- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
Application：
BIGBOOK Factory：
Why choose Us：
Shipping: Express way as DHL,Fedex,EMS,UPS,air shipping,sea shipping,Any shipping method you prefer.
-----------------------------------------------------------------------------------------------------------------
The Classification And Principle Of LCD
1、STN LCD screen
STN is an abbreviation for "Super Teisted Nematic"，It belongs to passive passive matrix LCD, almost all black and white screen LCD screen is this kind of material. Color STN LCD screen is a monochromatic STN LCD screen based on a color filter, and each pixel in the monochromatic display matrix is divided into three sub pixels, and three colors of red, green and blue are displayed by color filters to achieve color images. Because of the limitation of technology, the highest STN LCD screen is only 65536 colors, and most of them are 4096 color STN products on the market, so STN is also called "fake color".
2、TFT LCD
TFT is the abbreviation of "Thin Film Transistor", also known as "true color". It belongs to the active matrix LCD screen. It is a screen composed of thin film transistors. Each pixel point of its liquid crystal is driven by a thin film transistor. Each pixel has four independent thin film transistors driving the color light after each pixel. It can display the true color of 24bit color deep. In terms of resolution, the maximum TFT LCD can reach UXGA (1600 x 1200).
The arrangement of TFT has memory, so the current will not be restored immediately after the current is disappearing, thus improving the flicker and blur of the STN LCD screen, effectively improving the effect of the display of the dynamic picture on the LCD screen, and the ability to display the static picture more prominently, and the Dragon Point of the TFT liquid crystal screen is shorter than the response time. And colorful, so it is widely used in notebook computers and DV, DC. The drawback of TFT LCD is that it costs more electricity and costs more.
3, TFD LCD screen
TFD is the abbreviation of "Thin Film Diode", because TFT LCD screen consumption is high, and the cost is high, thus greatly increasing the cost of product, so EPSON specially developed TFD technology for mobile phone screen. It also belongs to the active matrix LCD screen, every pixel on LCD is equipped with a single diode. Each pixel is controlled individually so that each pixel does not interact with each other. This can obviously improve the resolution, and can display dynamic pictures and colorful colors without trailing.
In terms of performance, the TFD LCD screen has the advantages of TFT LCD screen and STN LCD screen. The TFD LCD screen is more bright than the STN LCD screen, and the color is brighter. At the same time, the LCD screen is more electricity saving
4. Color Accuracy and Reproduction:
One of the key challenges in TFT color displays is achieving accurate and consistent color reproduction. Users expect the colors on their screens to match the real world, which requires precise calibration and color management. Improvements in color filters, backlighting, and color processing algorithms are necessary to ensure more accurate color representation.
5. Power Consumption:
TFT color displays consume a significant amount of power, especially when displaying bright and vivid images. This poses a challenge for portable devices such as smartphones and tablets, where battery life is crucial. Researchers are constantly working on developing more energy-efficient display technologies, including advanced backlighting techniques and power-saving algorithms, to reduce power consumption without compromising on visual quality.
6. Viewing Angles and Contrast Ratio:
Maintaining consistent image quality across different viewing angles is another technical challenge in TFT color displays. Traditional TN (Twisted Nematic) panels suffer from limited viewing angles, resulting in color shifts and reduced contrast when viewed from off-center positions. Advanced display technologies like IPS (In-Plane Switching) and VA (Vertical Alignment) panels have been developed to address this issue, providing wider viewing angles and improved contrast ratios.
Application：
BIGBOOK Factory：
Why choose Us：
Shipping: Express way as DHL,Fedex,EMS,UPS,air shipping,sea shipping,Any shipping method you prefer.
-----------------------------------------------------------------------------------------------------------------
The Classification And Principle Of LCD
1、STN LCD screen
STN is an abbreviation for "Super Teisted Nematic"，It belongs to passive passive matrix LCD, almost all black and white screen LCD screen is this kind of material. Color STN LCD screen is a monochromatic STN LCD screen based on a color filter, and each pixel in the monochromatic display matrix is divided into three sub pixels, and three colors of red, green and blue are displayed by color filters to achieve color images. Because of the limitation of technology, the highest STN LCD screen is only 65536 colors, and most of them are 4096 color STN products on the market, so STN is also called "fake color".
2、TFT LCD
TFT is the abbreviation of "Thin Film Transistor", also known as "true color". It belongs to the active matrix LCD screen. It is a screen composed of thin film transistors. Each pixel point of its liquid crystal is driven by a thin film transistor. Each pixel has four independent thin film transistors driving the color light after each pixel. It can display the true color of 24bit color deep. In terms of resolution, the maximum TFT LCD can reach UXGA (1600 x 1200).
The arrangement of TFT has memory, so the current will not be restored immediately after the current is disappearing, thus improving the flicker and blur of the STN LCD screen, effectively improving the effect of the display of the dynamic picture on the LCD screen, and the ability to display the static picture more prominently, and the Dragon Point of the TFT liquid crystal screen is shorter than the response time. And colorful, so it is widely used in notebook computers and DV, DC. The drawback of TFT LCD is that it costs more electricity and costs more.
3, TFD LCD screen
TFD is the abbreviation of "Thin Film Diode", because TFT LCD screen consumption is high, and the cost is high, thus greatly increasing the cost of product, so EPSON specially developed TFD technology for mobile phone screen. It also belongs to the active matrix LCD screen, every pixel on LCD is equipped with a single diode. Each pixel is controlled individually so that each pixel does not interact with each other. This can obviously improve the resolution, and can display dynamic pictures and colorful colors without trailing.
In terms of performance, the TFD LCD screen has the advantages of TFT LCD screen and STN LCD screen. The TFD LCD screen is more bright than the STN LCD screen, and the color is brighter. At the same time, the LCD screen is more electricity saving
4. Color Accuracy and Reproduction:
One of the key challenges in TFT color displays is achieving accurate and consistent color reproduction. Users expect the colors on their screens to match the real world, which requires precise calibration and color management. Improvements in color filters, backlighting, and color processing algorithms are necessary to ensure more accurate color representation.
5. Power Consumption:
TFT color displays consume a significant amount of power, especially when displaying bright and vivid images. This poses a challenge for portable devices such as smartphones and tablets, where battery life is crucial. Researchers are constantly working on developing more energy-efficient display technologies, including advanced backlighting techniques and power-saving algorithms, to reduce power consumption without compromising on visual quality.
6. Viewing Angles and Contrast Ratio:
Maintaining consistent image quality across different viewing angles is another technical challenge in TFT color displays. Traditional TN (Twisted Nematic) panels suffer from limited viewing angles, resulting in color shifts and reduced contrast when viewed from off-center positions. Advanced display technologies like IPS (In-Plane Switching) and VA (Vertical Alignment) panels have been developed to address this issue, providing wider viewing angles and improved contrast ratios.
