0v

When the potential reached 0V , there are three time constants , one inductance arc and two contain arcs .

极化电位至0V时，阻抗谱上出现三个时间常数，对应两个容抗弧和一个感抗弧。

When the injector is closed , the VS pin return to 0V faster , so the drive circuit can be applied to the multi-pulse .

使用这款芯片作为高边驱动芯片，喷油器关闭后，引脚VS迅速恢复到0V快，驱动电路可以应用于使用多脉冲的电控系统中。

Secondly , the recovery of threshold voltage under the + 5V bias is the fastest and biggest , compared to that under 0V and float bias .

其次，+5V栅偏压退火相对于0V和浮空偏置条件，阈值电压恢复速度快、恢复程度大；

The ratio of 0V % to 2UV % was used to evaluate the balance of autonomic nerve system and study the relationship of ischemic duration and the moving trend of the balance .

提出以RR间期序列的0V%与2UV%之比评价自主神经的平衡，并探讨缺血持续时间与这种平衡移动之联系。

The device reveals a drain current saturation density of 0.85A/mm at a gate voltage of 0V and a peak transconductance of 225mS / mm .

0V栅压下，0·3μm栅长、100μm栅宽的器件的饱和漏电流密度为0·85A/mm，峰值跨导为225mS/mm；

The result show that the radiation damages from Co-60 gamma rays , 1 MeV electrons and 1 & 7MeV protons were equivalent for 0V gate bias conditions .

实验结果表明，60Coγ射线、1MeV电子和2&7MeV质子辐照损伤效应中，在0V栅压下可以相互等效；

We can draw a conclusion by experimentation , when we use the 4700 μ F electrolytic capacitor as a load , it takes 2.5 second to charge from 0V to 390V.The power supply works steadily and reliability .

实验表明，采用4700μF的电解电容作为负载，从0V充电到390V时，时间约为2.5s，电源工作稳定可靠。

For each short term RR and QT interval series , the symbolic dynamic indexes ( 0V % , 2UV % ) were calculated to get the paired indexes of HRV and QTV .

对于每个短时RR间期和QT间期序列，分别计算其符号动力学指标（0V%，2UV%），得到配对的HRV和QTV指标。

Using 12-bit AD converter realizes 8-channel data acquisition function ; Using 12-bit DA converter realizes 4-channel waveform output ; 16-channel digital I / O circuit are designed in the module , which is 0V ~ 5V input range , satisfied with TTL standard .

采用12位AD转换芯片实现了8通道数据采集功能；采用12位DA转换芯片实现了4通道波形输出功能；设计了16通道的双向数字I/O电路，输入范围是0V~5V，满足TTL电平标准。

In the process of short-circuit current measurement ; the followed voltage 0V was set . By the role of voltage follower , so that the solar cells at both ends can be followed the voltage to 0V , in order to achieve the accurate measurement of short-circuits current .

在短路电流测量中，设定0V跟随电压，经电压跟随器的作用，使太阳电池两端的电压也跟随到0V，从而实现太阳电池短路电流的精确测量。