积分增益是积分电路的一个重要参数。
The integrating gain is a very important parameter of integrator circuit.
本文给出一种新型的有源相位补偿差动积分电路。
A novel active phase compensated differential integrator is given.
线路均衡器控制方法，积分电路，频移电路和传输装置。
Line equalizer control method, and integrating circuit, frequency shift circuit and transmission device.
在电机驱动器(22)和开关电路(26)之间设有积分电路。
An integration circuit is provided between the motor driver (22) and the switch circuit (26).
同时，进行了点焊焊接电流方式的选择，积分电路和系统电路的设计。
Simultaneously, the sensing mode for spot welding current was chosed and an structure of integral circuit and system circuit was designed.
它由反馈网络、积分电路、单片机化数据采集与数字控制实现，具有良好的动静态性能。
It is achieved the function by feedback, integral circuit, computerisation data acquisition and numeral control with the computer on slice, and provided favourable dynamic and static performance.
采用RC积分电路和数字积分器相级联的积分方法，可以方便灵活的设置辐射计的积分时间。
Integration time of microwave radiometer can be set easily by rc integration circuit in series with digital integration circuit.
分析了复合运放提高性能的原理，利用两运算放大器设计了高性能复合放大器，以构成理想的积分电路。
By analyzing the principle of compound operational amplifier, a high performance amplifier is designed by using two operational amplifiers, so an idea integrator is achieved.
考虑到U - I模型磁链观测器含有纯积分电路，会带来两个问题：一是直流漂移误差，二是积分初值误差。
Because in U-I model flux observation pure integration element is adopted, it brings about two problems of DC drift error and initial integration error.
众所周知，当一个过程具有共振态、积分电路及不稳定设备传递函数的特点时，同样很难得到较好的闭环步进回应。
Also, it is well known that it is difficult to get good closed-loop step responses for processes with resonances, integrators and unstable plant transfer functions.
应用电子技术按设定频率上、下限实现自动转换的双通道积分电路，并按此设计PLC控制的变频调速高楼供水系统。
Variable frequency altering-speed system of supplying water for high building using PLC control was designed by double-channel integral circuit.
应用电子技术按设定频率上、下限实现自动转换的双通道积分电路，并按此设计PLC控制的变频调速高楼供水系统。
Variable frequency altering-speed system of supplying water for high building using PLC control was designed by double-channel integral circuit.
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