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Transcription

1 Bibliografía [1] Slobodan Ćuk y Richard D. Middlebrook. A NEW OPTIMUM TOPOLOGY SWITCHING DC-TO-DC CONVERTER. IEEE Power Electronics Specialist Conference Records (PESC 77). Junio, [2] Richard D. Middlebrook y Slobodan Ćuk. ISOLATION AND MULTIPLE OUTPUT EXTENSIONS OF A NEW OPTIMUM TOPOLOGY SWITCHING DC-TO-DC CONVERTER. IEEE Power Electronics Specialist Conference Records (PESC 78). Junio, [3] Slobodan Ćuk. BASIC OF SWITCHED-MODE POWER CONVERSION: TOPOLOGIES, MAGNETICS AND CONTROL. Powerconversion International [4] Rudolf P. Severns, Gordon E. Bloom. MODERN DC-TO-DC SWITCHMODE POWER CONVERTER CIRCUITS. Van Nostrand Reinhold [5] Javier Sebastián y Zúñiga. DESARROLLO Y MODELADO DE NUEVAS TOPOLOGIAS DE CONVERTIDORES CONTÍNUA-CONTÍNUA DE SALIDA MÚLTIPLE. Tesis Doctoral. Universidad de Oviedo. Junio [6] Keith H. Billings. HANDBOOK OF SWITCHMODE POWER SUPPLIES. McGraw Hill, Inc [7] Ned Mohan, Tore M. Undeland y William P. Robbins. POWER ELECTRONICS. CONVERTERS, APPLICATIONS AND DESIGN. John Wiley & Sons, Inc. 1989, 1995 [8] L. Heinemann y N. Fröhleke. COMPARATIVE ANALYSIS OF HIGH CURRENT COMPONENTS IN PWM CONTROLLED CONVERTER TOPOLOGIES QUALIFIED FOR HIGH OUTPUT POWER AND LOW OUTPUT VOLTAGE. Proceeding of the 3 rd European Conference on Power Electronics and Applications (EPE 89) [9] Mark Jordan. UC3907 LOAD SHARE IC SIMPLIFIES PARALLEL POWER SUPPLY DESIGN. Application Note U-129. Unitrode Power Supply Design Seminar 800. Unitrode Integrated Circuits [10] Miguel Ángel Martínez Esteban. DISEÑO, MODELADO Y SIMULACIÓN DE CONVERTIDORES CONMUTADOS CONTINUA/CONTINUA TRABAJANDO EN PARALELO. Tesis

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