Heatsinks & Radiator for Consumer Electronics
In the field of electronics, radiators are mainly used in computers, mobile phones, tablets, routers, projectors and other devices, all of which need cooling to prevent overheating. The function of the radiator is to disperse the heat generated by the device and dissipate it into the air, thereby reducing the temperature of the device. Radiators are usually made of materials such as aluminum alloy and copper alloy, with good heat dissipation effect, small size and light weight, suitable for embedded devices.
With the development trend of consumer electronics towards ultra-thin, intelligent and multifunctional, the size of integrated circuit chips and electronic components continues to shrink, but their power density increases rapidly; the frequency of mobile phone CPUs is rapidly increasing, while the packaging density is getting higher and higher, and the body is getting thinner and thinner. Heat dissipation has become an urgent problem for electronic devices.
Heat sinks are also commonly used to cool graphics processors and central processing units, optoelectronics and high-power semiconductor devices to reduce the heating capacity of the components, thereby reducing their temperature by themselves. Heat sinks are commonly used for CHIPSET, light emitting diodes (LED) and power transistors, etc.
The components that generate heat in consumer electronics are mainly CPU, battery, motherboard, RF front end, etc. The heat generated by these components will be introduced into the interlayer with large heat capacity by the heat sink, and then dissipated through the shell and heat dissipation holes. If the heat dissipation problem is not handled properly, it will cause smart electronic devices to freeze, run programs slowly, burn out the motherboard, and even cause the risk of explosion.
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