单片机系统硬件设计。
对于防止单片机系统过程通道中干扰的探讨。
Prevention of the disturbance in process channel of monolithic system.
探讨了两款嵌入式调制解调器在单片机系统的应用；
The application of two kinds of embedded modem in MCU system is discussed in this article.
介绍单片机系统中的两种数字滤波算法及适用条件。
Two algorithms of the digital filter in the microchip system are emphasized, and applied condition is explained.
介绍了一种基于单片机系统的多级菜单模块化编程方法。
A multi-level menu modularization programming method based on single-chip microcomputer system is introduced.
最后给出了一个实现单片机系统电源不间断供电的应用实例。
At last the sample of realizing uninterruptable power supply for single-chip microcomputer system is given.
介绍了一种以单片机系统为控制核心的智能电力开关控制器。
An intelligent power switch controller mainly controlled by single-chip microcomputer was presented.
文中给出双单片机系统和多单片机系统的通信接口设计方法。
The design method of the communication interface of double monolithic computer system and numerous monolithic computer system are put forward in it.
该系统可以有效解决单片机系统运行的稳定性和数据的安全性。
This system can settle the stability of the program and the security of running.
文章介绍了如何在通用单片机系统上实现在线编程功能的方法。
This article gives a way to realize the In-Application Programming in universal micro-processor system.
本文采用MCS - 51单片机系统实现真空测量仪的智能化。
The intelligent vacuum measuring instrument developed with MCS-51 microcomputer system is described in the paper.
借助在应用中编程技术，甚至可以单片机系统实现远程在线升级。
Ask for help to weave the distance technique in the application, even can carry out the on-line upgrade of long range with a machine system.
该装置主要由单片机系统、功率放大器、扬声器系统三部分组成。
The device was composed of microcontroller system, power amplifier and speaker system.
其中采用的AT 89 C52单片机系统是该仪器的核心部分。
The AT89C52 monolithic integrated circuit system is the core part of this instrument.
给出了单总线器件DS18 B 20在单片机系统中的应用实例。
Application of the single wire bus device DS18B20 in the MCU system is also given.
同时，PC机控制单片机系统驱动步进电机，完成整个光度测量过程。
Meanwhile, the PC controls the MCU to drive the step-motor to implement the whole measurement process.
本文就单片机系统片内和片外ram的数据的掉电保持做了简单介绍。
A brief description is made in regard to internal and external RAM data - holding on power - off of single chip computer.
研制了一种基于89c51单片机系统的新型联合收获机智能监测仪。
This paper develops a new type intelligent monitor for combine by using a 89c51 single chip microcomputer.
分析单片机系统并行扩展的缺点，提出用串行扩展来优化单片机系统。
Shortcoming of microcomputer system's parallel extension is analyzed, and serial extension to optimize design of system is advanced.
仪器主要包括常压空气网栅脉冲电离室，信号放大与甄别和单片机系统。
Emanometer is composed of normal atmosphere air mesh grid pulse ionization chamber, signal magnify and screen unit and MCU system.
分析了单片机系统并行扩展的缺点，提出用串行扩展来优化单片机系统。
This paper analyzes shortcoming of microprocessors parallel extension and advances serial extension to optimize the system design.
介绍了两种多单片机系统的直接并行通信方法，即主从方法和多主方法。
This paper deals with two types of direct parallel communication of multi-SCP system, the pricipal and subordinate method and poly-pricipal method.
该系统由电量传感器、可控硅模块、单片机系统、A/D和D/A转换器等组成。
The system is comprised of sensors, silicon controlled module, single-chip microcomputer system, A/D and D/A converters.
算法具有占用存储单元少、生成CRC码速度快的特点，适宜在单片机系统中应用。
The algorithms which are suitable for microcomputer application system have advantages of smaller memory and high speed for creating CRCC.
论文提出在单片机系统上实现这一算法的方法，并在智能像卡联网门禁系统中得以实现。
This paper proposes a method of implementation of the algorithm in Network Entrance Guard System using IIC (Intelligent Image Card).
着重讨论了单片机系统、样品箱恒温电路、样品位置检测电路和步进电机控制电路的设计。
The design of the single chip system, sample box thermostat circuit, sample position detecting circuit and step motor control circuit are discussed.
本文介绍了以单片机系统来实现一个飞行器的控制系统，详细说明了其中的软件设计技巧。
The paper introduces a design to achieve the flyer's control system with a single chip computer and enter into details on the software design technique.
在分析MODEM控制命令集的基础上，讨论了单片机系统与MODEM之间的通信机理。
And its communication principle base on analyse of MODEM control Commands is discussed.
本文在传统晶闸管逆变弧焊电源的基础上，实现了采用8098单片机系统的微机控制模式。
In this paper, the micro-computer controll mode adopting 8098 slice computer system is realized on the basis of traditional thyristor arc welding rectifier.
本文在传统晶闸管逆变弧焊电源的基础上，实现了采用8098单片机系统的微机控制模式。
In this paper, the micro-computer controll mode adopting 8098 slice computer system is realized on the basis of traditional thyristor arc welding rectifier.
应用推荐