Aimed at the key technique-high distinguishing ability at time interval, the application research was carried to completion based on equivalent time sampling.
针对雷达液位仪开发研制中的关键问题一高分辨力信号检测，采用等效时间采样原理进行应用研究。
This paper introduced the principle of high-speed data acquisition based on the equivalent time sampling, especially the application of ordinal sampling in the equivalent time sampling technology.
本文介绍了基于等效时间采样技术的高速数据采集的基本原理，重点研究了顺序采样在等效采样技术中的应用。
A strategy for the equivalent nonuniform time sampling of periodic signals is proposed.
本文提出了一种周期信号等效非均匀采样策略。
At the same time, the expense of the system based on parallel process technology is high, while equivalent sampling technology is economical and effective.
等效采样技术是一个经济且行之有效的选择，进行等效采样的前提是被采样信号必须是周期信号。
At this time, pulse compression results are influenced by the change of sampling starting point and Doppler frequency, and the influences by them have equivalent relationship.
此时，采样起点和多普勒频率的变化也将影响脉压结果，并且两者对脉压结果的影响有一定的等效关系。
At this time, pulse compression results are influenced by the change of sampling starting point and Doppler frequency, and the influences by them have equivalent relationship.
此时，采样起点和多普勒频率的变化也将影响脉压结果，并且两者对脉压结果的影响有一定的等效关系。
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