voltmeter
USING A VOLTMETER MEASURE FUSED IGN SW OUTPUT CKT AT THE RED CONN.
用伏特表测量红色接头处的熔断点火装置开关输出电路。
CONNECT A VOLTMETER BETWEEN THE PUMP/MOTOR AND TERMINALS.
在泵/马达和(−)端子端点之间连接一个伏特表。
WITH THE DRB IN VOLTMETER MODE, PROBE THE LR DECAY SOL CONTROL CKT.
使DRB处于电压计模式，探查左后衰变电磁螺线管控制电路。
Voltmeter is placed in parallel with the electric source.
用伏特计测量电动势时。
A voltmeter connected across A to B would read 10 volts.
两点间的电压表的读数应为10伏。
The voltmeter shows that there is an electric current.
电压表显示有电流通过。
USING A VOLTMETER BACKPROBE THE PARK LAMP SWITCH OUTPUT CIRCUIT.
使用电压计反向测量停车指示灯的开关输出电路。
A voltammeter is consisted of a voltmeter and an ammeter.
伏安计是由伏特表和安培表组成的。
USING A VOLTMETER MEASURE THE FUSED IGNITION SWITCH OUTPUT CKT (CAV 3).
用伏特计测量熔断的点火开关输出电路（3孔）。
USING AN VOLTMETER, MEASURE THE VOLTAGE ACROSS THE RR WSS AND TERMINALS.
用电压计，测量右后SS和(−)端子。
WITH THE DRB IN VOLTMETER MODE, PROBE THE RR DECAY SOLENOID CONTROL CKT.
将DRB置为电压表模式，测试右后衰减螺线管控制CKT。
USING A VOLTMETER MEASURE RF VTSS DISARM SENSE CKT TO GROUN(CAV 20).
用伏特计接地测量右前VTSS去防感知电路到地（槽20）。
WITH THE DRB IN VOLTMETER MODE, PROBE THE ABS SYSTEM RELAY CONTROL CKT.
用DRB的伏特计模式，探测ABS系统继电器控制电路。
USING A VOLTMETER MEASURE FUSED IGN SW OUTPUT AT JB 12-WAY INT CONN (CAV 6).
用伏特表测量JB12路内部接头（CAV6）处的熔断点火装置开关输出。
A shunt ammeter can be modeled as a voltmeter with a resistor across the input.
分流型安培计可以看成是在其输入端跨接了电阻器的电压表。
USING A VOLTMETER MEASURE HI/LO WIPER RELAY LO SPEED OUTPUT CKT (CAV B).
用伏特计测量HI/LO雨刷继电器低速输出电路（B孔）。
A novel method on the basis of electro-static voltmeter theory and a specially designed instrument were introduced.
摘要提出了一种新型测量直流系统绝缘子串电压分布的静电计式仪器和测量方法。
Ammeter, voltmeter, bridge and similar common methods are typical equipment types.
电流表、电压表、电桥以及类似的常见仪器都属于常用的设备。
Model J0408 AC Voltmeter is suitable for students to measure the voltage in a AC ciruit in laboratory.
J0408型交流电压表供学校学生在实验中测量交流电路中的电压用。
And the excitation voltage and output were also fed through the selector switch to the digital voltmeter.
其激励电压和输出也通过选择开关接到数字电压表上。
Another consideration when measuring voltages from high resistance sources is the input bias current of the voltmeter.
在测量高电阻源时要考虑的另一个问题是电压表的输入偏置电流。
The range of a voltmeter may be extended by means of a series resistor called a multiplier as shown in Fig.2.
如图2所示，采用一种称为倍增电阻的串联电阻器即可扩大伏特表的量程。
However, in spite of all this similarity between a voltmeter and an ammeter there are also important differences.
可是尽管伏特表与安培表之间有这些类似之处，但还有若干重要的差别。
Measuring the differential thermocouple's signal to sub-millidegree resolution demands a very sensitive voltmeter.
测量差分热偶的信号到毫度以下的分辨率，需要使用非常灵敏的电压表。
To reduce error due to voltmeter non-ohmic contacts, use shielding and appropriate grounding to reduce AC pickup.
为了降低电压表的非欧姆接触所产生的误差，采用屏蔽和适当的接地措施来降低交流干扰。
When Voltmeter and Ammeter with use a power,easily to digit meter damaging.Every meter should insulated supply power.
当电压与电流表共用一个电源极易造成数字表损坏，各表头应隔离供电。
Model J0408 DC Voltmeter is suitable for students to measure the voltage in a DC ciruit in laboratory.
J0408型直流电压表供学校学生在实验中测量直流电路中的电压用。
With a high CMR operational amplifier, we are able to use a common digital voltmeter as an A/D converter.
在测量桥路输出处加接了一个高共模抑制的运算放大器,使普通数字电压表可以用来实现A/D转换,简易地实现了数字化。
This paper introduces a scheme for design of digital voltmeter with the FPGA chip and the technology of EDA.
采用EDA(电子设计自动化)技术和FPGA(现场可编程门阵列)芯片设计数字电压表。
The conventional voltmeter isn t fit for testingthe RF induced voltage of the metallic object.
金属物体RF感应电压对人员和燃油都有危害。
The presented virtual system can work as a voltmeter, ammeter, signal generator, digital oscilloscope and power supply.
被呈现的虚拟系统能运作如一个转变方向，安培计，信号产生器, 数传示波器和力量补给。
Copper conductors connect the cells to the voltmeter to minimize errors due to thermoelectric EMFs (VEMF).
用铜导体将两个电池和电压表相连，以便使热电动势（VEMF）引起的误差减到最小。
The ohmmeter uses an internal current source and electrometer voltmeter to make the measurement.
欧姆计使用内部的电流源和静电计电压表来进行测量。
This paper analysed the uncertaities of voltmeter in calibration by potentiometer.
分析了用电位差计检定电压表时的不确定度。
Picoammeter amplifier gain can be changed as in the voltmeter circuit by using the combination shown in Figure 1-11.
和电压表电路一样,可以使用如图1-11所示的组合电路来改变皮安表放大器的增益。
The BNC jack can be connected to a scope or a true-RMS AC voltmeter to measure the degree of imbalance.
是的BNC插孔可以连接到范围或一个真正的有效值交流电压表测量程度的不平衡。
Therefore, a voltmeter with high input resistance, such as an electrometer, is required.
所以需要使用具有高输入电阻的电压表，例如静电计。
An SMU that has a voltmeter with high input impedance and low current source ranges may also be used.
也可以使用具有高输入阻抗的电压表和微电流源的SMU来进行测量。
I graduated from the core task is to design: FPGA to create a VHDL-based language of the digital voltmeter.
我的毕业设计的核心任务是：采用FPGA来制作一个基于VHDL语言编写的数字电压表。
The circuit of the electrometer when used as a voltmeter is actually as shown in Figure 2-6.
当静电计作为电压表使用时，其电路实际上如图2-6所示。
The current source and voltmeter are automatically switched to all sides of the sample using the Hall Effect Card.
使用霍尔效应卡将电流源和电压表自动切换到样品的所有各边。
For example, the voltmeter trigger time and measurement time would also be included in the total system time.
例如，系统的总时间中还包括了伏特计的触发时间和测量时间。
To verify a switch card's specifications, the contact potential can be measured with a sensitive voltmeter.
若需验证某个开关卡的技术指标，可利用灵敏的伏特计测得其接触电势。
The voltmeter shows that the voltage between the two poles of the battery is 3.6v.
电压计显示电池两端电压是3.6伏特。
This is because the current source is internally connected to the voltmeter and cannot be used separately.
这是因为电流源在仪器内部与电压表相连，不能分开使用。
If the voltmeter contacts are non-ohmic, they may rectify any AC pickup present and cause a DC offset error.
如果电压表接点有非欧姆接触特性，那么它就可能对出现的任何交流干扰进行整流并引起直流偏置误差。
A nanovoltmeter is a sensitive voltmeter optimized to measure very low voltages.
纳伏表是专门适合测量非常低电压的电压表。
A terminal voltage control system with a generating voltmeter(GVM) for the single ion accelerator was designed.
设计采用旋转伏特计(GVM)控制方式稳定单离子束加速器终端电压。
The digital voltmeter has to be powered with a power supply or batteries, while the magnetoelectric type meter only needs a battery in the ohms mode.
数字式伏特计必须供以能量或者以电池组为动力,而磁电式仪表仅仅在欧姆表里需要一节电池。
When Voltmeter and Ammeter share power ground, it is easy to result meter damaged, Every meter should isolate the supply power.
当电压与电流表共用一个电源极易造成数字表损坏,各表头应隔离供电。