Application of Thermal Conductive Silicon Wafers and Silicone Greases in the Field of Artificial Intelligence

People are often attracted by the futuristic scenes presented in science fiction movies, and when it comes to the future, artificial intelligence is an unavoidable element. Artificial intelligence enables people to let go of their phones and enjoy life, but at the same time, there may also be artificial intelligence that wants to destroy humanity. Many people have doubts about the development of artificial intelligence, whether or not to further develop it?

However, artificial intelligence in reality is not so scary. Many technological applications in social life rely on the development of artificial intelligence, such as autonomous driving, warehouse robots, medical robots, industrial assembly line robots, and so on. Even people's phones and computers have related applications, so the development of artificial intelligence has promoted social development. Artificial intelligence is a discipline, and applications such as robots, autonomous driving, central data processing systems, and so on are all related to it. Simply put, in the past, warehouse management was mainly based on manpower, with large and small machines and personnel moving inside the warehouse. In addition to human efficiency, there are safety hazards. Warehouse robots can operate under the command of the system, which not only improves work efficiency but also avoids accidents caused by collisions between machines and equipment. Therefore, in the future, warehouse robots will be the key to the development of the logistics warehouse industry.

Thermal conductive silicone sheet

A robot consists of many components with clear division of labor, allowing the robot to maintain good operation. However, if one component has a problem, it will affect other components, resulting in the robot being unable to operate. Heat dissipation is one of the main factors affecting machine equipment, and it is inevitable for machine equipment to generate heat during operation because current passing through resistors will generate heat. Therefore, the key is to achieve effective heat dissipation.

There is a gap between the heat source and the radiator, and if they come into direct contact, the heat dissipation effect will be reduced. Even if two seemingly smooth and flat surfaces have some pits, and air is a poor conductor of heat, so the heat transfer efficiency will be reduced. At this time, it is necessary to fill the gap between the two with thermal conductive materials to cover the pits, eliminate interface air, reduce contact thermal resistance, improve heat transfer efficiency, and thus improve the heat dissipation effect, so that the machine equipment can operate stably and reliably for a long time. As a reputable supplier, Advanced Institute Technology can meet the needs of power supply manufacturers and commonly uses cooling materials.