system clock control的例句大全

By means of setting up a real time clock with high resolution in the computer of data acquisition, and using real time operational system in place of traditional synchronous control device, timing information with high accuracy was added into acquisition data.

通过在数据采集计算机内设置高分辨率的实时时钟，以及用实时操作系统替代传统的同步控制装置，将高精度计时信息叠加到所采集的数据中。

Application of GPS Synchronized Clock to Power System Transient Stability Control

GPS同步时钟用于电力系统暂态稳定控制的初步研究

Communication systems include access network, synchronous optical transmission systems ( SDH), program-controlled switching system, transmission clock, UPS power supply and so on.

通信系统主要包括综合业务接入网、光同步传输系统（SDH）、程控交换机系统、传输时钟、UPS通信电源等。

Thermistor thermal control system on the hydrogen clock at Shanghai Observatory

上海天文台氢原子钟热敏电阻控温系统

The system is pulse-counted by GPS satellite synchronous clock module. DSP reads communication time in real-time in order to control the time precision under microsecond.

系统利用GPS同步时钟模块进行脉冲计数，DSP实时读取通信时间，控制时间精度在微秒以下。

Control System of the 8098 in World Time Clock with Digital Display and the Application of PL/ M Programming Language

大型数显式8098世界时钟控制系统及PL/M语言的应用

Presented the principle of large screen field emission display integrated system based on FPGA control technology which includes the video sampling module, buffer module, clock control module, integrated gray-modulation control module and the integrated row control module.

论述基于FPGA的FED视频驱动显示控制系统的工作原理，包括了视频采集控制模块、缓存模块、时钟控制模块、集成灰度调制控制模块以及行集成控制模块等的FPGA控制技术。

Finally, based on the realization of the above systems, we built a clock synchronization test platform of networked control system based on ICE. The communication system has been tested clock synchronization to verify its capability.

最后，在实现上述系统的基础上，构建了基于ICE的网络化控制系统的时钟同步测试平台，并对系统进行了时钟同步测试，从而检验了网络通信平台的工作能力。

The hardware system includes power supply circuit, clock reset circuit, JTAG model building circuit, decoding circuit, memory interface circuit, man-machine interface circuit and numeric control constant-current source interface circuit.

硬件系统主要包括电源电路、时钟复位电路、JTAG仿真接口电路，译码电路、存储器接口电路、人机接口电路、ADC转换电路和数控恒流源接口等。

In this paper, a clock recovery system that based on phase control technology is studied.

本文设计的锁相环路是基于相位控制技术的时钟恢复系统。

The net video coder is the core of system and composed of CPU module, power-supply clock module, control module, video/ audio gathering& coding module, and net module.

其中网络视频编码器是系统中的核心部分，主要由CPU模块、电源时钟模块、控制模块、视/音频采集编码模块和网络模块组成。

This dynamic scaling of the clock speed gives some control in throttling the system to consume less power when not operating at full capacity.

时钟速度的这种缩放可以控制系统在未全力运行时消耗较少电能。

the design of main circuit includes system startup and reset, memory assignment and management, interrupt response and management, external bus interface, clock and power control, system development and debugging function.

其中，主体电路设计部分包括了系统启动与复位、内存分配与管理、中断响应与处理、外部总线接口、时钟与电源管理、系统开发与调试功能等内容；

design and analysis of intelligent temperature control and temperature compensating system of cat for hydrogen clock

氢钟智能温度控制及CAT控制电压自动补偿系统设计与分析

two control ways for a single chip timer/ counter is utilized in this system. to achieve timing it compares the control time with the clock time.

本系统利用单片机定时器/计数器具有的两种控制方式，采用将待控时间与时钟时间相比较的方法实现定时。

hardware system is made of cpu, a/ d, d/ a, display driver and clock. software design includes many aspects, such as design of interface, interrupt and clock control, monitoring, etc.

硬件系统由CPU、A/D、D/A、显示驱动、实时钟五个模块组成，软件设计包括谱峰数据的高速采集和存取、人机界面的设计、中断和实时钟控制、监测控制等方面的工作。

Design of VCSEL laser control system based on CPT atomic clock

基于CPT原子钟的VCSEL激光器控制系统设计

Design and Realization of Simulator for Satellite Ru Atomic Clock Temperature Auto Control System

卫星铷钟自动控温系统仿真平台的设计与实现

And it presents a efficacious method to enhance precision of real time control, which changes value of clock interrupt frequency by changing divided frequency of system tinier.

同时给出了一种提高实时控制精度的有效方法，即通过改写系统定时器的分频值达到改变定时器时钟中断频率的值。

clock synchronization is one of the key questions in the distributed control network system.

分布式控制网络系统中的核心问题之一就是时钟同步问题.