Lianke Semiconductor has taken an important step in the field of liquid phase silicon carbide crystal growth furnaces, and has successfully completed the on-site acceptance work of customers recently.

Many people mistakenly think that "semiconductors = chips", but in fact their relationship is like "flour" and "bread": semiconductors refer to materials such as silicon and germanium that have special conductive properties,

In our daily lives, semiconductors are everywhere. From smartphones to TVs, from cars to microwaves, and even the medical equipment we use, these modern technologies are inseparable from the shadow of semiconductors.

Chip-making materials are a crucial part of the field of electronic engineering. They are the basis for the chip and directly affect the performance and reliability of the chip. This article will elaborate on chip manufacturing

The chip's information processing requires time regulation, and the speed and accuracy of regulation directly determine the performance of the chip. The Chang Lin research team of Peking University cooperated with the

The MIT team introduced an innovative electronic stacking technology in the latest issue of Nature. This technology can significantly increase the number of transistors on the chip, thereby promoting the development of

The chip production process enlarges the chip by 100,000 times. These things smaller than viruses are transistors, and hundreds of billions of transistors form a chip. How did such a small thing be made? First,

The semiconductor film process is an indispensable basic link in chip manufacturing. Its essence is to accurately deposit or grow nano-scale films on the wafer surface, giving the chip conductive, insulating or protective functions.