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Digital design and implementation of fast power frequency and voltage detector with iteration method

机译:快速功率频率电压检测器的迭代设计与数字化设计与实现

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This paper proposes a novel power frequency and voltage detection method using an iteration method with high accuracy and quick response time. First, the iteration method for the fundamental frequency and the peak voltage detection is derived. Then, the simulation is made with the matlab/simulink program to evaluate the effectiveness of detection. Accordingly, a novel floating-point DSP TMS320C6711-based system is employed to implement the detector. The experimental results show that the response time of detection is within 3 ms. The actual detection error is less than 0.1 %. The experimental results fully confirm the proposed detection method.
机译:本文提出了一种新颖的功率和电压检测方法,使用具有高精度和快速响应时间的迭代方法。首先,推导出基频和峰值电压检测的迭代方法。然后,使用MATLAB / SIMULINK程序进行仿真以评估检测的有效性。因此,采用新型浮点DSP TMS320C6711的系统来实现检测器。实验结果表明,检测响应时间在3毫秒内。实际检测误差小于0.1%。实验结果完全确认了所提出的检测方法。

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