In this paper, first a digital input technique about stepmotor based on EDA is introduced. By using this technique the stepmotor can be controlled accurately.
介绍了一种利用EDA技术，实现步进电机控制系统数字输入的方法，从而实现了对步进电机的精确控制。
A digital automatic calibration technique is developed to trim the differential OPAMP s input-referred and its former output stage offset voltages.
通过一种数字自动校准技术，可以校准差分运放及其输入信号所产生的失调电压。
Since digital filter and spline interpolation technique have been adopted in the compensation method, the developed control system is both stable and effective to arbitrary input signals.
由于在补偿方法中采用了数字滤波和样条插值技术，使得所建立的控制系统对任意的输入作用都具有良好的稳定性和补偿效果。
Since digital filter and spline interpolation technique have been adopted in the compensation method, the developed control system is both stable and effective to arbitrary input signals.
由于在补偿方法中采用了数字滤波和样条插值技术，使得所建立的控制系统对任意的输入作用都具有良好的稳定性和补偿效果。
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