A real-time monitoring device for electrical properties of flexible electronic components during continuous bending

Abstract

The invention relates to a real-time monitoring device for electrical performance of flexible electronic components during continuous bending, including a motor-driven bending module, a multi-electrode follow-up output module, a circuit connection module, a control module, a performance monitoring and display module, and an electrical performance testing module . The real-time monitoring device for electrical properties of the present invention is intuitive, easy to operate, and rich in functions, and can be used to simultaneously detect real-time changes in the electrical properties of multiple micron-scale flexible electronic components during continuous bending, and more accurately analyze the bending process at different frequencies The stability of the device, as well as the stability of the device under multiple bending, can obtain more accurate and in-depth information on device performance, thereby promoting the optimization and improvement of the device, and improving the overall performance and user experience of flexible products.

Description

technical field [0001] The invention belongs to the technical field of electrical performance testing of electronic devices, in particular to a real-time monitoring device for electrical performance of flexible electronic components when they are continuously bent. Background technique [0002] In recent years, due to the development of Internet of Things technology, flexible electronic devices can adapt to more work scenarios due to their greater flexibility, foldable, implantable, wearable and other characteristics, and meet the more novel needs of consumers. It has shown great potential in application scenarios such as flexible and foldable displays, wearable terminals, implantable medical care, and the Internet of Things, which have been widely favored by the industry and academia. [0003] However, the performance of flexible electronic components is usually accompanied by the transition and degradation of electrical properties under different curvature environments and...

AI Technical Summary

Problems solved by technology

Existing testing equipment for flexible electronic products cannot measure in real time the changes, stability and reliability of the electrical properties of these micro-nano-scale flexible electronic components in an environment with continuous curvature changes, nor can it monitor the electrical properties at different times. Abnormal physical phenomena that occur in the operation of electronic components under the coupling of stress and external stress

Therefore, it is impossible to more effectively analyze the principle, performance and design of components, so as to understand and improve the performance of the overall flexible electronic products.

Images