由于提供了数字输出，数字传感器不需要外部电路进行线性化和数据转换。
By providing a digital output, digital sensors do not require external circuitry for linearization and data conversion.
线性化所用的电路与电控的或手拨的数字电阻箱匹配之后，可用于程序的或定点的精密温度控制。
The circuit for linearization can be applied in the accurate temperature program-control or fixed-point control after it is matched with an electric or manual resistance box.
在实际电路设计过程中使用前两种方法，得到了很好的线性化结果。
The first two methods provide very good linear results in the actual process of circuit design.
通过理论分析，给出了TS -B3型温度传感器线性化误差的近似计算式及电路参数的计算方法。
An approximate formula of linear error about TS-B3 temperature sensors and calculation methods about circuit parameter were given by theory analysis.
本文分析了NTC热敏电阻的温度特性，给出了一种NTC热敏电阻接口电路的最佳线性化参数设计思想和方法。
The paper not only analyses the temperature property of NTC thermistance, but also demonstrates an idea and method of optimum parameter design for NTC thermistance linear interface circuit.
报导了一种利用多功能转换器产生的多种传感器线性化校正函数的原理及实现电路。
Linearization compensation funCtions of several transducers can be produced by means of the multifunction translator. And itS principle and executive circuit are reported.
许多文献都对这种自适应偏置技术进行了研究，然而，对于多种自适应线性化偏置电路比较和分析的文章尚未见报道。
Many papers have focused on the research of these adaptive bias circuits, but none has reported on the comparison and analysis of these bias circuits.
本文叙述一种铂电阻温度计的标定值线性化的方法，其精度高且电路简单。
A linearized method for scale value of platinum resistance thermometer is described. The circuit is simple and the method is more accurate.
首先给出了操纵台曲线修正设计方案，然后给出了实现非线性化的修正电路的电路原理图。
First introduces manipulator's output modifying scheme, then give a circuit design schematic of nonlinear correcting circuit.
铂电阻温度变送器实现高稳定性的方法，给出具有高稳定性的铂电阻精密线性化公式，并讨论了如何充分利用混合集成电路技术实现其热稳定性。
The quantitative formula of RTD precision and high stability linearization is given. This paper also discusses how to realize the heat stability fUlly used the hybrid IC technique.
铂电阻温度变送器实现高稳定性的方法，给出具有高稳定性的铂电阻精密线性化公式，并讨论了如何充分利用混合集成电路技术实现其热稳定性。
The quantitative formula of RTD precision and high stability linearization is given. This paper also discusses how to realize the heat stability fUlly used the hybrid IC technique.
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