The Electronic Control Developing System is a comprehensive toolset for designing, testing, and implementing electronic control systems. This system encompasses a wide range of hardware and software components that facilitate the development of advanced control systems for various applications. Through this system, engineers can efficiently develop and optimize electronic control algorithms, interface with different sensors and actuators, and integrate their designs into a seamless control system. With its user-friendly interface and extensive library of resources, the Electronic Control Developing System provides engineers with the necessary tools to accelerate the development process and enhance the performance of their control systems. Whether in the automotive industry, industrial automation, or consumer electronics, this system offers a versatile platform for creating advanced electronic control solutions.
电控开发系统,Electronic control developing system
1)Electronic control developing system电控开发系统
2)Development device of electronic system电控系统开发装置
英文短句/例句
1.The Study on Design Methods of PCI Bus-Based Memory Module of Automotive Electronic Control System Development Equipment;基于PCI总线汽车电控系统开发装置的存储模块设计方法研究
2.Remote Distributed Control and Management System for Power Devices Based on GPRS电源控制装置远程控制及管理系统的研究开发
3.Development & Study of the Measurement and Control System for Vibration Calibration Devices;振动校准装置测控系统的开发与研究
4.The Exploitation of Control Systemfor Closed-end Hopper in Continuous Reforming Unit;连续重整装置闭锁料斗控制系统开发
5.The Research of Designing on the Control Devices of Vibration Strength振动力量训练装置控制系统开发研究
6.Exploitation and Application of MOCMS计量装置状态监控系统的开发及应用
7.A Research on Software Development Methods for the lntelligent Measurement and Control Unit of the Substation Automation System;变电站自动化系统智能测控装置软件开发方法研究
8.Development of Monitoring System for Process Control Device Based on MCGS基于MCGS的过程控制装置监控系统开发应用
9.Research and Development on the Open Worktable Control System for Immersion Device;浸没装置开放式平台控制系统的研究与开发
10.Adsorption Hydrogen Gas Dryer Unit Based on PLC汽轮发电机氢冷系统新型除湿装置的开发
11.Hardware Design and Research of Computer Numerical Control System Precision Test Equipment;数控系统插补精度检测装置硬件开发与研究
12.Research and Development of Metering Pump s Digital Display Unit and Automatic Control System;计量泵数显装置及自动控制系统的研究与开发
13.The Research and Development of Intelligent Valve Control System of Pumping Well;井下智能阀门控制系统的技术研究与装置开发
14.Design and Development on Ball&Plate Control System Based on Computer Vision;基于视觉系统的板球控制装置的设计与开发
15.Robot Operating System Peripheral Device Controller Development机器人作业系统周边装置控制器的开发
16.The Development and Application of the Domestic Control System in "3052" Large-scale Fertilizer Plant“3052”大化肥装置国产控制系统开发及应用
17.Development of the Measuring and Controlling System of Heat Exchanger Performance Testing Equipment Based on LabVIEW基于LabVIEW的换热器性能试验装置测控系统的开发
18.Development of the Measurement & Control System for Automobile Transmission and Steering Parts Overall Performance汽车转向传动装置综合性能测控系统开发
相关短句/例句
Development device of electronic system电控系统开发装置
3)control of system development系统开发控制
4)development of control system控制系统开发
5)bang-bang system开关[控制]系统，继电系统
6)Generator system control发电机系统控制
延伸阅读
风机泵类电控系统风机泵类电控系统electric drive control system for fan and pump系统和大功率无换向器电动机拖动系统。(1)变极对数调速拖动系统.这种系统的控制电路简单、占地面积小、维护方便、价格低廉，但系有级调速，一般仅有2档或3档转速。如果将此系统与定子调压或电磁调速电动机结合起来，可以得到既减少转差损耗，又在相当范围内平滑调速的较高效率的拖动系统。(2)串级调速拖动系统。这种系统适用于烧线转子感应电动机。优点是变流设备容量(转差功率)小，比其他无级调速方案经济;缺点是必须使用绕线转子感应电动机，功率因数低，增加电机损耗，最商转速降低。现已开发出多种改善功率因数的线路.双馈电机可克服一般申级调速的一些缺点，但变流和控制复杂、成本高。(3)变频调速拖动系统。这是一种理想的拖动系统，且可使用笼型感应电动机(或同步电动机)，具有申级调速拖动系统效率高的优点。如采用脉宽调制(PWM)变频调速，还可提高系统的功率因数和减小谙波。晶体管PWM电压型交流一直流一交流变频调速可用于100~200 kw设备，晶闸管电流型交流一直流一交流变频调速可用于几百千瓦至2000 kw大型设备。交流一交流直接变频调速(600r/min以下)可用于几千千瓦以上的特大型设备(同步电动机).这种拖动系统的控制电路复杂，总投资较高，甚至高达电磁调速电动机的4~5倍。(4)大功率无换向器电动机拖动系统。大功率无换向器电动机(600r/min以上)也可用于几千千瓦以上的特大型设备(同步电动机)。某些特大功率(几万千瓦)的风机和泵，虽不调速，但需变颇起动装里，也可用大功率无换向器电动机拖动。电控系统图1为典型的双闭环控制晶闸管串级调速的电控系统原理图。如果对转速变化率没有特殊要求，可以采用开环控制系统，图2为一泥砂泵的开环控制串级调速电控系统原理图，电动机采用频敏变阻器起动，起动后转变至申级调速，调速由自整角机组成的移相器进行。由于所要求的调速比一般不大于2:1，故串级调速所采用的晶闸管申级装里的容量一般为电动机功率的30%~50%。图1闭环控制的串级调速电控系统原理图图3为TOSVERT一13oGI变颇调速电控系统原理图。图中包括主电路、各种保护配置、调速控制环节。该系统采用大功率晶体管组成的PWM型逆变器和微处理机编程的正弦波PWM控制，电压和频率同时在逆变器侧加以控制，电流输出波形近似为正弦波。变频调速电控系统除上述PWM型外，还有电压和频率独立控制的交流一直流一交流电压型变频系统和交流一直流一交流电流型变频系统。
