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Design of High Precision Frequency Meter Based on SOPC

机译:基于SOPC的高精度频率计的设计

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摘要

The key problem of the design of frequency meter is to how to rise to measure frequency precision, this paper put forward a high accuracy and wide frequency band frequency meter design based on FPGA and SOPC technical according to each shortcoming of equal precision measurement and absolutely synchronization frequency measurement. Nios ¢ò CPU flexibly chooses measure frequency method according to the phase coincidence condition of measured signal and standard signal. At the same time, it is rapid to measure, little error to calculate, making the frequency meter flexible to control, integrated degree high, stable and reliable.
机译:频率计设计的关键问题是如何提高对频率精度的测量,针对等精度测量和绝对同步的每个缺点,提出了一种基于FPGA和SOPC技术的高精度宽频带频率计设计。频率测量。 Nios II CPU根据被测信号和标准信号的相位重合情况灵活选择测量频率的方法。同时,测量速度快,计算误差小,使频率表控制灵活,集成度高,稳定可靠。

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