The LCD monitor application market is very extensive, and it has been widely used in such fields as petroleum, chemical industry, finance, school, transportation, energy, electricity, water conservancy, geology, metallurgy, telecommunications, medical treatment, and military. Then, in the use of the process to pay attention to what matters in order to extend the life of the LCD monitor it?

The first thing to do is to avoid the monitor colliding or rubbing against some hard objects. Because the monitor product is fragile, its ability to resist "impact" is also very small, many crystals and sensitive electrical components will be damaged in the event of an impact, so always be careful not to let the monitor have access to those pairs It is easy to cause damage to the object.

In addition, you should always pay attention when cleaning the screen. Do not spray the cleaner directly onto the screen, because these liquids may flow into the screen and cause a short circuit and affect the use. The cleaner should be sprayed onto a clean soft cloth, and then wipe the screen to avoid danger.

Second, if you inadvertently spray cleaner onto the screen, you don't have to worry too much when the cleaner fluid fills the screen. If it is found before the boot just a screen surface mist, gently wipe with a soft cloth on it, if the water has entered the LCD monitor, then put the LCD monitor at a slightly higher temperature, for example, under the lamp , gradually evaporate the water inside.

However, if the situation of “overwhelming” on the screen is more serious, the user still calls a professional maintenance personnel to ask for their help. Because the more serious moisture will damage the components lead to permanent damage to the liquid crystal electrode corrosion. Therefore, when you do not allow liquids or water to flow into the monitor screen, you should try to use the monitor product in a dry and ventilated environment to avoid unnecessary trouble.

Third, it is best not to use a screen saver. why? Then look down and you will know. Because the core structure of the LCD monitor is similar to "sandwich", it is a liquid crystal molecule in which two glass substrates are filled with motion. The signal voltage directly controls the switching state of the thin film crystal, and the transistor is used to control the liquid crystal molecules. The liquid crystal molecules have obvious optics. Anisotropic, able to modulate the light emitted from the backlight to achieve image display. A complete display consists of many pixels, each of which looks like a switchable transistor.

A liquid crystal monitor that is displaying an image has its liquid crystal molecules switched on and off. For a monitor with a response time of 20ms, the liquid crystal molecules have been turned on and off for several hundred times in one second. The number of switching times of the liquid crystal molecule, that is, its service life, is limited. After using a certain program, there will be aging, affecting the use of results.

When the computer stops operating, the screen saver that displays colorful and repetitive movements on the screen allows the liquid crystal molecules to remain in the repeated switching state. This will not shorten the useful life of the monitor. Therefore, when the computer is not used for a short period of time, the computer can be put into a standby state. This means that environmental protection and energy saving can also extend the service life of the monitor. What can you do for it?

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