AbstractA simple algorithms is presented for calculating the Fourier coefficients of discontinuous and peaky periodic waveforms. The implementation of this algorithm requires only simple mathematical operations: summations and multiplications. Applications of the proposed algorithm are illustrated by two examples: 1.a discontinuous waveform representing the output voltage of a cycloconverter, and2.a peaky function representing the radial flux density in the air gap of a hysteresis machine
Subject review Analyses of alternating electrical circuits in electrical engineering are usually bas...
Electrical and electromagnetic methods often require the determination of the amplitude of a periodi...
Laboratory experiments on circuits that exhibit transient effects are usually performed with a perio...
AbstractA simple algorithms is presented for calculating the Fourier coefficients of discontinuous a...
This paper describes a new approach for the analysis of signals containing fluctuating harmonics. It...
Compose arbitrary periodic signals from a series of sine and cosine waves. Confirm the Fourier Serie...
"February 16, 1964.""Reprinted from Communication and Electronics March 1963.""A method using steady...
This paper presents efficient methods to estimate the spectral content of (noisy) periodic waveforms...
An algorithm is presented for calculating the Fourier series coefficients of experimentally obtained...
Harmonic balance is a powerful technique for the simulation of mildly nonlinear microwave circuits. ...
An algorithm is presented for calculating the Fourier coefficients of experimentally obtained wavefo...
The article is devoted to construction piecewise constant functions for modelling periodic signal. T...
The primary objective of this paper is to introduce some basic concepts in Fourier analysis. It cove...
Electrical and electromagnetic methods often require the determination of the amplitude of a periodi...
Abstract. A joint treatment for signal analysis based in both Fourier and Wavelet theory is presente...
Subject review Analyses of alternating electrical circuits in electrical engineering are usually bas...
Electrical and electromagnetic methods often require the determination of the amplitude of a periodi...
Laboratory experiments on circuits that exhibit transient effects are usually performed with a perio...
AbstractA simple algorithms is presented for calculating the Fourier coefficients of discontinuous a...
This paper describes a new approach for the analysis of signals containing fluctuating harmonics. It...
Compose arbitrary periodic signals from a series of sine and cosine waves. Confirm the Fourier Serie...
"February 16, 1964.""Reprinted from Communication and Electronics March 1963.""A method using steady...
This paper presents efficient methods to estimate the spectral content of (noisy) periodic waveforms...
An algorithm is presented for calculating the Fourier series coefficients of experimentally obtained...
Harmonic balance is a powerful technique for the simulation of mildly nonlinear microwave circuits. ...
An algorithm is presented for calculating the Fourier coefficients of experimentally obtained wavefo...
The article is devoted to construction piecewise constant functions for modelling periodic signal. T...
The primary objective of this paper is to introduce some basic concepts in Fourier analysis. It cove...
Electrical and electromagnetic methods often require the determination of the amplitude of a periodi...
Abstract. A joint treatment for signal analysis based in both Fourier and Wavelet theory is presente...
Subject review Analyses of alternating electrical circuits in electrical engineering are usually bas...
Electrical and electromagnetic methods often require the determination of the amplitude of a periodi...
Laboratory experiments on circuits that exhibit transient effects are usually performed with a perio...