上海大学研制成功的球面机器人控制系统采用了基于VB与单片机的串行通信的两级计算机控制。
Shanghai University has developed a kind of robot, whose control system consists of a master-slave computer system based on the serial communication between VB and microcontroller.
硬件部分采用51系列单片机实现，水下测量浮标通过RS- 485串行口与岸站接收处理系统进行通讯。
Microcontroller of 51 series is applied in the hardware and the underwater buoy communicates with the receiving and processing system of the land station by RS-485 serial interfaces.
本文介绍了AT 89 C52单片机与PC机之间串行通讯实现，包括硬件结构及软件设计。
This paper presents the realization on serial communication of AT89C52 SCM and PC, including hardware structure and software design.
详细介绍了光发送、光接收电路和单片机与微机的串行通信控制接口。
Transmitting and receiving circuits and serial communication and control interface between PC and microcontroller are described in detail.
同时给出了应用双通道串行通信控制器(SCC)实现AM 79101与51单片机接口电路和应用程序设计。
Also, it provides the application of serial communication controller (SCC) which realizes the interface circuit linking AM79101 and 51mcu, and its programs.
本文介绍了串行时钟芯片DS1302的功能和工作原理，并给出ds1302在灌溉控制器中与AT 89 C51单片机的接口电路设计。
This paper introduces the functions and work principles of serial clock chip DS1302, the design of interface circuit with AT89C51 single -chip microcomputer in the spray irrigation controller.
通过对PC机与单片机多机串行通信协议中常见问题进行分析，提出了一种通信协议的制定策略。
It is analyzed that the usual problem in multi computer serial communication protocol between PC and single chip microcomputer, put forward that a kind of communication protocol strategy.
将其与传统的晶体管图示仪相结合并通过单片机和串行通信在微机上显示晶体管特性曲线。
Combining with old transistor curve grapher, using single chip computer and serial port communication, the transistor characteristic curves is displayed on the microcomputer.
介绍了PIC16F877单片机与PC机实现串行通信的一种方法，并给出了硬件接口电路及通信源程序。
The paper introduces an approach of serial communication of PIC16F877 single chip computers with PC and provides a hardware interface circuit and a communication source program.
给出了一种采用单片机驱动pci总线网卡以实现串行设备与以太网连接的设计方案。
A design was proposed, which drives PCI bus nic by adopting single chip microcomputer to realize the connection between serial communication equipments and Internet.
详细介绍了单片机的测量转速系统及PC机与单片机之间的串行通讯。
Detailed measurements of the speed of the SCM system and PC and the serial communication between the microcontroller.
系统设计中的多路双积分A/D与单片机串行接口的硬件及软件的处理等有独到之处。
The hardware of the interface between single-chip microcomputer and multi-channel dual slope A/D converters and the software of processing serial input data in the system design is introduced.
给出了单片机AT89C52与液晶显示器件的串行接口硬件连接图。
The hardware connection drawing of serial interface between MCU AT89C52 and LCD is illustrated.
在智能测控设备的通信实验中，PC机与单片机之间的串行通信实验最具代表性。
In the experiments on the communication between intelligent measuring and control equipments, the series communication between PC and single-chip microcomputer is to a certain extent very typical.
运用这种方法成功地为大型直流电机调速系统开发了PC机与89c51单片机间串行数据通信应用程序。
Through this method, successfully develop serial communication application for large direct current motor's speed control system between PC and 89c51 single chip.
介绍了用8031单片机串行口实现的循环彩灯的硬件结构与软件设计，给出了汇编语言源程序。
This paper introduces the design of hardware and software using the serial port of 8031 single-chip microcomputer to realize circular color lamp. The paper presents assembly language program.
介绍了如何在PC机与80c196单片机之间实现多机串行通讯，RS- 4 85转换电路及相应软件的设计方法。
The way to realize serial communication between PC and the microcontroller 80c196 is discussed. RS-485 converted circuits and the design method of communication software are introduced.
在最不顺的情况下，这只是系统的小故障，单片机仍然能够通过串行或并行口与测试设备对话。
In the last unfavorable situation this is a minor dysfunction of the system and the microcontroller is still able to dialog with a test station via a serial or parallel interface.
本论文介绍了采取电平转换芯片MAX232实现PC机与单片机之间的串行通信的方法，即分布式实时通告系统的设计。
This dissertation introduces a method of serial communication using level conversion chip MAX232 between PC and monolithic processor, this is design of Distributed Real-time circular system.
第二部分由AT89C51单片机和MAX232芯片实现与计算机间的串行数据传输。文中给出了硬件原理图和主要源程序。
The second part realizes the transition of the serial data with the AT89C51 and the MAX232. The hardware diagram and the main program are shown in the paper.
数据显示部分用液晶显示模块以节省电池的耗电量，显示器与单片机的接口为串行通信接口。
Data show USES LCD module in order to save battery power and the interface of display and microcontroller is serial communication interface.
X9241采用二线串行i2c总线与单片机传递数据。其软件由主程序、中断子程序组成。
Data between X9241 and SCM is transmitted with I2C Bus, and the software includes main program and interrupt subprogram.
人机接口部分的键盘采用的是编码式键盘芯片HD7279A，以串行的方式与单片机进行通信；
The keyboards of man-machine connect portion uses coded keyboard chip HD7279A, which communicates with the Single Chip Machine by the serial way;
利用串行通信完成了单片机与计算机之间的数据交换，最终实现了计算机对实验台参数的测量和控制。
The serial communication is used to complete the data exchange between single-chip computer and computer, computer measuring and control has been realized finally.
此外，还利用单片机的串行通信模块，设计了与计算机通信的串行接口，并给出了系统的硬件电路图和软件流程图。
In addition, the communication with MCU and computer is realized by the serial communication port. The system's hardware schematics and software flow chart are also discussed in this paper.
本文首先介绍单片机的相关知识，对单片机进行相应的研究，并将其与CD4094串行、CD4511BCD码显示电路配合使用。
The score This paper first introduces the related knowledge of single-chip microcontroller, and carries on the corresponding with the CD4511BCD yards CD4094 serial, cooperate to use show circuit.
介绍了通用串行总线模块usb10 0模块的基本特点和使用方法，并给出了USB10 0与单片机的硬件接口电路和通信程序源代码。
The fundamental characteristics of USB100 and its application are introduced. The interface circuit between USB100 and MCU is given, and the source code of communication program is listed.
介绍了PC机与单片机采用RS- 232c进行串行通信的接口方法。
This paper introduces an interfacing method of IBM-PC serially communicating with single-chip microcomputer with RS-232C.
该系统还能实现单片机与PC机的串行通信和编程的下载、软件设计的时钟显示。
Here the whole system can realize serial communication of Single Chip Micyoco and machine PC, the download of programming, the display of the clock which is designed by software.
其中传统的串行通信方法是利用单片机和串行接口来实现与上位机的通信。
The traditional serial correspondence method is to use the SCM and the serial interface to realize the correspondence with the computer.
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