loop gain

The open loop gain, AGUARD , ranges from 104 to 106.

其开环增益(AGUARD)的范围在104到106之间.

Analysis of the Closed Loop Gain in the Complicated Feedback Circuit

复杂反馈系统闭环增益的分析

In order to study the intrinsic mechanism of this bi-stability phenomenon, we measure the open loop gain of the laser.

为了找出双稳态现象出现的原因，我们对于我们设计的环形双稳态激光器的开环增益做了测试，得到了增益曲线，并通过增益曲线解释了双稳态形成的机制。

The error of close loop gain of inverse proportion amplifier, which is caused by the influence of open loop input resistance of operation amplifier can be negligible when the open loop is by the gain of the operation amplifier.

证明当运算放大器的开环增益足够高时，在适当地选取比例运算放大器的输入端电阻和反馈电阻的条件下，运算放大器开环输入电阻对闭环反相比例放大运算精度的影响是可以忽略的。

The variable pump makes the open loop gain change and decrease, the tracking control accuracy is difficult to be achieved by traditional feedback control A/ O cascade control. Effective compensation to the change of open loop gain can be achieved with micro-controller and compound control methods.

变量泵源导致系统开环增益下降和动态变化，传统的反馈控制和串联校正很难使此类系统跟踪精度达到要求应用复合控制方法，可以对开环增益变化进行有效补偿，提高跟踪控制精度。

The amplifier should have acceptable loop gain at 500 kHz for use with the AD 574 A.

喇叭筒对于使用西元574A应该 在500仟赫有可接受的环增益.

Light of Laplace transform and transfer function of the open loop gain cofficient's influence on the stability of the system.

并用拉普拉斯变换与传递函数方法从理论上说明了开环放大倍数对系统稳定性所扮演的重要角色。

The closed loop gain shaping algorithm is applied to the rudder roll damping system.

将闭环增益成形算法应用于舵阻摇系统.

The elaborate design of the amplifier, results in the performances of 590 MHz bandwidth, open loop gain 90 dB and power consumption 15 mW for 0.35 μ m CMOS. All the performances of the amplifier satisfy the demands of high-speed A/ D converter.

经过精心设计，该放大器在0.35μM CMOS工艺中带宽为590MHz，开环增益为90dB，功耗为15mW，满足高速A/D转换器要求的所有性能指标。

This bias divided by the guidance loop gain will be the miss due to this cause.

这个偏差除以制导回路的放大系数,就是这个原因所引起的脱靶量.

The Influence of Open Loop Gain Cofficient on Stability of the Feedback Control System

开环放大倍数对反馈控制系统稳定性的影响