The application and principle of the Micro Controller Unit has been an important part of our living and production.
单片机原理及应用的关键技术已经成为我们生活生产中不可缺少的部分。
Micro controller unit (MCU) system is the major part of the instrument, through which data collection and processing are controlled automatically.
其中单片微机系统是仪器的核心部分，通过它来实现对数据采集、处理过程的自动化控制。
As the control unit of radio transmitter, micro-controller take charge of monitor machine state, dispose malfunction, and turn on or shut off the machine on schedule.
广播发射机微机控制器是整个发射机的控制核心，它负责完成发射机的开关机控制，状态检测，故障处理和自动开关机控制等功能。
What I do is a Micro Controller Unit correspondence blast-off device, it can show the digital signal, and also can send out the signal .
本设计所做的是单片机串行通信发射机，它能显示数字信号，还能将信号发射出去。
The design of the multi-channel bioelectric signal acquisition module is based on Micro-Controller-Unit (MCU) which can measure ECG and detect heart rate during sleep.
基于MCU的多路电生理信号采集模块适用于睡眠中的应用，为睡眠心率检测提供最直观、严格的手段。
This paper focuses on how to use micro-controller SPCE061A as the core unit to develop electric cooker controller that have the speech function.
研究了如何以凌阳SPCE061A微控制器为核心开发出带语音功能的电饭煲控制器。
The micro-controller unit (MCU) is the core of the digital part, which still includes keyboard and sound-light notice circuit.
数字部分以微控制器为核心，还包括键盘和声光提示电路。
On the basis of the above work, the corresponding loading structure is designed. The micro-controller is used as the central control unit and the hardware and the software are designed.
在此基础上，设计制作了相应的加载机构，并且以单片机作为中心控制单元，进行了软硬件设计。
The function module of the system with the 16-bit micro-controller as the central unit is illuminated. This thesis gives the software process.
介绍了控制系统的硬件和软件设计，按功能模块说明了以16位单片机为控制核心的硬件电路，并给出了软件流程。
A micro controller unit control system for special type resistance welding machine is developed in the pa-per.
本文讨论了一种用于控制特种电阻焊机的单片机控制系统。
The secondary-instrument is actually a micro-controller system, which consists of a single-chip micro-controller cored measure-controlling unit, display unit, printing unit and alarming unit.
二次仪表包括以单片机为核心的测量控制单元、显示单元、打印单元和超阈值报警单元等部分。
In this design, ARM is the action-controlling unit, high-speed micro-controller is the human-computer interaction unit.
该设计采用ARM处理器作为运动控制单元，高速单片机作为人机交互控制单元。
In this design, ARM is the action-controlling unit, high-speed micro-controller is the human-computer interaction unit.
该设计采用ARM处理器作为运动控制单元，高速单片机作为人机交互控制单元。
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