CRT (cathode ray tube monitors)

These monitors work CRT technology, which was used most usually in the technical of television screens. With these monitors, a flowing of exquisite high energy electrons is used to form images on a fluorescent screen. A cathode-ray tube is originally a gap tube bearing an electron gun at one end and a fluorescent screen at another end.

LCD (liquid crystal display monitors)

The LCD monitor incorporates one of the most moving forward technology available today. Typically, its structure of a layer of color or self-colored pixels stationed schematically between a couple of crystalline electrodes and two polarizing colanders. The visual effect is made probable by polarizing the light in discrepant quantity and erection it pass by the liquid crystal strata. The two types of LCD technology available are the active uterus of TFT and passive uterus technology. TFT generates the best picture quality and is more secure and unfailing. The passive uterus, on the other hand, has a slow reaction time and is slowly becoming outdated…

LED (light-emitting diodes monitors)

LED monitors are the latest types of monitors on the market today all kinds of monitors. These are flat panel or mini curved displays which make use of light-emitting diodes LEDs diodes for back-lighting, instead of cold cathode fluorescent (CCFL) backlighting used in LCDs. LED all kinds of monitors are said to use much lesser power than CRT and LCD and are considered far more environmentally conscious friendly.

Monitor Resolution

A screen’s resolution is an assessment of the volume of info it can display. Resolution is controlled in pixels, the tiny squares of light that work simultaneously to form the image on a screen.

Think of screens like a slice of graphing paper. The smaller the squares are, the more of them you can fit on the page. The more pixels you have, the more detailed an image you can create all kinds of monitors.