PC MONITOR | Types, resolution, parts and how they work?

PC MONITOR | Types, resolution, parts and how they work?

HePC monitor It is an output device that visually shows the processing or results of the operation of the computer so that its understanding is facilitated.

You can read more aboutPARTS OF A COMPUTER | What they are and what they are for?

Why PC monitors?

He computer monitor or computer screen (in Spain), is an output device that presents the results of computer processing visually so that they are understandable to the user. In that sense, the monitor is necessary and fundamental for a computer system, because without their participation the user will not understand well what is happening and will have to use other means to interpret what happens with the computer.

That is why it is stated that the PC monitor shows the person what they need to know to interact with the computer. For your selection or understanding of operation you have to look at relevant issues such as resolution, quality or pixels.

Types of PC monitors

Touch monitors They are those that can be recognized because their operation and each of the operations that can be performed with them is through a touch or touch system. This is a type of monitor that will only work by finger contact on the screen.

VGA monitors Its acronym has Video Graphics Array meaning and is an invention of the year 1988 thanks to the company IBM that was responsible for the development of a monitor that had a VGA type connection and thus be able to present a stronger resolution. Currently the resolutions are much higher.

SVGA monitors Its acronym is Super Video Graphics Array. They were designed during 1989 with a resolution that reached 800 by 600 pixels and could present up to 16 different types of colors. It was a breaking point that marked the evolution in pixel quality.

LCD monitors or liquid crystal monitors Regarding LCD are the acronyms used in English to say Liquid Cristal Display. They are a type of monitor that is characterized because its screen is relatively thin and is made of liquid crystal, in addition to expanding the light through its colored pixels. In this case the light is reflected by means of a small glass device, which will receive the light in an inconsistent way; It is through monochrome pixels, which are going to form through the light. They are monitors that are semiconductor devices.

LED monitors The name assigned to them descends from the English Light Emitting Diode, which means that it makes use of a light emitting diode. It is composed of polychromic or monochromic modules, which will allow images to be visualized.

Active LED Monitors It is a type of monitor that has a transistor for each pxel. For its operation it is necessary to conduct diodes in catholic tubes, so that light rays are reflected and the image is emitted. The image is of excellent quality and although it is flat screen, it has a kind of box in the back area.

Passive LED Monitors They are monitors that are flat both ahead and behind.

OLED monitors It is an organic light emitting diode by its acronym. It is a type of monitor that works through a layer of electroluminescence, which is composed of organic elements that will allow the work done with the light inside the monitor. It is in this way that the image is emitted when reflected through the screen.

DLP monitors Its image can be emitted thanks to a optical semiconductor, which digitally modulates the light it reflects and thus synchronizes its emission by means of mirrors, which are microscopic or micro mirrors. It is considered today as the monitor with the most defined image of the market.

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