cold plate
Keywords
IGBT liquid cooling by copper tube cold plate
High-Precision Temperature Control Chiller Liquid Cooling Plate for Photoresist Production
A stainless steel tube water cooling plate using casting technology application for High-Precision Temperature Control Chiller Liquid Cooling Plate for Photoresist Production
The Significance and Advantages of Split-Flow Technology in All-Metal Microchannel Cold Plates
Split-flow technology application for the cold plate of high-power data center servers, AI accelerators, and high-performance GPUs
How does the embedded copper tube liquid cooling plate applied to the IGBT liquid cooling system?
Embedded copper tube liquid cooling plate plays an important role in the application of high power IGBT cooling system. The following is a related introduction: Working principle The copper tube water cooling plate uses the high specific heat capacity of water to remove the heat generated by the IGBT during operation through circulating water. The water cooling plate is usually composed of a copper tube and a metal substrate. Water flows through the copper tube. The IGBT module is installed on the metal substrate. The heat is transferred to the copper tube through the substrate and then taken away by the circulating water.
With the rapid development of science and technology, the types of medical equipment are increasing, and their applications in medical work are becoming more and more extensive. As our requirements for the accuracy and reliability of medical equipment become higher and higher, Medical equipment heat dissipation control becomes more important. Here we believe that water cooling will be a mainstream trend, with precise core heat dissipation cold heads and smaller occupied areas. Water cooling can control heat dissipation from a remote end, thereby reducing noise and improving heat dissipation performance.
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