Tampilan plasma: Perbedaan antara revisi
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== Karakteristik umum ==
Plasma displays are bright (1000 [[lux|lx]] or higher for the module), have a wide color [[gamut]], and can be produced in fairly large sizes, up to 200 cm (80 inches) diagonally. They have a very high "dark-room" contrast, creating the "perfect black", desirable for watching movies. The display panel is only 6 cm (2 1/2 inches) thick, while the total thickness, including electronics, is less than 10 cm (4 inches). Plasma displays use as much [[Electric power|power]] per square meter as a [[Cathode ray tube|CRT]] or a [[AMLCD]] television; in 2004 the cost has come down to US$1900 or less for the popular 42-inch diagonal size, making it very attractive for home-theatre use. However, since the power consumption is proportional to the square of the diagonal size, the larger screen sizes can use considerable
Competing displays include the [[Cathode ray tube]], [[OLED]], [[AMLCD]], [[DLP]], [[SED-tv]] and [[field emission display|field emission]] flat panel displays. The main advantage of plasma display technology is that a very wide screen can be produced using extremely thin materials. Since each pixel is lit individually, the image is very bright and looks good from almost every angle. The image quality is not quite up to the standards of the best cathode ray tube sets (according to some), but it certainly meets most people's expectations. The biggest drawback of this technology has to be the high cost. With prices starting around US$2,000 and going all the way up past US$20,000 ([[as of 2004]]), these sets do not sell as quickly as older technologies like CRT. But as prices fall and technology advances, they may start to seriously compete against the CRT sets.
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== Lihat
* [[Perbandingan teknologi tampilan]]
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