International audienceThis article presents a practical and effective method to analyze the steady state regimes, periodic or quasi-periodic, and the stability of free and forced oscillators, based on the use of voltage and current probes. The efficiency of this method comes from the fact that it converts the analysis of an autonomous circuit into the analysis of a series of closely related nonautonomous circuits, which in turn relies on the power of the harmonic balance equation for these kinds of systems. The effectiveness of the method is shown by full analysis of a practical example
Computational Analysis of Non-Periodic Oscillations Using the Harmonic Balance Method Payam Azadi...
This paper describes an algorithm for finding steady states in AC machines for the cases of their tw...
In this paper, we present a new gauge technique for the Newton Raphson method to solve the periodic ...
International audienceThis article presents a practical and effective method to analyze the steady s...
A common problem in the simulation of electric circuits for RF (Radio Frequency) applications is fin...
This paper presents a generalized formulation of the periodic steady-state analysis for oscillators....
Periodic steady-state analysis plays an important role in both theoretical topics and numerical simu...
Analysis of oscillator circuits is very important for de-signing communication circuits. In particul...
Abstract — A harmonic balance (HB) method to analyze the steady-state response of free-running oscil...
Cataloged from PDF version of article.We propose a new method for the steady state analysis of peri...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...
The contribution reviews the use of the Harmonic Balance technique for the numerical determination o...
The main aim of consideration is to find relations for direct determination in time domain of period...
Steady-state methods have been devised to compute periodic wave-forms without having to integrate th...
This paper investigates an algorithm for finding steady-states in electromechanical systems for the ...
Computational Analysis of Non-Periodic Oscillations Using the Harmonic Balance Method Payam Azadi...
This paper describes an algorithm for finding steady states in AC machines for the cases of their tw...
In this paper, we present a new gauge technique for the Newton Raphson method to solve the periodic ...
International audienceThis article presents a practical and effective method to analyze the steady s...
A common problem in the simulation of electric circuits for RF (Radio Frequency) applications is fin...
This paper presents a generalized formulation of the periodic steady-state analysis for oscillators....
Periodic steady-state analysis plays an important role in both theoretical topics and numerical simu...
Analysis of oscillator circuits is very important for de-signing communication circuits. In particul...
Abstract — A harmonic balance (HB) method to analyze the steady-state response of free-running oscil...
Cataloged from PDF version of article.We propose a new method for the steady state analysis of peri...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryJoint Services Electr...
The contribution reviews the use of the Harmonic Balance technique for the numerical determination o...
The main aim of consideration is to find relations for direct determination in time domain of period...
Steady-state methods have been devised to compute periodic wave-forms without having to integrate th...
This paper investigates an algorithm for finding steady-states in electromechanical systems for the ...
Computational Analysis of Non-Periodic Oscillations Using the Harmonic Balance Method Payam Azadi...
This paper describes an algorithm for finding steady states in AC machines for the cases of their tw...
In this paper, we present a new gauge technique for the Newton Raphson method to solve the periodic ...