Liquid crystal display (LCD) is a very common electronic display in our life. Hearing its name, you may wonder if there is any liquid in it?
There is a special fluid in the LCD display, which is called liquid crystal. Just like its name, liquid crystal has some properties of both liquid and crystal: on the one hand, it can flow like a liquid; On the other hand, the arrangement of molecules is as orderly as that of solid crystals, which can be said to be a state between liquid and solid. By applying different voltages to the liquid crystal layer in the screen, the arrangement of its molecules can be changed and show different optical properties, such as light transmittance. This photoelectric effect is the basic principle of liquid crystal screen imaging.
There are many kinds of liquid crystals, such as biphenyl liquid crystals, phenyl cyclohexane liquid crystals and ester liquid crystals. Traditional display screens such as CRT image tube display (the phosphor on the inner surface of the screen is excited by the electron beam to display images) tend to be large in size, while the LCD screen can be very light and thin, with low voltage and low power consumption, so it is more popular
The 8 inch displays might be affected and delay for an accident.
New iPhone 13 Series will use On-Cell OLED Displays. And it that will be launched in the second half of this year will be exclusively supplied by Samsung Display (SDC)
This is the project management of how sinocrystal handle your customized project relate to displays.
The GC9307, a TFT LCD driver with QVGA resolution, has gained widespread use among LCD module manufacturers since its launch. Sinocrystal are excited to share a series of practical insights we have gathered from using the GC9307 driver.
In the current field of electronic devices, the lcd display screen is a crucial part of human-machine interaction. However, traditional lcd display solutions often face structural design constraints, limiting their effectiveness in specific scenarios. Against this backdrop, UART lcd displays, which are easier to develop and do not require consideration of underlying display technology, are gradually emerging as the optimal solution to overcome these structural limitations.
Choosing the right panel type for your monitor is crucial for optimizing your viewing experience. This article explores the differences between the three main panel types—TN, IPS, and VA—highlighting their principles, features, and suitable applications. Whether you're a gamer needing fast response times, a professional requiring color accuracy, or someone looking for a balanced option, understanding these panel technologies will help you make an informed decision tailored to your needs and bu
