chart

Figure 3 : Plasma TV Power Consumption Chart – Panasonic TC-P42US, the example, is a plasma TV. These typically consume more power than an LCD

With all that said, the worries that Plasma HDTV will end for good aren’t shared by experts Consumers still shop for plasma and will continue in the future for quite some time due to the improvements. How much the improvements will be are still to be seen but of course they’ll have to be in energy, thickness, adaptability, compatibility and more. Plasma used to have a problem with burning, a phenomena that happens when the picture or images get locked into the display. It’s like a freeze frame of a fragment of data.

Industry experts see the plasma market still rolling along and if customers call for it that’s a good sign that the technology behind plasmas will continue to improve. It all depends on the investment factor. If the investors in the technology feel they’ll get their money’s worth then the customer will get their money’s worth. Some of these plasma screens can be a big ticket item, the kind of thing you don’t want to have to replace every few years. You’ll want a flat panel display that is sturdy, reliable, delivers the best picture possible and is as trouble free as you can get. It’s the plasma HDTV improvements we need to keep an eye out for because without those improvements the industry will collapse in on itself. One of the other main problems was lifespan. At maybe 40,000 hours if that, Plasma HDTV couldn’t hold a candle to the LED-Lit or LCD screens. The LED-Lit screens boast a lifespan of 100,000 hours over double that of plasma. Now that may seem scary but improvements keep popping up that may extend the life of the plasma sets for decades. It’s still open ground as to where Plasma HDTV is going and that depends on the customer response, the demands made by other technologies and entertainment venues and valuable feedback from consumers.

Plasma HDTV has a higher pixel refresh rate. As any video gamer will tell you, that’s highly important as you’re playing your video game and trying to keep ahead of the competition. Now here we have what is putting the plasma HDTV technology to the test. Gaming. Today’s video games cost as much to make as a feature film. They have actors, musical scores and an army of technicians who use the latest in graphics and even 3D. They test their games and consoles on different monitors and plasma is one they look forward to. The reason being is the picture quality and the fact that others can watch the screen from different angles and still get a great looking image. However, a video game has graphics that are intense. If you want to see a screen get it’s true test, just try running one of the more graphic intensive video games through it. Some laptops and computer monitors as well as their graphics cards get their teeth kicked in from these games and so do the monitors which is why plasma HDTV is considered the true test of the waters for these games and for the screens themselves. If you have kids who play these games and then you watch the football games and the other members of the family watch DVDs non-stop then you could be wearing the screen out however, that’s what the engineers figure. They know that the entertainment venues change so they keep on their toes to produce a more durable and versatile plasma screen. One that minimizes former errors like burn-in and lifespan issues. If they ever work out the energy problem as well you’ll see plasma HDTV hanging in their regardless of the issue of them costing more.

So take into account the basics of Plasma HDTV and the technology behind it. It’s the same principle you see with fluorescent lighting but taken to a level above and beyond. It’s an industry that is adapting to compete with less costly technologies such as LCD and LED but plasma is still holding its own with quite the healthy share of the market still. That ground they hold is going to take some doing to keep it and prices are going to have to come down and those minor and major problems are going to have to be resolved fast such as energy or they’ll lose that edge.

So keep in mind, Plasma HDTV is a simple technology based on electrically stimulated ionized gas that uses cells to project an image. With Blu-ray and other HD technologies on the horizon plasma HDTV won’t be going anyplace any time soon.

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