What is the working principle of Thermostability LCD?

The LCD, or liquid crystal display, is a type of display technology that uses crystals to control the level of light passing through it. This makes it possible to create images on a screen that can be seen in a wide range of lighting conditions, from full sunlight to complete darkness. LCDs are used in everything from digital watches and calculators to computer monitors and televisions.

• What is the working principle of Thermostability LCD?

• What are the advantages of using a Thermostability LCD?

• What is the cleaning method for Thermostability LCD?

What is the working principle of Thermostability LCD?

LCD is a display that uses liquid crystals as materials. Liquid crystal is a kind of organic compound between solid and liquid state. Under normal temperature conditions, it exhibits the fluidity of a liquid and the optical anisotropy of a crystal. When heated it becomes a transparent liquid and when cooled it becomes a crystal. clouding.

Under the action of an electric field, the arrangement of the liquid crystal molecules changes, which affects the intensity change of the incident light beam passing through the liquid crystal. This change in light intensity manifests itself further as a change in brightness and darkness due to the effect of the polarizer. Accordingly, by controlling the electric field of the liquid crystal, the brightness and darkness of the light can be realized to achieve the purpose of information display. Thus, the liquid crystal material acts like small "light valves".

What are the advantages of using a Thermostability LCD?

(1) The body of the Thermostability LCD is thin and space-saving. Compared with the bulky CRT display, the liquid crystal display requires only one third of the space of the former;

(2) Thermostability LCD saves power and does not produce high temperatures. It is a product with low power consumption. Compared with CRT monitors, it can not generate heat at all;

(3) Thermostability LCD has no health-promoting radiation, and the liquid crystal display is completely radiation-free;

(4) The Thermostability LCD screen is soft and does not harm the eyes. Unlike CRT technology, the LCD screen does not flicker, which can reduce eye damage caused by the display and make the eyes not easily tired.

What is the cleaning method for Thermostability LCD?

If there is dust on the Thermostability LCD, it should be operated under the guidance of professional maintenance personnel. Individuals should not simply find a rag or something coarse to wipe, as the LCD screen can easily be damaged due to improper personal operation. To wipe, choose a relatively clean and soft cloth so as not to damage the screen. Do not spray water or detergent directly onto the Thermostability LCD during wiping. You can dip a little special detergent on a soft cloth and gently wipe the screen, preventing the detergent from flowing into the screen and causing a short circuit. When wiping the screen, be careful not to use force, and do not use hard objects to touch or scratch the screen, etc., and do not allow liquid to enter the gap of the screen boundary. There are many examples of display damage caused by accidental penetration of liquid into the gap.

BIBUKE located at DongGuan China, is one of the leading display suppliers. Its production line includes small to medium size LCD, TFT, and IPS modules for a variety of industrial and consumable application.