Add to ORKGIn this paper, we explain the mechanism that causes “intermittent” instability and chaos in a current-mode controlled switching converter. The circuit model used to study the phenomenon incorporates a coupling process through which a spurious signal is coupled to the current sensing and ramp compensation circuitry, resulting in a modulation of the compensation slope which causes the system to become unstable intermittently. We describe a way to find the parameter boundaries where intermittent chaotic operation emerges
This paper derives an iterative map for the Buck-Boost converter under current-mode control. On the ...
Abstract—This paper focus on the bifurcation behaviors of voltage regulated forward converter. Meanw...
It has been demonstrated previously that DC-DC buck and boost converters with current or voltage fee...
In this paper, we explain the mechanism that causes "intermittent" instability and chaos in a curren...
In the process of designing and constructing switching power converters, chaotic operations are ofte...
In the process of designing and constructing switching power converters, chaotic operations are ofte...
This paper studies the "intermittent" chaos and subharmonics observed in switching dc/dc converters ...
Abstract:- The paper investigates the bifurcation and chaotic behavior of a current-mode controlled ...
DC-DC converters are widely used in regulated switched mode power supplies and in DC motor drive app...
This paper is dedicated to investigation of different types of instabilities in switching power conv...
Author name used in this publication: C. K. TseAuthor name used in this publication: F. C. M. LauAut...
In this paper, chaotic behavior in high gain dc-dc converters with current mode control is explored....
This paper presents an investigation of the chaotic behavior of power electronic converters. The DC-...
A simple mapping is derived, which describes the behavior of a peak current-mode controlled boost co...
DC-DC converters act as a black box to study various bifurcations. In the present study, the influen...
This paper derives an iterative map for the Buck-Boost converter under current-mode control. On the ...
Abstract—This paper focus on the bifurcation behaviors of voltage regulated forward converter. Meanw...
It has been demonstrated previously that DC-DC buck and boost converters with current or voltage fee...
In this paper, we explain the mechanism that causes "intermittent" instability and chaos in a curren...
In the process of designing and constructing switching power converters, chaotic operations are ofte...
In the process of designing and constructing switching power converters, chaotic operations are ofte...
This paper studies the "intermittent" chaos and subharmonics observed in switching dc/dc converters ...
Abstract:- The paper investigates the bifurcation and chaotic behavior of a current-mode controlled ...
DC-DC converters are widely used in regulated switched mode power supplies and in DC motor drive app...
This paper is dedicated to investigation of different types of instabilities in switching power conv...
Author name used in this publication: C. K. TseAuthor name used in this publication: F. C. M. LauAut...
In this paper, chaotic behavior in high gain dc-dc converters with current mode control is explored....
This paper presents an investigation of the chaotic behavior of power electronic converters. The DC-...
A simple mapping is derived, which describes the behavior of a peak current-mode controlled boost co...
DC-DC converters act as a black box to study various bifurcations. In the present study, the influen...
This paper derives an iterative map for the Buck-Boost converter under current-mode control. On the ...
Abstract—This paper focus on the bifurcation behaviors of voltage regulated forward converter. Meanw...
It has been demonstrated previously that DC-DC buck and boost converters with current or voltage fee...