New Technology Of LCD Display

- Dec 04, 2018-

(1) drive using TFT active bulb lamp In order to create a better quality picture structure, the new technology is driven by a unique TFT active bulb lamp. As we all know, the most important part of the unusually complex LCD screen, in addition to liquid crystal, should be counted directly related to the LCD brightness of the backlight screen and responsible for the color of the color filter. The active bulb lamp is added to each LCD pixel for point-to-point control, making the display screen a far cry from the entire CRT display, and this control mode will be much higher in display accuracy than the previous control mode, so the quality of the image appears on the CRT display is poor,

The phenomenon of discoloration and jitter is very strong, but when viewed on the LCD display with new technology, the quality of the picture is quite pleasing to the delight.

(2) The use of color filter production process to create colorful images Before the color filter body has been made and molded, the material that makes up its main body is dyed before it is made into film. This process requires a very high level of manufacturing. However, compared with other ordinary LCD displays, the LCD produced with this type has a very excellent performance in terms of resolution, color characteristics and life of use.

This enables the LCD to create a colourful picture in a high-resolution environment.

(3) Low reflection liquid crystal display technology As we all know, the outside light on the liquid crystal display screen has a very large interference, some LCD display, in the outside light is relatively strong, because of its surface of the glass plate to produce reflection, and interference to its normal display. As a result, the performance and visibility of some bright public places outdoors can be greatly reduced when used. Many LCD displays, even if the resolution is higher, their reflection technology is not handled well, which is not practical for the actual work of the application. Some pure data alone, in fact, is a biased to guide the behavior of users. and the new LCD display on the use of "low reflection LCD Screen" technology is in the LCD screen on the outermost layer to apply reflection to prevent coating technology (AR coat), with this layer of paint, LCD screen emitting a sense of gloss, liquid crystal display screens themselves, the resolution of LCD screens,

These four aspects, such as the prevention of reflection, have been better improved.

(4) Advanced Liquid crystal display mode of "continuous material bounded crystalline silicon" In some LCD products, when watching dynamic movies, there will be a delay in the picture, which is due to the lack of pixel reaction speed of the entire LCD screen appears to be insufficient. In order to improve the pixel reaction speed, the new technology of the LCD using the current most advanced SI Tft LCD display, with 600 times times faster than the old LCD screen pixel reaction speed, the effect is really not the same.

Advanced "continuous material crystal silicon" technology is the use of special manufacturing methods, the original non-crystalline transparent silicon electrode, at a rate of 600 times times the normal rate of movement, thus greatly speeding up the pixel reaction speed of the LCD screen, reducing the phenomenon of the delay in the picture. The research of low temperature polycrystalline silicon technology and reflective liquid crystal material has entered the application stage, and will also make the development of LCD enter a brand-new era. While LCD displays are evolving, other flat-panel displays are progressing, and the technology of plasma displays (PDP), field-led luminescent array displays (FED), and luminescent polymer displays (LEP) will set off a new wave of flat-screen displays in the future. Among them, the most noteworthy and optimistic is the field display, it has a lot of better performance than liquid crystal display ...

It can be concluded, however, that LCD display technology is entering a new era and that, as another force for displaying products, they will likely replace CRT displays.