The difference between the oled module and amorphous silicon oled display module lcm low

The difference between the polysilicon and amorphous silicon LCD module lcm low
 
    lcm Graphic LCD Module amorphous silicon (a-Si TFT) the difference between low-temperature polysilicon (LTPS TFT) is
    Low-temperature polysilicon LTPS Low Temperature Ploy Silicon is an abbreviation , generally low-temperature polysilicon manufacturing process temperature should be below 600 degrees Celsius , especially for the manufacture of a-Si LTPS different from the manufacturing process , " laser annealing " (laser anneal) requires OLED Module even more . Compared with a-Si, LTPS electrons move faster than the a-Si 100 times faster , this feature can be explained by two issues: First, each LTPS faster than the a-Si PANEL PANEL reaction rate ; secondly , LTPS PANEL appearance size smaller than the a-Si PANEL . Here are the LTPS and a-Si compared held significant advantages:
 1 , the driving IC to the peripheral circuits are integrated on the panel substrate more feasible ;
 2 , faster response , the appearance of smaller, less coupling and components ;
 3 , panel system design easier ;
 4 , the stability of the panel stronger ;
 5 , the higher the resolution ,

Tsingtek oled module which is particularly important, and simplify the design process.

For example, the 2.7 -inch display requires 80mA current to render all-white images, but only 5mA current display other icons or graphics. Therefore , OLED power supply required to achieve high conversion efficiency for all load currents . In order to achieve such OLEDModule efficiency , energy saving mode requires the use of advanced technology to reduce the load current to reduce the converter switching frequency. Since this is a voltage controlled oscillator through (VCO) is completed , it can be possible to minimize EMI problems , and can control the minimum switching Graphic LCD Module frequency outside the normal range of 40kHz audio , which may prevent the ceramic capacitor noise input or output . When using such devices in mobile phone applications, which is particularly important, and simplify the design process.
By emission characteristics for maximum power consumption is not white , is the brightness value to determine power consumption . Such as red , blue, green, white luminance value is generated when the light intensity values ​​30 10 together . So the red , green and blue values ​​into a white value ( theoretical value ) 3.3 synthesized a 10. LED or OLED speaking from the human eye to see the same brightness , blue CFL .