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Temperature affects the chemical properties, mechanical properties, and electrical properties of materials, and directly determines the above four IC failure risks. How can the thermal energy of the chip be exported under severe conditions?
The clock speed of smart phone chips is getting higher and higher, which will generate a lot of heat. Excessive heat will affect the comfort of users and may also burn out the hardware. Therefore, major manufacturers will consider how smart phones dissipate heat.
With the rapid development of new energy vehicles, automotive lithium batteries ushered in another spring in the battery industry. One of the key technologies for the development of new energy vehicles is the new energy vehicle battery battery management system, and the thermal management system is the core of the battery management system.
Communication base station equipment is developing towards light weight, high power, and high integration. The heat consumption density of the system is increasing, but the volume is decreasing. Outdoor base station housing is generally a die-cast cavity. Due to high reliability requirements, passive heat dissipation is usually used to realize the heat dissipation of the whole machine.
The security system belongs to the category of the electronics industry and is a comprehensive utilization of modern computer technology, integrated circuit application technology, network control and transmission technology, and software technology. Security products can be roughly divided into three categories: video surveillance, access control and anti-theft alarm.
With the trend of increasing the frequency and speed of computer motherboard devices, heating power has become a major technical bottleneck. How to optimize the transmission performance through the design and introduction of heat-dissipating components, and meet high reliability, cost, etc. Different needs have become the key to heat dissipation engineering.
