由微型计算机与单片机组成的提花圆机控制系统，在大针筒、高级别、高转速提花圆机中实现高速实时控制。
A control system formed by microcomputer and microcontroller realized high speed and real time control in high operating speed jacquard loom.
此系统主要由单片机，USB主机控制器，高速RAM,FLASH存储器等器件组成，使得数码摄像头在嵌入式领域应用成为现实。
This system, which facilitates the utility of PC cameras in embedded application, is composed of MCU, USB Host Controller, high-speed RAM and FLASH memory.
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 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.
提出了一种以C8051F高速片上系统单片机为核心的非正弦波功率表的设计。
The paper presents the design of non-sinusoidal waveforms Watt-meter, which based on the system SCM of high-speed chip C8051F.
该系统以80c552单片机为控制核心，采用总线隔离技术，实现高速数据采集与数据处理分时进行。
This system with the control core of 80c552 single chip processor adopts bus isolation technique, realizing the time-sharing processing of high-speed data collecting and data processing.
用高性能的数字信号处理器(DSP)代替单片机，可提高机床数控系统的运行速度，满足高速和高精度控制的要求。
The microchip computer is replaced by the high performance DSP, with which the speed of economic CNC system is improved; the needs of high-speed and high-precision control can be satisfied.
介绍在晶闸管调功温控系统中，采用8098单片机的高速输出通道（HSO）作为温控信号输出通道的硬件和软件设计。
This paper describes the hardware and software design of temperature control signal output channel based on 8098's HSO in the temperature control system of SCR power regulating.
实验结果表明，基于C8051高速单片机的磁悬浮轴承数字控制系统具有稳定性好、响应快及低噪声等优点。
The experimental result shows that the C8051 MCU based digital magnetic Levitating bearing control system features advantages of high stability, fast response and low noise.
利用CPLD芯片实现单片机与ISA总线接口之间的高速并行通信，给出系统的总体设计方法及程序框图。
The solution of high speed communication between MCU and ISA bus is designed based on Altera CPLD.
给出了一个以Q4401和高速单片机为核心的数据话音复接系统；
And then a data multiplexer by using Q4401 and high rate single chip computer is introduced.
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.
本系统结合了CPLD的高速及单片机(mcu)的运算控制二个特点。
This system combines the two features of the CPLD 's highspeed and MCU' s operation control.
本文针对高速数据采集系统中的实时性、采集速率等问题提出了一种结合FPGA与单片机的低成本高速数据采集系统设计方案。
The paper introduces a low -cost high -speed data collection system combining FPGA and single - chip MCU, in which real - time and high -speed collection is achieved.
在高速率的ARINC- 429通信中，采用传统的单片机控制方式已很难满足系统速率要求。
IN the high speed ARINC-429 communications, it's difficult for traditional SCM controlled mode to meet the need of a high speed system.
该系统采用两片单片机分别负责显示扫描和图形变换，两者通过双口sram连接，实现高速图形显示。
In this system, two single chip computers communicate with each other through dual port SRAM to realize high speed picture and work for display scan and graphic process respectively.
该系统采用半导体加速度传感器和电子指南针作为数据输入，并且通过高速高性能单片机c 8051f 310完成数据处理和信息显示。
This system completes data input through the semi-conductor acceleration sensor and the electronic compass, and performs data process and messages display through MCU C8051F310.
基于DSP与高速单片机m CU设计了一种嵌入式远程网络化电机控制系统。
Designed an embedded and remote network motor control system based on DSP and MCU.
利用单片机及上述芯片设计了一个高速不连续采样的数据采集系统，给出了该采集系统的接口电路，并阐述它的实现原理。
A discontinuous data acquisition system based on microcontroller is designed. The systematic interface circuit is provided and its realization principle is explained.
采用嵌入式单片机作为在线监控系统的核心芯片，设计了基于波峰检测的高速数据压缩的数据采集模块，捕获突发的故障波形。
The module with an embedded CPU has a data acquiring board based on detecting waveform peaks and high speed data compression for capturing the signal of the outburst failure.
MCS51单片机典型的应用是高速事件控制系统。
MCS 51 microcontrollers are typically used for high-speed event control systems.
MCS51单片机典型的应用是高速事件控制系统。
MCS 51 microcontrollers are typically used for high-speed event control systems.
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