介绍在虚拟电子工作台（EWB）上进行数字电子课程设计的特点、方法。
This paper introduces the method and characteristic of electronics course design based on EWB.
总结了仿真教学的三种模式，介绍虚拟电子工作台(ewb)仿真软件在教学中的强大功能。
This article sums up the three kinds of modes about emulational teaching and introduces the powerful functions of Electronics-Workbench (EWB) emulational software in the teaching.
本文介绍了一种基于电子工作台(ewb)软件设计交通信号灯自动定时控制系统的方法，说明了计算机仿真软件在电子实验中的效用。它改变了传统的设计方法。
The paper presents a method of simulation on auto-timing system of traffic lights based on EWB, which has changed the traditional design method, and illustrates the method of design and simulation.
电子显示工作台回转和角度。
输送机两侧配以工作台、加装灯架，可作为电子仪表装配，食品包装等装配线。
With both sides of the conveyor table, installing Stands can be assembled as an electronic instrument, assembly lines, such as food packaging.
采用这种工作台来加工钢板，再用加工出的钢板来建造电子加速器屏蔽室，可降低建造成本。
By adopting the table to process the steel plates and using the processed steel plates to construct electron accelerator shield Chambers, the construction cost can be reduced.
输送机两侧配以工作台、加装灯架，可作为电子仪表装配，食品包装等装配线。
Conveyor sides match with workbench, adding the fixtures, can be used as electronic instrument assembly, food packaging, and other assembly line.
电子束焊机由电子枪、高压电源、真空机组、真空焊接室、电气控制系统、工装夹具与工作台行走系统等部分组成。
Electron beam welding machine consists of electron gun, high-voltage power, vacuum unit, vacuum welding chamber, electrical control system, fixture and working station running system and etc.
正在研制的激光定位吊装结构工作台系统是电子束曝光机的主要组成部分。
The laser Positioning stage system with hoisting structure which is being developed is the main part of the Electron - beam Lithography Machine.
本文讨论了与计算机控制系统、工作台驱动系统以及电子束偏转系统有关的一些技术问题并提出了这些技术的发展趋势。
Some technical problems concerned with computer control system, stage driving system, beam deflection system are here discussed to point out their development trends.
本文介绍了电子束曝光机激光定位工作台的一种新型吊装结构。
In this paper, a unique hoisting structure of laser positioning stage system for electron-beam lithography machine is described.
本文介绍了电子束曝光机激光定位工作台的一种新型吊装结构。
In this paper, a unique hoisting structure of laser positioning stage system for electron-beam lithography machine is described.
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