7 Inch TFT LCD Display
LM-SPI-Module
how transmissive film works
by：LCD Mall
2020-07-09
LCD is the abbreviation of LCD display.
Liquid crystal is a special compound that is at the heart of this innovative technology.
But we will solve the problem in a second.
First, let\'s talk about digital images.
Every digital image-
LCD display included--
Consisting of millions of individual pixels, is the name of the smallest visible unit of the image.
On the color LCD display, each pixel is divided into three sub-pixels.
There is a color for each subpixel: red, blue, or green.
The different colors you see on the LCD display are generated by controlling the light intensity available for each red, green and blue sub-pixel.
This is the interesting place.
The way the LCD displays controls how much light each red, green, and blue sub-pixel has
A tiny particle called a distorted phase liquid crystal.
The twisted animal is named for its distortion in the natural state.
But when you apply an electronic charge to a distorted column crystal, it doesn\'t twist.
The researchers found that they could charge a different fee for the distorted nervous system and let them untie only partially.
In the LCD display, each subpixel of red, green, and Blue has its own distorted liquid crystal.
If the liquid crystal associated with the red pixel is not distorted all the way, but the blue and green crystals remain closed, the Pixel will display pure red.
Unlock the Blue Crystal. now the pixel is purple.
Untie all three colors to varying degrees, and you can create all kinds of imaginable colors in the spectrum. Most high-
Because the light source comes from behind the screen, the terminal LCD screen is called transmission type.
This light is generated by a small fluorescent tube attached to the light guide plate, which directs the light forward to the LCD panel.
When the light reaches the LCD panel, it must first pass through the polarizer, which aligns the light with a row of twisted liquid crystals.
By charging the crystal, light only allows to set the color of each of the millions of pixels associated with the digital image through certain sub-pixels.
For more details on the technology behind the LCD display, please read our article on how the LCD works.
So, where does the transmission film fit all of this?
The transmission film can be applied to the backlight area of the LCD system or the LCD display screen itself, greatly improving the clarity, brightness, safety and energy efficiency of the system.
Read on and learn more about different types of penetrating movies.
Liquid crystal is a special compound that is at the heart of this innovative technology.
But we will solve the problem in a second.
First, let\'s talk about digital images.
Every digital image-
LCD display included--
Consisting of millions of individual pixels, is the name of the smallest visible unit of the image.
On the color LCD display, each pixel is divided into three sub-pixels.
There is a color for each subpixel: red, blue, or green.
The different colors you see on the LCD display are generated by controlling the light intensity available for each red, green and blue sub-pixel.
This is the interesting place.
The way the LCD displays controls how much light each red, green, and blue sub-pixel has
A tiny particle called a distorted phase liquid crystal.
The twisted animal is named for its distortion in the natural state.
But when you apply an electronic charge to a distorted column crystal, it doesn\'t twist.
The researchers found that they could charge a different fee for the distorted nervous system and let them untie only partially.
In the LCD display, each subpixel of red, green, and Blue has its own distorted liquid crystal.
If the liquid crystal associated with the red pixel is not distorted all the way, but the blue and green crystals remain closed, the Pixel will display pure red.
Unlock the Blue Crystal. now the pixel is purple.
Untie all three colors to varying degrees, and you can create all kinds of imaginable colors in the spectrum. Most high-
Because the light source comes from behind the screen, the terminal LCD screen is called transmission type.
This light is generated by a small fluorescent tube attached to the light guide plate, which directs the light forward to the LCD panel.
When the light reaches the LCD panel, it must first pass through the polarizer, which aligns the light with a row of twisted liquid crystals.
By charging the crystal, light only allows to set the color of each of the millions of pixels associated with the digital image through certain sub-pixels.
For more details on the technology behind the LCD display, please read our article on how the LCD works.
So, where does the transmission film fit all of this?
The transmission film can be applied to the backlight area of the LCD system or the LCD display screen itself, greatly improving the clarity, brightness, safety and energy efficiency of the system.
Read on and learn more about different types of penetrating movies.
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