SiC电子产品可以在600摄氏度的环境下工作,这显著高于常规的硅电子产品350摄氏度的最高工作温度。
Silicon carbide electronics operate in temperatures as hot as 600 degrees Celsius, and represent a significant advancement over conventional silicon-based electronics rated to a maximum of 350 C.
解决了井下空间狭窄、流体粘度大、工作温度偏高、环境压力偏大等测量难题。
It solved the measurement problem that is little under-well space, high liquid viscosity and high operation temperature.
最大工作温度依赖于磁体的长径比、涂层和环境因素。
The maximum service temperature of magnet is changeable due to the ratio length and diameter and environmental factors.
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