灵敏度与激励电压在实验范围内呈线性关系。
In the experimental range, sensitivity has linear relationship with the excitation voltage.
其激励电压和输出也通过选择开关接到数字电压表上。
And the excitation voltage and output were also fed through the selector switch to the digital voltmeter.
能量密度随激励电压的增加而线性增加，随频率的增大而增大。
Power density increases linearly with applied voltage increasing and increases with applied frequency increasing.
回形引伸计的激励电压由商售的通用电源装置(信号调制器)来提供。
Clip - gage excitation was supplied by a commercially available power supply (signal conditioner).
容栅传感器激励电压形式有若干种，对性能指标有较大影响，但人们对此很少研究。
The capacitive gate transducer has several kinds of exciting voltage forms that affect its performances greatly. But this problem is investigated little.
对于具有对称性的线天线或其阵列，不论激励电压如何，均可采用广义奇偶模展开。
In case of symmetrical geometry of wire antennas or arrays with any voltage excitation, generalized even-odd mode expansion method can be used.
为此，提出了在继电器两端并联一个电阻器或者电容器的改进方案，使其起到降低输出继电器两端激励电压的作用。
Therefor, it is suggested that a resistor or a capacitor be connected with the relay in parallel to lower the exciting voltage at both ends of the output relay.
为此，提出了在继电器两端并联一个电阻器或者电容器的改进方案，使其起到降低输出继电器两端激励电压的作用。
The RC loop parallel with the card formed an electric circuit on the series relay coil to excite the coil and make the contact maloperate.
为了确保磁保持继电器可靠动作，施加到线圈上的激励电压须达到额定值，且脉冲宽度设置须达到动作时间的3倍以上。
Ln order to ensure the reliability of relay coil voltage, must reaeh value, the pulse width must be 3 times more time.
实验结果表明，等离子体激励作用主要集中在近壁面附近；激励电压与诱导速度近似为线性关系，激励频率对诱导速度的影响不大。
Experiment results showed that the relation between exciting voltage and induced velocity magnitude was linear, but the influence of supply frequency was not evident.
偏移电压会导致施加到被测装置的激励发生误差，或者使伏特计的测量值发生误差。
The offset voltage will cause an error in the applied stimulus to a device under test or the value measured by the voltmeter.
编码激励实验结果为实现低发射电压的便携式超声诊断系统提供了实验基础。
The results give experimental support to the implementation of low excitation voltage portable ultrasound systems.
静电计欧姆计的电流激励(IR)流过未知电阻(RS)，然后测量dut上的电压(VM)。
Here, an electrometer ohmmeter is forcing a current (IR) through the unknown resistance (RS) and then measuring the voltage (VM) across the DUT.
在相同电压及频率下，方波信号激励下的输出灵敏度最大，其次为正弦波，锯齿波最小。
With the same voltage and frequency, bar signal has the highest sensitivity and next the sine, the least sawtooth.
即使输入电压不满足充分激励的条件，但如果部分参数已知，仍然可以辨识其余的参数。
Given one of the parameters or more, the rest can still be identified by this estimator even if input voltage is not persistent.
本文介绍了一种可带容性负载的高电压、高频响激励电源的设计方法及相应的实现电路。
This paper introduces a design method and circuit of power supply with high voltage and high frequency response for driving capacitive load.
激励源既可以为电压源又可以为电流源。
The exciting source can be both voltage source or current source.
激励电源电压与频率、电介质材料、DBD结构、媒介气体等均会对电荷沉积效应产生较大影响。
Some factors can affect greatly the effect of chargesdeposited in layer, such as applied voltage and frequency, dielectric material, DBD configuration and media gas, etc.
采用无损接触检测及交叉试验法研究了电激励信号的频率和电压对果品电特性的影响。
The influences of frequency and voltage of electric excitation signal on electric property of fruits with non-destructive and orthogonal experiment method were studied.
仪器采用双极性脉冲电压作为电导率测量的激励源，较好地解决高纯水电导率测量中的极化效应和电容效应对测量结果的影响。
The instrument adopts the bi-directional pulsed voltage as its exciting source, which has a better solution to the negative of capacitive and polarizational effects at the electrodes.
设计并实现了激励脉冲发射电路、滤波、信号放大、电压比较、检波等信号处理电路。
The interrogation pulse, filter, signal amplifier, voltage comparator and the signal processing circuits are designed and realized.
电缆内芯激励起的瞬态电流和电压响应可能会降低电子器件和电路的性能，甚至会完全毁害敏感的电子设备。
The transient induct current and voltage through the inner core can reduce the performance of electronic devices and circuits, and even completely destroy the sensitive electronic equipments.
研究了电激励信号的频率和电压对苹果、猕猴桃和梨电参数的影响。
The influence of frequency and voltage of electric excitation signal on electric parameters of apple, kiwi fruit and pear are studied in this paper.
分析了激励线圈的尺寸、激励脉冲的频率、占空比和电压等因素对脉冲涡流检测系统的影响，给出了实际检测过程中选择参数的原则。
The influence factors such as the dimension of exciting coil, the frequency, the duty ratio and the voltage of exciting pulse were analysed, the principle of choosing testing parameters was proposed.
然后，采用相量法求解出正弦电压激励下各并联支路的电流；
Then, the current of the paralleled branch coils excited by sine voltage is obtained by way of phasor.
最后激励级的跨导放大器将电压线性的转化为电流。
Finally, the transconductance amplifier of the stimulating circuit linearly translates the voltage signal into cu.
本文基于多激励向量节点电压测量，提出了一个新的线性电阻网络的诊断方法。
In this paper, a new fault diagnosis approach for linear resistive circuits via measuring multi excitation-vectors node-voltages is developed.
其中O型和L型结构的激励器受电极电压的影响比较明显，随着电极电压的增加，射流速度的最大值增大。
The jet flow velocities of the O-type and L-type are obviously affected by the excitation voltage; they increase with the increase of the excitation voltage.
试验研究了激励频率、比例阀输入电压及磁流变减振器输入电流对座椅振动特性的影响规律。
The effects of actuating frequency, proportional valve input voltage and MR damper input current on the vibration characteristics of seat were experimentally studied.
试验研究了激励频率、比例阀输入电压及磁流变减振器输入电流对座椅振动特性的影响规律。
The effects of actuating frequency, proportional valve input voltage and MR damper input current on the vibration characteristics of seat were experimentally studied.
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