Operating and Storage Temperatures
LED TVs -- which, remember, are actually LCD screens [back or edge lit by LEDs] -- have a broad operating temperature range. For example, Samsung advertises an operating range between 50 and 104 degrees Fahrenheit for all its LCD screens, including those with LED backlights. LG advertises a similar range of 50 to 95 degrees Fahrenheit. The storage temperature range is even wider. While a Samsung LED TV may not operate well in temperatures below 50 degrees Fahrenheit, they can be safely stored in temperatures as cold as -4 degrees and as high as 113 degrees Fahrenheit.
This answer is from eHow.com
Blueberry can help you. They are led tv manufacturers and dealers.
Owning the Weather - 2005 TV was released on: USA: 2 March 2005
for most people the weather channel is on channel 23.
The Weather Channel Teen Drivers - 2012 TV was released on: USA: 8 August 2012
She went to work for Weather Insight, a weather company who does forecasts for energy traders. http://etl.weatherinsight.com/mm3_daily_0807240630.wmv
You cannot store a DLP television in cold weather because it will freeze when kept in this kind of weather.
no it will explode, and/or freeze up the technology inside
Cold temperatures can sometimes affect the operating speed of the liquid crystals but they won't damage the television. Within a few minutes the temperature will rise to a normal operating temperature. Generally, viewers will suffer from cold temperatures a long time before the television suffers from the cold.
Conventional LCD televisions have used cold cathode tubes to illuminate the screen. They are a form of fluorescent lamp. LED televisions are also LCD but use LED as the light source rather than cold cathode tubes. The display technology remains identical with only the backlighting being different. LED backlit televisions use less power for the illumination than cold cathode and tend to run cooler as a result. Note that in 2012 OLED televisions are due to make an appearance. Unlike LCD LED, these use tiny LEDs that are turned on and off to create the image directly. They avoid the use of liquid crystal shutters and are set to deliver extremely thin and lightweight televisions. These are a very different technology to LCD but are thought to be the future standard for televisions.
Conventional LCD televisions have used cold cathode tubes to illuminate the screen. They are a form of fluorescent lamp. LED televisions are also LCD but use LED as the light source rather than cold cathode tubes. The display technology remains identical with only the backlighting being different. LED backlit televisions use less power for the illumination than cold cathode and tend to run cooler as a result. Note that in 2012 OLED televisions are due to make an appearance. Unlike LCD LED, these use tiny LEDs that are turned on and off to create the image directly. They avoid the use of liquid crystal shutters and are set to deliver extremely thin and lightweight televisions. These are a very different technology to LCD but are thought to be the future standard for televisions.
Blue board
Not at all. Many still use cold cathode tubes. LED backlighting and sidelighting are becoming more common, largely due to their low production costs.
Particularly cold temperatures can affect both cold cathode back lighting as well as the speed at which the crystals can change state. However, both of them will correct themselves once the television has reached a normal internal temperature. Electronics are generally much better able to handle cold temperatures than we are so the viewers will be affect by the cold sooner than a television will be damaged.
School closings due to unseasonable bitterly cold weather in the United States are treated the same as closings due to snow and other weather related closings. They will be posted on local television stations and announced on radio from time to time. They may also be posted on your school's website.
Those panels are same. LED & LCD TV have IPS or VA panel. Even Samsung used VA. But IPS panel can resolve the problem of wave and multicolor spot. Major different things are backlight which LCD TV has CCLF (cold cathode fluorescent lamps) from back side and LED TV has the emitting diodes from back side. That's why, LED much slimer than LCD TV.
Power consumption varies between individual models, but LED-backlit LCD televisions typically consume less power than plasma televisions.
The main advantage of an LED TV is that they are generally thinner than their standard LCD counterparts, which incorporate larger cold cathode backlights. Other advantages include brighter displays, less energy consumption, and improved contrast ratios.