1.
The influence of CT turn ratio to high impedance differential protection is analyzed, and the method of measuring turn ratio error is also introduced.
分析了CT匝数比误差对高阻抗差动保护的影响,并介绍了匝数比误差的测量方法。
2.
A step-down transformer has a turns ratio less than 1.
降压变压器的匝数比小于1。
3.
And the magnetic intensity is directly proportional to input ampere turns.
磁感应强度与输入电流安匝数成正比 ;
4.
Turn ratio of magnetic valve type controlled reactor based on bifurcation theory
基于分岔理论的磁阀式可控电抗器匝数比研究
5.
Comparison of data reduction method and analyses of error in reverse engineering
逆向工程中数据简化方法比较及其误差分析
6.
Comparison Between GDP Accounting Methods--Pondering on Un-precision of Data;
GDP核算方法的比较与选择——数据误差引起的思考
7.
turns correction compensation
匝数更正（补偿）值
8.
Zernike Moments with Minimum Geometric Error and Numerical Integration Error
几何误差和数值误差最小化的Zernike矩
9.
The average error scope was-10.20%～8.43% through comparing the predicted value by the model and the practice value.
细菌总数与实验测定数据进行比较,平均误差范围是-10.20%~8.43%。
10.
reference junciton error(of thermocouple)
（热电偶的）参比端误差
11.
altimeter scale error card
高度计比例尺误差表
12.
An electric transformer changes the alternating voltage applied to it in proportion to the numbers of turns in its primary and secondary windings.
变压器其交变电压的改变与初级线圈及其次级线圈的匝数成正比。
13.
Therefore, the magnetomotive force in the air gap is essentially proportional to the primary ampereturns squared.
所以，气隙中的磁动势实际上与初级安匝数的平方成正比。
14.
Only transformer coupling can contribute to the voltage gain of an amplifier by virtue of a stepup turns ratio.
只有放大器耦合方能通过开压匝数比提高变压器电压增益。
15.
Experimental Error and Deal With Data
实验误差与数据处理
16.
treatment for errors in experimental data
实验数据的误差处理
17.
digital tape error recognition
数字带误差识别方法
18.
digital error monitoring subsystem
数字式误差监控分系统