Do you understand why it's important for the sunlight readable LCD screens in cars to be resistant to high and low

Why is it important for the LCD screen in the car to be resistant to extreme temperatures? The LCD screen in the car is the same size as the screen on the mobile phone, despite the fact that the screen on the phone is much smaller

Why is it important for the LCD screen in the car to be resistant to extreme temperatures? The LCD screen in the car is the same size as the screen on the mobile phone, despite the fact that the screen on the phone is much smaller. Car LCD screens are not only required to work in low temperature environments but also in high temperature environments. Do you know why car LCD screens should be resistant to high and low temperatures? Because everyone's demand for the screen ranges from small to large. In addition, the working environment of the car LCD screen is also very strict. In addition, information regarding the selection of suppliers when purchasing car LCD screens is provided.

1. To begin, oled manufacturers in China is important that we have an understanding of the different types of car display screens:

The liquid crystal panel that is utilized in the display device for the vehicle is denoted by the display type. In the present day, the most common types of display screens consist of thin film transistor (TFT, short for thin film transistor) liquid crystal color TV screens and TFT liquid crystal displays, which are also commonly known as true color screens. In addition, there is super twisted nematic (STN, short for super twisted nematic) display, which is also commonly known as pseudo-color screen. The TFT type dominates the market for mainstream displays at the moment.

Despite the fact that TFT LCD color TV screens and TFT LCD monitors both use TFT-type LCD panels, there are still significant differences between the two, and they each place a different emphasis on the design of their respective displays. TFT LCD color TV screens are often optimized and designed for TV playback in order to adapt to TV playback. They are stronger than TFT LCD displays in key technical indicators such as brightness, contrast, viewing angle, and response time, and their imaging effects are better than TFT LCD displays. Naturally, the cost and price of the TFT liquid crystal display is higher than that of the TFT liquid crystal display. However, the TFT liquid crystal display is also more expensive.

Second, the reason why the LCD screen in the car needs to be resistant to both high and low temperatures

To begin, the industry of automobiles is known for its relatively complicated working conditions. It doesn't matter if it's the morning or the evening, spring, summer, fall, or winter: cars are needed to work around the clock and in a variety of climates and seasons. During the summer months, the inside of a car is frequently subjected to direct sunlight, which can cause the temperature to rise to more than 60 degrees. The electronic parts of the vehicle need to be able to function normally with the vehicle as a whole. Because of the extreme winter temperatures, standard LCD screens are unable to function in certain northern locations. In these situations, high- and low-temperature-resistant liquid crystal displays are required in order to provide car owners with driving information and to escort them.

3. Standards for the conduct of international safety tests

Ten days of testing are required for every component of the vehicle, as required by the stringent guidelines of the national standard. During this time, the performance of the testing device can be thoroughly evaluated.

Fourth, the potential for technological advancement of LCD screens in vehicles

Even though the high-brightness LCD screen can function normally in environments with extremely high temperatures, it is also required to be able to be seen and to be waterproof in extremely bright direct sunlight. In addition, the graphics processing unit (GPU) and the display screen of the OLED module will generate heat while it is being used, and the higher the resolution of the LCD screen, the more heat will be generated by it. As a result, the production of a collection of hardware products that are suitable for use in vehicles presents a significant challenge from a technical point of view. When compared to the resolution of LCD screens found in mobile phones, computers, TVs, and other electronic devices, the resolution of the displays found in cars is relatively low.

The technology behind LCD screens has progressed to the point where they are becoming increasingly mature, and the use of LCD screens in vehicles is also growing. The LCD screen is able to fully meet the ever-changing demands of the automotive industry as they pertain to the working environment. The LCD screen has brought about a very significant revolution in the applications used in automobiles. Because of advancements in science and technology, the rate of progress toward the creation of vehicle LCD screens will also quicken to a very rapid pace. 

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