With MSP430 MCU core, the temperature measurement and control system which is easy to operate, high automation and easy to expand, has high practical value.
以MSP430单片机为核心的温度检测和控制系统，操作简便、自动化程度高、扩展方便，是一种很有实用价值的温度控制系统。
In the ending part of this paper, this thesis used EDA tools to accomplish the DFT design task of an embedded MCU core, checked and analyzed the design results.
在本文的最后部分，使用EDA工具，对一个嵌入式单片机核进行了实际的可测性设计，并对设计结果进行了检查、分析。
Summarization about calculator circuits based on 4 bit embeded system is given, include block diagram and work principle, the instruction system, the structure of MCU core and the I/O.
对基于4位嵌入式微控制器的计算器电路进行了综述，包括功能框图与工作原理、指令系统、内核硬件结构以及系统与外界接口等。
We choose MCU as the core controller in both data acquisition and the data processing system.
数据采集和处理系统均以单片机作为核心控制器。
This paper introduces the function, principle and design scheme of an Automobile Air Conditioner controller that uses MB89P485 MCU as controlling core.
介绍了一种以MB89P485 单片机为控制核心的汽车空调控制器的功能、原理和设计方案；
The MCU, applied as the core unit, is to realize the real time adjustment of parameters.
采用可在线编程的单片机作为核心器件实现参数的实时调节；
The System takes 89C51 MCU as core processor, equipped with exterior-drivers to realize the instrument functions from signal collection to disposal, translation and output.
系统以89C51单片机为核心处理器，配以外围电器驱动电路，实现了车速里程表从信号采集、处理、转化、输出显示的功能。
Based on the former hydraulic hitch equipment of tractor improve and design of the electronic hydraulic hitch control system, the control core of this system is 80c196kc MCU.
在拖拉机原有液压悬挂机构基础上，以80c 196kc单片机为控制核心，改进设计了电子液压悬挂控制系统。
The core of Slave interface hardware design regarded PHILIPS P89C668 MCU chip and SPC3 chip interface circuit as, and additional auxiliary interface circuit is formed.
从站接口硬件设计以PHILIPS P 89c 668MCU芯片和SPC3芯片接口电路为核心，外加辅助接口电路构成。
Methods MCS-51 MCU as core is used to design hardware circuit and software.
方法以MCS - 51单片机为核心，进行了该系统的硬件电路设计和软件设计。
Chapter three discusses the control system whose core is MCU 89c51 and data processing control flow.
第三章：主要讨论了以单片机89c51为核心的控制系统的硬件设计以及数据处理和控制流程。
This article has designed an intelligent electronic password-lock using MCU as the core.
本文以单片机为核心设计了智能电子密码锁。
The system uses DSP, MCU (Microcontrol Unit) and CPLD (Complex Programable Logic Device) as the core of the system hardware and uses digital video technology.
本系统采用了以DSP、MCU（微控制器）、CPLD（复杂可编程逻辑器件）为核心的系统硬件结构以及数字视频技术。
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。
This paper introduces a portable infrared transceiver which takes MCU C8051F310 as its control core.
介绍了一种以c 8051f310单片机为控制核心，可实现红外数据通信的便携式收发器。
As the harmonic analysis is revolved, it is difficult to satisfy the need of the system using MCU, so DSP is selected as the core processor.
由于系统涉及到谐波分析，采用传统的单片机已不能完全满足系统需要，因此本系统采用数字信号处理器(dsp)作为核心处理器。
The system with high -speed SOC MCU C8051F360 and FPGA EP2C8T144 as software and hardware design and therefore, the core parts, employs modular design method and implements is worthy of application.
该系统以高速soc单片机c 8051f 360和FPGAEP2C8T144为核心，运用模块化设计方法，实现软硬件设计，具有一定的实用价值。
The integrated controller using MCU as its core is applied widely in the industrial field because of its advantages such as small size, powerful function, stable performance and lower cost, etc.
以单片机为处理器核心的集成控制器因体积小、功能强、性能稳定、成本较低等优势，在工业中得到广泛应用。
The system adopts MCU as the control core, provides with the peripheral interface chip used widely nowadays and leads in the ISP technique. So it can carry out the system upgrade very conveniently.
系统采用单片机作为控制核心，配备了当今较为常用的外围接口芯片，并引入了在系统编程技术(isp)，可以十分方便的实现系统升级。
MCU (multipoint Control Unit), as one of H. 323 components, is the core equipment in multipoint conference.
多点控制单元(MCU)作为H . 323的一个主要部件，是进行多点会议的核心设备。
The applications of embedded system are still stay in the separate phases. The MCU is the core and it cooperates with monitoring, servo and indicating equipments to realize some functions.
嵌入式系统处于单独应用的阶段，以MCU为核心，与一些监测、伺服、指示设备配合实现一定的功能。
Intelligent measure and control device based on CAN bus is used in testing the temperature and humidity of position. MCU P80C592 with CAN controller is used as core circuit of hardware.
基于CAN总线的阵地环境温湿度智能测控装置，以片带CAN控制器的微控制器P 80c592为核心硬件电路。
This system adopts 16 bits MCU as the core control device to achieve a bar magnet exactitude measure of small range displacement.
系统采用十六位单片机作为核心控制器件，实现磁棒小范围位移的精确测量。
Absrtact: the applications of embedded system are still stay in the separate phases. The MCU is the core and it cooperates with monitoring, servo and indicating equipments to realize some functions.
摘要：嵌入式系统处于单独应用的阶段，以MCU为核心，与一些监测、伺服、指示设备配合实现一定的功能。
In this design, environmental information is detected by wind speed, rainfall, humidity, human infrared, remote signal and position control signal with AT89S52 MCU as core processor.
本设计以at89s52单片机为核心处理器，通过风速检测、雨水检测、湿度检测、人体红外检测、遥控信号及位置控制信号来检测环境信息。
All detected positions, which adopt AT89S52 MCU as the core control chip, have achieved the function of operating keyboard, malfunction printing, LCD display, system communication and so on.
检测工位节点以at89s52单片机为核心，实现了键盘操作、LCD显示、故障打印、系统通信等功能。
Therefore, this issue will be used to MCU as the core of direct digital control system (DDC).
所以本课题将采用以单片机为核心的直接数字控制系统(DDC)。
The hardware of the system consists of the MCU sub-system, which is the core part of the module, the HART modem sub-system, the analog-digital convertor sub-system and the power sub-system.
整个系统的硬件设计主要是以微处理器为核心，配套HART调制解调模块以及数模转换转换、电流输出和电源模块。
SOPC design is one of hotspots in embedded system fields. Using a mature MCU soft core is a crosscut to enter this field.
可编程片上系统(SOPC)是近期嵌入式系统设计的热点之一，利用成熟的处理器软核是进入这一领域的捷径。
SOPC design is one of hotspots in embedded system fields. Using a mature MCU soft core is a crosscut to enter this field.
可编程片上系统(SOPC)是近期嵌入式系统设计的热点之一，利用成熟的处理器软核是进入这一领域的捷径。
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