Flat Screens Online

sony bravia

projection= blury lcd good i guess thats what i have… and what i have been hearing is that leds are pretty good now of days just make sure you get a good brand… also buy warranty on it or buy it at costco

Liquid crystal is the best

I think LCD and 3dtv are popular in the ppl. But OLED will coming soon and better than LED.

You can find great discounts in the Amazon’s Year End Deals http://www.amazon.com/b?ie=UTF8&node=517808&tag=year-end-deals-20

According to RepairWorld, Sony LCD.

Well, if you must know, I think Sony FD Trinitron WEGA Super Fine Pitch sets produce the best picture quality. Too bad Sony stopped making them. Pioneer plasmas come close.
LCD: Uses a liquid crystal display panel that allows light of certain colors supplied by a CCFL backlight through. Good brightness, thin and lightweight panel, relatively energy-efficient, but prone to motion blur, fragile screen surface, and poor color fidelity.
Plasma: Uses electrically-charged gas to excite different colored phosphors on the back of the screen. Excellent color fidelity and contrast, wide viewing angles, but tend to be power-inefficient, may be prone to burn-in (especially lower-end models), and produce a lot of heat.
OLED: Uses organic LEDs to produce light. A promising technology, with the possibility of flexible screens and very good overall picture quality, but extremely expensive and rare now, plus the organic material can decay.
LED-backlit LCD: Uses a liquid crystal display panel that allows light of certain colors supplied by LED backlighting through. Good brightness, very thin and lightweight panel, energy-efficient, but prone to motion blur and fragile screen surface.
Laser projection: Shines lasers of different colors through optical blocks to produce image. Extremely accurate color reproduction and good contrast, but bigger sized TV, very expensive, relatively uncommon, and difficult to manufacture.
CRT projection: Uses three small bright cathode ray tubes, one of each primary color, to project an image on the back of the screen. Most inexpensive big-screen technology and capable of good color rendition, but very big and heavy, prone to burn-in, sensitive to magnetic fields, may require convergence adjustments (especially after the TV has been moved), and narrow viewing angles. No longer in production.
DLP projection: Uses a small microchip containing reflective mirrors that reflect light from a halogen backlight and pass it through a fast-spinning color wheel.to project image on the back of the screen. Inexpensive, good color, and perfect convergence, but noisy, narrow viewing angles, and have a bulb that must be changed every few thousand hours of use.
LCoS/SXRD/D-ILA/LCD projection: Use various forms of small LCD panels (depending on type) to form image from halogen backlight. Relatively inexpensive for large TVs, but share the disadvantages of LCD TVs and DLP projection TVs.
CRT: The original type of television. Uses a cathode ray tube to directly produce the image: electron guns fire electrons at phosphors on the back of the screen, with the direction of the electron beams being controlled by a deflection yoke which induces magnetic fields. Provide overall excellent color, excellent contrast, fast response times, and relatively wide viewing angles, all at a reasonable price, but many have curved screen that reflects light and causes geometric distortion. Also big and heavy (making models larger than 36 inches fairly uncommon), sensitive to magnetic fields, and unable to resolve 1080p resolution (except for smaller models used as computer monitors).