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    This count hot form utilizes SPCE061A to urge some peripheral chips to realize counting heat and purpose of control. Use the collection that was exactly made,communica-tion and sensing technology finished counting the temperature of the hot form and correlated with calculating.
    该计热表利用SPCE061A驱动外围芯片实现计热和控制的目的,应用参数整定、通信和传感技术完成计热表温度的采集和相关计算。
    This paper introduces a new type of the Pneumatic Servo Controllers. The controller applied TMS320F2812 which is a powerful 32-bit fixed point DSP chip as its control core. ,it expanded some peripheral circuits like A/D,D/A,CAN Communication Bus etc,and programmed the control software in DSP intergrate exploitation circumstance CCS2.0 of TI Co.
    本文介绍了一种新型气动伺服系统控制器,该控制器采用功能强大的32位定点DSP芯片TMS320F2812为控制核心,扩展了A/D、D/A、CAN通信总线等外围电路,并结合TI公司的DSP集成开发环境CCS2.0进行控制软件编写。
    On the basis of RS48S network and in virtue of some peripheral circuits, this design realizes the conversion of RS485-USB and UST OTG functions, such as writing and reading the U disk, mainly through MSP430F169's controlling ISP1362.
    该设计方法以RS485网络为背景,借助一定的外围电路,主要用MSP430F169对ISP1362 USB控制器进行读写操作,实现BS485-USB的接口转换功能。 并能完成对诸如U盘等外设进行读写的OTG功能。
    This scheme is based on the core of 89C52 single chip,using the chips of 8255/8253/8279/ADC0809/74191 and some peripheral circuits.
    该方案以89C52 微机为核心,分别采用了8255、8253、8279、ADC0809、741914 等芯片与一些外围电路。
    Formthese experimental results,it was proposed that the Fe_nS_M~+ ions might have structures similar tothose of the Fe_nS_n cores in iron-sulfur proteins,while the structures of the Fe_nS_~+(m>n)clusterions could be considered to have a pattern of the Fe_nS_N~+ cores with some peripheral S atoms.
    对实验结果的分析表明,Fe_nS_n~+离子的结构与铁硫蛋白中的Fe_nS_n 原子簇核心相类似,而Fe_nS_m~+(m>n)离子的结构为在Fe_nS_n~+核心外围再键合上其他的S 原子.
    The implementation on sonar real time signal processing machine based on ADSP21020 greatly simplifies the complexity of the traditional sonar signal processing machine and improves the reliability of the sonar system. Using only three pieces of ADSP21020 and some peripheral circuits, 48 channels 32 kHz input digital signal can be processed, and the processing results to the latter units and the display control console can be sent.
    用ADSP21020 浮点数字信号处理器实现声纳数字信号处理机,使传统的声纳数字信号处理机大为简化,仅用3 片ADSP2102 芯片,再配上外围电路,即可实现对48 波束、32kHz 采样速率的输入信号进行处理,并输出至后置分机或显示控制台。
    some peripheral circuits are added to improve the linearity of the V/F converter.
    为了改善V/F转换器的线性 ,增加一些外围线路 .
    It takes TMS320c2Cxx DSP as its core and some peripheral circuits.
    该保护硬件以TMS32 0C2xx定点DSP为核心 ,外加必要的外围硬件电路。
    The SPI communication interface system using single-chip microcontroller PIC16F877 and some peripheral chips has many advantages, such as:simpler circuits, convenient implementation of software,and higher data transfer ratio(1.05 MB/s), etc.
    应用PIC16F877单片机和外围芯片构成的SPI的通讯接口系统具有线路简单,软件实现方便的特点,其主机方式速率可达1.05MB/s.
    This paper introduces a new type of the pneumatic servo controllers. The controller applied TMS320F2812 which is a powerful 32-bit fixed point DSP chip as its control core, it expanded some peripheral circuits like A/D, D/A, CAN communication bus etc, and programmed the control software in DSP intergrate exploitation circumstance CCS2.0 of TI Co Experiments show that this controller can meet industrial demand very well and has a wide application future.
    该文介绍了一种新型气动伺服系统控制器,该控制器采用功能强大的32位定点DSP芯片TMS320F2812为控制核心,扩展了A/D、D/A、CAN通信总线等外围电路,并结合TI公司的DSP集成开发环境CCS2.0进行控制软件编写。 实验证明该控制器能很好地满足工业要求,有广阔的应用前景。
    This scheme was based on the core of 89C52 single chip,using the chips of 8255/8253/8279/ADC0809/74191 and some peripheral circuits.
    该方案以89C52微机为核心,分别采用了82558、253、8279、ADC0809、741914等芯片与一些外围电路。
    By the virtual of the S7-200 PLC, the frequency measurement unit is designed. There is difference frequency measurement requirement for every part of PID regulating, difference between dynamic quality and static quality in response time and accuracy. According to these, it use the interrupt functions and high-speed counter of the SIMENS S7-200 PLC CPU226 basic unit and some peripheral circuit to measure frequency;
    本文利用S7-200 PLC自身的特点设计了频率测量单元,根据PID调节各个环节的特点,以及调速器动态特性、静态特性对频率测量的实时性和精度要求的不同,利用S7-200 PLC基本单元中内置的高速计数器以及相应的外围放大整形、分频电路,实现了水轮发电机组频率的测量;
    It is integrated by some peripheral circuit of motor control, for example A/D invertion circuit, QEP, signal of Pulse Width Modulation, DB produce circuit and so on. So the circuit design is simplified and the period of design is shorten.
    它集成一些电机控制外围电路,如A/D转换电路、QEP(码盘接口电路)、PWM信号和死区发生器等,使得电路设计大大简化,缩短了开发设计周期。
    Onboard sine excitation source is realized using MAX038 plus some peripheral circuits. Sine signal of different frequency is generated with corresponding external capacitance.
    片上正弦波激励信号源由MAX038及其外围器件实现,可由程序控制其外接电容的选择实现不同频率的信号输出。
    MPC860 integrates microprocessor and some peripheral groupware of control field within it and is especially suitable for the communication products.
    MPC860内部集成了微处理器和一些控制领域的常用外围组件,特别适用于通信产品,包括器件的适应性,扩展能力和集成度等。
    To achieve better performance and higher efficiency of BLDCM, a high performance low power-dissipation ARM(Advanced RISC Machines) processor S3C44B0X is introduced to the circuit as the core of the controller. The design abandoned some peripheral circuit to make it more simple and digital. In addition, an embedded real-time operating system --μC/OS-Ⅱis applied, which makes the control more precise, more real time.
    为充分发挥无刷直流电动机的性能,提高效率,此处采用高性能低功耗的ARM(Advanced RISC Machines)处理器S3C44B0X来实现对电机的控制,摒弃了许多复杂的外围电路,把许多工作交由芯片内部完成,大大提高了数字化的程度,同时应用了嵌入式实时操作系统μC/OS-Ⅱ,使控制更加精确、实时。
    At the end of this paper, the EEPROM circuit is studied in detail, and some peripheral circuits of the EEPROM are designed simply.
    最后对射频识别卡的EEPROM存储块进行分析和研究,并对其外围接口电路进行了分析和初步设计。
    A simple, double-path data acquisition and processing system has been developed. It consists of a DJS-130 computer, some peripheral equipments and highspeed analog channels.
    用DJS-130机及部分外围设备和高速模拟量输入通道组成了一个简单的双路数据采集和处理系统。
    This paper presents a micro-computer controlling and data processing system which consists of a 8098 single-chip computer and some peripheral circuits for fiber-optic pressure sensor.
    本文介绍的光纤压力传感器微机控制与数据处理系统是以8098单片机为核心,配上适量的外围电路所构成。
    We developed an ASIC chip FCT6 for flight control of a certain type of aeroplane. This chip integrated an 8 bit microcontroller, an embedded RAM and some peripheral components. In such a chip, testability design is necessary for simplifying test pattern generation, and decreasing test complexity.
    FCT6芯片是一个集成了 Intel80 31微处理器及一些外围电路的嵌入式微控制器 ,它的集成度和复杂度高 ,又有嵌入式 RAM部件 ,而且芯片管脚数相对较少 ,必须要有一定的可测试性设计来简化测试代码 ,提高故障覆盖率。
 

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