The problem of large zero drift always exists in microwave power meters with thermistor.
热敏电阻式微波功率计，一直存在零点漂移大的问题。
The receiver has short pullin time, large dynamic range, wide tracking range and small zero drift.
研制成的中频跟踪遥测接收机具有捕获时间短、动态范围大、跟踪范围较宽、零点漂移小的特点。
This difference affects light intensity and frequency of the modes, and as a result leads to zero drift.
损耗影响激发模的光强和频率，在陀螺中损耗不同将会导致零漂。
From these the chief procedures have been proposed to weaken the stochastic zero drift effects discussed here.
由此建议削弱这类随机零漂的主要措施。
If the short circuit has a very low thermoelectric EMF, this can be used to verify input noise and zero drift with time.
如果输入端的短路点具有很低的热电动势，用这种方法就可以验证输入噪声和零点随时间的漂移。
In the field of measurement, the sensors and circuits may inevitably cause residual voltage and zero drift called zero error.
在测量领域中，传感器与测量电路一般都不可避免地存在残余电压与零点漂移，即零点误差。
The occurrence reasons of the zero drift were analyzed primarily, and some measures were given to resolve the problem accordingly.
本文对零地漂移的产生原因做了一些初步分析，并针对性地提出一些解决办法。
Experiment proved that the circuit has good performance with zero drift, zero bias and low noise, which can meet the I-FOG's requirement.
经实验得到了优良的零漂、零偏、低噪声指标，可满足闭环i -FOG的实用要求。
The design idea, principle scheme and executive result for restricting zero drift of gas sensors by means of closed loop control circuit are reported.
一种利用闭环控制电路抑制气敏元件零点漂移的设计思想、原理框图及实验结果。
Based on the analysis of benchmark voltage circuit design, the zero drift in dynamic condition is solved by increasing capacitance of the parallel capacitor or the power supply.
分析基准电压回路的电路设计，通过增大并联电容或供电电源的容量，解决了动态工作下的零漂问题。
Zero drift is an important index in the thunder prevention engineering and acceptance engineering.
零地漂移是防雷工程及工程验收的一项重要指标。
Zero drift and sensitivity temperature drift of the transducer are obviously decreased with the external circuits compensating.
变送器的零点和灵敏度热漂移经过外电路补偿后显著降低。
Zero drift caused by differential polarization loss can be eliminated, while caused by differential direction loss and magnetic circular dichroism loss can not be eliminated.
结果表明，偏振差损的影响可以消除，而方向和磁圆二向色性差损无法通过改变磁场和失谐频率消除。
The equipment and environment of fiber-optic gyroscope (FOG) zero-drift experiment are introduced.
介绍了光纤陀螺零漂实验的设备环境，硬件和软件的构成及数据采集过程。
The equipment and environment of fiber-optic gyroscope (FOG) zero-drift experiment are introduced.
介绍了光纤陀螺零漂实验的设备环境，硬件和软件的构成及数据采集过程。
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