With the rapid development of 5G communication, the market penetration rate of 5G small base stations is also increasing. 5G construction puts forward higher requirements for antenna design, energy saving and consumption reduction, and medium and high frequency devices. The emergence of 5G innovative technology has promoted the development of industries such as optical fiber to high value-added industries, and the technical requirements have also been improved. Industrial upgrading has put forward requirements.
As the size of the base station decreases, the requirements for the integration of antennas and filters also increase, which also hinders the size of the radiator of the small base station. However, the heating element of the 5G small base station is small in size and consumes a lot of power, and if the heat accumulated during long-term operation is not dissipated in time, it will seriously affect the communication signal of the 5G small base station and its service life.
The base station is a typical closed natural heat dissipation device. When the temperature is stable, all the heat will first be transferred to the casing, and then conducted to the air from the casing. A thermal interface material is needed between the chip and the housing, which promotes a great improvement of the thermal interface material. The thermal conductive gel of Ruiwei New Materials has high thermal conductivity, lower thermal resistance, and better interface wettability, which is to help 5G base station products achieve better stability and reliability.
Product characteristics of one-component thermal conductive gel:
Good thermal conductivity: 1.5~6.0W/MK;
low thermal resistance;
Soft, almost no pressure between the device and the device;
long-term reliability;
Comply with UL94V0 fire rating;
Can be easily used for dispensing system automation.
