1.
The Error Analysis of the Experiment about "Half-Value Shunt Method Used in the Measurement of the Internal Ressistance of a Galvanomenter";
“半值分流法测电流表内阻”实验的误差分析
2.
Amperemeter inner resistance measure experiment method in teaching material analyses the system error and experiment method can be ameliorated.
对教材中电流表内阻测量实验方法分析其系统误差,从而对实验方法进行改进。
3.
Study on Influence of Internal Resistance of Ammeter and Voltmeter on Measure;
电流表、电压表的内阻对测量影响的研究
4.
representation of the a.c.properties of resistor
电阻器交流特性的表示
5.
A multimeter can be applied to measure current, resistance and voltage.
万用表可用来测量电流，电阻和电压。
6.
Current, resistance and voltage can be measured by the universal meter.
万用表可用来测量电流、电阻和电压。
7.
The Temperature Error and its Compensation of Internal Resistance of Magnetoelectric Ammeter;
磁电系电表内阻的温度误差及其补偿
8.
DESIGNING EXPERIMENT BASED ON THE RESISTANCE MENSURATION WITH WHEATSTONE BRIDGE--THE RESISTANCE MENSURATION OF GALVANOMETER WITH WHEATSTONE BRIDGE
基于“单臂电桥测电阻”的一个设计性实验——单臂电桥测检流计内阻
9.
The dc input voltage to the converters is assumed to have zero internal impedance.
我们假设换流器的直流输入电源的内阻为零。
10.
The high permeability reduces internal resistance of the batteries and therefore improves current flow.
高渗透性可减低电池内部电阻，从而提高流量。
11.
Design of Locomotive Power Generators Winding DC Resistance Tester
内燃机车主发电机绕组直流电阻测试仪的设计
12.
7. The table clearly shows that less current will flow with more resistance and the same voltage.
该表清楚地表明了,在电压相同时,电阻越大,通过的电流就越
13.
The table clearly shows that less current will flow with more resistance and the same voltage.
该表清楚地表明了,在电压相同时,电阻越大,通过的电流就越小。
14.
An Analysis on the Influence of Asynchronous Measurement of Voltage and Current on Battery Internal Resistance Identification
电池管理系统中电压电流检测不同步对电池内阻辨识影响的分析
15.
On Clearing Up the Error in Testing theinternal resistance and the sensitivity of the Sensitive Electric Meter;
灵敏电流计内阻及灵敏度测定误差的修正
16.
EMI noise source impedance measurement based on modified dual-current-probe approach
基于改进双电流探头法的EMI噪声源内阻抗测量
17.
Relationship between Sensitivity of Wheatstone Bridge and Internal Resistance of Galvanometer
惠斯通电桥灵敏度与检流计内阻值关系的分析
18.
Research and Design Controllable AC Current Source for Fuel Cell Impedance Monitoring;
燃料电池内阻测试用可控交流电流源研究与设计