This paper presents a time-varying harmonic analyzer based on the Sliding Window DFT implemented on a DSP platform. The harmonic decomposition is carried out using the TMS320F28027 digital signal processor, and the samples of the decomposed signal are sent to a PC based computer using serial interface. Several real cases are analyzed, revealing the time-varying behavior of the harmonic component. Different from commercial harmonic analyzer, the prototype presented in this paper uses a different way to visualize the harmonic components, based on time decomposition approach. This new visualization of time-varying harmonics might help engineers and researchers to develop new insights in the transient mechanisms of waveform distortions and poss...
The aim of this research is to develop an accurate method for the analysis of signals composed of fl...
The trend towards the implementation of Smart Grids results in a higher complexity of power signals ...
This paper presents a modification in the filter banks structure presented in [1][2] for tracking ti...
This paper presents a time-varying harmonic analyzer based on the Sliding Window DFT implemented on ...
Abstract—This paper presents a time-varying harmonic an-alyzer based on the Sliding Window DFT imple...
This work proposes an implementation of a real-time time-varying harmonic analyzer using a DSP TMS32...
Although it is well known that Fourier analysis is in reality only accurately applicable to steady s...
AbstractAlthough it is well known that Fourier analysis is in reality only accurately applicable to ...
Although it is well known that the Fourier analysis is only accurately applicable to steady-state wa...
Abstract—Although it is well known that the Fourier analysis is only accurately applicable to steady...
The main objective of this paper is to present a time-varying harmonic decomposition using the slidi...
Abstract- Ordinary techniques applied for harmonics measurement and assessment such as FFT have sign...
This paper presents laboratory results on the behavior of time-varying harmonics caused by an electr...
The present paper is intended to analyze time-varying harmonic absorption of single-phase non-linear...
The aim of this research is to develop an accurate method for the analysis of signals composed of fl...
The trend towards the implementation of Smart Grids results in a higher complexity of power signals ...
This paper presents a modification in the filter banks structure presented in [1][2] for tracking ti...
This paper presents a time-varying harmonic analyzer based on the Sliding Window DFT implemented on ...
Abstract—This paper presents a time-varying harmonic an-alyzer based on the Sliding Window DFT imple...
This work proposes an implementation of a real-time time-varying harmonic analyzer using a DSP TMS32...
Although it is well known that Fourier analysis is in reality only accurately applicable to steady s...
AbstractAlthough it is well known that Fourier analysis is in reality only accurately applicable to ...
Although it is well known that the Fourier analysis is only accurately applicable to steady-state wa...
Abstract—Although it is well known that the Fourier analysis is only accurately applicable to steady...
The main objective of this paper is to present a time-varying harmonic decomposition using the slidi...
Abstract- Ordinary techniques applied for harmonics measurement and assessment such as FFT have sign...
This paper presents laboratory results on the behavior of time-varying harmonics caused by an electr...
The present paper is intended to analyze time-varying harmonic absorption of single-phase non-linear...
The aim of this research is to develop an accurate method for the analysis of signals composed of fl...
The trend towards the implementation of Smart Grids results in a higher complexity of power signals ...
This paper presents a modification in the filter banks structure presented in [1][2] for tracking ti...