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Miniaturization is currently one of the most important trends within the field of power electronics. In order to achieve this goal, increased switching frequencies are desirable to reduce the size of passive components. Resonant converters seem to be very suitable for those applications, due to the fact that virtually no switching losses occur, making high switching frequencies together with high...
The paper deals with optimized design of parameters of the main circuit of LLC resonant converter with output power of 1 kW designed for distributed power systems application. The switching frequency should be 500 kHz, therefore the optimization of main circuit in the way of proper transformer design and selection of compromise between conduction losses, switching losses and regulation range with...
In power electronics efficiency improvement is constantly being sought out through venues such as improved topologies or improved devices. Series loaded resonant (SLR) DC-DC converter is a type of soft-switching topology widely known for providing improved efficiency. This paper investigates the efficiency and transient performance of SLR when a new type of diode called Super Barrier RectifierTM is...
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