How To Mount A Plasma TV On A Plaster Wall

After purchasing a plasma or LCD television as well a corresponding wall mounting kit, determining the wall on which to mount it, and making sure all of the necessary tools are available, the next step in mounting the television to a plaster wall is to choose the exact spot on the wall where the mount should be attached.

It is absolutely essential that the television mount is placed in a spot that has a stud or studs directly behind it. Anchor bolts will be used to secure the mount to the stud(s).

Obviously, a plaster wall alone cannot support the weight of a plasma or LCD mount and television, and at least one stud is necessary to ensure that the mount and the television are safely installed. Anchoring the mounting unit to two studs is more secure than using just one, so if there is a location on the wall where two studs are located and can both be used for the installation of the mount, this spot should be seriously considered for the placement.

Beginning the Installation:
It is recommended that the mounting kit be opened and the instruction and installation manual be thoroughly read and understood prior to beginning the installation process. Make sure that all the pieces are present and that all the necessary tools are within reach. Every brand and model television mount is slightly different from the next, so it?s important to follow the directions that come with the one that will be used.

Even if the instruction manual does not list this first, it?s a good idea to place the mounting rails into position on the back of the plasma or LCD television that will eventually end up on the wall. This will help ensure that the television will sit on the wall in its originally intended place. (Sometimes the brackets end up pushing the television up or down an inch or two. If the brackets are put in place first, a better placement estimation can be determined.)

Next, it?s time to mark the wall with indicators as to where the anchor bolts will be drilled into the wall. In addition, the locations where the cable will go from the television to the electrical outlet should also be notated on the wall.

After drilling holes where the anchor bolts will be placed and cutting out spots on the wall where the cable will enter and exit the wall, the next step is to the get the mount ready to affix with the anchors.

Prior to tightening the bolts, make sure that everything is nice and even, using a level. If everything looks good, it?s time to tighten the bolts so that the mount is fastened very snugly to the wall.

After fishing the cable from the cut hole near the mount down (or up) to the electricity source, the television can be added to the mount. Since many plasma and LCD televisions are extremely heavy, it?s recommended that at least two people help to lift it to the mount. After this is completed, all of the cables can be attached to the television, and the television can finally be turned on.

Jason West is the owner of the UK's leading Wall Bracket supplier http://www.tv-wall-brackets.co.uk.

How To Avoid Plasma TV Burn-In

If you're familiar with the technology behind plasma televisions, you know that the gas contained in each individual pixel receives a charge from a set of electrodes and produces ultraviolet light photons. These light particles hit a phosphor coating on the pixel's walls. If the same picture remains on the screen long enough the phosphors will age prematurely and they will produce a less intense light and color. The phosphor's continuous light will also burn the screen itself, leaving a ghost of an image. This burning of the screen, and the residual image it creates, is called burn-in. Older CRT monitors, as well as ATM machines, are prone to burn-in. This was the reason behind the invention of screen savers; having a randomly shifting image displayed whenever the picture was constant for a certain period of time helps prevent burn-in.

Burn-in occurs in 2 steps: premature phosphor aging and screen searing. A still image will create an unchanging electrical current in each plasma pixel. The resulting continuous flow of photons forces the television's phosphors to release the same hue of light and this, when maintained for a long enough period of time, will damage the phosphors' ability to produce this color light. They will become conditioned, and will never stop producing a weak shade of that same color light, even when no charge is being sent through the pixel. This affects other images that require a change in the pixel's color. Screen searing is the dim, ghost-like image that literally gets burned into the glass of your screen. During a still image, the screen is bombarded with a specific spectrum of light from the phosphors. Since it's given no time to rest, the screen develops a shadowy copy of the image which was frozen on the screen. We most often see this at the ATM, when remnants of the main menu remain on the screen throughout your transaction.

Now that you have an idea what burn-in is, you should know some ways to prevent it from occurring. The root cause of burn-in is a static image. Most newer model plasma televisions have added functions to automatically prevent burn-in. However, owners of older model plasma televisions should be aware of the danger of burn-in and should follow a few simply tips to extend the life of their television. You can avoid static images by turning off your plasma television when you're not watching it. Also, you should steer clear of pausing a movie or a video game for an extended period of time and leaving the television on.

Burn-in is no longer a serious concern with newer plasma televisions thanks to a technology called pixel orbiter. The pixel orbiter subtly shifts static pictures to continuously keep the plasma screen's phosphors working. By never resting, there is little chance of burn-in. Creating more work for the display may seem like a poor decision with regard to the lifespan of the unit, but keeping the phosphors fresh and changing actually helps the plasma screen last longer.

Jakob Culver is founder of the website www.plasmatvarena.com providing information, articles and reviews about plasma tv's. To find more articles like this one visit the site http://www.plasmatvarena.com/

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How To Choose A Plasma TV

How To Choose A Plasma TV

If you're in the market for a plasma television, you should be prepared to do some research. This isn't a negative aspect of buying a plasma unit, nor am I implying that the technology and product quality aren't fantastic. As with any large purchase, you should just be aware of your individual needs and how each model of plasma TV may or may not fulfill these needs. Plasma screens are typically selected for their large size. There are no other technologies that can compare to the quality of a plasma television's picture in sizes above 40 inches. So, first off, determine what size best fits your specific needs.

The next issue to think about is location. The location where you will place your plasma unit will affect which unit you will want to buy. The location influences the performance and lifespan of a plasma television, so it's very important. If you are planning to mount your plasma TV in an entertainment center, make sure you take into account the television's need for proper ventilation. Also, the location may help you determine how large of a screen you want. If you'll be sitting fairly close to your television, a large screen may in fact provide a more uncomfortable viewing experience than a smaller unit that better fits the room.

A second consideration should be the features of the plasma television. Some features, like Anti-Burn in can be considered requirements, but there are options that you'll need to consider. A television may offer advanced DVI or HDMI connections that provide incredible resolutions of op to 1,000 lines, but if you have no devices that utilize this technology you'd be throwing money away for the advanced, but useless, feature. Or, you may want to connect your media center computer system to your plasma screen, in which case you'd prefer a DVI connection to create that beautiful, all-digital picture. Other inputs, when used with a personal computer, create very dirty, blurry pictures.

Finally, what variety of resolution technology are you looking for in your plasma television? If you have very high standards for video clarity, you may need a plasma unit that will display a true High Definition signal. Many models will claim to be HD, but you should look for a resolution of at least 1024 by 720 pixels, otherwise you will be losing quality. This resolution is vital for viewers who use their plasma as an interface for their computer, or to watch HD television programs. Progressive Scan DVD players and new digital television ask for high resolutions, but they only require a resolution around 852 by 480 for an optimal picture. These lower resolution, though still great, televisions will display a High Definition signal, but they will scale the picture before displaying it. This is more than satisfactory for the average user, and you should definitely consider what you will me viewing on your plasma television to better determine your resolution needs.

In general, take some time to plan out how you will be using your new plasma television. Investing some energy in research and planning will help make you make your ideal purchase.

Jakob Culver is founder of the website www.plasmatvarena.com providing information, articles and reviews about plasma tv's. To find more articles like this one visit the site http://www.plasmatvarena.com/

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This article may be reprinted for use in websites provided that the information box is kept intact. Email notice of intent to publish is appreciated but not required: millenniumonlinemarketing@hotmail.com

Finding the best plasma tv

Plasma televisions are one of the hottest products on the market today. But with so many retailers, how do you know where you can get the best plasma television? Here are some things you should know before you before you commit yourself to the purchase.

Firstly, deciding where to buy your best plasma television is not as easy as it may sound. You will need to think about where you will go- will it be a traditional store, located around the corner, or will you get a better deal at an outlet store for a major nationwide retailer? To complicate the choice further, you now have hundreds- if not thousands- of online shops to choose from.

If you decide to buy your best new television from a 'brick and mortar' shop, you should first shop around the neighbourhood, comparing prices, to get the best price. Don't forget to check whether the retailer is an authorised dealer, as this may become important down the road, if you need to return the item, or have it repaired. There are generally two types of these shops: Those which are warehouse-type stores and smaller specialty shops.

The larger retailers may be the best place for you to purchase your plasma television, as they usually have the best prices. It's important to remember, however, that the staff that are employed may not be that well-versed in the products that they are selling and the quality of service can sometimes be very poor. If you know exactly the brand and model of the plasma television that you are looking for, then a smaller specialty retailer might be best for you.

Searching for that perfect deal online can be somewhat more difficult. While the prices are usually lower, you don't have the luxury of being able to see the product and sample its picture quality. And, more often than not, the great prices are usually offset by the costs of shipping and handling.

Buying the best plasma television should not be a stressful experience if you know where to shop.

Tom Ace is the founder of Plasma tv Resources a website providing information on plasma televisions

Development Of Plasma Television

Plasma television is the result of the gradual but progressive development and conversion of the concept of standard television into plasma. There was no concept of plasma until the last few decades, and this slowly came into being as the demands of the communications, entertainment, and television markets grew for improved and better quality imaging in standard televisions. The viewing public has enjoyed standard television programming for many years, but now, advanced research and development in these technologies have produced a flat-panel display with a wide screen with crystal clear picture quality and excellent sound clarity.

Plasma television is a new technology that is used to produce better quality pictures and sounds. The basic concept behind plasma TV is fluorescent light that is made up of free moving ions and electrons. When passed under normal voltage, the atoms have electrons, protons, and neutrons having negative, positive, and neutral charges respectively. Protons and electrons combine to give a perfect balance to the atom, and the total charges of the atom become zero. When current flows, negative charges collide with positive charges, and increase the level of energy. Xenon and Neon atoms have no shared electrons because of their stable and perfect outer shell that does not react with atoms. Resolution of imaging is excellent with more pixels per inch. This produces a better quality picture from the basic colors of green, blue, and red.

The quality of picture produced by the plasma television is amazingly realistic. Plasma HDTV (High Definition Television) is still the king of home entertainment systems. Plasma TV is the use of a full color flat panel of phosphorus for picture display. Plasma is known for excellent color combination and interactive color reproduction. These particular sets often are manufactured in larger sizes ? not smaller ? with a high display of 16.77 in unique colors. Light emitting diodes (LED) are used in the manufacture of plasma screens to display pictures with thousands of pixels changing thousands of times per seconds to create images.

There are many kids of plasma televisions available on the market today ? HDTV, EDTV (Enhanced Definition Television), and the old CRT TV (Cathode Ray Tube Television). Of all these types of televisions, plasma high definition televisions produce better quality pictures and sound for many hours of home entertainment enjoyment. The production of and demand for plasma televisions makes if more and more affordable for the average consumer to own. Some are designed especially for home theater systems, and these sets have LCD flat panels and can be viewed from any and every angle in your home. The plasma television market has experienced better sales in home theater entertainment than standard televisions.

J. Hall writes articles for consumers who want to find the best plasma television offers currently available. She has written for many major publications about the latest satellite TV deals and promotions and how buyers can find the best discounts.

Secrets to Buying a CRT, LCD or Plasma Television

There are so many different types of televisions on the market today how do you decide which one is right for you? Available today are LCD, plasma television, DLP, CRT, flat panel, rear projection, HDTV, wide screen and more. With so many to choose from it's important to understand the basics of each type before making an expensive purchase.

Each type of TV has positives and negatives. Before purchasing a possibly expensive piece of furniture for you home it would be wise to learn a little about each technology. This may prevent you from making a big mistake when you are ready to buy. Once you understand which type of television is right for you it's a lot easier to take the plunge.

If you are more than 10 years old you probably grew up watching television on a CRT type of TV. CRT stands for cathode ray tube. These televisions are still very popular due to a few advantages they still hold over the newer plasma televisions and other newer types.

If you've ever watched a plasma or LCD TV from the side you have probably noticed that the picture is darker from that angle. One of the great things about CRT televisions is that they are still bright even when viewed from the side. Sure, the LCD or plasma television has a great quality picture from the front, but if you plan on placing your TV in an area that will be viewed often from the side you should be testing out all of the different models in that regard. It would be very disappointing to see the great plasma picture quality at the dealer and then get it home and have a darker picture from your viewing point of view.

Another positive with regard to CRT displays is their price. They are more inexpensive than the more modern types of televisions while still producing a very clear and bright picture. They also show the color black truer than most newer models and have no danger of burn-in. On some of the newer models it's possible to have a bright picture burn into the screen and be faintly visible for the life of the TV.

With all of these positives why are the CRT displays diminishing in popularity? There are two main reasons. One, these television sets are usually bigger, bulkier and heavier. And two, if you want a large wide screen TV that is 42 inches, 50 inches, 60 inches or larger you just cannot find a CRT display that big. So if you have a big wide screen TV in mind you won't be able to go with the older CRT units.

The last deciding factor about CRT televisions concerns whether you should buy a flat screen or curved screen model. The flat screen versions can be viewed from the side better than the curved screens. The curved screens can distort the picture while the flat screens let you see the picture as it was intended to be seen. The difference may not be apparent when viewed alone, but put them side to side and you will certainly see the difference.

The next type of technology we will look at is the flat panel LCD displays. These come in HDTV (high definition television) or wide screen. If you want to see your DVD movies as you saw them in the movie theater you need to purchase a widescreen TV. LCD is a liquid crystal display and is not only used in televisions, but in computer monitors as well.

LCD displays have a flat screen and are relatively thin in width and lightweight. They have an exceptional picture viewing quality and as with the CRT displays will not produce burn-in. These TVs have high resolution that creates a superior picture.

The biggest problem with LCD flat screens is the fact that their viewing angles are lessened when compared with traditional CRT models. If you get too far off to the side the picture becomes extremely dark. They are also incapable of creating true blacks, another disadvantage when compared to older CRT models. Plus, the larger models can become rather expensive. However, if money is not your major concern and you plan on viewing the TV from directly in front you may decide that this is the best choice for you.

Plasma television sets, also known as plasma HDTV displays, have come way down in price over the last two years. Their prices used to exclude people from buying them, but their prices are now comparable to LCD models.

These TVs have become popular because not only can you get it in a very large screen size, perfect for your favorite movie or sporting event, but it has an excellent picture quality that is also viewable from wide angles. This is a plus over the LCD technology. This TV will give you the perfect "movie experience" at home in your own theater room.

Plasma television displays are great when it comes to picture quality and viewing angles, but their prices may still be slightly higher than other types. They also have a small potential for burn-in. But the big negative is their life span. They are basically not repairable when their bulb burns out. Depending on how much you watch TV you could end up with an expensive unit that will only last a few years. Once the bulb has burned out the TV is generally history. This is not the case with an LCD display where the bulb may cost in the neighborhood of $200, but it can be changed.

Rear projection models also have their positives and negatives. Rear projection CRT HDTV's are cheaper than the larger plasma and LCD displays, plus they have a flat screen and great picture. The negatives are their size and weight and smaller viewing angles. They are too heavy to hang on a wall and are much wider than the more narrow plasma and LCD units. Also, in a well lit room their picture can seem a little less bright than what is considered ideal.

There are other types of rear projection HDTV units too. The most popular are the LCD and DLP models. Both have flat screens with wide viewing angles, are thin and lightweight which means they can be wall mounted, will not produce burn-in and have terrific picture resolution and quality. Also, when the bulb burns out they can be replaced, unlike the plasma television models. However, they can both be a bit on the expensive side.

Now that you know the differences it's time to go down to your local electronics store and try them out. A little bit of viewing can go a long way in your determination of what's best and what's not. One more piece of advice: when looking at the varied assortment of models at you local store you'll notice that some have bright pictures and some do not. Do not base your opinion solely on that one thing. The store models will not have their brightness controls all set the same and it's possible that a dim picture on one of their televisions could easily be adjusted into a magnificent picture.

This article is brought to you by Best Plasma Television, an online source for quality plasma television sets. For more information please visit Best Plasma Television.