当多数常规机载雷达依靠机械扫描天线收发信号的时候，有源电子扫描阵列(AESA)传感器却使用固定的孔径。
While most conventional airborne radars rely on some form of mechanically scanned antenna to transmit and receive signals, active electronically scanned array (AESA) sensors employ a fixed aperture.
它被放置于一个有电机、位置传感器和嵌入式电子产品的枢接机械结构中。
It consists in an articulated mechanical structure with motors and position sensors, as well as embedded electronics.
微型机电系统将活动的机械部件、传感器和硅片上的电子电路集成在一起。
Microelectromechanical systems integrate moving mechanical elements, sensors and electronics on pieces of silicon.
汽车等运输工具装载量的称重主要采用两种称重装置：一种是用机械方法构成的地磅称重，另一种是采用传感器作测力装置的电子衡。
Commonly we have two kinds of weighing instrument for truck carrier: loadometer, which is made in mechanical way, and electronic weighing machine, which USES sensor as force measuring instrument.
包括机械设计、汽车理论、电力电子、计算机技术、控制技术、传感器技术和电机技术等多个领域。
Such as mechanical design, automobile theory, electronics, computer science, control technology, sensor technology, and motor technology.
虽然现代油表一般都已电子化，但它们所依赖的传感器常常部分地是机械的。
While modern fuel gauges generally work electronically, they often rely on sensors that are partly mechanical.
电池、首饰、电子元件、传感器、钟表、精密机械、通信、工艺品等领域。
Battery, jewelry, electronic components, sensors, clocks, and precision machinery, communications, arts and crafts and other fields.
微型机电系统技术是机械，传感器，电子，精密加工，半导体等技术的结合。
Micro-Electro-Mechanical-System is the integration of mechanical elements, sensors, actuators, and electronics micro-fabrication technology.
本文分两部分概要地介绍了美国生物医学界应用MEMS（微电子机械系统）微传感器和MEMS 微系统的研究动向。
This article briefly introduces UK- research trends of MFMS ( microelectronics and machinery system) micro transducers and MEMS microsystems in American biomedical circle.
原装入口超声波传感器测高装置与碰头机械电子秤比拟，一个明显上风是超声波丈量技术没有机械传动部门。
Original entry ultrasonic sensor in measuring devices and meet in high mechanical electronic scales match, a clear upper hand is no mechanical transmission of ultrasonic measuring technology sector.
原装入口超声波传感器测高装置与碰头机械电子秤比拟，一个明显上风是超声波丈量技术没有机械传动部门。
Original entry ultrasonic sensor in measuring devices and meet in high mechanical electronic scales match, a clear upper hand is no mechanical transmission of ultrasonic measuring technology sector.
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