The main components to be used for LCD module are: LCD panel, IC, backlight, TP, FPC.
If the LCD module components are further subdivided, it can be divided into: polarizing plate, glass substrate, Black matrix, color filter, Protective film, Common electrode, liquid crystal, Spacer, Display electrode, TFT, storage capacitor, glass Substrate, polarizing plate, diffusion plate, Prism sheet, light guide plate, lamp tube, reflection plate.
In addition, strictly speaking, the circuit that drives the backlight module is also a part of the LCD module.
The above complex part is the glass substrate part, which is composed of two extremely thin glasses with a gap of micron level in the middle, filled with liquid crystal molecules, each pixel is an independent liquid crystal cell, and each liquid crystal cell The electrode is connected to the control unit on the substrate.It should be noted that each pixel here refers to one RGB, not one RGB, so the physical resolution of the liquid crystal is multiplied by 3 to be the real physical unit Pixels, some special like Sharp's new "four-color" LCD panel, to add "Y" (yellow) from RGB, the physical unit pixel is 4 times the nominal resolution ... So, on the glass substrate There are a large number of very thin electrodes and leads, which are basically transparent and difficult to distinguish with the naked eye.
The main components to be used for LCD module are: LCD panel, IC, backlight, TP, FPC.
If the LCD module components are further subdivided, it can be divided into: polarizing plate, glass substrate, Black matrix, color filter, Protective film, Common electrode, liquid crystal, Spacer, Display electrode, TFT, storage capacitor, glass Substrate, polarizing plate, diffusion plate, Prism sheet, light guide plate, lamp tube, reflection plate.
In addition, strictly speaking, the circuit that drives the backlight module is also a part of the LCD module.
The above complex part is the glass substrate part, which is composed of two extremely thin glasses with a gap of micron level in the middle, filled with liquid crystal molecules, each pixel is an independent liquid crystal cell, and each liquid crystal cell The electrode is connected to the control unit on the substrate.It should be noted that each pixel here refers to one RGB, not one RGB, so the physical resolution of the liquid crystal is multiplied by 3 to be the real physical unit Pixels, some special like Sharp's new "four-color" LCD panel, to add "Y" (yellow) from RGB, the physical unit pixel is 4 times the nominal resolution ... So, on the glass substrate There are a large number of very thin electrodes and leads, which are basically transparent and difficult to distinguish with the naked eye.
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