Abstract – This paper presents a new switch-control approach for multiphase interleaved converters. Development of the proposed technique is based on control-signal generation for multi-unit synchronization. Current sharing among the switching cells and voltage regulation are achieved by means of a multi-loop control scheme regardless of changes in input voltage and load. System stability is ensured by single-pole compensation. This proposed technique is straightforward, reliable and inexpensive, and can be applied to any higher number of cells without difficulty
Today\u27s on-board high-density, low-output-voltage, high-output-current, fast transient point-of-l...
In the field of power electronics, multiphase converter is used to achieve fast dynamic response, sm...
This paper presents a current control for high-power multiphase converters, where fast and precise c...
A method is proposed to improve the interleaved operation of half-bridge converters with variable sw...
In this paper, we propose a new technique to regulate multi-phase interleaved switched-capacitor DC-...
This paper presents an analysis and design method for the current control of a series connected mult...
The present paper deals with an innovative approach to control compound multiswitching converter sys...
The authors present the control principle of the multiphase interleaved DC-DC converter that can be ...
Abstract — Some of the recent applications in the field of the power supplies use multiphase convert...
International audienceThis article presents a method of current balancing for a multiphase converter...
Interleaved converter legs are typically modulated with individual carriers per leg and phase-shifte...
Several current control concepts for non-isolated interleaved DC-DC converters are systematically ev...
Development of interleaved power converters with coupled inductors has enhanced converters performan...
Abstract—This paper studies basic interleaved buck converters using a switching rule based on a winn...
International audienceToward the aim of advanced integration in power electronic, the properties of ...
Today\u27s on-board high-density, low-output-voltage, high-output-current, fast transient point-of-l...
In the field of power electronics, multiphase converter is used to achieve fast dynamic response, sm...
This paper presents a current control for high-power multiphase converters, where fast and precise c...
A method is proposed to improve the interleaved operation of half-bridge converters with variable sw...
In this paper, we propose a new technique to regulate multi-phase interleaved switched-capacitor DC-...
This paper presents an analysis and design method for the current control of a series connected mult...
The present paper deals with an innovative approach to control compound multiswitching converter sys...
The authors present the control principle of the multiphase interleaved DC-DC converter that can be ...
Abstract — Some of the recent applications in the field of the power supplies use multiphase convert...
International audienceThis article presents a method of current balancing for a multiphase converter...
Interleaved converter legs are typically modulated with individual carriers per leg and phase-shifte...
Several current control concepts for non-isolated interleaved DC-DC converters are systematically ev...
Development of interleaved power converters with coupled inductors has enhanced converters performan...
Abstract—This paper studies basic interleaved buck converters using a switching rule based on a winn...
International audienceToward the aim of advanced integration in power electronic, the properties of ...
Today\u27s on-board high-density, low-output-voltage, high-output-current, fast transient point-of-l...
In the field of power electronics, multiphase converter is used to achieve fast dynamic response, sm...
This paper presents a current control for high-power multiphase converters, where fast and precise c...