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    The hardware is based on S3C4510B as the main controller,which has powerful Internet function and many interfaces to remote control local equipment.
    硬件部分以针对嵌入式应用的S3C4510B微处理器作为主控制器,利用S3C4510B强大的网络功能和众多外设接口实现对现场设备的远程控制。
    It adopts the master-slave structure, which takes PC/104 as its master controller and 13 pieces of micro control unit(MCU) as slave controllers.
    它以PC/104为主控制器,并与13个单片机(从控制器)构成主从式网络结构。
    This display employs MC9S12E64 based on HCS12 series single-chip microprocessor from Freescale Inc as the main controller to support I2C bus protocol based PCF8576CT single-chip LCD driver.
    该显示器以Freescale公司HCSl2系列单片机MC9S12E64为主控制器,以支持I2c总线协议的PCF8576CT芯片为显示驱动。
    In this paper, the synchronous phase-locked technology is verified on the 10kVA three-phase inverter based on TMS320LF2407A.
    最后以TMS320LF2407A为主控制器,数字同步锁相技术在一台10kVA的三相逆变器样机上得到了验证。
    Lower control system uses MCS-51 microcomputer as main control chip, it also includes interface circuit, such as sensor, A/D, D/A, LCD, real-time clock, watchdog and serial E2PROM.
    在下位机控制系统中,采用MCS—51系列单片机作为主控制器,主要包括模拟系统单元(传感器、A/D转换器、D/A转换器)、液晶显示单元、实时时钟单元、看门狗及串行E2pROM单元等。
    The system adopts 80C31 MCU as the main controller, hybrid Rare-Earth permanent magnet stepper motor as the execution component, bio-passage rotary transformer as antenna position sensor.
    该系统基于80C31单片机为主控制器,采用了混合式稀土永磁步进电机为执行部件,并以双通道旋转变压器为天线位置传感器。
    Chapter five is mainly the program of PC, it include two parts:one for the connect PC to TCP/IP net with Socket program, and realized the communication between PC and 89C52 for the network interface system;
    第五章主要是PC管理机的编程,它包括两个部分,一是PC应用Socket编程与TC即P网络连接,实现与89C52为主控制器的网络接入模块的数据通讯;
    Digital processing part mainly finishes demodulation, which is made of A/D, D/A, DSP, FPGA.
    数字处理部分完成对信号的解调,主要由A/D,D/A,DSP,FPGA等组成,其中DSP为主控制器
    AT89S52 single-chip computer ,which is used in the homogenization silo and Charge levelindicator as the main controller ,adds some corresponding peripheral circuit to realize the intellectual control and communication.
    均化库和料位计的主控制核心主要以AT89S52单片机为主控制器,加上相应的外围电路,实现智能控制与通信。
    Second, provide the design and implementation method of the hardware of communication converter. Adopts PIC18F248 as the master controller, realize the interface conversion between RS232 and CAN.
    其二,给出了通信转换器的硬件电路的设计和实现方法,通信转换器采用PIC18F248为主控制器,实现通信接口从RS232到CAN的转换。
    This article takes the S3C4510B from SAMSUNG Company as the main controller, uses CAN BUS to set up communication network, designs and develops the hardware platform for the fuzzy group control elevators.
    本文选用samsung公司的S3C4510B为主控制器,采用CAN总线建立通讯网络,设计并开发了模糊群控电梯的硬件平台。
    In the intelligent remote terminal unit the high performance Digital Signal Processor ADSP-21065L is regarded as the controller, CAN bus is regarded as communications network to make up distributed system.
    本RTU智能单元是以高性能数字信号处理器ADSP-21065L为主控制器,以CAN总线作为通信网络构成分布式系统。
    In the design of hardware, P89C51RD2 chip, which belongs to a series of 89C51on Philips, acts as main controller; EP1C6 chip made in Altera Company is used to image processing;
    在设计中,采用了Philips公司的P89C51RD2单片机作为主控制器,外挂Atera公司的Cyclone系列FPGA芯片EP1C6Q240C8。
    First, a design project with the primary conroller of TMS320F2812 was determined after sufficient study.
    论文采用自顶向下的设计思想,首先研究了先进飞机电气系统,并参照已有的研究成果,确定了以TMS320F2812为主控制器的设计方案。
    Through adjusting of themodulation depth of SPWM to regulate the output voltage from 0 to 200V.This subject uses ARM7TDMI-S base 32 bit micro-controller LPC2129 as maincontroller.
    通过调节 SPWM 的调制深度实现输出电压幅值 0-200V 的调节。 本课题使用基于 ARM7TDMI-S 的 32 位微控制器 LPC2129 为主控制器实现。
    The chip P1C16F873A was selected as MCU, 24LC256 was selected as expend EEPROM, the RS232 was selected to connect STIM and NCAP, through these things, and the hardware construct of this system was build.
    选用PIC16F873A芯片为主控制器,24LC256为扩展EEPROM,STIM和NCAP之间通过RS232连接,从而实现了基于该标准的硬件结构。
    Secondly, basing on PROFIBUS technology, this thesis designed a hierarchical distributed control system for EDCS of 2730/500 Fourdrinier with Programmable Computer Controller (PCC) B&R 2005.Thirdly, aiming at the realization of EDCS, this thesis had done the following work.
    接着以分级第阶分布式控制系统为参考,以贝加莱可编程计算机控制器PCC B&R 2005为主控制器,基于PROFIBUS现场总线技术,设计了2730/500长网多缸纸机的电气传动控制系统。
    The monitoring sytem in the two levels were finished. The main controller of the system is OMRON CS1H-CPU65H PLC. The PLC controller was connected to three hoist slave stations via wired remote I/O bus, 16 OMRON temperature controllers via RS-485 bus and OMRON NT631C programmable terminals via RS232/RS422 bus,respectively.
    该系统以OMRON CS1H-CPU65H型PLC为主控制器,该主控制器分别用远程I/O总线与3台吊机从站联网、用RS-485总线与16个OMRON温度控制器联网、用RS-232C /RS-422总线与NT631C触摸屏联网。
    In the secondary controller system, AT89S51 is chose for the main controller and the 5G14433 is chose for the A/D chip. AT89S51’s software includes controlling 5G14433, doing further disposal for the water signal, controlling the transmission network, incepting and executing the command from the host controller system.
    下位机系统采用性价比高的AT89S51单片机作为主控制器,5G14433作为A/D转换芯片,软件设计包括AT89S51对5G14433的控制、对采集的水位信号作标度变换和数字滤波、对传输网络的控制、接收上位机系统下传的控制命令并执行;
    On the basis of this, software and hardware of the separate station's measuring, controlling and communication system, in which use TI's single chip microprocessor MSP430F149 as the main controller, and use MOTOROLA'S G20 as the GPRS communication module, were designed and realized concretely.
    在这基础之上,具体设计并实现了以TI公司的MSP430F149型单片机作为主控制器、以MOTOROLA公司的G20作为GPRS通讯模块的下位机的软硬件,并在实验室中完成了下位机系统的调试工作。
 

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