Ivo Barbi – Eletronica de Potencia · Modelling, Analysis and Design of Switching Convertes – Slobodan M. Cuk · Power Converter Circuits – W. Shepherd. Eletronica de potencia: conversores duais, cicloconversores, gradadores, comandos, retificadores. Front Cover. Ivo Barbi. Ed. da UFSC, – pages. Title, Eletronica de potencia: projetos de fontes chaveadas. Author, Ivo Barbi. Edition, 3. Publisher, Ed. do autor, Length, pages. Export Citation.

Author: Zulusho Tojajar
Country: Bosnia & Herzegovina
Language: English (Spanish)
Genre: Finance
Published (Last): 27 December 2012
Pages: 408
PDF File Size: 16.83 Mb
ePub File Size: 2.52 Mb
ISBN: 439-5-23347-605-7
Downloads: 94460
Price: Free* [*Free Regsitration Required]
Uploader: Tesida

The performance of the complete system is verified by numerical simulation and experimental results, validating the proposed model and control strategy.

Power Electronics Specialists Conference, The AC current control, based on the deadbeat strategy is presented in eletronoca simple and intuitive way. Their combined citations are counted only for the first article.

Eletronica de potencia Eletronica de potencia. Many authors, including ref. Get my own profile Cited by View all All Since Citations h-index 54 37 iindex IEEE Transactions on power electronics 15 4, The performance of the control algorithms is verified by simulations using MatLab and by an experimental setup using a low power converter.

This “Cited by” count includes citations to the following articles in Scholar. New articles by this author. VSC, where the converter is modeled as three, wye connected ideal voltage sources. Three-phase cascaded multilevel inverter using power cells with two inverter legs in series G Waltrich, I Barbi Energy Conversion Congress and Exposition, potencoa New citations to this author.

  FANSADOX COLLECTION 339 PDF

The sum of the three.

Electrónica de Potencia

The control algorithms were implemented by using a dedicated DSP digital signal processor specially designed for power electronic applications. A boost DC-AC converter: IEEE, Effect of parameter mismatch is also discussed.

Some authors [9][10][1][12]develops the deadbeat approach for the second order plants LC filterand fe into account the instantaneous variation of the converter output voltage during a switching cycle. Energy Conversion Congress and Exposition, Incrivelmente absorvente do primeiro ao As the voltage between points G1 and G3 is zero, G1 and G3 can be connected for modeling purposes Fig.

Eletronica Potencia

This paper applies the deadbeat strategy to the first order plant L filterand uses an intuitive and ce approach to obtain the controller equation. The growing use of non-linear loads in the electric power system e. Power Electronics and Applications. The DC side PI controller is designed based on the linearized model of the converter.

Eletronica de potencia: projetos de fontes chaveadas – Ivo Barbi – Google Books

This results in eq. This digest presents a PWM three-phase rectifier with digital signal processor DSP control, which aims the reduction of reactive power and harmonics at the AC side, and the regulation of the DC side voltage. No previous knowledge of discrete control theory is required.

  ALDEIA GLOBAL MCLUHAN PDF

Abstract —A full digital control of a voltage source converter VSC rectifier is presented. Email address for updates. Terminal G2, not present in the real potenxia, is used here in order to simplify the equivalent circuit modeling.

Buck bxrbi converter operating at constant frequency: Articles 1—20 Show more. The system can’t perform the operation now. For three-phase, higher power applications, requiring bi-directional power flow, a threephase, full bridge, self-commutated converter operating in pulse width modulation PWM mode is a convenient choice [7].

New articles related to this author’s research. My profile My library Metrics Alerts.

Telecommunications Energy Conference, Eletronica Potencia cristian row Enviado por: Sinusoidal signal, synchronized with the mains voltage are obtained by a simple and efficient PLL based on potenciw. IEEE transactions on power electronics 14 1,