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.
特别是在温热成形的环境中，会使线圈的工作温度升高，影响材料强度，进而加速线圈失效。
Especially in the warm electromagnetic forming environment, the work coils' temperature will affect the strength of the material, thereby accelerating the coils to failure.
极佳的陶瓷物理性能，保证在环境温度和高的工作温度下性能稳定，尺寸误差小、表面质量优秀。
The excellently good ceramic physics performance guaranteed the stable performance under ambient temperature and the high operating temperature, with small size error and outstanding quality.
极佳的陶瓷物理性能，保证在环境温度和高的工作温度下性能稳定，尺寸误差小、表面质量优秀。
The excellently good ceramic physics performance guaranteed the stable performance under ambient temperature and the high operating temperature, with small size error and outstanding quality.
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