As an important part of modern electronic devices, the touch response speed of the touch screen is directly related to the user experience. No matter what the application, users want to get instant feedback from touch operation.

The compatibility of the touch screen needs to be considered and solved from a variety of aspects such as hardware, software, configuration, and operating system and applications.

Touch screen in different fields and application scenarios, need to work in a variety of low-temperature environment. This article mainly analyzes the working conditions and precautions for the use of touch screen in low-temperature environments.

Touch screen touch chip, as an indispensable core component in modern electronic products, is increasingly becoming an important bridge for human-computer interaction.

Touch Panel RoHS certification is an environmental protection certification for touch panel products that aims to limit the use of certain hazardous substances in touch panel products to protect human health and the environment.

Touchscreen cleaning and maintenance is critical to extending the life of your device and maintaining a good experience.

This article will start from the basic principles of the touch screen, a detailed discussion of the selection process needs to focus on several parameters to help users better choose the most suitable for their own application of the touch screen.

In a high temperature environment, the performance and life of a touch screen can be significantly affected. In this paper, we will discuss the stability of touch screen in high temperature environment and propose corresponding countermeasures.