English
usheenthermal
alibaba
Excessive temperature is always one of the factors affecting the performance and service life of electronic components. Under high temperature, the failure rate of electronic components will rise linearly, and the aging speed of equipment materials will accelerate in high temperature environment, so it will increase the loss of equipment, so Heat dissipation is extremely important for electronic products.
The construction of a modern society requires a lot of electronic equipment, and electronic equipment generates a lot of waste heat when used, so no matter what type of electronic equipment is, it must be considered to deal with the problem of internal temperature rise.
Excessive temperature is unbearable for electronic products. Under high temperature, electronic components in electronic products are prone to failure, and the aging speed of materials will be accelerated, which will further consume the service life of electronic products. Therefore, heat dissipation is very important for electronic products. .
Mobile phones are commonly used electronic products. Lighter, smaller and faster mobile phones are pursued by people, which also reflects the current development trend of electronic products. Miniaturization, light weight, and higher power are the current requirements for various electronic products. development trend, but it also means that the requirements for thermal management have become higher.
Excessive temperature is unacceptable to both humans and machines. The human body will express discomfort through various stress reactions in a high-temperature environment. Unlike humans, machines and equipment can express physical discomfort, and their reactions are often simple. , crashes or the main board is burned, so the temperature needs to be lowered in time when the temperature is too high.
Electronic products are related products based on electric energy, and we often come into contact with various electronic products in our daily life and work. When electric energy is converted into other energy, it is accompanied by loss, and most of the lost energy is in the form of heat. Dissipate outward, so electronic products will generate heat when they are running.
In a high temperature environment, the aging speed of materials in the equipment will be accelerated, and electronic components are easy to increase the failure rate due to high temperature. Electrical machinery and equipment will generate heat in the use process, because a part of the electric energy will be lost in the form of heat, so the heat dissipation design of the machine and equipment can only be done well.
New energy vehicles, as a substitute for fuel vehicles in the future, have been attracting people's attention in recent years. For example, BYD has announced in the early years that it will no longer produce fuel vehicles and turn to new energy vehicles. Car companies like BYD that have announced that they will stop producing fuel vehicles will There are more, so the roads in the future will basically be dominated by new energy vehicles.
Electronic components are one of the cornerstones of building a modern society. Most of the electrical equipment needs to use electronic components. When the current passes through the resistance, heat will be generated. The power consumption electronic components are the main heating elements of electrical equipment. The higher the power, the electronic The greater the heat generated by the components, and in the high temperature environment, the electronic components are prone to malfunction and affect the operation of the equipment, so the heat dissipation of the electronic components is very important.
Recently, many people have contacted our company through the network platform to ask about some questions related to the thermal conductivity interface materials with high thermal conductivity. Thermal conductivity is a parameter to measure the thermal conductivity of materials. The higher the thermal conductivity interface material has, the higher the thermal conductivity performance, which also means higher technology content and higher price.
Under the influence of energy crisis, new energy vehicles driven by electric energy have become the focus of the development of technology. With the gradual maturity of technology, the penetration rate of new energy vehicles is also increasing. For example, most buses and taxis running on urban roads are dominated by new energy vehicles.
All kinds of electronic products have enriched people's life and made people's life and work more convenient. Smartphones have brought many unexpected new things to people from the beginning of telephone communication to the terminal that people contact the world now. In addition to communication and surfing the Internet with mobile phones, it has become a major trend for people to play mobile games in their leisure time.
Many studies have shown that thermal management is one of the challenges faced by 5G communication technology. The goal of 5G communication technology is high download speed and low delay, and to improve a wider coverage area. However, the high speed and high efficiency of 5G communication technology means that its cooling requirements straight up.
How to reduce the temperature of the machine and equipment during operation? People often think of installing a radiator above the heat source in the equipment, or placing the equipment in a cool and ventilated place. It is unavoidable that heat will be generated during the operation of machinery and equipment. Ensuring that machinery and equipment can operate within a controllable temperature range is the main solution to the problem.
Recently, the editor and friends in the same industry discussed with several product development engineers at an industry exchange meeting on the current development trend of thermal interface materials. Thermal conductivity is a parameter to measure the thermal conductivity of materials, and thermal interface materials with high thermal conductivity, The higher its thermal conductivity, the higher its technical content and price.
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