What is the sitting monitor?

electron emitter monitors (SED) with surface conduction are considered to be the next generation of television screens. Development in 1986 and 1999 was brought by a joint research team from Canon and Toshiba. In October 2004, they decided that the company had the future on the market and created Sed Inc. With the advent of broadcasting and broadband network with high visions, along with digital cameras, camcorders and DVDs, demand spreads for high -quality high -resolution displays. Businesses and the public are looking for larger screens with a higher definition and image quality. If such television files were enlarged further than they are now, they would be significantly heavier and the depth of Units would have to be deeper. The challenge for the manufacturer was to combine a new type of display with the same image quality as CRT in a slimmer, larger unit.

Sed the monitor has successfully fulfilled this challenge. The Sed Monitor uses proprietary electron emissions and microfabrication technology. Were combined with CRT technologies and mass production of Toshiba for KapalCrystal displays (LCD) and semiconductors.

Sed monitor uses a collision of electrons with a screen covered with phosphorus to make light as well as CRT. What makes the sitting monitor unique is the integration of very narrow gaps, several nanometers wide, between two electric poles. If 10 volts of electricity are applied, the electrons are issued on one side of the slot. Some of these electrons have spread to the other side of the slot, causing light to emit when they clash with phosphorus-coated Glass.

Since the SED monitor works with the same light production theory as CRT monitors, it can provide a sharper and dynamic color than LCD and plasma display. Sit also have a faster video response time. Since the sitting monitor does not require an electronic beam, it is possible to create screens that are only a few centimeters strong.

Another main advantage of SED monitor is lowKá energy consumption. SED uses only two -thirds of the energy needed to operate the plasma screen. It also has lower energy consumption than LCD and traditional CRT. Sitting the monitor not only transforms the way we see television and movies, but because of its low use of power will also be friendly to Earth.