OLED display device is a solid sheet of an organic molecule consisting of power can be applied after the light emitting . OLED electronic equipment to make brighter, clearer images , its power consumption is less than the traditional conventional LED display.
Advantages of OLED display
Advantages :
1. LED or LCD than the crystal layer , Tsingtek low temperature lcd plastic layer is thinner , lighter and more rich in flexibility.
2.OLED relatively light emitting layer , so the flexibility of its primary rich material may be used , without the use of rigid material. OLED grassroots plastic material, while the LED and LCD glass substrate used .
3.OLED brighter than the LED. The organic layer than the OLED corresponding to the LED thin many inorganic crystals , and thus the conductive layer of the OLED and the emission layer may be a multilayer structure. In addition , LED and LCD glass as the support needed , and the glass will absorb some of the light. OLED is no need to use glass.
4.OLED do not need to use the low temperature lcds backlighting system ( please refer to LCD ( liquid crystal display ) works ) . LCD will selectively block certain backlighting work area , so that the images appear, and it is by self-luminous OLED . Because OLED without backlighting system , their power consumption is smaller than LCD (LCD power consumption of the backlight system for most ) . This is for the battery-powered device ( e.g., a mobile phone ) is particularly important .
5.OLED easier to manufacture , can be made into larger size.lcd graphic display modules is a plastic material , thus making it larger than the area can be flaky . And you want to use so much pave crystals and put them , they have much more difficult .
6.OLED very wide field of view , up to about 170 degrees. The LCD is working to block the light , so there is a natural barrier in some observation angles . OLED itself capable of emitting light , so have a lot of wide range of sight .
A liquid crystal panel section of the module (LCM): panel process can be divided into three stages, first semiconductor processes preceding (array), that is, the transistor is a thin film layer on the glass substrate made, compared with the middle of the liquid crystal filling assembly process (cell), that is, the color filter layer of glass and glass film transistors, together, poured into a liquid crystal intermediate.
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