论文是基于机车控制系统的子系统“机车逻辑控制单元”和“机车分布式微机控制柜”的开发研究展开的。
The paper is based on research and development of locomotive logic control unit and locomotive distributed microprocessor control system, which are subsystems of locomotive control system.
阐述了电动车组车厢功能级微机网络控制单元xdu的模拟量输入模块的设计思路、技术实现以及硬件配置。
Described are the design thought, technical implement and hardware disposition of the analog input module for the microcomputer network control unit XDU of the car function grade on EMUs.
l嵌入式微机显控单元可对激励器、功放及整机的工作状态进行控制和显示。LED显示各种状态。
Build-in microcomputer unit can display and control the operating mode of exciters, PAs and overall transmitter. Offering state displayed with LED.
设计实现了微机控制仪表的一种输出单元电路。
The output unit circuit of microcomputer controlled instrument has been designed and realization.
应用单片微机作为系统的控制单元，提高了密封罐头真空度无损检测系统的分选精确度和可靠性。
A single chip micro computer is used as the control unit of the system which improve classification accuracy and reliability for nondestructive test of Vacuum in the cans.
电力机车逻辑控制单元(LCU)是一种用微机和电力电子器件构成的新型无触点控制装置。
Logic control unit (LCU) for electric locomotive is a new type of contactless control equipment combining microcomputer and power electronic devices.
电力机车逻辑控制单元(LCU)是一种用微机和电力电子器件构成的新型无触点控制装置。
Logic control unit (LCU) for electric locomotive is new type of contactless control equipment combining microcomputer and power electronic devices.
采用有限单元法，编制了适用于微机系统的槽部电场计算专用软件，计算了大型发电机定子线圈槽部电场的分布。
The special microcomputer software for calculation of slot electric field is worked out with fe method, and the field distribution in stator slot winding of large generator is calculated.
保护控制综合单元是“面向对象的变电站微机综合自动化系统”的重要组成部分，是对一次设备实现保护和控制的元件。
The protection and control comprehensive unit (PCCU) is an important part of ISAS, which consists of kinds of function unit such as protection unit, control unit and man machine unit.
仪器采用了加速度测量法，主要包括三个部分：周围神经刺激发生器、加速度测定单元、微机智能控制单元。
The design of the monitor is based on measurement of acceleration. It consists of an acceleration transducer, a nerve stimulator and a microcomputer unit.
介绍了旋转载体用硅微机械陀螺敏感元件的结构和利用双面多次光刻、腐蚀等微机械工艺加工得到硅振动单元的工艺过程。
Using MEMS technics to process the silicon vibration element, in the process two side lithography and etching has being used many times.
讨论单片机普通串行通讯方式对微机保护现场单元实时性的影响；
Some problems appearing in serial communication of field unit are also discussed.
讨论单片机普通串行通讯方式对微机保护现场单元实时性的影响；
Some problems appearing in serial communication of field unit are also discussed.
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