With the continuous development of LED light lamp materials and packaging technology, LED light investment lamp products have also been promoted to continuously increase their brightness. The use of LED light lamps is becoming more and more extensive. LED light cast lamps are popular topics in recent years. However, when the LED lamp is developed and used as a lighting object, the heat dissipation problem is the main obstacle. The following small series will introduce several ways to heat dissipation of LED light lights:

Generally speaking, the radiator can be divided into automatic heat dissipation and passive heat dissipation according to the heat dissipation method. The so -called passive heat dissipation refers to the heat spread to the air through the heat sources through the radiator. Its heat dissipation effect is directly proportional to the size of the radiator. However, because the heat is naturally announced, its impact is greatly reduced. This time, it is usually used for equipment that does not require space.

The liquid cooling heat dissipation is a mandatory cycle under the drive of the pump to take away the heat of the heat sink. Compared with air cooling, it has the advantages of quietness, cooling stability, and small environmental dependence on the environment. The price of liquid cold is relatively high, and the installation is relatively laborious. When installing the device, try to guide according to the instruction manual to achieve the heat dissipation effect of the equipment. For the convenience of cost and use, water is usually used as a thermal conductivity of liquid cooling and heat dissipation. Therefore, liquid cooling radiator is often called water -cooled radiator.

Semiconductor refrigeration uses a special semiconductor refrigeration tablet to generate temperature difference when power -cooling. Only the heat at the high temperature of the LED light lamp can be effectively announced, and then the low temperature will be continuously cooled. The temperature difference appears on each semiconductor particles, and a cooling plate is formed by connecting dozens of such particles, which forms a temperature difference on the two outer surfaces of the cooling board. Using this temperature difference, wind -cold/water -cooled coordinated cooling can cool the high temperature end and obtain a good heat dissipation effect. Semiconductor refrigeration has the advantages of low refrigeration temperature and high reliability. The temperature of the ice surface can reach less than 10 ° C, but the cost is too high, and the low temperature may cause LED to cast a short circuit. At present, semiconductor refrigeration chip technology is not very mature.