电流误差矢量轨迹,Current error vector locus
1)Current error vector locus电流误差矢量轨迹
2)capacitor tracking error电容轨迹误差
1.Two different models are used to analyzing the impact ofcapacitor tracking error on DAC s accuracy.用两种不同的理论模型分析了电容轨迹误差对DAC精确度的影响,并在两种模型下比较了两级和传统的单级电荷按比例缩放DAC的精确度和版图面积。
3)vector locus矢量轨迹
1.The two approaches are: (1 ) the traditional theory of Fast Fourier Transform (FFT) and (2) the technique of cutting forcevector locus variance which is determined by the data from a multi-axis force sensor.针对立铣加工过程中影响加工精度、效率和刀具寿命的切削颤振现象提出切削力矢量轨迹分散值评价法，并与传统的快速富里叶变换法（ＦＦＴ）进行比较。
4)trajectory error轨迹误差
1.On the basis of Denavit-Hartenberg arithmetic,the mathematical model of measuring robot is established,all error sources are deeply analyzed according to the traits and correlation between measuring robot and the objects,thus thetrajectory error transfer function is brought in to compensate the robot s trajectory control in advance and improve the precisi.基于Denavit-Hartenberg方法建立了测量机器人的数学模型,根据测量机器人和被测对象自身特点和相互关系对系统中实际存在的各种误差因素进行分析,并引入了轨迹误差传递函数对机器人的轨迹进行了预先补偿,提高了系统的轨迹精度。
2.In order to carry out the task of conveying the material,thetrajectory error of AGV must be controlled in the proper limit.AGV是现代自动化物流系统中的关键设备之一,为了完成搬运任务,必须对其轨迹误差进行控制。
英文短句/例句
1.Error Analysis of Well Trajectory and Its Visualization Research;定向井轨迹误差分析及三维可视化描述研究
2.Research on Correction of Numerical Simulation Error Based on WAMS;基于WAMS的动态数值仿真轨迹误差校正的研究
3.Simulation and Optimization of Dynamic Contouring Error for Multi-Axis NC Machining;多轴联动数控机床动态轨迹误差仿真及优化研究
4.Path Error Restraining Method and Application for High Speed and High Precision CNC Machining高速高精度数控加工中轨迹误差的抑制方法及其应用
5.Error Analysis and Caculation of Motion Track for Target Imitation Motion Trestle Based on the PMAC基于PMAC的目标模拟运动支架运动轨迹误差分析和计算
6.Reaserch of Non-Contact Measurement by Circular Testing for Geometric Error of NC Machine Tools;数控机床几何误差非接触圆轨迹检测方法研究
7.Research on Error Measuring Instrument for Circular Interpolation of NC Machine Tools;数控机床圆轨迹插补误差检测仪的研究
8.Error Estimate of Arc-Path Chamfering of Gear Shaper Cutter and Determination of Optimum Arc Path插齿刀圆弧轨迹负倒棱误差分析及最优圆弧确定
9.Research on Photoelectric Theodolite Intersection Based on Air Trajectory Testing Methods and Its Error光电经纬仪空中轨迹交会测量方法研究及误差分析
10.Abstract: When a NC milling toolpath is generated, in order to reduce machi ning errors and manufacuring cost, the optimization of NC toolpath have to b e paid attention to.文摘:在生成NC铣加工刀具的运动轨迹时，应注意优化加工路径，以减少加工误差、少加工成本。
11.When a NC milling toolpath is generated, in order to reduce machi ning errors and manufacuring cost, the optimization of NC toolpath have to b e paid attention to.在生成NC铣加工刀具的运动轨迹时，应注意优化加工路径，以减少加工误差、少加工成本。
12.The principle of trace control, error analysis and the software design which improves the quality of interpolation are described also.对轨迹控制的原理、误差分析以及提高插补质量的软件设计都作了介绍。
13.Plenty of times in medicine there were false scents.医疗界也有过一些错误的轨迹。
14.Now we give examples of things that might be mistaken for tracks, but are not tracks.现在我们给出一些可能会被误判为轨迹的一些东西，它们不是轨迹。
15.Changing of China s Regional Difference and an Analysis of the Regional Difference Network;中国区域差异变化轨迹及区域差异系统分析
16.cross track error from the route真航迹与计划航向交叉误差
17.Study of Neutral Track Measurement at BESⅡ北京谱仪Ⅱ中性径迹测量误差的确定
18.Measurement Error Analysis for In-Orbit Test of Satellite Communication Payloads卫星通信有效载荷在轨测试误差分析
相关短句/例句
capacitor tracking error电容轨迹误差
1.Two different models are used to analyzing the impact ofcapacitor tracking error on DAC s accuracy.用两种不同的理论模型分析了电容轨迹误差对DAC精确度的影响,并在两种模型下比较了两级和传统的单级电荷按比例缩放DAC的精确度和版图面积。
3)vector locus矢量轨迹
1.The two approaches are: (1 ) the traditional theory of Fast Fourier Transform (FFT) and (2) the technique of cutting forcevector locus variance which is determined by the data from a multi-axis force sensor.针对立铣加工过程中影响加工精度、效率和刀具寿命的切削颤振现象提出切削力矢量轨迹分散值评价法，并与传统的快速富里叶变换法（ＦＦＴ）进行比较。
4)trajectory error轨迹误差
1.On the basis of Denavit-Hartenberg arithmetic,the mathematical model of measuring robot is established,all error sources are deeply analyzed according to the traits and correlation between measuring robot and the objects,thus thetrajectory error transfer function is brought in to compensate the robot s trajectory control in advance and improve the precisi.基于Denavit-Hartenberg方法建立了测量机器人的数学模型,根据测量机器人和被测对象自身特点和相互关系对系统中实际存在的各种误差因素进行分析,并引入了轨迹误差传递函数对机器人的轨迹进行了预先补偿,提高了系统的轨迹精度。
2.In order to carry out the task of conveying the material,thetrajectory error of AGV must be controlled in the proper limit.AGV是现代自动化物流系统中的关键设备之一,为了完成搬运任务,必须对其轨迹误差进行控制。
5)error voltage vector误差电压矢量
1.Error voltage vector generated by the dead time, power devices turn-on and turn-off time was analyzed,and the amplitude oferror voltage vector was calculated in different voltage vector sectors under different 3-phase current polarities.分析了因死区时间、功率器件导通关断时间引起的误差电压矢量,在不同的电压矢量扇区内根据电流极性的不同,通过矢量合成的方法得出了误差电压矢量的幅值,给出了该矢量和三相电流极性的对应关系,并在静止参考轴系内完成了补偿算法。
6)vector track矢量轨迹线
1.The strength g of the vector and the representative of the differential equation forvector track were obtained, with the vertical component gz and the horizontal component gx of gravitational anomalous vector generaed by studied objects in the profiles.通过所研究地质体在剖面内产生的重力异常垂直分量gz和水平分量gx,求出了剖面内重力矢量强度g及矢量轨迹线微分方程的表达式,进而求出了矢量轨迹线方程。
延伸阅读
电容式电压互感器暂态误差电容式电压互感器暂态误差transient error of capac-itor voltage trans-former电压，主要来源于为了使正常的二次抽出电压和一次翰出电压同相所专门设t的补偿电抗器，它与分压电容器两者形成振荡回路，在一次电压突变时产生电磁是波一种sookV电容式电压互感器接线示意图Cll、C12、C13、CI一分压电容导;Ll一补偿电杭界;T一中问变压器;LZ、CZ、RZ一构成阻尼回路的电感、电容及电阻暂态;也来源于抑制铁磁谐振而在二次端子上并人阻尼回路等的暂态响应.图中是一种实际sookV电容式电压互感器的接线示意图.当一次电压突变时，在这种电容式电压互感器的二次箱出电压中，将出现两种预率的暂态电压:一是频率较高、衰减较快的分t;另一是颇率低，衰减较慢的分盘.标准国际电工委员会(I EC)推荐标准出版物186对电容式电压互感器的“暂态响应”有如下规定:“当在高压端与地短路情况下，电容式电压互感器的二次电压值应在额定颇率的一个周波内衰减到低于短路前峰值的10%”.这条规定，指的是当一次电压波为零或者是为最大值时发生短路这两种情况中的较大者。dlonrongshld一onyo hugonq一zontol wueho电容式电压互感.曹态误差(transient errorofeapaeitorvolta罗transformer)当一次电压发生突然变化，电容式电压互感器的二次翰出电压中，因出现附加的短时暂态电压而造成的电压传变误差。出现这种现象，是电容式电压互感器的一种固有特性。影响电容式电压互感器的暂态误差，对装设在弱电派侧(电撅阻抗远大于线路阻抗的短线路上)的瞬时距离继电器的侧t精度，影响很大;同时也影响快速方向继电器在母线故障时的方向判别能力。在这些情况下，继电器安装点故障后的一次工频残余电压很低，或为零，在故障后的短时间内，通人继电器的电压中，哲态分t电压占了极大比重，甚至只有暂态分量电压，从而妨碍这些继电器的正常工作。需要考虑有效措施解决。由于互感器本身暂态过程的影响，在系统的某些!大操作中，例如空载线路由带电情况下断开然后进行重合闸，无论在第一次断开或重合闸后，装设在线路上的电容式电压互感器的二次输出电压中，将出现许多一次系统中根本不存在的假象，不能如实反映一次电压变化暂态过程的实际情况。来源电容式电压互感器二次翰出电压中的暂态
