Modelling of single transistor parallel ZVS DC-DC converter
N Hinov, D Arnaudov, G Kraev… - 2017 15th International …, 2017 - ieeexplore.ieee.org
2017 15th International Conference on Electrical Machines, Drives …, 2017•ieeexplore.ieee.org
In present work is carried out modelling of single transistor parallel ZVS DC-DC converter.
Main advantage of power circuit is direct work in steady mode. Thus, that allows avoiding a
starting procedure and guarantees reliable operation in significant major change in load
occur. The model is realised with Matlab. Computer simulations and experiments in lab
model are performed by which the model is confirmed. Version of controlling the converter is
proposed, also practically realised.
Main advantage of power circuit is direct work in steady mode. Thus, that allows avoiding a
starting procedure and guarantees reliable operation in significant major change in load
occur. The model is realised with Matlab. Computer simulations and experiments in lab
model are performed by which the model is confirmed. Version of controlling the converter is
proposed, also practically realised.
In present work is carried out modelling of single transistor parallel ZVS DC-DC converter. Main advantage of power circuit is direct work in steady mode. Thus, that allows avoiding a starting procedure and guarantees reliable operation in significant major change in load occur. The model is realised with Matlab. Computer simulations and experiments in lab model are performed by which the model is confirmed. Version of controlling the converter is proposed, also practically realised.
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