介绍单片机数据采集系统的构成和工作原理。
The composition and operational principle of the single chip computer based data acquisition system are introduced.
软件部分采用MCS—51汇编语言编写单片机数据采集程序。
The software uses MCS-51 assembly language to compile the MCU program of data gathering.
介绍了虚拟圆度误差测量仪的构成、单片机数据采集电路及PC机数据处理软件。
The structures of virtual roundness error measuring instrument, the data acquisition circuit of single chip microcomputer and the PC data processing software were introduced.
设计了一个串口通讯的单片机数据采集模块，文中详细阐述了模块的电路原理和程序设计。
Design a data collection module with serial port based on microcontroller. The thesis explains the circuit principle and program designing in detail.
测试系统包括程控电源、测试回路、信号采集、调理电路和单片机数据采集接口电路等部分。
This system is composed of a programmable power source, a test circuit, a signal sampler, a signal conditioner and a Single Chip Microcomputer.
数据采集和处理系统均以单片机作为核心控制器。
We choose MCU as the core controller in both data acquisition and the data processing system.
单片机实行温度控制和数据采集。
Temperature control and data collection have been carried out with a microcontroller.
单片机程序设计采用汇编语言实现，它实现了对系统的控制和数据的采集功能。
MCU programming is carried out with assembly language, and it controls the system and collects the testing data.
如何在基于单片机控制的CCD数据采集系统中做到实时控制和显示，是该系统具有广泛适用性和较高的采集效率的关键问题之一。
How to control and display in real time is one of the key issues for CCD data collection system based on SCM control with general applicability and higher collect efficiency.
本文介绍了一种采用8031单片机作中央处理器，实现对高频信号的快速数据采集过程的控制，并能对所采集的数据进行处理。
This paper gives a method that takes the 8031 type singal -chip computer as central processor to control the process of the fast data acquisition and data processing for high frequentcyy signals.
根据理论分析，笔者在现有实验条件下，分别基于单片机与PCI数据采集卡，设计出两种误差检测与补偿系统。
According to theoretical analysis, the authors designed two error detection and compensation systems that based on microcontroller and PCI data acquisition card with the current experiment conditions.
本文叙述了基于单片机P89LPC932多路数据同步采集系统的实现，给出了系统架构图和软件流程图。
This paper described the realization of multi-route data synchronous collection system based on MCU P89LPC932, and presented the system frame diagram and software flow chart.
本控制系统以高性能8位单片机at89c52为核心，结合数据采集电路、信号输出电路、实时时钟电路、系统监控电路组成。
The control system is composed of AT89C52, a high-powered 8-bit microcontroller, data gathering circuit, real time circuit, data output circuit and system watch circuit.
主要研究了基于单片机的智能数据采集系统的设计与实现。
The paper mainly introduces the design and implementation of intelligent data collection system based on singlechip microcomputer.
其中的数据采集板是一个单片机应用系统。
It's data acquisition board is a microchip processor application system.
该仪器采用二泵一阀系统，由单片机控制，具有双路信号实时采集和数据处理功能。
The unit which consisted of two peristaltic pumps and a multi function sampling valve was controlled by a single chip microprocessor.
利用8031单片机串行口的多机通讯模式，构成集散式数据采集系统。
Constitutes the distributed data collection system with the multicomputer communication mode of serial interface of 8031 single chip micro.
结构健康监测系统中的数据采集系统主要由单片机和PC机两部分组成。
The data collection system in this structural soundness monitoring system is mainly composed of two parts: single chip computer and PC.
阐述了单片机在煤矿井下甲烷数据采集中的应用方法及其优缺点。
This article introduces methods and comparisons concerning advantages and disadvantages in which SCM applies collecting methane data in coal mine.
文中提出一种彩管着屏误差的检测方法，设计了以单片机为核心的控制、驱动和数据采集的彩管着屏误差检测电路。
This paper presents a new detecting method of kinescope's landing error, The control and data acquiring circuit based on SCM is designed to measure kinescope's landing error.
一般的单片机采集系统不能满足对于大量高速的数据采集。
The commonly data Acquisition System of MCU cannot fulfill large Numbers of data collection.
单片机控制电路以AT89C51单片机为核心部件，实现了数据采集、通讯及计数模块清零等功能。
The data collections, communications and counter module clearing are realized by controller circuit. The core of the controller circuit is AT89C51 single chip.
系统主要包括超声波发射接收部分、压力测量部分、数据采集部分、单片机及上位pc机控制部分。
The system consists of the transmitting and receiving ultrasonic, measuring pressure, collecting data, and controlling of Single Chip Micyoco and PC mainly.
此设计方案充分利用了系统资源，有效地实现了主计算机与多台MCS - 51单片机之间的远距离数据采集与管理。
In this plan system the resources are made the best of; distant data collection and management between main PC and multiple MCS51 are realized effectively.
该系统利用基于PIC单片机的数据采集器，采用了阻抗变换和短路环技术，通过RS232串口与PC进行通讯。
The system includes a DAQ based on PIC Microcontroller, adopts the technology of impedance transform and short circuit ring, communicates with PC through RS232 serial port.
整个诊断系统分为单片机采集、数据通讯系统和车载计算机故障诊断专家系统。
All the expert system consists of the single-chip application system and the on-board computer fault diagnosis expert system.
我们设计了一个使用单片机的多量程数据采集和记录装置，能处理多达256种量程。
A device with single chip computer was designed for multi-range data acquisition and recording, which is capable of dealing with up to 256 measuring ranges.
我们设计了一个使用单片机的多量程数据采集和记录装置，能处理多达256种量程。
A device with single chip computer was designed for multi-range data acquisition and recording, which is capable of dealing with up to 256 measuring ranges.
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