Research on the Technology of Phase Difference Measurement Based on FPGA

Lin De-yang, Lu Jian-Fei, Jia Ruo-Chen, Yang Ling
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引用次数: 2

Abstract

The traditional design of signal phase difference measurement has some shortcomings of complicated hardware structure, bad capacity of resisting disturbance, etc. This problem especially become more prominent during the high frequency signal measurement. In order to eliminate the drawbacks above, this article mix the measured signal in high frequency with the standard DDS signal in low-frequency and pass a low-pass filter relatively easy measured low-frequency signal to get through low pass filter for transforming a low frequency signal that relatively easy to measure, based on MATLAB / Simulink system-level model of algorithms and the simulation tools named DSP Builder software. Through the DSP Builder to design the circuit model so as to generate the VHDL file and the Tcl (tool command language) script, making a comprehensive, hardware implementation and simulation in FPGA. The simulation results of MATLAB show that the design is simple, reliable and flexible.
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基于FPGA的相位差测量技术研究
传统的信号相位差测量设计存在硬件结构复杂、抗干扰能力差等缺点。这一问题在高频信号测量中尤为突出。为了消除上述缺点,本文基于MATLAB / Simulink的系统级算法模型和DSP Builder软件仿真工具,将高频的被测信号与低频的标准DDS信号混合,通过一个相对容易被测的低频信号通过低通滤波器得到低通滤波器,对一个相对容易被测的低频信号进行变换。通过DSP Builder设计电路模型,生成VHDL文件和Tcl(工具命令语言)脚本,在FPGA上进行了全面的硬件实现和仿真。MATLAB仿真结果表明,该设计简单、可靠、灵活。
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