closed-loop gain
英 [kləʊzd luːp ɡeɪn]
美 [kloʊzd luːp ɡeɪn]
闭合回路增益
双语例句
- Third, rail-to-rail AMPLIFIER OUTPUT stages exhibit load-dependent gain which affects AMPLIFIER open-loop gain, and hence closed-loop gain accuracy.
第三，轨到轨放大器输出级增益与负载有关，这将影响放大器的开环增益，当然也影响了闭环增益的准确性。 - Robust Control of a High Purity Distillation Column Using Closed-Loop Gain Shaping Algorithm
用闭环增益成形算法的精馏塔鲁棒控制 - Application of Closed-Loop Gain Shaping Algorithm in Rudder Roll Damping System
闭环增益成形算法在舵阻摇系统中的应用 - A kind of robust PID controller based on closed-loop gain shaping algorithm, which had higher precision and superior robustness, replaced the LQ controller.
将原有的LQ控制器用基于闭环增益成形算法的鲁棒PID控制器取代； - Then, the delay-dependent stability of the closed-loop system is analyzed when utilizing the proportional feedback active queue management ( AQM), and a stability criterion is obtained with less conservatism. The proposed criterion exhibits the relation between the proportional gain and the parameters of network.
其次，对采用比例主动队列管理（AQM）策略的闭环系统进行时滞依赖稳定性分析，得到具有较小保守性的稳定性准则，该准则揭示了比例增益与网络参数之间的关系。 - Using the closed-loop gain switching technique, a synchronization signal or a proper choice of the feedback loop parameters, a sequence of steps and electronic speckle pattern interferometry of automatic phase stepping can be obtained.
采用闭环增益转换技术，通过一个同步信号或选择一个恰当的反馈环路参数，可得到一个连续的相位步进，实现自动相位步进在光纤光学中电子条纹干涉。 - According to the requirement of closed-loop frequency spectrum, a new PID parameters solving method based on closed-loop gain shaping is presented.
根据闭环频谱要求，给出一种新的基于闭环增益成形的PID参数求解方法。 - Under this condition that the peak value is nearly equal to the value of the mid-frequency range of the closed-loop gain, a method of calculation for the optimum value of the negative feedback depth ( that is the maximum value at no TIM distortion) is found out.
在这个突峰值近似地等于这个闭环增益中频段的数值的情况下，找到了计算负反馈深度最佳值，即无瞬态互调失真（TIM失真）的最大值的方法。 - In aspects of control algorithms, not only routine tension and speed closed-loop control but also advanced control strategies are applied, as follows auto-tuning, signal adaptive, variable, gain and multi-mode control.
在控制算法方面，除了常规的张力闭环和速度闭环控制外，还应用了自整定、信号自适应、变增益以及多模态等先进控制策略。 - The unknown disturbances and uncertainties are approximated by a T-S fuzzy system, and the boundedness of all signals of the composite closed-loop system is guaranteed by Lyapunov method and the small gain theorem.
利用T-S模糊系统逼近未知干扰和不确定性因素，采用Lyapunov方法及小增益理论证明了闭环系统所有信号一致最终有界。 - Then the compensation gains are designed to further improve the closed-loop system performance and the gain design is formulated and solved as an iterative optimization problem with LMI constraints.
并且以抗饱和补偿增益作为未知量进行设计，通过求解一个迭代LMI算法，使得闭环系统的性能最大化。 - For a nonlinear course keeping system for ships, a kind of nonlinear robust PID is presented, which is based on an exact feedback linearization and a closed-loop gain shaping algorithm. The nonlinear PID controller is constituted of a nonlinear items with a robust PID controller.
针对非线性船舶航向保持系统，给出一种基于精确反馈线性化和闭环增益成形算法的非线性鲁棒PID控制器，该非线性PID控制器由非线性函数项和鲁棒PID控制器组成。 - Closed-loop gain shaping algorithm constructs a robust controller by the four engineering parameters of the largest singular value, bandwidth frequency, peak value and slope of high frequency asymptote according to the desired shape of sensitivity function and closed-loop frequency spectrum.
闭环增益成形算法根据闭环频谱及灵敏度函数所希望的形状，用最大奇异值、带宽频率、频谱峰值和高频渐近线斜率4个具有工程意义的参数构造出鲁棒控制器。 - In closed-loop MIMO downlink, the bandwidth of the control channel by which the feedback is conveyed is severely limited, which restricts the MIMO precoding to obtain the full precoding gain with full channel state information ( CSI).
在闭环MIMO下行链路中，反馈信道信息的控制信道带宽是有限的，这使得MIMO预编码无法利用完整的信道信息以获取充分的预编码增益。 - The conditions for stability of the sliding mode and asymptotically stability of the closed-loop systems are all indicated directly by the original system coefficient matrices and switching surface gain matrices.
本文所得到的滑动模态稳定性条件和闭环系统渐近稳定条件都是直接用原系统和切换面的系统矩阵表示，求解时可以避免系统分解时引入变换矩阵所导致的数值问题。 - Finally, the paper gives a detailed compute, analysis and simulation of closed-loop transfer function and loop gain of the system.
最后对系统的闭环传递函数和环路增益进行了较为详细的推导、分析以及仿真验证。 - In condition of the time-delay systems closed-loop stability, introduce the frequency stability margin: gain margin and phase margin.
在时滞系统PID控制闭环稳定的基础上，进一步引入频域稳定裕量：幅值裕度、相角裕度。 - Then the fin stabilizer controller was designed by using backstepping algorithm, closed-loop gain shaping algorithm, Lyapunov stability and simulation tests were carried out under certain disturbances.
然后基于Backstepping算法、闭环增益成形算法及Lyapunov稳定性设计出减摇鳍控制器，并且在考虑一定的干扰后进行了仿真试验。