电路设计者通常会在电路中加入一个名为“温度系数(tempco)”的电阻器来进行补偿。
Circuit designers usually compensate for this by including a resistor known as a "tempco" in the circuit.
为使阳极电流稳定在合适的区间内，设计了一种利用热敏电阻自动调节中子管灯丝电压的温度补偿电路。
To keep the anode current stable suitably, a temperature compensated circuit based on a thermal resistor to self-regulate the filament voltage has been designed.
阐述了环境空气温度补偿电阻减小测量误差的原理。
Also principle of test error reducing by ambient air temperature compensating electrical resistance is expounded.
测试结果表明：这种材料是一种光敏感材料，其敏感性受外加的电压、样品的温度及补偿后样品的电阻率影响。
The measurement results show that obtained materials are sensitive to light and the sensitivity is affected by applied voltage, sample temperature and their resistivity.
该传感器经过激光微调，以实现高精度量程、偏移校准和温度补偿，并在每个芯片上集成了应变片和薄膜电阻网络。
The sensor is laser trimmed for precise span, offset calibration and temperature compensation. Also includes a strain gauge and thin film resistor network integrated on each chip.
主要利用电阻的温度系数与阈值电压VTH温度系数相同的特性实现温度补偿原理。
It compensates for the temperature characteristics of the resistor and the threshold voltage VTH in such a way that the reference current has small temperature dependence.
晶圆级，激光微调，薄膜电阻和温度，真实姿态补偿NMOS管开关保证在整个工作温度和特殊林耳和经营范围的增益稳定性。
Wafer-level, laser-trimmed, thin-film resistors and temperature-compensated NMOS switches assure operation over the full operating temperature range with exceptional lin- ear and gain stability.
晶圆级，激光微调，薄膜电阻和温度，真实姿态补偿NMOS管开关保证在整个工作温度和特殊林耳和经营范围的增益稳定性。
Wafer-level, laser-trimmed, thin-film resistors and temperature-compensated NMOS switches assure operation over the full operating temperature range with exceptional lin- ear and gain stability.
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