该设计还包括一个线驱动操纵系统，它以电子系统取代机械流程，使用像电致发光或灵活发光二级管棒这样的低电压照明技术。
The design also includes a drive-by-wire system, which replaces mechanical with electronic systems, and low-voltage lighting technologies like electroluminescent or flexible LED strips.
通过采用正体偏置技术，改变器件工作阈值达到低电压工作的目标。
By utilizing forward body bias technique, the threshold of MOS has been changed for operating at low voltage.
随着风力发电在电网中的比例日益增加，电网对风电机组的要求也越来越高，低电压穿越技术(LVRT)就是其中一项重要指标。
With the proportion increasing of wind power generation in power grid, the power grid demand for increasingly high to wind turbine. Low-voltage through technology (LVRT) is one important indicator.
为了提高运放的直流增益，采用了复制运放增益增强技术，这种技术的特点是在提高增益的同时不影响输出摆幅，非常适合低电压场合。
The replica-amplifier gain enhancement technique is applied to improve the DC gain of the amplifier, which does not degrade the output swing and is very suitable for low-voltage applications.
在电子技术中，把交流电转换成低电压直流电的一种电路。这种电路的输出是经过调整的，使它的噪声及电压波动都很。
In electronics, a circuit for converting AC voltage to low voltage DC in such a way that the output is regulated to minimize noise and voltage fluctuation.
基于非线性和不匹配的物理理解，一种新型的低电压CMOS差分放大器的偏移消除技术的建议。
Based on a physical understanding of nonlinearity and mismatch, a novel offset-cancellation technique for low voltage CMOS differential amplifiers is proposed.
将电磁成形技术用于粉末材料致密度研究中，以PZT粉末为研究对象，对其进行低电压电磁压制成形。
Electromagnetic forming was applied to the powder material compaction, and PZT powder was compacted with low-voltage electromagnetic compaction.
在生物科学和空间技术的研究中，需要集成电路在低电压和弱电流的条件下工作。
In the research of biology, integrated circuits must work in low voltage and low static current.
使用新的低电压修复技术，则可以让这些电池起死回生。
Using newly developed technology, select Camelion chargers can charge up these dead batteries, bringing them back to life!
第一章和第三章已经分别介绍了纳伏表和进行低电压测量的各种技术。
Nanovoltmeters and techniques for measuring low voltage were described in Sections 1 and 3 respectively.
可以使用第3.2和3.3节所介绍的低电压和低电阻测量工作中使用的技术来测量电阻。
The resistance is measured using the techniques described in Sections 3.2 and 3.3 for low voltage and low resistance measurements.
可以使用第3.2和3.3节所介绍的低电压和低电阻测量工作中使用的技术来测量电阻。
The resistance is measured using the techniques described in Sections 3.2 and 3.3 for low voltage and low resistance measurements.
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