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voltage error
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  电压误差
     The 1 372s FUDS test results show that the maximum voltage error of these two models are 1.02% and 1.39% of battery pack rated voltage respectively,meeting the accuracy requirements of electric vehicle simulation.
     通过1 372 s的FUDS实验验证,两个模型最大电压误差分别为电池组额定电压的1.02%和1.39%,精度满足电动汽车系统仿真要求。
短句来源
     The output voltage error is 0.4%.
     输出电压误差率为0 4%。
短句来源
     The MRAS Flux Observer with Stator Voltage Error Compensator
     具有定子电压误差补偿的MRAS磁链观测器
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     The paper introduces the application of optic fibre voltage,current sensor in coal mine. At industrial frequency voltage of 4 ̄6kV and current of 100 ̄1000A it is verified that voltage error is less than 1% and current error less than 3% of optic fiber electric parameters sensors.
     介绍了光纤电压、电流传感器在煤矿中的应用,在工频电压4~6kV和工频电流100~1000A条件下验证了该光纤电参数传感器电压误差小于1%、电流误差小于3%。
短句来源
     Inverter Voltage Error and Bypass Control of Uninterruptible Power Supply
     UPS电源逆变器输出电压误差与旁路控制
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  电压偏差
     FEED-FORWARD CONTROL STRATEGY OF VOLTAGE ERROR ON DC-LINK CAPACITORS IN CURRENT-MODE CONTROL HALF-BRIDGE INVERTER
     电流型控制半桥逆变器直流分压电容电压偏差前馈控制技术
短句来源
     Research on Current-Mode Control Half-Bridge Inverter(Ⅱ) ——Feed-Forward Control Strategy of Midpoint Voltage Error on Input Capacitors
     电流型控制半桥逆变器研究(Ⅱ)——直流电容电压偏差前馈控制技术
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     The controller effectively combines fuzzy logic rule with secondary voltage control: The voltage error of pilot buses and its differential are the inputs of fuzzy logic block. The inputs go through the reasoning of fuzzy rules and generate the voltage control signal, which is transferred to a PI block, where the signal of area reactive power control is available.
     该控制器有效地将模糊逻辑规则和二次电压控制相结合 :将引导节点的电压偏差及其微分作为模糊逻辑控制规则的前项输入 ,与规则作用后 ,推理出相应的电压控制信号 ,然后引入比例积分器 ,得到区域无功控制信号 ,通过发电机的励磁控制 ,实现对引导节点电压的控制。
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  “voltage error”译为未确定词的双语例句
     The HSPICE simulation results show that its transfer efficiency is higher than 78% while its output voltage error is limited within 10mV.The results also show that it's highly reliable with the maximum load current 240mA.
     HSPICE仿真结果显示,其转换效率高于78%,转换误差在10mV之内,稳定性高,最大负载电流可达240mA.
短句来源
     The Discussion of Affection of Voltage Error and Electric Current Error to the Working Quality of X-ray Machine and of the Solution to it
     电压、电流值误差对X射线机工作质量的影响及解决探讨
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     Evaluation of measurement uncertainty of calibration voltage error of electrocardiograph
     心电图机内定标电压示值误差测量结果的不确定度评定
短句来源
     The results of practice test show that the high accuracy of the algorithm can limit the constant voltage error within ±20 mV.
     实际测试结果表明 ,该算法精确度高 ,可使恒压误差控制在± 2 0mV以内
短句来源
     The step is determined by the ratio of gradient and voltage error.
     步长由电压的最大误差比梯度的最大分量来决定,使得计算速度大大加快。
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  voltage error
This architecture, however, exhibits a reference voltage error caused by resistor ladder loadings.
      
In this study, an artificial neural network-based voltage compensator is proposed to reduce the voltage error between the reference and the actual voltages.
      
Uncontrolled factors like response rundown and voltage error, if present, were expected to affect all experimental groups to the same extent.
      
Voltage error at the peak of the current due to uncompensated access resistance was estimated to be 3 mV in all 3 records.
      
Voltage error at the peak of the current due to uncompensated access resistance was estimated to be 4 mV in both records.
      
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This paper preliminaryly approaches the relation between speed and error as well as the omission of D/A function transformer in the digital display of inductosyn. It points out that the speed does not bring about error when the phase difference between test pulse and exciting signal is 90°. The inductosyn can be used as a speed transducer. The omisson in function transformer only brings about voltage error but not test error.

本文对感应同步器数显表中运动速度与误差的关系及D/A转换中函数变压器的省略问题,作了初步探讨。认为在测量脉冲与激磁信号相位相差90°时,运动速度不会造成测量误差。如改变测量时间,则可作为一种速度传感器使用。函数变压器中的省略只会造成电压误差,不会造成测量误差。

A usable circuit of solid state laser power supply of L-C constant current charger is described.The relationship between L-C parameter and charging voltage,repetition rate is discussed.The charging voltage error is about±0.2%.It enables the simplification of the circuit,and results in simple structure and easy operation.The pareamters of main components are given.

介绍一种L-C恒流充电固体激光器电源的实用线路,阐述了L-C参量与充电电压、重复率之间的关系.电源的充电精度达到0.2%,整个线路简单,操作方便,并给出线路中的关键元件参数.

The A /D conversion of output signals of HT< RF-SOUID magnetometors is often needed inmany applications,for computers have to be used to analyze and process the data. The high sensitivity of the HTc RF-SQUID magnetometor, however, makes it very susceptible to electric pulseinterferences generated from the digital circuits of the data acquisition system. Furthermore,HTcRF-SQUID magnetometors sometime generate magnetic-fluxquantum jumps. These problemsbring us three difficulties in the design of the data acquisition...

The A /D conversion of output signals of HT< RF-SOUID magnetometors is often needed inmany applications,for computers have to be used to analyze and process the data. The high sensitivity of the HTc RF-SQUID magnetometor, however, makes it very susceptible to electric pulseinterferences generated from the digital circuits of the data acquisition system. Furthermore,HTcRF-SQUID magnetometors sometime generate magnetic-fluxquantum jumps. These problemsbring us three difficulties in the design of the data acquisition system: (i)how to suppress the interferences from the digital ground loops of the data acquisition system; (ii)how to substract andrecord the charactoristics of magnetic-fluxquantum jumps (iii)how to compensate the voltage errors caused by the flux jumps to ensure the normal operation of the data acquisition system. All ofthese problems have been successfully solved by the data acquisition system given here.

在高温RF—SQUID磁力仪的许多应用中.常常需要把它测得的信号做模数变换.以便在计算机上进行分析和处理。但由于RF—SQUID磁力仪灵敏度极高.很容易受数据采集系统中逻辑器件产生的电脉冲干扰.加之它有磁通量子跳变现象.这就给高温RF─SQUID磁力仪数据采集系统的设计带来了三个困难;①怎样抑制数据采集系统数字地线噪声对磁力仪的干扰;②怎样提取和记录磁通量子跳变的特征;③怎样扣除磁通量子跳变偏差电压以保证数据采集系统的正常工作。该文给出的数据采集系统.比较成功地解决了这三个问题。

 
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