补充一点，因为在直源压源的关系，图形中t=0时是从2.5V开始先下降再上升的，不知道和这个有没有什么关系。Guide里就那么两句话，我本来也觉得这个东西不复杂，可就是不显示，真没办法。
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要是我发错了地方，麻烦版主帮忙动一动。
p.s.关于前面说的，减去首次达到final value的时间这一步，我又想到不需要用settlingTime这个函数，可以用value函数直接取首次达到3V的时间轴。
关于settlingTime的设置问题继续等待前辈指教。
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How to use calculator in cadence virtuoso ,pls upload if do u have tutorial.
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也可以用rising time试试，两个rising time的函数，分别测2.1V和2.9V的时间点，相减即可得到。
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关于settlingTime的设置问题继续等待前辈指教
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求实用手册
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求实用手册
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&&&&This paper, taking concrate second-order system for example, describes that the simulate models, which were obtained from different discrati zation method by the means of s-z transformation, have effect on accuracy, stability, overshoot and the settling time of the system, as the sampling time is different.
&&&&本文讨论了用S—Z代换的不同离散化方法获得的仿真模型,在选取不同采样时间时,对系统仿真精度、稳定性、超调量、调节时间的影响。
&&&&The presence of stable zeros near or on the j ω axis shows that there is trade offs between the tracking error and the settling time.
&&&&接近虚轴或虚轴上的稳定零的存在表明跟踪误差与调节时间之间存在某种折中 .
&&&&The settling time of step response by this new control algorithm is close to that one by Smith compensating algorithm. Even if the mathematical model of the controlled object is not accurate,this new control algorithm still functions to some extent.
&&&&这种实用新算法的调节时间接近于Smith补偿算法,但在被控对象的数学模型不精确时,仍有较好的控制效果.
&&&&It will result in the settling time longer or error response infinite norm larger when there are near cancellation of stable pole-zero near the jω-axis.
&&&&名义系统接近于虚轴的稳定零点与补偿器的稳定极点近似相消导致反馈控制系统的调节时间延长或者误差响应的无穷范数变大。
&&&&Simulation demonstrates that the fuzzy control method has superiority over the classic PID method, regarding the settling time, overshoot and stability.
&&&&模拟结果表明模糊控制与常规
P I D 方法相比，具有过渡时间短、超调量小和稳定性好的特点。
&&&&Digital simulations show t hat the iterative learning control can remarkably improve the dynamic performanc e of the control systems, such as decrease the overshoot, speed up the dynamic r esponse and shorten the settling time,etc. This indicates the effectiveness of
the algorithm on the industrial control system.
&&&&数字仿真表明 ,迭代学习控制能有效改善工业过程稳态优化进程中控制系统的动态品质 ,如减少超调 ,加快动态响应速度 ,缩短过渡时间等 ,显示了算法对工业过程控制系统的有效性 .
&&&&Digital simulations show that the iterative learning control algorithm can effectively eliminate the influence of the noise on output signal and can remarkably improve the dynamical performance of the control systems in steady-state optimizing, such as to decrease the overshoot, shorten the settling time, accelerate the response, etc.
&&&&数字仿真表明 ,加权超前局部对称双积分型迭代学习控制算法能有效消除噪声对系统输出信号的影响并能改善滞后工业过程稳态优化进程中控制系统的动态品质 ,如减少超调 ,缩短过渡时间 ,加快响应速度等 .
&&&&In terms of percent overshoot σ
p and the settling time t
s, the viable region of poles of the closed-loop transfer function is decided.
&&&&根据控制系统超调量σp 和调整时间ts 的要求 ,配置闭环控制传递函数极点的可行区域 .
&&&&After transforming such time domain specifications as the settling time,the overshoot,etc,into a pair of dominant poles,the dominant pole placement method combined with phase margin specification is then employed for a PID tuning.
&&&&在将诸如调整时间、超调量等时域性能指标转化成一对主导极点之后,采用主导极点配置方法,并与相角裕度相结合,来整定PID参数。
查询“the settling time”译词为用户自定义的双语例句&&&&我想查看译文中含有：的双语例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。&&&&&&&&&&&& This paper, taking concrate second-order system for example, describes that the simulate models, which were obtained from different discrati zation method by the means of s-z transformation, have effect on accuracy, stability, overshoot and the settling time of the system, as the sampling time is different. It provides the refernce basis for the selection of the discretization methods and the sampling time in continuous system simulation. At the end of the paper the author simply shows the... This paper, taking concrate second-order system for example, describes that the simulate models, which were obtained from different discrati zation method by the means of s-z transformation, have effect on accuracy, stability, overshoot and the settling time of the system, as the sampling time is different. It provides the refernce basis for the selection of the discretization methods and the sampling time in continuous system simulation. At the end of the paper the author simply shows the block diagrams and the algorithm of the simulation program.本文讨论了用S—Z代换的不同离散化方法获得的仿真模型,在选取不同采样时间时,对系统仿真精度、稳定性、超调量、调节时间的影响。为在连续系统仿真中离散化方法和采样时间的选择提供了参考依据。 We have investigated artificial neural network models based on an augmented Lagrange method, and accomplished the circuit structure and the simulation experiments. SC circuits based on the augmented Lagrange method have features of neural networks and massively parallel processing capacity,the described function value generally is not affected by parameter variation in a wide range, and exhibits notable robustness. The results illustrate that applying augmented Lagrangian optimization methods have better convergence... We have investigated artificial neural network models based on an augmented Lagrange method, and accomplished the circuit structure and the simulation experiments. SC circuits based on the augmented Lagrange method have features of neural networks and massively parallel processing capacity,the described function value generally is not affected by parameter variation in a wide range, and exhibits notable robustness. The results illustrate that applying augmented Lagrangian optimization methods have better convergence and the settling time is short.研究了扩展拉格朗日方法的人工神经网络模型，实现了其电路结构，并进行了仿真实验。基于扩展拉格朗日优化方法的ＳＣ电路具有神经网络的特征和大规模并行处理容量，其描述的函数值在很宽的范围内一般不受参数变化的影响，呈现出显著的坚固性。扩展拉格朗日优化方法具有较好的收敛性，且定位时间较短。 A
fuzzy logic controller is constructed to controller a metallic ball suspended in an electromagnetic field. The controller allows two premises, one conclusion, and nine rules. It explores a new method of fuzzification and defuzzification that subdues the information loss in the classification of accurate values. Modification of this method is also proposed. Simulation demonstrates that the fuzzy control method has superiority over the classic PID method, regarding the settling time, overshoot and stability.... A
fuzzy logic controller is constructed to controller a metallic ball suspended in an electromagnetic field. The controller allows two premises, one conclusion, and nine rules. It explores a new method of fuzzification and defuzzification that subdues the information loss in the classification of accurate values. Modification of this method is also proposed. Simulation demonstrates that the fuzzy control method has superiority over the classic PID method, regarding the settling time, overshoot and stability. The controller is implemented by CMOS current
mode circuits and fabricated with improved CMOS technology. The test results of the chip show that the specifications of the task are principally achieved with about 300 MOS transistors, a core area of 1.1mm
2 and a consumption of 10.7mW.针对一个磁场中悬浮金属小球的控制问题，设计了有两输入一输出和九条规则的模糊控制器。控制器采用了一种新的模糊化和去模糊方法，它克服了通常的模糊化方法中由于把精确量分等级而带来的信息损失。模拟结果表明模糊控制与常规
Ｐ Ｉ Ｄ 方法相比，具有过渡时间短、超调量小和稳定性好的特点。用 Ｃ Ｍ Ｏ Ｓ电流型电路进行了设计，并用改进型
Ｃ Ｍ Ｏ Ｓ工艺流水，结果表明该电路较好地达到了设计要求。全部电路近 ３００ 个
Ｍ Ｏ Ｓ管，面积为 １?１ ｍ ｍ ２， 功耗为１０?７ ｍ
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