It is designed to provide clock distribution for CISC microprocessors single processor RISC systems.
它用于复杂指令集计算机微处理器或者单处理机简化指令系统计算机系统的时钟分布。
A method of fabricating holographic optical element (HOE) for free-space optical clock distribution is presented.
提出了用二维全息光栅制作自由空间光学时钟分布中的全息光学元件的方法。
Methods for obtaining multiple fan out clock distribution using polarization holographic technique is also proposed.
文中还提出了用偏振全息术获得多输出端时钟分布的方案。
In this paper the novel method of using holographic optical element (HOE) to realize optical clock distribution was presented.
提出了采用偏振全息术制做全息光学元件以实现光学时钟分布的方法。
Polarization holographic technique was adopted to fabricate the HOEs. 4 fan out clock distribution has been obtained in primary experiments.
初步实验得到了可作为4输出端时钟分布的全息光学元件。
The effect can be used to realize special functional devices in optical networks, e. g., optical clock distribution and multi-waveguide coupler, etc.
该效应可用于实现光网络中的特殊功能器件，如光时钟分布、多路波导耦合器等。
First, aiming at the distribution of NCS, specially the multi-master system such as CAN, there is no unified network clock, so the scheduling and management are affected.
首先针对网络控制系统分布式的特点，特别是类似于CAN总线的多主系统，由于没有单一的时钟提供同步机制，影响调度管理的同步。
Especially in the bus design on the backplane, we should pay more attention to the distribution, interconnection of the clock, data line.
背板上的总线时钟和数据线的分布，互连设计显得尤为重要。
The power distribution system and the design of clock are also included.
本文还对高速电路设计中电源层分配、时钟设计进行了讨论。
Based on a numerical model cesium atomic clock designed before, the influence of atomic velocity distribution consisting of two peaks and three peaks has been studied respectively.
基于已建立的小型铯原子钟计算机模型系统，研究了铯束原子速度为双峰分布和三峰分布对原子钟微波频谱的影响。
Based on a numerical model cesium atomic clock designed before, the influence of atomic velocity distribution consisting of two peaks and three peaks has been studied respectively.
基于已建立的小型铯原子钟计算机模型系统，研究了铯束原子速度为双峰分布和三峰分布对原子钟微波频谱的影响。
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