这些先进的半导体还允许更大的动力合并，这提高了效率，降低了电转换器的成本。
These advanced semiconductors also allow greater power integration, which improves the efficiency and reduces the cost of electrical converters.
当声波与声-电转换器的主要测象限垂直时，其声波在主要测象限内产生的声-电电压最强。
When sound wave is perpendicular to the main measure quadrant of sound-electronic transducer, the most strong sound-electronic voltage will be produced.
第二，用美国摩托罗拉公司压力传感器作为气电转换器的核心，研制成功一种实用的气电转换器。
And a kind of axial pneumatic probe for testing is designed and made, too. Secondly, the pressure sensor made by Motorola Co.
文中所设计的船舶导航数据转换器可以只依据一种导航数据，经过数据转换后输出电罗经和GPS两种信号，保证电罗经设备与GPS设备的正常工作。
The navigation data converter of ship can output gyrocompass and GPS signals after the data conversion, which just bases on gyrocompass (or GPS) input signal.
还可设置AD转换器、信号调理电路和环境噪声传感器，以便直接监测。
An AD (analog-digital) converter, a signal conditioning circuit and an environment noise sensor can also be arranged so as to monitor directly.
电子雕刻系统采用高频电—机械转换器作为记录元件，常用的光栅图像处理器不能适用。
Electronic engraving system USES electromechanical converter as its record component, therefore, the conventional Raster Image Processor are not suitable for the electronic engraving system.
电—气转换器是一种完成由电信号到气信号转换的装置，是自动化过程控制系统中不可或缺的关键设备。
Electro-pneumatic converter is a kind of equipment that converts electrical signal to pneumatic signal, and is the essential key device in automatic process control system.
在静态参数优化的基础上，进行了压电式电-气转换器动态性能的优化。
On the basis of the optimization of the static parameters, the dynamic performance of converter have has also been optimized.
在83和85系列电空转换器转换为电子信号的比例气动输出。
The 83 and 85 Series Electropneumatic Transducers convert an electronic signal to a proportional pneumatic output.
研制了一种压电弯曲元件型压电驱动器，该驱动器用于电液伺服阀的电-机械转换器。
Developed a new type of piezoelectric bending actuator used as electrics-to-mechanics converter of a piezoelectric hydroelectric servo-valve.
与传统伺服阀相比，以新型功能材料为电-机械转换器的电液伺服阀，具有高频响、高精度和易于微型化等优点。
The electro-hydraulic servo valves in which some novel functional materials are applied to the actuators can have high frequency response and high precision and can be made by micromation.
采用选择区域生长、量子阱混杂和非对称双波导技术制作了电吸收调制器与半导体光放大器和双波导模斑转换器的单片集成器件。
On the basis of the study of the single circular groove guide and symmetric double circular groove guide, a new structure, asymmetric double circular groove guide, has been put forward.
利用有限差分法求解GMA二维电磁场问题，在超磁致伸缩电—机械转换器结构研制的基础上，结合有限差分法计算原理及应用问题对GMA的电磁场进行数值计算。
The paper describes the two-dimension electric-magnet field of the GMA by the finite different method including its theory and application. Also the structure and principle of GMA is studied.
切换电路接收第三讯号并依据一参考电压，以控制切换讯号的脉波宽度，所以可调整功率转换器的输出电流。
Receiving the third signal and based on a reference voltage, the switching circuit controls the pulse wave width of the switching signal so as to adjust output current of the power converter.
电液伺服阀与电液比例阀最大的差别在于电机械转换器。
Electro-hydraulic servo valve and proportional valve biggest difference is that electromechanical converter.
利用GMM设计新型的电—机转换器，取代传统型电—机转换器，如力矩马达或力马达等，可提高整个电液伺服阀的响应速度和控制精度。
Utilizing GMM to design new-type actuator, replacing traditional actuator such as the torque motor or the force motor, will enhance the response speed and precision of electro-hydraulic servo valve.
该阀采用AT 89C2 0 5 1单片微机作控制器，步进电动机作电-机械转换器旋转，偏心轮机构作机械转换器。
AT89C2051 single chip microcomputer is used as its control, step motor is used as electro mechanical transformer and eccentric wheel mechanism is used as mechanical transformer in this valve.
第二章基于动铁式电-机械转换器的功能转换关系及其效率分析，概述了多种降低功耗的方法；
In chapter 2, based on analysis of energy conversion relation and efficiency of moving-iron type electromechanical converters, several methods for reducing power consumption are summarized.
提出了基于振颤信号幅值监测的电液转换器卡涩故障的诊断方法。
A method to diagnose the fault is given based on analyzing the vibration amplitude.
文中还介绍了各种新型电磁材料，并述及电—机械转换器的电磁设计及理论分析方法和提高颇响的“电谐振补偿”等方法。
The paper also discusses the methods for electro-magnetic design and theoretical analysis of the transformers and the"electro-resonance compensation method"for …
文中还介绍了各种新型电磁材料，并述及电—机械转换器的电磁设计及理论分析方法和提高颇响的“电谐振补偿”等方法。
The paper also discusses the methods for electro-magnetic design and theoretical analysis of the transformers and the"electro-resonance compensation method"for …
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