The Flexible Chip Produced By Domestic Independent Research And Development
On July 13th, at the 20th International Conference on Flexible Electronics held in Hangzhou, Zhejiang Province, the R&D team of the Global Flexible Electronics and Intelligent Technology Research Center released two ultra-thin flexible chips that can be crimped and bent at will. Both chips have a thickness of less than 25 microns, which is about one-third to one-half of the hair bundle.
Flexible electronic technology is a generic term for technology and is an emerging electronic technology for fabricating organic/inorganic materials on flexible/diffusible substrates. Compared with traditional electronic products, flexible electronic products have greater flexibility, can adapt to different working environments to a certain extent, and meet the deformation requirements of equipment. However, the corresponding technical requirements also limit the development of flexible electronic products. A flexible chip is a chip fabricated using flexible electronic technology.
Advantages of flexible chips：
Flexible electronics is an emerging area of the industry. Its emergence not only integrates electronic circuits, electronic components, materials, flat panel displays and nanotechnology, but also semiconductors, packaging and testing, materials, chemicals, printed circuit boards, display panels and more. Industry can help transform traditional industries such as plastics, printing, chemicals and metal materials. Its applications in the fields of information, energy, medical, manufacturing, etc. have become increasingly important and have become the cutting-edge technology of multinational corporations and multinational corporations in the world.
Flexible electronics is an emerging electronic technology that produces organic and inorganic materials on flexible, flexible substrates. "This technology has revolutionized the physical form of traditional rigid circuits, greatly facilitating the integration of people, machines and objects. It is expected that flexible chips will be used in communications, digital healthcare, smart manufacturing and the Internet of Things."
The two chips using this technology are smaller, more malleable, and can be bent and deformed at will. The introduction of related physical products will also have a profound impact on the fields of artificial intelligence, healthcare, communications and the Internet of Things, because flexible chip technology can be used to design electronic sensing system technology that is thinner and softer than existing rigid ones, and can be used with robots or Use together with the human body. more suitable.