timing signal

By analyzing and testing actual signal, feasibility and reliability in long and short timing receiver cycle identification using this algorithm are verified.

随后，通过对实际信号的分析与测试，再次验证该算法在长、短波授时接收机周期识别中的可行性和有效性。

Research of timing information extractions and digital line-locked sampling of video signal in free-running sampling system

自由采样下视频信号的时序提取与数字行锁相的研究

Because most of the timing signal data in the database is dynamic in actual situation, so the general rule based on static database access method is clearly deficient.

由于数据库中的时序信号数据在实际情况中大部分是动态变化的，因此一般的基于静态数据库的规则获取方法显然存在不足。

Attempt to make correlation coefficient metric rule on the ROI of BOLD timing signal, establish image cognition functional connectivity matrix, as the high-level features of the image cognition.

提取被试大脑网络的功能连通性信息，对感兴趣区域的BOLD时序信号适用相关系数度量规则，建立图像认知功能连通矩阵，作为图像认知高级特征。

Design Practice of Timing Signal Generator Based on PC Parallel Port

基于PC并口的定时信号发生器的设计实践

Design of CCD Timing Signal Generator

CCD时序信号发生器的设计

This paper introduces the circuit realization of a fast timing discriminator. Its input signals can be non-inverting or inverting signals of every kind of voltage level while its output is multi-channel negative standard NIM signal with adjustable pulse width.

介绍了一种快速定时甄别器的电路实现，输入可以是各种电平的正相或者负相信号，输出是多路脉冲宽度可调的负相标准NIM信号。

The CMOS APS technology allows the integration of timing and control electronics, imaging detector arrays, signal chains and analog-to-digital conversion on a single integrated circuit.

CMOS图像传感器可在单芯片内集成时序和控制电路、A/D转换、信号处理等功能。

A circuit for taking out timing signal from one dynode of photomultiplier is described.

介绍一种从光电倍增管倍增极引出快信号的电路。

Analog-digital conversion based on timing signal

基于时间信号的模拟&数字转换

The other hand, the central node receives the synchronized system clock and trigger signal from the timing signal fiber optic network, which provided by the core module.

另一方面从时序信号光纤网接收核心模块提供的精确同步系统时钟和触发信号，从而同步所控制的子系统。

The high-energy physics experiments need to determine a signal generation time, this work is mainly done by the timing discriminator.

高能物理实验中需要确定一个信号的产生时间，这个工作主要由定时甄别器来完成。

Timing generator principle, understanding the clock and timing signal waveform.

时序产生器的原理, 了解时钟和时序信号的波形.

Each signal has its rising edge, timing discriminator generate a timing signal by detecting the rising edge. By analyzing the two timing signal by the TDC after the time-to-digital conversion between these two physical events can determine the time difference.

每一个信号都有其上升沿，定时甄别器通过检测上升沿来产生定时信号，确定信号的出现时刻。

Firstly, the CCD driver timing program was designed based on the thinking of state machine by VHDL language. The simulation results show that each timing signal could satisfy the need of Array CCD.

首先利用VHDL语言，采用状态机的思想进行了CCD驱动时序的设计，仿真结果表明，所设计的驱动时序发生器产生的各个驱动时序信号完全满足面阵CCD的需要。

Ignite secondary wave, primary wave and ignite timing signal wave can provide valuable data about each air cylinder ignition and combustion status.

结果表明：1.点火次级波形、初级波形、点火正时信号波形能够提供有关各个气缸点火和燃烧情况的关键信息。