Publication: Diseño de un convertidor cc-cc para proporcionar energía eléctrica a un vehículo sin contacto
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2013-07
Defense date
2013-07-11
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Abstract
Este proyecto se centra en el análisis y simulación de una fuente de alimentación para aplicaciones sin contacto.
Se mostrarán las particularidades generales de los transformadores de bajo acoplamiento y los convertidores cc-cc con carga resonante.
Se analizará el comportamiento del transformador de bajo factor de acoplamiento, tanto teóricamente como experimentalmente. Así como la variación del factor de acoplamiento según distintas posibilidades constructivas como la variación de la separación entre los devanados del transformador, el desplazamiento lateral entre los devanados o la inclusión de núcleo magnético.
Por otro lado, se analizará el comportamiento de los convertidores cc-cc resonantes, así como la influencia de las distintas posibilidades constructivas del transformador sobre la ganancia del convertidor.
This project is focused in the analysis and simulation of a power supply to application without contact. During this document, the general special features of transformer low coupling and resonant converter are shown. The transformer low coupling behaviour will be analyzed theoretically and experimentally. As well as the variation of coupling coefficient in function of different constructive possibilities such as the variation of distance between coils of transformer, the lateral displacement between coils and the inclusion of magnetic core. On the other hand, the resonant converter behavior will be analyzed, as well as the influence of different constructive possibilities of transformer over the converter gain.
This project is focused in the analysis and simulation of a power supply to application without contact. During this document, the general special features of transformer low coupling and resonant converter are shown. The transformer low coupling behaviour will be analyzed theoretically and experimentally. As well as the variation of coupling coefficient in function of different constructive possibilities such as the variation of distance between coils of transformer, the lateral displacement between coils and the inclusion of magnetic core. On the other hand, the resonant converter behavior will be analyzed, as well as the influence of different constructive possibilities of transformer over the converter gain.
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Electrónica de potencia, Vehículos eléctricos, Energía eléctrica, Transformadores, Convertidor resonancia, Transferencia de energía sin contacto