1.
The adoption Principle of sampling frequency for alternating signals is proposed in this paper.
提出了交流采样技术中采样领界的选择原则。
2.
Finally the suitability of sampling technology for alternating signals is analyzed.
最后分析了交流采样技术的适用范围。
3.
A FAST FFT ARITHMETIC FOR AC SAMPLE MEASURE UNIT;
一种快速的FFT交流采样算法的实现
4.
Design of AC Sampling System Based on TMS320F2812 Variable-Frequency Power Supply
基于TMS320F2812变频电源的交流采样系统设计
5.
Design and Implementation of AC Sampling Based on PCC
基于PCC的交流采样的设计与实现
6.
AC Synchronous Sampling Based on ARM Microprocessor and Errors Compensation
基于ARM的同步交流采样和误差补偿
7.
Its AC sampling arithmetic is presented in detail.
详细阐述了该装置测量采用的交流采样算法。
8.
The relation between sampling frequency and considered harmonic power is derived.
导出了交流采样频立与所考虑高次谐波之关系。
9.
Research of High Accuracy Ac Sampling Real-Time Measurement in Electric Power Supplied Traction System;
牵引供电系统交流采样高精度实时测量研究
10.
Study and Design of the A.C. Sampling Remote Terminal Unit Based on μC/OS-Ⅱ;
基于μC/OS-Ⅱ的交流采样远动终端的研究与设计
11.
A RESEARCH THESIS ON THE PRACTICAL APPLICATION OF TECHNOLOGY FOR AC SAMPLING ELECTRICAL QUANTITY TRANSDUCER;
交流采样电量变送器工业实用技术探讨
12.
Multi-channel high-speed synchronous AC sampling based on TMS320F2812 and AD73360
基于TMS320F2812与AD73360实现多通道高速同步交流采样
13.
Application of Alternating Current Sampling Technology in Embedded State Monitoring System
交流采样技术在嵌入式状态监测系统中的应用
14.
Design of a power network voltage intelligent monitor based on AC sampling
基于交流采样的电网电压智能监测仪的设计
15.
Application of A Compensation Algorithm in AC Sampling Technology
一种实用型补偿算法在交流采样中的应用
16.
The μC/OS-II Porting Based on ARM Architecture and Research on Real Time Synchronous AC Sampling
基于ARM架构的μC/OS-II移植及其实时同步交流采样研究
17.
An approach to raise the response speed on eliminating non-period AC sampling components
一种提高消除衰减非周期分量响应速度的交流采样数据修正法
18.
According to the basic principle of AC electric quantity, this article analyses the factors of accuracy to be influenced by AC samples from a microcomputer and discusses the way of finding solutions.
本文根据交流电量基本原理,分析了微机交流采样影响精度的因素,并探讨了解决的方法。