LG 42PM1 Plasma TV Display Brought to Us by the Leader in Plasma Technology

The increased popularity of Plasma TV?s has soared so much in recent years that fierce competition has been just that, fierce. But any new LG plasma display introduced in the market has their own distinct features that set them apart from the rest. The LG 42PM1 plasma TV display has continued this tradition with the usual and expected high quality image display plus a plethora of other innovative features that makes this LG plasma display a class of its own when compared to others.

Its 42-inch plasma panel screen has a display image that provides very vibrant colors from its 852 X 480 resolution and supports a segment leading contrast ratio of 10,000:1 that is combined with 1500 cd/m2 brightness to produce unrivalled quality and sharpness.

The LG 42PM1 plasma TV display supports a native aspect ratio of 16:9 and a 4:3 interpolated aspect ratio. It also allows great viewing of up to 160-degree angle.

Along with its seemingly perfect display, the LG 42PM1 plasma TV display also produces great sound coming from its two built in virtual surround sound speakers that produces power output of 15 watts each and it is paired with an audio leveler.

But aside from its audio and video superiority, its stylish design and its thin sexy look is one of its strong points. The LG 42PM1 plasma TV display has a height of 65.35 cm, a width of 125.2 cm, and a depth of 9.35 cm. It can be easily mounted on the wall or left on a tabletop or TV rack.

Other popular LG plasma tv's are the LG mu50pm10 50 inch hdtv, the LG mu42pm12 plasma tv, and the LG 50pz41b plasma television.

Plasma TV for $5.57? Lowest Bids Nab Pricey Items at SilverTag Online Auctions

Where can you buy a 42" LG Plasma TV for $5.57? Or a PlayStation 3 for $1.68? At SilverTag (www.SilverTag.com), a new online auction site where winners are determined not by the highest bid, but by the lowest unique bid placed on a given item.

"I can't believe it!" exclaimed Rosanne Bryant of Oklahoma City, Okla., upon hearing the news that her low bid of just $1.68 was good enough to win the PlayStation 3 auctioned on SilverTag.com in mid-December.

Bryant is just one of many who are bidding on and winning big-ticket merchandise at SilverTag Auctions. Other winners include Guy F., who paid just 40 Cents for an iPod Nano Red, Keturah H., who paid just 15 cents for a $100 Sephora Gift Card, and Jim R, who paid just $5.57 for a 42" LG Plasma TV. At SilverTag, winners are determined not by the highest bid, but by the lowest unique bid placed on a given item.

Members of SilverTag, which launched on December 1, 2006, are calling it "the most addictive auction site in the world." Upon winning the $100 Target Gift Card for 15 cents, Brian L., a SilverTag member from Castle Rock, Colo., exclaimed, "SilverTag is for real and it is totally amazing and fun! It's a whole new way to enjoy auctions. I'll be buying some new CDs and gifts for friends!"

The overwhelmingly positive reception to the Texas-based SilverTag thrills President and CEO Robert Jones. "I always envied the radio deejay who was able to tell caller number 14 that she had just won a car or $500. Now I get to do it everyday! I love calling the winners and hearing the excitement in their voices."

SilverTag members aren't the only ones who reap rewards from the site's online auctions. "Each month, members nominate and we select two charities, which receive 100 percent of the auction proceeds," notes Jones. "During the first month, the Susan G. Komen Breast Cancer Foundation and LiveStrong, the Lance Armstrong Foundation, will receive a minimum of $1,000 each."

What makes SilverTag unique is that, instead of the highest bidder winning the item, as is the case with eBay, a SilverTag winner is the one with the lowest unique bid. Simply put, when the auction ends, the bidder that places the lowest bid that no one else has placed wins the auction and can purchase the item for the price of their low bid.

SilverTag is a membership site where users have the opportunity to bid 20 times each day on any listed item. "It's free for the first three days, and then is only $9.95 per month for 20 bids a day," says Jones. "That's 600 bids and a lot of fun for less than ten bucks."

Placing bids is easy and fun. It takes two seconds, and the automated SilverTag Auction Manager lets the bidder know immediately whether or not her bid is unique. "Members are having a blast with bidding frenzies," says Jones. "As the value of the items up for auction increases, they're going to have even more fun."

Jones promises that, as the site gains momentum, the retail price of the auction items will also increase. "We plan to auction a car in January and give away a house next summer," he says. And, as is always the case with SilverTag online auctions, the lowest unique bid will take the prize.

Kris Nickerson is the Editor-in-Chief of Press Direct International (http://www.pressdirectinternational.org), a global information website that provides reliable information tailored to professionals in financial, media, and corporate markets. His thorough knowledge of industries ranging from health care and travel to real estate and financial investing enables him to quickly grasp the nuances of emerging markets and technologies.

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 specific 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.

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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