TCS:温度系数灵敏度
“温度系数灵敏度”(Temperature Coefficient Sensitivity,简称TCS)是电子及材料科学领域中的一个重要参数,用于衡量物理或电气属性随温度变化的敏感程度。该指标在电路设计、元器件选型和性能分析中应用广泛。为方便书写和交流,常使用缩写TCS来指代这一专业术语。
Temperature Coefficient Sensitivity具体释义
Temperature Coefficient Sensitivity的英文发音
例句
- A Study on the Temperature Coefficient of Sensitivity Self-compensation Technology of Polysilicon Pressure Sensor
- 多晶硅压力传感器灵敏温度系数自补偿技术研究
- In sample experiments by using lubricant oil, it is showed that the sensor's zero temperature coefficient, sensitivity temperature coefficients, temperature stability and measurement precision compared with results before information-fusion processing were greatly improved.
- 对传感器用机油进行实验的结果表明:传感器的零位温度系数、灵敏温度系数、温度的稳定性及测量精度与未进行信息融合前相比均有较大的提高。
- This gyro is proved to have high sensitivity and low temperature coefficient of sensitivity ( TCS ) by a piezoresistance on chip self-compensation feedback.
- 不但灵敏度比较高,而且能实现压阻系数的片上温度自补偿。
- The capacitive micro-accelerometer has been commonly used due to their high accuracy, low drift, low power dissipation, low noise, low temperature coefficient and high sensitivity characteristics.
- 微电容式加速度计因具有精度高、噪声特性好、漂移低、温度敏感性小、功耗低等优点而得到广泛应用。
- Characterization of the temperature coefficient of force sensitivity of quartz crystal resonator
- 石英谐振器力灵敏度温度系数特性分析
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