The dynamic scanning mode of capacitive touch screens is an intelligent power management technology designed to automatically adjust the scanning frequency according to the use state of the touch screen, thus achieving higher energy efficiency while maintaining touch performance

Capacitive touch screen technology has become an important interaction mode of modern electronic devices, and its performance is closely related to user experience. The improvement of hardware performance, especially the progress of touch chips, display technology and material processes, has brought significant improvements to capacitive touch screens.

The application of touch technology in modern equipment is more and more extensive, among which capacitive touch and infrared touch are two main touch methods. Although they are similar in the goal of achieving touch interaction, there are significant differences in the performance of fine touch.

From smartphones to industrial equipment to outdoor terminals, low temperatures can adversely affect the responsiveness, sensitivity and overall experience of the touch screen. Especially in cold areas or environments, how to ensure the stability and reliability of the touch screen has become an urgent problem to be solved.

Touch screen can use how thick tempered glass does not have a fixed answer, but need to be based on specific application scenarios and needs to reasonably determine.

In extreme environments, whether capacitive touch screens can maintain stable performance has become one of the important standards to measure their advantages and disadvantages.

the impact of high temperature environments on touch screens remains one of the technical challenges. Capacitive touch screens usually need to maintain stable performance in a variety of environments, especially under extreme high temperature conditions, and their adaptability has become the focus of the industry.

With the continuous development of consumer electronics products, consumers are demanding more and more on the appearance design and tactile experience of products, and 3D curved glass will become the standard configuration of cell phones.