The traditional readout circuit is improved by offset compensation based on double sampling technique.
通过对普通列读出电路进行改进，在双采样电路基础上，增加了失调电压补偿过程。
In applications where timing is critical, offset compensation may not be practical, because it takes twice as long to make a measurement.
对于定时非常关键的应用，由于偏移补偿需要进行两次测量，所以偏移补偿可能不适用。
After coarse frequency synchronization, frequency offset compensation is carried out using variable step size least mean square algorithm (VLMS).
经过频率粗同步后，以变步长的最小均方算法(VLMS)进行频率补偿。
When switching low voltages while making low resistance measurements, the thermoelectric offset voltages may be canceled by using offset compensation.
当切换低压信号并进行低电阻测量时，可通过偏移补偿的方法消除热电效应偏移电压。
If possible, do not use offset compensation (pulsed current) because inductive reaction to the current pulse may cause unstable measurements or make autoranging difficult.
如果可能的话，不要使用偏置补偿(脉冲电流)。因为对脉冲电流的感抗可能会使测量不稳定，或者使自动量程功能难于工作。
Correction parameters corresponding to each individual detector are computed by linear correction algorithm. Then the gain control circuit and the offset compensation circuit adjust the final output.
此方法根据线性校正算法给每个探测单元以相应的校正参数，然后通过增益控制电路和零点补偿电路来调整最终的输出。
Correction parameters corresponding to each individual detector are computed by linear correction algorithm. Then the gain control circuit and the offset compensation circuit adjust the final output.
此方法根据线性校正算法给每个探测单元以相应的校正参数，然后通过增益控制电路和零点补偿电路来调整最终的输出。
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