High -cov ntaub ntawv thermal conductive los daws cov kev kho mob hluav taws xob kub dissipation daws

      With the rapid development of the electronics industry and science and technology, electronic equipment is increasingly being used in medical work. From imaging equipment to surgical instruments to automatic immunization, the powerful medical technology of the 21st century is impressive, thanks in large part to the improvement of the computing power of microprocessors. The volume of electronic equipment tends to be miniaturized, the system tends to become more complex, and high thermal density has become an irresistible development trend.                      

      For thermal engineers, these advances have paid a corresponding price. Due to the improvement of the functions and computing power of electronic devices, more heat that needs to be dissipated has been generated, and the miniaturization of medical equipment is gradually reducing the space for deploying heat management devices. Innovative heat dissipation technologies are playing an important role in the development of future medical devices. effect. Passive heat dissipation management solutions have very valuable advantages in terms of saving space, reducing weight, and reducing maintenance costs.              

      The heat source of the products of different manufacturers is different. The most common heat dissipation scheme is to use a radiator. During use, high-performance thermal materials should be used to reduce the contact thermal resistance to achieve better heat dissipation. Another solution is to use heat pipes to dissipate heat, and to achieve rapid heat transfer through the evaporation and condensation of liquid in a fully enclosed vacuum tube. Many large-scale medical equipment use a combination of various heat dissipation methods to cool and dissipate the internal components.