电压

A theoretical formula was applied to this process so that the open circuit voltage could predict the limit of deoxidization reaction.

通过电池电动势与时间关系的数学模型，得出外电路电压与熔池中氧含量的关系，从而根据外电路电压可以预测脱氧反应进行的程度。

On the contrary, the selective strengthening of copper phase can not contribute to the dielectric strength.

因此，要提高CuCr合金在真空间隙中的耐电压强度，必须对其进行选择性的相强化，即选择性地提高Cr相的耐电压强度。

On-chip 2.048V reference voltage range of ± 2.048V to provide the input differential voltage.

片内2.048V 的基准电压提供范围为± 2.048V 的输入差分电压。

Thus to summarize, one cannot "directly" use an output voltage measurement with zero input differential voltage to calibrate the input V OS .

因此，要总结，不能"直接"使用零输入差分电压的输出电压测量校准输入的 V OS。

Finally, accurate measurements close to a zero input differential voltage are still not achieved because V OL limitations will cause errors at small sense voltages.

最后，精确的测量接近零输入差分电压仍然没有实现因为V 职等限制，将导致在检测电压误差小。

Differential Input Voltage Range Equal To Maximum-Rated Supply Voltage...32V

差分输入电压范围等于最大额定供电电压。。。32V

This effectively translates the output voltage measurements by 1.5V, so a zero input differential voltage will output 1.5V ±V OS -induced errors.

这有效地转换了1.5V的输出电压测量，所以零输入差分电压输出1.5V的±的 V OS引起的误差。

If the differential input voltage Vab is greater than +200 mV the RECEIVER will have a specific LOGIC state on its OUTPUT terminal. If the input voltage is reversed to less than -200 mV the RECEIVER will create the opposite LOGIC state on its OUTPUT terminal.

如果有差分输入电压Vab 大于+200 mV，接收器的输出端将有一个明确的逻辑状态，反过来，如果输入电压小于-200 mV，接收器的输出端将产生相反逻辑状态。

Any of the eight or sixteen differential receivers provides a valid logical output state with a 100-mV differential input voltage within the input common-mode voltage range.

8个或16个差分接收任何提供100 mV的差异在输入共模电压范围输入电压的有效逻辑输出状态。

The gm-C filter operates with supply voltage of 1.8V, has cutoff frequency of 1.6MHz to 2.4MHz, dissipates 0.75mW power, and has large differential input signals and wide common-mode voltage ranges of ±0.7V.

此滤波器是操作在1.8V的供应电压下，截止频率可调范围为1.6MHz至2.4MHz之间，功率消耗为0.75mW，并且具有±0.7V的高差动输入讯号及高共模输入电压范围。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。