English
Single Crystal Diamond For Semiconductor And Heat Sink Spreader
In the semiconductor industry, heat dissipation has always been a major challenge. The emergence of diamond cooling technology has tripled the computational power of GPUs and CPUs while reducing temperatures by 60%, significantly cutting cooling costs for chip research.
This copper-plated and silver-plated diamond sheet is designed for chip heat dissipation. The top silver layer serves as an excellent soldering material, while the intermediate copper layer facilitates electrical conductivity. The shape can be customized to meet specific requirements.
Diamond, possessing the highest known thermal conductivity, hardness, low thermal expansion coefficient, and low density, has become the rational choice for thermal management. The secret to diamond's exceptional heat dissipation lies in its cubic crystal structure. Carbon atoms are tightly bonded through covalent bonds, with no free electrons to interfere. Heat conduction relies on the vibration of carbon atoms to propagate.
In the future, as technology continues to advance, diamond will propel electronic products toward a new era of greater efficiency and lighter, thinner designs.
