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Transistor Compensation Technology of Pressure Sensor Sensitivity Temperature Coefficient

机译:压力传感器灵敏度温度系数的晶体管补偿技术

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This paper presents the principles of the transistor compensation technology of temperature coefficient of sensitivity (TCS) of pressure sensor. A quantitative compensation formula is demonstrated in mathematics. By experiments, the absolute value of the compensated TCS is easy to be 10×10~(-6)/°C~100×10~(-6)/°C with individual adjustment and calibration of each device's temperature compensation. The feasibility and practicability of this technology are tested. The disadvantages are discussed after the research of the experimental data, while the improvement methods are also given in the designing period. This technology exhibits the great potential practical value. These applications are promoted in the volume production. The operating performances of these pressure sensors using this technology are studied and proved they are reliable and stable.
机译:本文介绍了压力传感器温度系数(TCS)温度系数晶体管补偿技术的原理。 在数学中证明了定量补偿公式。 通过实验,补偿TCS的绝对值易于为10×10〜(-6)/°C〜100×10〜( - 6)/°C,每个设备的温度补偿都有各个调节和校准。 测试该技术的可行性和实用性。 在实验数据的研究之后讨论了缺点,而在设计期间也给出了改进方法。 该技术具有巨大的潜在实用价值。 这些应用在体积生产中促进。 研究了使用该技术的这些压力传感器的操作性能,并证明它们是可靠且稳定的。

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