What Are the Classifications of Lcd Panels?

A modern LCD panel with over 6 million pixels, all powered individually by a wired network embedded in the screen. The thin lines or pathways form a grid where vertical lines span the entire screen on one side of the screen and horizontal lines span the entire screen on the other side.

• What are the classifications of LCD panels?

• Some of the most important performance characteristics ofLCD panel include:

What are the developments of modern LCD panels?

What are the classifications of LCD panels?

VA type: VA type LCD panels are widely used in current display products. They are used in high-end products. 16.7M colors (8bit panel) and large viewing angle are its most obvious technical characteristics. At present, VA type panels are divided into Two kinds: MVA, PVA.

MVA type: the full name is (Multi-domain Vertical Alignment), which is a multi-quadrant vertical alignment technology. It uses protrusions to make the liquid crystal static instead of the traditional upright type, but at a certain angle; when a voltage is applied to make the liquid crystal molecules change to a level to allow the backlight to pass through, it will be faster, so that the display time can be greatly shortened. Also because the protrusion changes the alignment of the liquid crystal molecules, the viewing angle is wider. The increase of the viewing angle can reach more than 160 degrees, and the response time is shortened to less than 20ms.

Some of the most important performance characteristics ofLCD panel include:

• Response time

The average response time for an LCD panel is between 6 and 8 milliseconds. This means that the panel can change the color of a pixel in between 6 and 8 milliseconds.

• Viewing angle

Viewing angle is an important consideration when choosing an LCD panel. The viewing angle is the angle at which the image on the screen can be seen clearly. A higher viewing angle means that the image can be seen clearly from a wider range of angles.

• Power consumption

The LCD panel is a power hungry device, consuming up to 10 watts of power when displaying a full screen image. The power consumption of the LCD panel is due to the backlight, which uses a cold cathode fluorescent lamp (ccfl) or light emitting diode (led) to illuminate the screen. The backlight accounts for the majority of the power consumption of the LCD panel, with the rest coming from the drive electronics.

What are the developments of modern LCD panels?

One of the shortcomings of the early LCD panels is that the response time is too long, which will cause smearing on the screen when playing moving pictures. This was a problem that seriously plagued the development of LCD TVs in the past. Time also becomes an important indicator. However, with the development of liquid crystal display technology, the response time has become shorter and shorter, and the mainstream liquid crystal panels have reached 8ms. The main fast response technologies include overdrive technology and black screen insertion technology, and the special wide viewing angle technology reduces the response time while increasing the viewing angle.

BIBUKE has committed to providing the most suitable LCD panels at a reasonable price and would meet any needs of consumers through high-quality services.