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| intro_lcd [2026/06/05 10:46] – [Working principle] yusufabdillah | intro_lcd [2026/06/05 10:46] (current) – [Working principle] yusufabdillah | ||
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| After the light is modulated, it passes through colour filters made up of red, green, and blue (RGB) sub-pixels ((Souk, Jun, et al., eds. Flat panel display manufacturing. John Wiley & Sons, 2018.)). By adjusting the intensity of these colours, the display can produce millions of different colours. Finally, the light passes through a second polarizer, called the analyzer, which is placed perpendicular to the first polarizer. Depending on how much the liquid crystals rotate the light, the analyzer either blocks or allows the light to pass, creating dark and bright areas that form the final image on the screen. | After the light is modulated, it passes through colour filters made up of red, green, and blue (RGB) sub-pixels ((Souk, Jun, et al., eds. Flat panel display manufacturing. John Wiley & Sons, 2018.)). By adjusting the intensity of these colours, the display can produce millions of different colours. Finally, the light passes through a second polarizer, called the analyzer, which is placed perpendicular to the first polarizer. Depending on how much the liquid crystals rotate the light, the analyzer either blocks or allows the light to pass, creating dark and bright areas that form the final image on the screen. | ||
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| <figure center |working principle LCD> | <figure center |working principle LCD> | ||