Add to ORKGThe time-domain approach to power properties of nonsinusoidal systems is compared with the frequency-domain approach. Despite simple instrumentation, it appears that the time-domain approach does not provide improved methods for determining the source power factor in nonsinusoidal systems. Such methods can be found, however, by applying the frequency-domain approach
Various power theories have been developed to define power under non-sinusoidal current conditions. ...
This chapter contains sections titled: Frequency Analysis of Non-Sinusoidal Waveforms: Practical Co...
We obtain the approximate analytic time-frequency spectrum of the output of a dynamical system when ...
This paper discusses the strong and weak points of the time-domain and frequency-domain approaches t...
This paper discusses the good and weak points of the time-domain and the frequency-domain approach t...
The known methods of describing the power properties of power systems in the presence of harmonics a...
The paper presents several theories related to definitions of powers and power factors in non-sinuso...
Representation of signals in time and frequency domain has been of interest in signal processing are...
Abstract − This paper presents an alternative mathematical method for determining the spectrum of si...
A nonlinear or periodically time-variant load sometimes has to be considered not as the receiver, bu...
Abstract Many definitions have been formulated to characterize non-active power for nonsinusoidal w...
A method of describing the power properties of circuits with nonsinusoidal waveforms of voltage and ...
The development of power theory of circuits with nonsinusoidal voltages and currents was shaped for ...
This paper concerns a method of describing the power properties of circuits with nonsinusoidal wavef...
This paper describes a time domain technique for the detection of fundamental and harmonic component...
Various power theories have been developed to define power under non-sinusoidal current conditions. ...
This chapter contains sections titled: Frequency Analysis of Non-Sinusoidal Waveforms: Practical Co...
We obtain the approximate analytic time-frequency spectrum of the output of a dynamical system when ...
This paper discusses the strong and weak points of the time-domain and frequency-domain approaches t...
This paper discusses the good and weak points of the time-domain and the frequency-domain approach t...
The known methods of describing the power properties of power systems in the presence of harmonics a...
The paper presents several theories related to definitions of powers and power factors in non-sinuso...
Representation of signals in time and frequency domain has been of interest in signal processing are...
Abstract − This paper presents an alternative mathematical method for determining the spectrum of si...
A nonlinear or periodically time-variant load sometimes has to be considered not as the receiver, bu...
Abstract Many definitions have been formulated to characterize non-active power for nonsinusoidal w...
A method of describing the power properties of circuits with nonsinusoidal waveforms of voltage and ...
The development of power theory of circuits with nonsinusoidal voltages and currents was shaped for ...
This paper concerns a method of describing the power properties of circuits with nonsinusoidal wavef...
This paper describes a time domain technique for the detection of fundamental and harmonic component...
Various power theories have been developed to define power under non-sinusoidal current conditions. ...
This chapter contains sections titled: Frequency Analysis of Non-Sinusoidal Waveforms: Practical Co...
We obtain the approximate analytic time-frequency spectrum of the output of a dynamical system when ...