Linear Non Linear Digital control for DC/DC Converters with fast transient response PARTE I

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Abstract

This article presents a digital control that improves the stability of the system, solves the problem of the limit cycle, shortens the recovery time and limits the overcoming of the rectified output voltage. Describes the linear digital nonlinear control function for DC / DC converters.The simulation model in the mixed environment of matlab-simulink / active -hdl is described.Preliminary results of the preliminary hardware test on a step-down-phase converter are presented and simulation and experimental results are also presented.
Lingua originaleUndefined/Unknown
Numero di pagine5
RivistaBANDOCHE NETEU WOKEU
Volume02
Stato di pubblicazionePublished - 2009

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title = "Linear Non Linear Digital control for DC/DC Converters with fast transient response PARTE I",
abstract = "This article presents a digital control that improves the stability of the system, solves the problem of the limit cycle, shortens the recovery time and limits the overcoming of the rectified output voltage. Describes the linear digital nonlinear control function for DC / DC converters.The simulation model in the mixed environment of matlab-simulink / active -hdl is described.Preliminary results of the preliminary hardware test on a step-down-phase converter are presented and simulation and experimental results are also presented.",
author = "Patrizia Livreri and Valeria Boscaino",
year = "2009",
language = "Undefined/Unknown",
volume = "02",
journal = "BANDOCHE NETEU WOKEU",
issn = "2233-5943",

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T1 - Linear Non Linear Digital control for DC/DC Converters with fast transient response PARTE I

AU - Livreri, Patrizia

AU - Boscaino, Valeria

PY - 2009

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N2 - This article presents a digital control that improves the stability of the system, solves the problem of the limit cycle, shortens the recovery time and limits the overcoming of the rectified output voltage. Describes the linear digital nonlinear control function for DC / DC converters.The simulation model in the mixed environment of matlab-simulink / active -hdl is described.Preliminary results of the preliminary hardware test on a step-down-phase converter are presented and simulation and experimental results are also presented.

AB - This article presents a digital control that improves the stability of the system, solves the problem of the limit cycle, shortens the recovery time and limits the overcoming of the rectified output voltage. Describes the linear digital nonlinear control function for DC / DC converters.The simulation model in the mixed environment of matlab-simulink / active -hdl is described.Preliminary results of the preliminary hardware test on a step-down-phase converter are presented and simulation and experimental results are also presented.

UR - http://hdl.handle.net/10447/280970

M3 - Article

VL - 02

JO - BANDOCHE NETEU WOKEU

JF - BANDOCHE NETEU WOKEU

SN - 2233-5943

ER -