1) minimum settling time
最小建立时间
1.
Based on the minimum settling time (MST) theory and step-response analysis of the second order system in active switched capacitor (SC) networks,a novel clock feedthrough frequency compensation (CFFC) method for a folded-cascode OTA is proposed.
基于有源开关电容网络二阶系统最小建立时间( MST)理论和阶跃响应分析,提出了一种用于Folded-Cas-code放大器的频率补偿新方法,即通过MOS电容引入时钟馈通以调整电路阻尼因子η,使其达到MST状态,从而实现快速建立。
2) setting time
建立时间
1.
In this paper,the quantitative conception of "higher frequency DDS signal" is defined;the Non-ideal characteristics of DAC is analyzed,especially the performance of DAC s setting time;the correlation of slew time and setting time is proposed;a simplified trapeziform .
定义了"较高频DDS输出"的定量概念,分析了较高频DDS输出时DAC非理想特性,特别是DAC建立时间特性,给出了由建立时间估算转换时间的近似公式,将转换时间区间的输出简化为梯形波形模型,求得相应的Fourier变换,从而得到新的频谱解析式。
3) settling time
建立时间
1.
Analysis and optimization of settling time and phase margin of two stages operational amplifier;
二级运放建立时间与相位裕度的分析与优化
2.
The MATLAB optimization program can find the optimal damping factor and natural frequency that makes the settling time of OTA in minimum quickly.
在分析了OTA的零极点分布以及建立特性后,设计出一个MATLAB优化程序,找到最佳的阻尼因子和自然频率使OTA建立时间最小,并通过CadenceSpectre仿真表明,该OTA完全满足性能指标要求。
4) setup time
建立时间
1.
The accurate measure of the setup time of high-speed ADC-driven circuit
高速ADC驱动电路建立时间的准确测量
2.
An approach how to check the setup time and the hold time of the integrated circuit port signal with the aid of the timing check system in the integrated circuit timing verification stage is introduced in this article.
论文介绍了在集成电路时序验证阶段如何借助时序检测系统对集成电路端口信号的建立时间和保持时间进行检测。
3.
Six clock design measures for the field programmable gate array(FPGA) are described in this paper which preset a credible clock design according to the setup time,hold time and synchronous principle.
对于现场可编程门阵列(FPGA)常见的6种时钟设计,根据建立时间和保持时间的要求,按照同步设计原则,分别给出可靠的时钟设计方案。
5) minimum time
最小时间
1.
This paper explains course design of minimum time control, including teaching contents, critical knowledge points and an example.
“最小时间控制问题”是控制专业课程“最优控制”中极大值原理的重要应用。
2.
The maximum distance under the given time and the minimum time under the given distance are calculated by using the solution curve of the differential equations and the optimal control method, combining with the methods of the general extreme value and functional extreme value.
首先通过对人体4个生理参数和风力的分析,由牛顿第二定律建立了赛跑的最优速度模型与能量消耗模型;其次利用微分方程的解曲线与最优控制方法,结合普通极值与泛函极值方法,给出时间一定情况下的最大距离,以及赛跑距离一定情况下的最小时间,并利用最小二乘法对若干生理参数进行拟合估计;最后以某高校40多年男子赛跑成绩为依据进行模型检验,找出理论值与实际纪录值的相对误差,从而为提高赛跑成绩提供了科学依据。
3.
Second, the maximum distance D under the time T is determined and the minimum time T under the distance D is determined by using the integral curve of the differential equations and the optimal control method, and the methods of the general extreme value and functional extreme v.
基于牛顿第二定律,首先通过对人体4个生理参数(最大冲力F;体内和体外的阻力系数τ;由O2的新陈代谢作用提供能量的速度ξ;体内储存能量的初始值E0)和风力R的分析,建立赛跑的最优速度数学模型与能量消耗数学模型;第二,利用微分方程的积分曲线与最优控制方法,结合普通极值方法和泛函极值方法,给出时间T一定的情况下的最大距离Dmax以及赛跑距离D一定的情况下的最小时间Tmin;第三,利用最小二乘法对上述生理参数进行拟合估计;最后,以某高等学校20多年的女子赛跑成绩为依据进行模型检验,找出理论值与实际纪录值的相对误差,从而为提高赛跑成绩提供了科学的依据。
补充资料：最小辐亮度与最小辐照度(见核爆炸火球)
最小辐亮度与最小辐照度(见核爆炸火球)
minimum-brightness and minimum-irradiance
zuixiao fuliangdu yu zuixiaofu乙haodu最小辐亮度与最小辐照度(minimum-brightness and而nimum一irradianee)见核爆炸火球。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条