Helpful hints to select a power-factor-correction solution for low- and medium-power single-phase power supplies. - Arturo Fernández; Javier Sebastián; Marta M. Hernando; Pedro José Villegas; Jorge García 001 (IEEE Trans. Ind. Electron., 2005)

Comparing Si and SiC diode performance in commercial AC-to-DC rectifiers with power-factor correction. - Marta María Hernando; Arturo Fernández; Jorge García 001; Diego G. Lamar; Miguel Rascón (IEEE Trans. Ind. Electron., 2006)

Evaluation of Power LEDs Drivers with Supercapacitors and Digital Control. - Antonio J. Calleja; Angel Torres; Jorge García 001; Manuel Rico-Secades; Javier Ribas; Juan Ángel Martínez (IAS, 2007)

Design of Resonant Igniters for Metal Halide Lamps Supplied with High Frequency Square Waveform Inverters. - Jorge García 001; Emilio L. Corominas; Antonio Javier Calleja; Marco A. Dalla Costa; Javier Ribas; Manuel Rico-Secades (IAS, 2008)

Suitable Switching Converter Topologies for Automotive Signal Lamps and Headlamps Using Power LEDs. - David Gacio Vaquero; Antonio Javier Calleja Rodriguez; Jorge García 001; Javier Ribas; Manuel Rico-Secades (IAS, 2008)

Investigation of a New Control Strategy for Electronic Ballasts Based on Variable Inductor. - J. Marcos Alonso; Marco A. Dalla Costa; Manuel Rico-Secades; Jesús Cardesín Miranda; Jorge García 001 (IEEE Trans. Ind. Electron., 2008)

A Single-Stage High-Power-Factor Electronic Ballast Based on Integrated Buck Flyback Converter to Supply Metal Halide Lamps. - Marco A. Dalla Costa; J. Marcos Alonso; Jesús Cardesín Miranda; Jorge García 001; Diego G. Lamar (IEEE Trans. Ind. Electron., 2008)

Single Switch Off-Line Ballast With PFC for Low Metal Halide Lamps. - Jorge García 001; Antonio J. Calleja; David Gacio; Javier Ribas; Emilio L. Corominas (IAS, 2009)

Power-dependent small-signal model for fluorescent lamps based on a double-pole double-zero transfer function. - Ramón E. Díaz; Javier Ribas; Antonio J. Calleja; Manuel Rico-Secades; Jorge García 001; David Gacio Vaquero (IAS, 2011)

A novel flyback-based input PFC stage for electronic ballasts in lighting applications. - Jorge García 001; Marco Antonio Dalla Costa; André Luís Kirsten; David Gacio; Antonio J. Calleja (IAS, 2011)

Integrated Off-Line Ballast for High Brightness LEDs with Dimming Capability. - Jorge García 001; Antonio J. Calleja; Emilio L. Corominas; David Gacio; Lidia Campa; Ramón E. Díaz (Circuits Syst., 2011)

A Universal-Input Single-Stag2e High-Power-Factor Power Supply for HB-LEDs Based on Integrated Buck-Flyback Converter. - David Gacio; J. Marcos Alonso; Antonio J. Calleja; Jorge García 001; Manuel Rico-Secades (IEEE Trans. Ind. Electron., 2011)

Off-line LED driver for street lighting with an optimized cascade structure. - Douglas Camponogara; Guilherme F. Ferreira; Alexandre Campos 002; Marco A. Dalla Costa; Jorge García 001 (IAS, 2012)

HID electronic ballast based on bi-flyback inverter topology. - André Luís Kirsten; Marco Antonio Dalla Costa; Paulo Cesar Vargas da Luz; Ricardo Nederson do Prado; Tiago Bandeira Marchesan; Jorge García 001 (IAS, 2012)

Optimized cascade structure applied to LED street lighting. - Douglas Camponogara; Diogo Ribeiro Vargas; Alexandre Campos 002; Marco A. Dalla Costa; Fabio A. Berlitz; Jorge García 001; J. Marcos Alonso (IECON, 2012)

Modelling and control of an optimized cascade structure for LED street lighting fixtures. - Douglas Camponogara; Diogo Ribeiro Vargas; Alexandre Campos 002; Marco A. Dalla Costa; Jorge García 001; J. Marcos Alonso (IECON, 2012)

LED driver with bidirectional series converter for low frequency ripple cancelation. - Jorge García 001; Douglas Camponogara; Marco A. Dalla Costa; David Gacio; J. Marcos Alonso; Alexandre Campos 002 (IECON, 2012)

Temperature effects on the small-signal characteristics of fluorescent lamps. - Javier Ribas; Ramón E. Díaz; Antonio J. Calleja; Jorge García 001; Emilio López Corominas; Jesús Cardesín Miranda (IECON, 2012)

Microcontroller-Based High-Power-Factor Electronic Ballast to Supply Metal Halide Lamps. - Marco Antonio Dalla Costa; José Marcos Alonso Alvarez; Jorge García 001; André Luís Kirsten; David Gacio Vaquero (IEEE Trans. Ind. Electron., 2012)

PWM Series Dimming for Slow-Dynamics HPF LED Drivers: the High-Frequency Approach. - David Gacio; J. Marcos Alonso; Jorge García 001; Lidia Campa; Mario Crespo; Manuel Rico-Secades (IEEE Trans. Ind. Electron., 2012)

Minimization of current harmonics content in conventional lighting distribution lines without current sensing. - Pablo J. Quintana; Jorge García 001; Emilio L. Corominas; Antonio Javier Calleja; Pablo Garcia 002 (IECON, 2013)

Bidirectional Flyback converter connected to the grid and applied to a distributed microgeneration and street lighting system. - Maicol F. de Melo; André Luís Kirsten; Marco A. Dalla Costa; Jorge García 001; Pablo J. Quintana (IAS, 2014)

Control strategy for Bidirectional HBCS Converter for supercapacitor applications. - Jorge García 001; Fabio Giulii Capponi; Gabriele Borocci; Pablo García 002 (ISIE, 2014)

A unified switching strategy in bidirectional grid interface DCM flyback stages for public street lighting systems with microgeneration capability. - Pablo J. Quintana; Jorge García 001; Jesús Cardesín Miranda; Emilio L. Corominas (IAS, 2015)

Fast dynamics current control of DCM flyback as PFC front converter for lighting applications. - Pablo J. Quintana; Jorge García 001; Jesús Cardesín Miranda; Maicol F. de Melo; Marco A. Dalla Costa (IAS, 2015)

Capacitance Reduction With An Optimized Converter Connection Applied to LED Drivers. - Douglas Camponogara; Diogo Ribeiro Vargas; Marco Antonio Dalla Costa; J. Marcos Alonso; Jorge García 001; Tiago B. Marchesan (IEEE Trans. Ind. Electron., 2015)

Observer-Based Pulsed Signal Injection for Grid Impedance Estimation in Three-Phase Systems. - Pablo García 002; Mark Sumner; Angel Navarro-Rodriguez; Juan M. Guerrero; Jorge García 001 (IEEE Trans. Ind. Electron., 2018)

Observer-Based Transient Frequency Drift Compensation in AC Microgrids. - Angel Navarro-Rodriguez; Pablo García 002; Ramy Georgious; Jorge García 001; Sarah Saeed (IEEE Trans. Smart Grid, 2019)