Are LCD Monitors The Way To Go?

Monitors are often described with the acronym LCD and even some of the older, bigger monitors are described with the acronym CRT. The problem with using this form of description is that many people do not know what LCD or even CRT stands for. What are the LCD monitors? Let's take a look and see.

LCD actually stands for liquid crystal display and CRT stands for cathode ray tube. As you can probably tell from the names a liquid crystal display (LCD) and cathode ray tube (CRT), the LCD is going to be smaller and more compact. An LCD monitor is described as a lightweight flat panel used for displaying electronic images such as text, video or moving pictures and other images. LCD can be used in producing large screens and portable devices due to its flexibility and construction unlike the CRT.

What exactly is a liquid crystal display? Well, the display consists of what are called pixels and these pixels are filled with liquid crystals also known as electronic modulated optical devices. The pixels are illuminated by a back-light or reflector to create color or monochrome images. Pixels are utilized in two different matrix called passive and active.

The passive matrix displays are not as crisp or clear and generally have a longer response time when it comes to generating the images. Active matrix displays offer brighter, clearer images and have hardly any wait as far as response time. Most of the LCD monitors sold today consist of the active matrix structure; however, there are still a few older models that carry the passive matrix display.

There are however some draw backs to liquid crystal display monitors and televisions for that matter. Video resolutions can be shown in multiples on a cathode ray tube monitor without including any artifacts or blurriness however a liquid crystal display when processing a video in a native resolution can create artifacts and blurriness due to scaling. Therefore, liquid crystal displays can generally not display very low resolution screen modes due to the scaling.

Another drawback to LCD monitors is the color depth of black. Due to back-light bleed the color black is not as deep and dark as it is on other types of display monitors. When images change rapidly on an LCD monitor there is also a chance of ghosting, which is a trailing between images. Viewing angles is also one drawback of using an LCD monitor; laptop computer screens with liquid crystal displays are notorious for this. The monitor screens can not be viewed below a certain degree or angle without the display becoming distorted, whereas with plasma screens you can view at most any degree and angle with no distortion.

There may be drawbacks with the liquid crystal display (LCD) monitors however, as with most any electronic there is always going to be one that can do something different. LCD monitors seem to be widely popular when it comes to use with computers and even television. The liquid crystal display also surpasses the ancient cathode ray tube and has far less drawbacks than the plasma screen displays. When looking for a monitor that will offer crisp, clean images with a minimal response time, liquid crystal display (LCD) is the definite way to go.

Matthew Kerridge is an expert in computer products. If you want more information about types of lcd monitor or are searching for a reputable computer online retailer please visit http://www.ebuyer.com