Application Area
Serving manufacturing enterprises in the fields of semiconductor packaging, consumer electronics, automotive electronics, and new energy.
Advanced Packaging

Advanced Packaging

By definition, it is a packaging technology that transcends traditional packaging methods, enabling higher performance, smaller size, and greater functional integration. Traditional packaging mainly protects the chip and provides simple pin connections, while advanced packaging emphasizes system integration and functional diversification.

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Consumer electronics

Consumer electronics

Consumer electronics have become deeply integrated into our daily lives, serving as an important bridge connecting people to the world. From smartphones to smart homes, from wearable devices to portable audio products, these high-tech products have not only greatly enriched our lifestyles but also driven the digital transformation of society. This article will delve into the current state of development, trends, and impact on people's lives of consumer electronics.

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Automotive electronics

Automotive electronics

As a product of the deep integration of the automotive industry and modern information technology, automotive electronics is changing our way of travel at an unprecedented speed. From initial simple circuit control to today's highly integrated intelligent systems, the development of automotive electronic technology has not only greatly improved the safety, comfort, and energy efficiency of automobiles, but also laid a solid foundation for cutting-edge fields such as autonomous driving and connected vehicles. This article will delve into the current development status, key technologies, future trends of automotive electronics, and its impact on the automotive industry and even society as a whole.

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Industrial Manufacturing

Industrial Manufacturing

In today's globalized economic system, industrial manufacturing, as a pillar industry of the national economy, is not only related to a country's economic growth rate and quality, but also an important manifestation of technological innovation, industrial upgrading, and international competitiveness. From the roar of the steam engine that ushered in the first industrial revolution to the intelligent and automated production lines that are now prevalent globally, the development of industrial manufacturing has witnessed a tremendous leap in human civilization. This article will delve into the current state of industrial manufacturing, the challenges it faces, its development trends, and its impact on the future.

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Perovskite

Perovskite

Solar energy is converted into electrical energy based on the photovoltaic effect. When sunlight shines on the battery, the perovskite layer absorbs photons, causing electrons to be excited to a higher energy state, generating electron-hole pairs. The exciton binding energy is very small, and electrons and holes can become free carriers, which are transported to the electrodes through the electron transport layer and the hole transport layer respectively, forming a current and outputting electrical energy. During the transmission process, some electrons and holes may recombine, leading to energy loss. To improve battery efficiency, it is necessary to reduce carrier recombination.

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