Subject review Analyses of alternating electrical circuits in electrical engineering are usually based on assumption that currents and voltages are sinusoidal values. Such assumption allows analysis of electrical networks by symbolic mathematical calculation. It also allows the application of vector diagrams in representing relationship of the analyzed electrical values. In practice, periodic non sinusoidal values are sometimes found. For solving such values symbolic mathematical calculation and vector diagrams cannot be used. In this paper is shown how such non sinusoidal periodic values can be separated, by applying Fourier series, into infinite series which contains a constant term and infinitely many harmonic components. That way allows...
This paper deals with the generalization of the symmetrical components technique to periodic non-sin...
This paper deals with the generalization of the symmetrical components technique to periodic non-sin...
With a wide range of power electronics-related applications in power systems, harmonic currents are ...
The paper deals with a new method of an integral transformation of alternating nonharmonic periodic ...
AbstractA simple algorithms is presented for calculating the Fourier coefficients of discontinuous a...
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...
The primary objective of this paper is to introduce some basic concepts in Fourier analysis. It cove...
Fourier series are very useful in analyzing complex systems with periodic inputs as they can be used...
Abstract − This paper presents an alternative mathematical method for determining the spectrum of si...
This paper presents a praxeological analysis, based on ATD (Anthropological Theory of the Didactic),...
A new Fourier transform algorithm for almost-periodic functions (the APFT) is developed. It is both ...
This paper presents an analytical frequency-domain method for harmonics modeling and evaluation in p...
Harmonic balance is a powerful technique for the simulation of mildly nonlinear microwave circuits. ...
Abstract: A novel method is introduced for frequency domain analysis of arbitrary nonuniform transmi...
This paper deals with the generalization of the symmetrical components technique to periodic non-sin...
This paper deals with the generalization of the symmetrical components technique to periodic non-sin...
With a wide range of power electronics-related applications in power systems, harmonic currents are ...
The paper deals with a new method of an integral transformation of alternating nonharmonic periodic ...
AbstractA simple algorithms is presented for calculating the Fourier coefficients of discontinuous a...
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...
The primary objective of this paper is to introduce some basic concepts in Fourier analysis. It cove...
Fourier series are very useful in analyzing complex systems with periodic inputs as they can be used...
Abstract − This paper presents an alternative mathematical method for determining the spectrum of si...
This paper presents a praxeological analysis, based on ATD (Anthropological Theory of the Didactic),...
A new Fourier transform algorithm for almost-periodic functions (the APFT) is developed. It is both ...
This paper presents an analytical frequency-domain method for harmonics modeling and evaluation in p...
Harmonic balance is a powerful technique for the simulation of mildly nonlinear microwave circuits. ...
Abstract: A novel method is introduced for frequency domain analysis of arbitrary nonuniform transmi...
This paper deals with the generalization of the symmetrical components technique to periodic non-sin...
This paper deals with the generalization of the symmetrical components technique to periodic non-sin...
With a wide range of power electronics-related applications in power systems, harmonic currents are ...