Realization of Enhanced Phase Locked Loop using Raspberry Pi and LabVIEW

R. Kolla, Zhengyu Wang, Zhixin Miao, Lingling Fan
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引用次数: 3

Abstract

Real-time data is gaining more importance in engineering. With archived data and the real-time data, utilities are making systems more robust by developing new methods for controlling and monitoring. Frequency information of the system is one of the key factors for better controlling and monitoring purpose. Acquiring real-time frequency information at a low cost is of timely important. This paper presents Raspberry Pi based data acquisition for frequency measurement through enhanced Phase-Locked-Loop (PLL). This paper discusses elements: (i) The complete procedure for acquiring the real-time data using Raspberry Pi, Multi-chip package (MCP) 3008 and LabVIEW. (ii) Modeling of Enhanced PLL with the data acquisition system for processing the real-time data to extract the frequency and amplitude information.
用树莓派和LabVIEW实现增强型锁相环
实时数据在工程中越来越重要。有了存档数据和实时数据,公用事业公司通过开发新的控制和监控方法,使系统更加健壮。系统的频率信息是实现更好的控制和监测的关键因素之一。以低成本获取实时频率信息具有重要的时效性。本文介绍了基于树莓派的数据采集,通过增强锁相环(PLL)进行频率测量。(1)利用树莓派、多芯片封装(MCP) 3008和LabVIEW实现实时数据采集的完整程序。(ii)利用数据采集系统对增强型锁相环进行建模,对实时数据进行处理,提取频率和幅度信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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