Ivo barbi

Doctorate Theses
	Parallel operation of voltage source inverters By: Telles Brunelli Lazzarin, 2010.
	Three-phase bidirectional hybrid unity power factor rectifiers By: Carlos Henrique Illa Font, 2009.
	Single-phase and three-phase rectifier with differential load controlled by sliding regime: analysis, project and implementation. By: Edward Leonardo Fuentealba Vidal, 2008.
	Contributions for fuel cell’s energy processing systems. By: Yales Rômulo de Novaes, 2006.
	Space vector modulation applied to threephase unidirectional pwm rectifiers. By: Flabio Alberto Bardemaker Batista, 2006.
	Three-phase step-up DC-DC converter with a high frequency isolation transformer. By: Sergio Vidal Garcia Oliveira, 2006.
	Three-Phase PWM Rectifiers Analisys, Modelling and Control By: Deivis Borgonovo, 2005.
	Alternate Voltage Regulators for Non-linear Loads: Study of Topology Variations and Control Methods By: Clóvis Antônio Petry, 2005.
	Doctorate Qualifying Project: Vector Modulation Applied to Unidirectional tri-phased PWM rectifiers By: Flábio Alberto Bardemaker Batista, 2004.
	Estudo de Acionamentos a Velocidade Variável para Motores de Indução Monofásicos com Capacitor Permanente para Aplicações em Ventiladores By: Luis Cândido Tomaselli, 2004.
	DC-DC Converters With High Input Voltage For Auxiliary Power Supplies By: Kefas Damazio Coelho, 2004.
	Series Active Filters for Harmonic Voltage Compensation By: Enio Roberto Ribeiro, 2003.
	Estudo de conversores CC-CC Isolados Operando com Elevada Tensão de Saída e Alto Rendimento, para Aplicações Aeroespaciais. By: Roger Gules, 2001.
	12kW High Power factor AC-DC Converters Using Autotransformer With Multipulse Differential Connection By: Falcondes José Mendes de Seixas, 2001.
	A New Family of Soft-Switching Inverter Using The Active Clamping Technique By: Adriano Péres, 2000.
	Single-Phase Active Power Filters for Power Factor Correction of Low Power Consumers By: Fabiana Pöttker de Souza, 2000.
	Double CC-CC ZVS-PWM Forward Converter with Magnetic Coupling By: René Pastor Torrico Bascopé, 2000.
	Three-Phase Controlled Rectifiers with High Power Factor and Multi-Level Current By: Yeddo Braga Blauth, 1999.
	A New DC-DC Flyback-Push-Pull Current-Fed Converter: Theoretical and Experimental Development By: Domingo Antônio Ruiz Caballero, 1999.
	High-Input Voltage Isolated DC-DC Converters By: Eduardo Deschamps, 1999.

Doctorate Theses

Parallel operation of voltage source inverters

Three-phase bidirectional hybrid unity power factor rectifiers

Single-phase and three-phase rectifier with differential load controlled by sliding regime: analysis, project and implementation.

Contributions for fuel cell’s energy processing systems.

Space vector modulation applied to threephase unidirectional pwm rectifiers.

Three-phase step-up DC-DC converter with a high frequency isolation transformer.

Three-Phase PWM Rectifiers Analisys, Modelling and Control

Alternate Voltage Regulators for Non-linear Loads: Study of Topology Variations and Control Methods

Doctorate Qualifying Project: Vector Modulation Applied to Unidirectional tri-phased PWM rectifiers

Estudo de Acionamentos a Velocidade Variável para Motores de Indução Monofásicos com Capacitor Permanente para Aplicações em Ventiladores

DC-DC Converters With High Input Voltage For Auxiliary Power Supplies

Series Active Filters for Harmonic Voltage Compensation

Estudo de conversores CC-CC Isolados Operando com Elevada Tensão de Saída e Alto Rendimento, para Aplicações Aeroespaciais.

12kW High Power factor AC-DC Converters Using Autotransformer With Multipulse Differential Connection

A New Family of Soft-Switching Inverter Using The Active Clamping Technique

Single-Phase Active Power Filters for Power Factor Correction of Low Power Consumers

Double CC-CC ZVS-PWM Forward Converter with Magnetic Coupling

Three-Phase Controlled Rectifiers with High Power Factor and Multi-Level Current

A New DC-DC Flyback-Push-Pull Current-Fed Converter: Theoretical and Experimental Development

High-Input Voltage Isolated DC-DC Converters

Contributions for fuel cell’s energy processing
systems.