The necessary and sufficient condition for the steady-state output controllability of linear time-invariant systems is presented.
对线性定常单变量系统常值稳态输出的可控性问题进行讨论。
This system employs a dynamical compensator, which can ensures the steady-state output error under disturbances to be zero, satisfying the dynamic requirements.
这类系统利用一个动态补偿器，保证了干扰作用下系统输出的稳态误差为零，且动态特性满足设计要求。
The results show that the evolution of the steady-state output parameters of the system varies with the values of modulation parameters, group velocity dispersion and self phase modulation.
研究表明，系统的定态输出随系统的调制深度或调制频率、群速色散或自相位调制等参量值的变化而变化。
The problem of satisfactory PID control for a class of stochastic systems with constraints on dynamic error coefficient, steady-state output variance and relative stability margin is considered.
研究一类随机系统具有期望的动态误差系数、稳态输出方差和相对稳定裕度约束的满意PID控制问题。
Finally, employing the equivalent electricity quantity approach, the steady state output voltage expression of charge pump is derived.
紧接着采用等效电量关系法详细地推导了电荷泵的稳态输出电压表达式。
The output will pass through a transient phase and set down to a steady state response that will be of the same form as, or bounded by, the input.
输出经过瞬态阶段后将回到与输入有相同形式的稳态或者是在输入的附近。
Under continuous wave pumping, backward amplified spontaneous emission output power (ASE-) rapidly increases to peak value, and then decreases monotonically to steady-state value.
在连续波泵浦下，反向自发辐射输出功率（ASE-）首先快速地增加到峰值功率，然后单调下降到稳态值；
The correlation functions can be used as feedback signal to control the systems from chaos to steady state, chaos to periodic oscillation, or even from chaos to preset output.
用关联函数作为反馈，可使系统从混沌到定态或混沌态到周期振荡，甚至可以实现从混沌态到指定的定态输出。
Good output waveform of inverter voltage mainly includes three aspects: high steady-state precision, good dynamic performance and good load adaptability.
好的逆变电源电压输出波形主要包括三个方面：稳态精度高、动态性能好及负载适应性强。
This paper presents a novel open-loop speed control method for induction motors that provides high output torque and nearly zero steady-state speed error at any frequency.
提出了一种新颖的感应电机开环速度控制法，在任一频率下，它不但能使电机输出高的力矩，而且使稳态速度误差几乎等于零。
In this paper, only static models were used to capture the input-output relationship in the steady state, which simplifies both the modeling pro-cess and the controller design.
在这篇论文中，只使用静态模型来获取稳定状态下输入输出的关系，从而简化了建模过程和控制器的设计。
The necessary steady state gain information may be obtained from steady state design models or LAB -ID output.
必需的静态增益信息可以从静态设计模型或从LAB -ID 的输出获得。
This model can take into account the realistic steady-state losses of STATCOM if desired, and hence more accurately predict the active and reactive power output of it.
该模型可以考虑STATCOM功率损耗从而可以更准确的计算其有功及无功输出。
In steady state, the levels of capital, and thus the output are not changing.
在稳态下，资本和产量水平都保持不变。
To improve the steady state operation and dynamic response, a dual-loop control strategy which incorporates the inductor current and the instantaneous output voltage has been used.
该方案采用电感电流和输出电压瞬时值双环控制，以提高输出稳定性和动态响应。
According to the deferent error hierarchy of the output variables, the hierarchical fuzzy control and the steady state output is switched over.
根据输出变量的不同误差等级进行分级模糊控制和稳态值输出切换，以便在直线电机位置控制中的不同阶段采取不同的控制模式。
Furthermore, the output characteristics and the universal ZVS condition are also derived on the basis of the steady state analysis.
分析了该变换器的稳态特性，得到了变换器的输出特性和实现软开关的通用条件。
The output will pass through a transient phase and settle down to a steady-state response that will be of the same form as, or bounded by, the input...
输出会通过一个过渡的阶段然后稳定于一个稳态反应，其形态和输入相同或者受输入的约束。
The output will pass through a transient phase and settle down to a steady-state response that will be of the same form as, or bounded by, the input...
输出会通过一个过渡的阶段然后稳定于一个稳态反应，其形态和输入相同或者受输入的约束。
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